Способ определения оси канала ствола для выверки прицелов и устройство для его осуществления

Изобретение относится к области военной техники, в частности к артиллерийским приборам. Заявленный способ определения оси канала ствола при наведении на удаленную точку основан на алгоритме юстировки устройства выверки прицельных приспособлений при использовании зонда устройства выверки с телевизионной камерой, устанавливаемого внутрь канала ствола со стороны дульного среза и заключающегося в фиксации положения выбранной точки наводки на изображении при помощи подвижной марки на дисплее пульта управления при многократном последовательном развороте зонда на угол не более 90°, и последующего построения окружности, описанной точками подвижной марки, определении пикселей матрицы камеры, соответствующих центру этой окружности, и формировании марки, расположенной в этом центре и соответствующей оси канала ствола для последующего производства выверки прицелов путем наведения ствола орудия с помощью приводов вертикального и горизонтального наведения до совмещения марки устройства с выверочным знаком ...

Improvements in the Method and Means of Adjusting Gun Sights.

... 126,759. Sheppard, C. C. Feb. 26, 1918. Sights.-Consists in a device for facilitating the setting of sights with the line of sight parallel to or at a predetermined angle to the muzzle portion of the bore, comprising collimating-elements carried by a pendulous support which is mounted on the muzzle of the gun with its axis of oscillation coincident with, or at a predetermined angle to, the axis of the muzzle portion of the bore. In the construction shown, the device comprises a stem 13 adapted to fit the bore, and a pendulum 15 mounted on a longitudinal pivot 14 at the end of the stem 13 and provided at the top with a sighting-bar 16 having two collimating apertures with which both the foresight and backsight are alined. In a modification, the sighting- bar carries only one aperture.

Apparatus for use with a telescopic sight

FIRING EXERCISE STIMULATION EQUIPMENT

RIFLE VISOR WITH DEVICE FOR ZEROISING WITHOUT SHOOTING

FIREARM SIGHT RECTIFIER

A firearm sight rectifier comprises a universal laser beam producing unit and a caliber adaptor. The universal laser beam producing unit has an outer casing, and the caliber adaptor has a sleeve with an outer surface and an inner cavity to receive the universal laser beam producing unit. The outer surface of the sleeve of the caliber adaptor has a diameter corresponding to the diameter of a cartridge of given caliber. The universal laser beam producing unit comprises a laser module for producing a laser beam, a series of batteries for supplying the laser module with electric energy, and an electric depression button for replacing the primer of a standard cartridge. In operation, the release of the firepin of the firearm will operate the depression button of the universal laser beam producing unit to connect the series of batteries to the laser module and thereby energize the laser module and produce the laser beam. The universal laser beam producing unit may also be screwed on to a barrel adaptor shaft which in tum is inserted in the barrel of a firearm. Twisting the universal laser beam producing unit on the barrel adaptor shaft connects the series of batteries to the laser module and thereby energizes the laser module and produces the laser beam.

Kornschieber für Schusswaffen mit zum Lauf schiefgerichteter Kornbahn.

Kornschieber.

Kornschieber mit einem zum Verstellen des Kornes bestimmten Bolzen.

Kornschieber

Kornschieber.

Kornschieber.

Hilfsgerät zur Verstellung der Seitenkorrekturschraube am Lochvisier des Sturmgewehr 57

EQUIPMENT FOR THE ADJUSTMENT OF A WEAPON

La présente invention concerne un équipement pour le réglage d'une arme comportant un canon et un système de visée réglable par rapport au canon constitué par un châssis (3) pour la fixation de l'arme à régler, et une platine (12) sur laquelle sont fixés avec un liaison mécanique rigide : • une caméra (5) pour l'acquisition d'images de la bouche et du fond du canon, • une mire réelle (11) formée par un réticule • un écran de visualisation (10) pour l'affichage d'une mire virtuelle complémentaire placé en arrière de ladite mire réelle (11), sensiblement dans l'axe du système de visée, • l'équipement comportant en outre des moyens pour commander le positionnement de l'affichage de ladite mire virtuelle sur l'écran en fonction de l'image acquise par ladite caméra, • ledit équipement comportant en outre un moyen de déplacement de ladite platine (12) dans le plan ZX perpendiculaire à l'axe Y de la caméra pour aligner le réticule réel (11) et le réticule virtuel (10) dans le champ de vue dudit ...

Adjustable sight for assault rifle

Guidon comprenant un support (22) en forme de A dont le sommet est formé par une traverse bordée par deux joues latérales relevées (29, 30), pour protéger le guidon monté de manière réglable dans la traverse. Une molette (50) est logée libre en rotation dans la traverse et munie d'un perçage taraudé axial. Le guidon est constitué par une extrémité en forme de tige (61) pour la visée et un corps fileté (62) reçu dans le perçage taraudé de la molette (50), ce corps (62) étant muni d'une goupille de blocage en rotation (64) elle-même logée coulissante dans deux fentes du perçage (43) du support (22) recevant librement le corps (62) du guidon . La molette (50) dépasse légèrement du côté du support (22) pour rester accessible aux doigts et comporte un moyen d'indexage (52, 42, 70, 71).

ADJUSTING DEVICE FOR A SHOTGUN

The invention relates to a method of improving and to an adjusting device for performing adjustment of the butt of a shotgun to a specific shooter in order to improve the accuracy of fire. It has been realized that the adjustment of the butt of a shotgun to fit a shooter is markedly facilitated through the use of an adjusting device according to embodiments and methods of the invention.

Method and device for the alignment of a weapon with a weapon simulator mounted on the weapon

ПРИЦЕЛЬНОЕ УСТРОЙСТВО

Использование: для прицельной стрельбы, для ориентации геодезического и метрологического оборудования. Технический результат заключается в повышении точности выверки прицела на оружии и введении поправок при стрельбе, в упрощении конструкции прицела и сокращении его массогабаритных параметров. Сущность изобретения: на оружие устанавливают дифференциальный процессор (механический вычислитель с одним или более последовательно механически жестко контактирующих друг с другом рабочих органов). Рабочие органы представляют собой деформируемые механические элементы, профиль продольного и/или поперечного сечения которых определяют исходя из требуемых выверки и поправок, решая дифференциальное уравнение связи деформаций выбранной группы точек рабочего органа, и выполнены в виде части конструкции прицела либо в виде части тела его корпуса. 4 з.п.ф-лы, 5 ил.

Vorrichtung zur Justierung einer Waffe sowie Waffe

Vorrichtung (1) zur Justierung einer Waffe (2) mit einem Lauf (3) mit einer Laufachse (4), einer Mündung (5) und einem Visier (6) zur Festlegung einer Ziellinie (7), wenigstens aufweisend eine Sendeeinrichtung (8) mit einer Strahlungsquelle (9) zur Erzeugung eines Lichtstrahls (10), welche in dem Lauf (3) derart anordenbar ist, dass der Lichtstrahl (10) in Richtung der Mündung (5) ausgerichtet ist, dadurch gekennzeichnet, dass- eine Umlenkeinrichtung (13) zur versetzten Rückreflexion des Lichtstrahls (10) vorhanden ist, welche wenigstens ein Umlenkelement (14) sowie eine Kollimatoreinrichtung (15), vorzugsweise eine Kollimatorlinse (15a), aufweist, wobei die Umlenkeinrichtung (13) an und/oder in der Mündung (5) derart anordenbar ist, dass der Lichtstrahl (10) als Referenzstrahl (16) zu dem Visier (6) geleitet ist, wobei der Referenzstrahl (16) versetzt zu dem Lauf (3) verläuft; und- eine Position der Sendeeinrichtung (8) relativ zu einer Position der Umlenkeinrichtung (13) in dem Lauf ( ...

Mechanism and procedure for the adjustment of a Visiereinrichtung for firearms

DEVICE FOR CORRECTING THE POSITION OF DIRECTION MEANS IN PARTICULAR WEAPON VISORS REGARDING THE CARRYING AXLE

TORQUE ADJUSTING DRIVE SYSTEMS AND PACKAGED TORQUE ADJUSTING DRIVE SYSTEMS

Torque adjusting drive systems and packaged torque adjusting drive systems are disclosed herein. One aspect of the disclosure is directed to systems and torque adjusting drivers for specific firearm-related work tasks. In one embodiment, a torque adjusting drive system includes a torque adjusting driver. The driver includes a shaft assembly having a fastener coupling portion and a handle. The driver also includes a torque adjusting mechanism for setting a user-selected torque value and a torque value indicator mounted on the driver for displaying at least the user-selected torque value. In addition to the driver, the system also includes a plurality of fastener interfacing attachments configured to couple to the fastener coupling portion and for driving one or more target fasteners. The system further includes a torque guide having a plurality of representative indicia of the target fasteners, wherein the torque guide communicates recommended torque value settings for the target fasteners ...

FIREARM SIGHT RECTIFIER

A firearm sight rectifier comprises a universal laser beam producing unit and a caliber adaptor. The universal laser beam producing unit has an outer casing, and the caliber adaptor has a sleeve with an outer surface and an inner cavity to receive the universal laser beam producing unit. The outer surface of the sleeve of the caliber adaptor has a diameter corresponding to the diameter of a cartridge of given caliber. The universal laser beam producing unit comprises a laser module for producing a laser beam, a series of batteries for supplying the laser module with electric energy, and an electric depression button for replacing the primer of a standard cartridge. In operation, the release of the firepin of the firearm will operate the depression button of the universal laser beam producing unit to connect the series of batteries to the laser module and thereby energize the laser module and produce the laser beam.

Dot sight having zero adjusting device

CROSS-BOW ALIGNMENT SIGHTER

A crossbow sighter is used to align the sight used on a crossbow to the axis of the groove on the crossbow. In this manner, the cross bow bolt will strike close to, or at, the location sighted by the sight. The crossbow sighter fits into the groove and has a body with a length that extends past the bow string when the bow string is in its fully relaxed position. The bow string rests against the body and applies cross-axial pressure to the crossbow sighter and helps retain it in the groove while aligning the crossbow sight. 1. A crossbow sighter for projecting a beam of light along the axis of a groove used to retain a crossbow bolt , the crossbow sighter comprising a body with a length greater than the distance between the groove and the crossbow string when the string is in a relaxed position , an outer surface dimensioned to be received in the groove , and a light source to emit a beam along the groove axis.2. The crossbow sighter of wherein the body is cylindrical.3. The crossbow sighter of wherein the body diameter is uniform.4. The crossbow sighter of further comprising a power source connected to the light source.5. The crossbow sighter of further comprising a switch to selectively connect the power source to the light source.6. The crossbow sighter of wherein the body includes a first cavity to house the light source claim 5 , the switch claim 5 , and the power source.7. The crossbow sighter of wherein the body includes an opening from which a beam of light from the light source is projected.8. The crossbow sighter of wherein the body includes a channel formed between the body surface and the first cavity to expose the switch.9. The crossbow sighter of wherein the switch is a partial cylinder claim 8 , and wherein the switch is rotatable to selectively connect the power source to the light source.10. The crossbow sighter of wherein the switch includes a first outside surface radially disposed around a switch axis and having a first conductive area and cam; ...

METHOD AND SYSTEM FOR ALIGNING A POINT OF AIM WITH A POINT OF IMPACT FOR A PROJECTILE DEVICE

A method of aligning a point of aim with a point of impact for a projectile device is disclosed. Using a superposition device coupled to the projectile device, at least one reference point is superposed within a first target area with at least one beam of the superposition device. A position for at least one of the reference points is noted. A projectile is shot from the projectile device at a second target area, while the position of the at least one reference point is maintained, to create the point of impact. The point of aim for the projectile device is adjusted to correspond with the point of impact while the position of the at least one reference points is maintained. 1. A system for aligning a point of aim with a point of impact for a projectile device , comprising: to create at least one beam;', 'to be coupled to the projectile device; and', 'to superpose at least one optical reference point within a first target area with said at least one beam, wherein said at least one optical reference point comprises a reflective surface configured to reflect said at least one beam., 'at least one superposition device configured2. The system of claim 1 , wherein the at least one superposition device is further configured to be removably coupled to the projectile device.3. The system of claim 1 , wherein the at least one superposition device further comprises at least one illumination source configured to superpose said at least one optical reference point within the first target area by projecting said at least one optical reference point within the first target area.4. The system of claim 1 , wherein the at least one superposition device further comprises at least one reference point.5. The system of claim 4 , wherein said at least one optical reference point is coupled to the optics of a scope.6. The system of claim 1 , wherein said at least one optical reference point within said first target area is pre-printed.7. The system of claim 1 , further comprising a ...

ЛАЗЕРНЫЙ ПАТРОН ДЛЯ ХОЛОДНОЙ ПРИСТРЕЛКИ 7,62X54R

Полезная модель относится к устройствам для испытания или проверки прицельных приспособлений и может быть использована для определения согласованности оси прицельных приспособлений 7,62-мм стрелкового оружия, разработанного под винтовочный патрон 7,62×54R, с осью канала ствола. Технический результат - лазерный патрон для холодной пристрелки 7,62×54R обеспечит: охранение технических возможностей прототипа; расширение области применения лазерных патронов - возможность применения в ствольных системах с несъемными пламегасителями. Указанный технический результат достигается за счет использования при проверке согласованности оси прицельных приспособлений 7,62-мм стрелкового оружия, разработанного под винтовочный патрон 7,62×54R, с осью канала ствола, устройства, содержащего лазерный патрон для холодной пристрелки, выполненный с внутренним резьбовым соединением на дульце гильзы с установленными элементами питания и несъемным модернизированным жиклером ограничения отклонения лазерного луча, с ...

FIRING SIMULATOR

A device and a method for simulation (1) of firing by means of a weapon (2). The simulator is mounted onto a weapon with a sight (3), with the simulator arranged to emit an electromagnetic simulator beam exiting along a simulator axis (5). Furthermore, the simulator (1) is arranged to emit a visible alignment beam along an alignment axis (7) that has a fixed angular relationship to the aforementioned simulator axis (5). The simulator contains a means of adjustment to collectively control both of the aforementioned axes so that they maintain their fixed relative angular relationship during an alignment. The alignment beam may generate an alignment mark (9) which, when observed in the sight (3) of the weapon, indicates the error in alignment between the simulator axis (5) and the sight (3). This makes it possible for a firer easily to align the sighting axis to the simulator axis with the aid of the means of adjustment.

TORQUE ADJUSTING DRIVE SYSTEMS AND PACKAGED TORQUE ADJUSTINGDRIVE SYSTEMS

Torque adjusting drive systems and packaged torque adjusting drive systems are disclosed herein. One aspect of the disclosure is directed to systems and torque adjusting drivers for specific firearm-related work tasks. In one embodiment, a torque adjusting drive system includes a torque adjusting driver. The driver includes a shaft assembly having a fastener coupling portion and a handle. The driver also includes a torque adjusting mechanism for setting a user-selected torque value and a torque value indicator mounted on the driver for displaying at least the user-selected torque value. In addition to the driver, the system also includes a plurality of fastener interfacing attachments configured to couple to the fastener coupling portion and for driving one or more target fasteners. The system further includes a torque guide having a plurality of representative indicia of the target fasteners, wherein the torque guide communicates recommended torque value settings for the target fasteners.

EQUIPMENT FOR THE SETTING OF A WEAPON

High-angle sight mount

Methods and systems are provided for a high-angle sight mount (100) for a projectile launcher. In one example, a system for a sight mount (100) may include a base (118), a cartridge (112) configured with a quick-release element (650) and adapted for insertion into a cylindrical chamber (82 1) coupled to the base (118), and a plurality of cams (703, 705) coupled to the cartridge (112) and adapted to engage with a surface of the mounting platform of the sight mount (100) to adjust an angle of a mounting platform (101) relative to the base (118).

Firearm Marksmanship System with Chamber Insert

A universal marksmanship training system is disclosed herein configured to utilize a display device comprising a graphic display. A software application may also be provided. The software application is often configured to display a virtual target on the graphic display. A chamber insert may be utilized, the chamber insert configured to be positioned with the firing chamber of a firearm to be zeroed, wherein the chamber insert interacts with the software application to determine alignment of a bore of the firearm to a bore alignment point on the graphic display. In one form, the display device displays a sight target on the graphic display wherein the sight target is visually perceived by a marksman and is offset from the bore alignment point by an offset distance. In one form, the software application calculates the sight target relative to the bore alignment point of the firearm given a set of condition variables. 1. A universal marksmanship training system for a firearm , the training system comprising:a display device mounted to the firearm, the display device comprising a graphic display;a display app configured to display a virtual target on the graphic display;wherein the display app is configured to determine a bore alignment relative to the sights of the firearm;wherein the display device displays on the graphic display a calculated point of impact of a projectile calculated from ballistics data and the bore alignment;wherein the virtual target is visually perceived by a marksman, and is offset from the calculated point of impact by an offset distance; andwherein the display app calculates the position of the virtual target relative to the calculated point of impact given a set of condition variables and the bore alignment, wherein the display app is configured to allow the marksman to adjust the sights of the firearm to align the virtual target with the calculated point of impact to zero the firearm.2. The training system as recited in wherein the ...

Locking adjustment device

A locking adjustment device for adjusting a setting of an aimed optical device, such as a riflescope, locks at a home or baseline position to provide expedient feedback regarding an adjustment position of the adjustable setting. The device includes a knob mountable for rotation about a rotational axis when the adjustment device is installed on the aimed optical device, where the knob is rotatable about the rotational axis. The device further includes a catch that automatically locks the knob in the home or baseline position and prevents further rotation of the knob until the catch is released. A lock-release mechanism carried by the knob is manually actuatable to disengage the catch and allow the knob to be manually rotated away from the locked position.

PROCEDURE AND DEVICE FOR THE ADJUSTMENT OF A WEAPON WITH A ON OF THE WEAPON DEVELOPING WEAPON SIMULATOR

Arretiereinstellvorrichtung

A locking adjustment device for changing an adjustable setting of a device such as a riflescope locks in a baseline position to provide expedient feedback regarding an adjustment position of the adjustable setting. The device includes a guideway extending around an axis and a knob mountable over the guideway for rotation about the axis. The guideway includes a notch and a curved slide surface sized to slidably receive a guide tab carried by the knob. The guide tab is biased so as to urge at least a portion of the guide tab into the notch when the knob is rotated to a locked position, thereby preventing inadvertent rotation of the knob from the locked position. A button carried by the knob is depressible to urge the guide tab out of the notch and thereby allow the knob to be manually rotated away from the locked position.

Betätigungselement zum Einstellen der Zielmarke eines Zielfernrohrs

Die Erfindung betrifft ein Betätigungselement (1) zum Einstellen der Lage einer Zielmarke eines Zielfernrohrs mit einem Kopfmodul und mit einem Rumpfmodul, wobei das Kopfmodul und das Rumpfmodul durch einen Koppelmechanismus miteinander verbunden sind und der Koppelmechanismus zur Trennung des Kopfmoduls von dem Rumpfmodul manuell betätigbar ist.

Betätigungselement zum Einstellen der Zielmarke eines Zielfernrohrs

Die Erfindung betrifft ein Betätigungselement (1) zum Einstellen der Lage einer Zielmarke eines Zielfernrohrs mit einem Kopfmodul (18) und mit einem Rumpfmodul (19), wobei das Kopfmodul (18) und das Rumpfmodul (19) durch einen Koppelmechanismus miteinander verbunden sind und der Koppelmechanismus zur Trennung des Kopfmoduls (18) von dem Rumpfmodul (19) manuell betätigbar ist.

DEVICE FOR CORRECTING THE POSITION OF AIMING ELEMENTS, SPECIALLY ARM SIGHTS WITH RESPECT TO THE BORE AXIS

Device and method for correcting the position of aiming elements of an arm, specially a sight, with respect to the bore axis of said arm, comprised of a hollow tube having an appropriate length so that it can be introduced in the arm, in place of the bolt of the latter, the tube presenting a truncated end so as to be adapted to the caliber in the mouth of the chamber, and provided externally with a bush having an outside diameter corresponding to the entrance point of the bolt, so that it is centered. Said device is provided internally with a laser beam emitting system with supplying and switching means, said beams going through the truncated area appropriately bored as well as optionally, another stepped surface adapted to the firing mouth and also axially bored so that the beam materializes, on a target placed according to adequate distance tables, the impact point by means of a light point and, with respect to the latter, correcting the sight by acting on the corresponding sight adjusting ...

EQUIPMENT FOR ADJUSTING A WEAPON

The present invention concerns a piece of equipment for adjusting a weapon comprising a barrel and an aiming system that is adjustable relative to the barrel consisting of a frame (3) for fastening the weapon that is to be adjusted, and a plate (12) onto which the following are fastened with a rigid mechanical connection: a camera (5) for acquiring images of the muzzle and the bottom of the barrel, an actual sight (11) formed by crosshairs, a display screen (10) for displaying an additional virtual sight placed behind said actual sight (11), substantially in the axis of the aiming system, the equipment further comprising means for controlling the positioning of the display of said virtual sight on the screen on the basis of the image acquired by said camera, said equipment further comprising a means for moving said plate (12) in the ZX plane perpendicular to the Y axis of the camera in order to align the actual sight (11) and the virtual sight (10) in the field of vision of said aiming ...

GUN SIGHT ADJUSTMENT DEVICE

A device for adjusting a gun sight disposed in a dovetail groove on a gun slide is presented. The device includes a pushing member 102 having a protrusion, such as protrusion 124, 130, 152, and/or 154, and an opening 140 formed for receiving the gun sight therethrough, where the pushing member 102 is movable in a first direction. The device further includes a pressure plate 106 moveable in the first direction and a tail assembly 104 opposing the pressure plate 106 and movable in a second direction, where the tail assembly 104 and the pressure plate 106 are for securing the gun slide therebetween. When the gun slide is secured between the tail assembly 104 and the pressure plate 106, moving the pushing member 102 moves the gun sight.

Device and procedure for the adjustment of sights of handguns.

Device and procedure for the adjustment of sight of handguns. 1. A universal device for the sight adjustments that it is made up by the following components.{'b': 1', '2, 'a. Two plates that can be metallic, which have some holes each plate (). Also one of the plates () has attached some nuts that can be different between them or be same type of nut. Also they can be attached by welding or another method.'}{'b': '3', 'b. Two tightening screws () that are assembled at the outermost holes of the plate creating a clamping effect when combined with them. They are featured to be used without any auxiliary tools.'}{'b': '4', 'c. A drift screw () which has the function to push the sight for its adjustment using the interchangeable tip.'}{'b': '5', 'd. An interchangeable tip (), which pushes the sight at the correct position. The material of this component depends of the sight.'}{'b': '6', 'e. A quick reference () in order to give information to the user of how to use the tool.'}2. An interchangeable tip as defined in claim 1 , featured by the way to attaching it to the drift screw (screwed it) and depending of the sight will be use one material or another.3. The use of the tool defined in claim 1 , featured by the use without any auxiliary tool.4. A quick reference as defined in claim 1 , featured by being engraved or reproduced in any other way in the plate to explain how to use the tool.5. Procedure of tool utilization defined in the description of how to use the tool.6. The plates as defined in claim 1 , featured for not having sharp corners in order to make it pleasant in hand.7. The plates as defined in claim 1 , featured by one which has three nuts for solving attaching problems between the handgun and the tool.8. The screws as defined in claim 1 , featuring a knob that eliminates the necessity to use an auxiliary tool. The actual invention relates to a device to adjust the sights of every handgun. This invention is a universal tool that allows the adjustment of the ...

Weapon designator alignment apparatus

Weapon alignment apparatus

A weapon alignment apparatus 10 for aligning the barrel 12 of a weapon 11 with a thermal imaging sight of the weapon, 11 comprising locating means for mounting within the barrel of the weapon so that a housing of the alignment apparatus is mounted in a predetermined spatial relationship with the barrel, and that mounting means including an indicator, a focusing means 22 to allow the indicator to be suitably focused with respect to the thermal imaging sight, and means of providing a difference in temperature between the indicator and the background 24 as seen by the thermal imaging system so that the thermal imaging system may be adjusted into a predetermined alignment with respect to the weapon alignment apparatus 10.

FIRING SIMULATOR

A device and a method for simulation (1) of firing by means of a weapon (2). The simulator is mounted onto a weapon with a sight (3), with the simulator arranged to emit an electromagnetic simulator beam exiting along a simulator axis (5). Furthermore, the simulator (1) is arranged to emit a visible alignment beam along an alignment axis (7) that has a fixed angular relationship to the aforementioned simulator axis (5). The simulator contains a means of adjustment to collectively control both of the aforementioned axes so that they maintain their fixed relative angular relationship during an alignment. The alignment beam may generate an alignment mark (9) which, when observed in the sight (3) of the weapon, indicates the error in alignment between the simulator axis (5) and the sight (3). This makes it possible for a firer easily to align the sighting axis to the simulator axis with the aid of the means of adjustment.

Laser sight aligner for hand weapons

L'invention concerne un dispositif laser permettant le réglage des éléments de visée d'armes notamment d'épaule ou de poing. Il est constitué d'un corps (2) dans lequel est inséré un support de source laser (3) et d'une tige guide (1), lesquels maintiennent une source laser et son alimentation. La position angulaire du faisceau laser émis par la source est réglée par action directe sur la source au moyen de trois vis à 120 degrés (4). La divergence du faisceau laser est réduite par l'adjonction d'un réducteur de divergence (3) placé immédiatement après la source. Lorsque le tireur appuie sur l'interrupteur (21 ), le faisceau laser est émis par la source. La tache laser et la visée du tireur sont comparées sur une cible avec points particuliers. Le dispositif laser selon l'invention est particulièrement destiné au règlage des éléments de visée d'armes d'épaule ou de poing.

Device trimming laser weapon sight members.

DEVICE FOR CORRECTION OF THE POSITION OF TARGET ELEMENTS, ESPECIALLY AIMINGS OF WEAPONS WITH REGARD TO THE AXLE OF THE ORIFICE

ADJUSTING DEVICE FOR A SHOTGUN

The invention relates to a method of improving and to an adjusting device for performing adjustment of the butt of a shotgun to a specific shooter in order to improve the accuracy of fire. It has been realized that the adjustment of the butt of a shotgun to fit a shooter is markedly facilitated through the use of an adjusting device according to embodiments and methods of the invention.

RUBBER BAND MOUNTED RETICLE LEVELING DEVICE FOR USE IN LEVELING TELESCOPIC RIFLE SIGHT

A device for aligning a telescopic sight includes two opposing reference cards connected to each other within a common plane by a connecting bar and a level indicator on a surface of at least one card. The alignment device is attached to the front or rear scope base of a firearm, so that the front surfaces of two opposing reference cards appear on either side of the reticle. Once the alignment device is secured to the scope base of the firearm, the reticle may be aligned with the bore axis by rotating the telescopic sight until the horizontal cross hair is parallel with any corresponding pair of reference lines of the reference cards. The alignment device can also include an adapter that allows the alignment device to be mounted to a firearm by coupling to a corresponding slot of a mounting platform.

SCOPE MOUNT SYSTEM WITH OFFSET ACCESSORY ATTACHMENT MOUNT

A mount for attaching an optical scope to a weapon includes a base and front and rear lower clamping members extending from the base. The rear lower clamping member is axially spaced apart from the front lower clamping member. A front upper clamping member is attached to the front lower clamping member to define a front scope ring having a front cylindrical bore. A rear upper clamping member is attached to the rear lower clamping member to define a rear scope ring having a rear cylindrical bore, and wherein the front and rear cylindrical bores are co-aligned with a first axis. An accessory mount configured to receive a weapon accessory extends from the front upper clamping member and has an elongate portion extending along a second axis. The first axis and second axis are parallel and the second axis is laterally offset with respect to the first axis.

Способ настройки точности передачи углов и перекрестной связи от прицела с техническим зрением к вооружению с использованием встроенного в прицел подсветчика

Изобретение относится к области бронетанковой техники и касается способа настройки точности передачи углов и перекрёстной связи от прицела с техническим зрением к вооружению. Способ осуществляется с использованием встроенного в прицел подсветчика и закрепленного на вооружении зеркала. Подсветчик формирует пучок лучей, который, отражаясь от зеркала прицела, выходит из прицела и, отражаясь от закрепленного на вооружении зеркала, обратным путем попадает на матрицу формирования изображения прицела, которая формирует изображение отраженного пучка лучей. Сформированное изображение отображается на экране видеосмотрового устройства, что позволяет визуально оценить рассогласование центрального пятна подсветчика относительно прицельного знака или первоначального положения. На основании рассогласования центрального пятна подсветчика производят настройку точности передачи углов и перекрёстной связи от прицела к вооружению средствами прицела или системы управления огнём для необходимых углов возвышения ...

Площадка для проверки контрольного уровня и квадранта

Изобретение относится к устройствам для проверки прицельных приспособлений артиллерийских орудий и конкретно к устройствам проверки контрольного уровня и квадранта. Площадка для проверки контрольного уровня и квадранта прицельных приспособлений артиллерийских орудий состоит из деревянной основы (верхней и нижней части), крестообразной пластины из оргстекла с закрепленной на ней крестообразной металлической пластиной, в центре которой установлен шаровой уровень. На концах крестообразной пластины из оргстекла закреплены четыре гайки М8, в которые ввинчиваются регулировочные винты, закрепленные в деревянном основании, а в центре вставлен регулировочный винт с шаровым шарниром и пластиковой ножной тарелкой. Технический результат, достигаемый заявляемым изобретением, заключается в возможности отгоризонтировать площадку не только в продольной, но и в поперечной плоскости, что позволяет увеличить точность наводки орудия. 1 з.п. ф-лы, 7 ил.

Rocket launcher alignment tool

BOW SIGHT ALIGNMENT TOOL

An alignment tool of the present invention is provided for aligning a sight for a bow. The alignment toot may comprise a sight reference plate comprising reference markings, and a support mechanism attached to the sight reference plate for releasably attaching the sight reference plate to the bow behind the sight such that the sight may be adjusted relative to the reference markings on the sight reference plate. The support mechanism may comprise a peg for releasable attachment to a stabilizer hole of the bow. The alignment tool may further comprise an additional structure for enabling the adjustment of the nocks, rest, and tiller of the bow.

OPTICAL ALIGNMENT SYSTEM

A coalignment system including wedge-prism assembly that can be attached to a conventional night vision scope, for example. This could allow a standard handheld night vision scope to be deployed in different modes such as on headmounted goggles or as an augmentation scope in front of a day sight a weapon while enabling Line of sight/point of impact (LOS/POI) correction. In order to ensure maximum compatibility, the coalignment system includes diopter adjustment.

Dispositivo para correção da posição de elementos de pontaria especialmente miras de armas com relação ao eixo do orifício

APPARATUS FOR USE WITH A TELESCOPIC SIGHT

Apparatus (101) for use with a telescopic sight (102) of a gun, the telescopic sight (102) comprising an adjustable lens for providing parallax adjustment. The apparatus (101) comprises an encoder (105) for detecting the position of the adjustable lens within the telescopic sight, a data processing device (106) configured to receive input data derived from the encoder (105) representative of the position of the adjustable lens, and having access to reference data, and a display device (107) configured to receive an input from the data processing device (106) and to generate a display output in response. The data processing device (106) is configured to compare input data derived from the encoder (105) with the reference data to determine a range value indicating the range to a target in focus and to supply an input to the display device (107) in response. The apparatus (101) may be provided for retrofitting to a telescopic sight (102), or for inclusion in the original manufacture of a telescopic ...

Sight pushing apparatus

A sight pushing apparatus for use in adjusting a gun slide sight element includes a block member having exterior side, front, rear, top, and bottom walls. The block member defines an interior area having an upper cavity extending between the opposed front and rear walls and a lower cavity extending between the opposed front and rear walls. The lower cavity includes a first internal side wall and an opposed second side wall configured to receive the gun slide therebetween. The sight element of the gun slide is situated in the upper cavity when the gun slide is received in the lower cavity. A pushing member selectively extends through a side wall into the upper cavity. A jaw member is situated in the upper cavity adjacent the sight element, the jaw member configured to bear against the sight element when urged by the pushing member.

Firearm Sight Adjustment and Installation Tool

A firearm sight adjustment and installation tool is described. The tool serves to facilitate and expedite the accurate adjustment and/or installation of sights on the slides of a firearm, whenever the sights allow this adjustment. The tool includes a plate, a plate with nuts, tightening screws, a spacer block, at least one adapter, a drift screw, an interchangeable pushing element and quick reference featured on one of the plates. With the tool and little expertise, an individual may manually adjust both the front and rear sights of a firearm to increase the accuracy of the firearm without additional tools. 1a first plate, said first plate equipped with a center nut;a second plate, said second plate equipped with a top nut, and a bottom nut;wherein said first nut and said second nut are welded into position over a second top hole and a second bottom hole of said second plate respectively;a center hole disposed at a center of said second plate, said center hole equipped with threading;wherein said first plate is disposed parallel to said second plate, within the same plane;a guiding plate;a spacer block;a first adapter;a second adapter;wherein said first adapter is in communication with said first plate;wherein said second adapter is in communication with said spacer block;wherein said spacer block is disposed against an interior portion of said second plate;a first tightening screw, said first tightening screw disposed such that it first extends through a first top hole in said first plate, then through said guiding plate bushing, then extending through a second top hole in said second plate, then threading to said top nut;a second tightening screw, said second tightening screw disposed such that it first extends through a first bottom hole of said first plate, then through said first adapter, then through said second adapter, then through said spacer block, then through a second bottom hole of said second plate, then threading to said bottom nut;a drift screw, said ...

Bore sight

Modular adjusting device for adjusting axis of shooting simulator to line of sight of sighting unit of firearm, comprises display module and camera module, where display module displays cross-line projection unit

The modular adjusting device comprises a display module (3) and a camera module (4), where the display module displays a cross-line projection unit. The display module has a display (3.1). The camera module has a digital camera, which comprises a camera chip (4.1) and a projection lens (4.2). An independent claim is also included for an adjusting method for adjusting an axis of a shooting simulator to the line of sight of the sighting unit of a firearm.

Justierapparat und Justieranordnung für Zielmittel an Waffen, insbesondere an Handwaffen

Vorgeschlagen wird ein Justierapparat (40) mit einer geringen Baugröße, der ein Justieren der Zielmittel ohne besondere Richtstrecke (Schussbahn) ermöglicht. Der Justierapparat (40) dient zur Justierung von aktiven und/oder abbildenden Zielmitteln (9, 9a, 9b) an Waffen (30) und zeichnet sich durch mehrere Strahlablenkungen (20, 21, 22) aus, die in Optikträgern (19) integriert sind, welche wenigstens ein Fenster (23) aufweisen und verstellbar im Justierapparat (40) angeordnet sind. Die Strahlablenkungen (20, 21, 22) werden durch Umlenkelemente (20, 22) sowie mindestens einen Strahlteiler (21) gebildet. Die Optikträger (19) sind bevorzugt symmetrisch aufgebaut. Die Führung der Optikträger (19) erfolgt an einem Führungselement (18), beispielsweise an wenigstens einer Stange, über Lagerbuchsen (27), selbsthaltend oder arretierend. Dieser Justierapparat (40) ist in einer Justieranordnung (50) integriert, die selbst noch einen Justierdorn (3) mit einer Lichtquelle (6) umfasst, wobei der Justierdorn ...

Weapon / thermal image sight

Apparatus for use with a telescopic sight

Apparatus 101 is provided for use with a telescopic sight 102 of a gun, the telescopic sight 102 comprising an adjustable lens, which may be a focussing lens, for providing parallax adjustment. The apparatus 101 comprises an encoder 105 for detecting the position of the adjustable lens, a data processor 106 configured to receive data derived from the encoder 105, and a display device 107 connected to the processor 106. The data processor 106 is configured to compare input data derived from the encoder 105 with reference data to determine a range value indicating the range to a target that is in focus, and to supply an input to the display device 107 in response. The position of the adjustable lens may be altered by a rotatable wheel 104. An encoder track 109 may be marked on the wheel. The apparatus 101 may be provided for retrofitting to a telescopic sight 102, or for inclusion in the original manufacture of a telescopic sight 102.

Rocket launcher alignment tool

The Rocket Launcher Alignment Tool comprising of two tubes 1 and a platform 3 which slides into a rocket launcher providing a platform in which to place an inclinometer. The readings on the inclinometer are then used to adjust the aircraft to launcher mounting system, to within 0.1 degree of the desired position in pitch and roll.

METHOD OF PROJECTING ZERO-CONVERGENCE AIMING BEAM ON A TARGET AND ZERO-CONVERGENCE LASER AIMING SYSTEM

A method of projecting a zero-convergence aiming beam on a target and a zero-convergence laser aiming system are disclosed. The method comprises steps of sending a first linear beam from a first laser module on the target; sending a second linear beam from a second laser module on the target, the first and second linear beams being mutually oriented in a non-parallel manner to create on the target the aiming beam projecting as an "X" intersection to ensure accurate and convenient shooting regardless of the distance to the target and the skill or experience of an operator. The laser aiming system is adjustably fixed to a tube and aligned with an axis line of said tube, and comprises a first laser module sending a first linear beam on the target; a second laser module sending a second linear beam on the target, the first and second linear beams being mutually oriented in a non-parallel manner.

Elevation Wrench

Tools commonly available for this purpose have taken the form of a flat blade with a central notch, or a tube with a slot through the tip. These types of tools do not offer sufficient engagement and do not transmit torque efficiently. Their exposed tabs are vulnerable and often break. At the tip of the Arsenal wrench is a socket designed to fit the front sight post. The wall thickness is maximized and the inside corners are filleted for stress relief. The AK elevation wrench is designed to fit the front sight post of weapons of the Kalashnikov design. It can adjust elevation zero by turning clockwise to raise the bullets point of impact and counterclockwise to lower the point of impact.

Rubber band mounted reticle leveling device for use in leveling telescopic rifle sight

A device for aligning a telescopic sight includes two opposing reference cards connected to each other within a common plane by a connecting bar and a level indicator on a surface of at least one card. The alignment device is attached to the front or rear scope base of a firearm, so that the front surfaces of two opposing reference cards appear on either side of the reticle. Once the alignment device is secured to the scope base of the firearm, the reticle may be aligned with the bore axis by rotating the telescopic sight until the horizontal cross hair is parallel with any corresponding pair of reference lines of the reference cards. The alignment device can also include an adapter that allows the alignment device to be mounted to a firearm by coupling to a corresponding slot of a mounting platform.

MULTIPURPOSE HANDHELD TOOL AND ACCESSORIES

A handheld tool is disclosed herein. The tool may include a central member comprising a first and second end. The tool also may include a plurality of storage pockets disposed within the central member about the first end of the central member. The storage pockets may be configured to store one or more tool accessories therein. The tool also may include a forward member comprising a first and second end. The second end of the forward member may be attachable to the first end of the central member. The tool may include a recessed attachment point disposed on the first end of the forward member. In some instances, the tool accessories may be attachable to the recessed attachment point. The tool may include a rear member comprising a first and second end. The first end of the rear member may be attachable to the second end of the central member. 1. A handheld tool , comprising:a central member comprising a first end and a second end;a plurality of storage pockets disposed within the central member about the first end of the central member, wherein the plurality of storage pockets are configured to at least partially house one or more tool accessories therein;a forward member comprising a first end and a second end, wherein the second end of the forward member is attachable to the first end of the central member;a recessed attachment point disposed on the first end of the forward member, wherein the one or more tool accessories are attachable to the recessed attachment point; anda rear member comprising a first end and a second end, wherein the first end of the rear member is attachable to the second end of the central member.2. The tool of claim 1 , further comprising a firearm sight adjustment tool disposed on the second end of the rear member.3. The tool of claim 1 , further comprising a clip attached to the rear member.4. The tool of claim 1 , further comprising a tool attachment device disposed at the second end of the central member.5. The tool of claim 4 , ...

Gewehrvisier mit Vorrichtung zum Nullstellen ohne Schiessen

Tool for the adjustment of revolving apparatuses of pointing

High-angle sight mount

Methods and systems are provided for a high-angle sight mount for a projectile launcher. In one example, a system for a sight mount may include a base, a cartridge configured with a quick-release element and adapted for insertion into a cylindrical chamber coupled to the base, and a plurality of cams coupled to the cartridge and adapted to engage with a surface of the mounting platform of the sight mount to adjust an angle of a mounting platform relative to the base.

Improvements in or relating to sighting means for testing gun alignments

... 597,401. Sighting instruments for guns. MARTIN CO., G. L. Dec. 8, 1944, No. 24629. Convention date, Dec. 3, 1943. [Class 92 (ii)] [Also in Group XX] A device for determining the clearance between the path of a bullet and a structure which is to be protected from injury by gun fire, comprises a bracket member 4 having means, such as a stem, for mounting it on the barrel 3 of the gun, and means for mounting a sighting instrument 1 on the bracket for movement relatively thereto in a curved path to maintain the axis of the instrument radial with respect to the pivot point of the gun. The bracket shown has curved guide surfaces 9 against which the mounting 8 of the sighting instrument is pressed by spring-pressed devices located in the rear portion of the mounting, and pressing against inner surfaces of the member and also against a curved surface of a slot in a member 20 of bracket 4. The mounting 8 is fitted with a vertical spindle having a gear meshing with a rack 10 on the bracket, whereby ...

Firing simulator

AN ADJUSTABLE FRONT SIGHT FOR SMALL ARMS

The front sight comprises an A-shaped support whose top is formed by a cross-member between two raised side plates for protecting the front sight which is adjustably mounted in the cross-member. A knob is housed to rotate freely in the cross-member and is provided with an axial tapped hole . The front sight is constituted by an end in the form of a rod for aiming purposes and by a threaded body received in the tapped hole of the knob said body being provided with a pin for preventing it from rotating, the pin being slidably received in two slots of the hole in the support that freely receives the body of the front sight The knob projects sideways a little from the support to be accessible to the fingers, and it includes indexing means ...

Method grinding height of the handlebar of rifles and devices to control this height

GUN SIGHT ADJUSTMENT DEVICE

A device for adjusting a gun sight disposed in a dovetail groove on a gun slide is presented. The device includes a pushing member having a protrusion and an opening formed for receiving the gun sight therethrough, where the pushing member is movable in a first direction. The device further includes a pressure plate moveable in the first direction and a tail assembly opposing the pressure plate and movable in a second direction, where the tail assembly and the pressure plate are for securing the gun slide therebetween. When the gun slide is secured between the tail assembly and the pressure plate, moving the pushing member moves the gun sight.

Pattern configurable reticle

A system, method, and device for configuring an optical aiming device for ballistic drop compensation (BDC). The optical aiming device can include a housing with a reticle pane defining a reticle display field viewable by a user and indicating a zero point, the housing further including a plurality of axially spaced lenses and defining an optical path therethrough. In various embodiments the system includes a display device configured to project an image generated from a display, a processor, and a non-transitory computer readable storage medium. The computer readable data storage medium can include instructions executable by the processor to receive a first set of ballistics input data indicating a first type of ammunition, determine a BDC pattern including at least two holdover marks corresponding to at least two ranges for the first type of ammunition, and project the BDC pattern onto the reticle display field.

Rifle scope adjustment invention

A vertical adjustment mechanism for weapon's sights such as riflescopes that includes moveable indicator flags for indicating zeros at various ranges. These flags can be moved independently and are separated by spacers that are keyed to the central shaft in to prevent the movement of one flag from disturbing the setting of the other flags. The adjustment also includes a graduated dial that indicated angular change in the adjustment to facilitate the setting of the indicator flags and to provide a zero point for orienting the system. Once adjusted, the entire assembly is locked together by tightening screws that clamp the separate pieces together so it will function as if it was a single unit. The adjustment mechanism can be applied to the internal components of a telescopic sight or to an external mount.

MACRO ALIGNMENT RETICLE SIGHT SYSTEM

An aiming device is provided including an illumination device and an optical element wherein the illumination device projects a primary dot and at least one secondary alignment dot distal from the primary dot to aid a user in obtaining a view of the primary dot when the aiming device is in an aligned mode, the primary dot is visible within a field of view of the user, but the secondary alignment dot is not visible. When the aiming device is in a misaligned mode, the secondary alignment dot is visible to the user, but the primary dot is not. The secondary alignment dot provides instruction to the user to realign the aiming device relative to the field of view of the user so that the aiming device transitions to the aligned mode. A related method of operation is provided.

Modular adjusting device for adjusting axis of shooting simulator to line of sight of sighting unit of firearm, comprises display module and camera module, where display module displays cross-line projection unit

The modular adjusting device comprises a display module (3) and a camera module (4), where the display module displays a cross-line projection unit. The display module has a display (3.1). The camera module has a digital camera, which comprises a camera chip (4.1) and a projection lens (4.2). An independent claim is also included for an adjusting method for adjusting an axis of a shooting simulator to the line of sight of the sighting unit of a firearm.

Weapon designator alignment apparatus

The present invention relates to a weapon designator alignment apparatus particularly for use in aligning a weapon barrel with a laser designator unit. Apparatus is described comprising means 12 adapted to locate in or on the barrel of the weapon, and a housing 10 in fixed spatial relationship with the locating means, the housing comprising means to direct a beam of light incident thereupon onto an indicator 2 5 positioned within the housing such that when the beam is directed towards the same point in space as the barrel of the weapon at a predetermined range, the beam illuminates the indicator. Typically, the locating means comprises a spigot adapted to be received in the bore of the weapon. The indicator preferably comprises a graticule or reticule. The apparatus is typically adapted for use with a laser designator emitting infra-red light.

Firearm Scope Height Tool

A tool for temporarily fitting a sighting scope to a firearm with a mounting rail. The tool includes a vertically moving slide that is adjusted so that the scope is at the correct height. The height of corresponding scope rings required can then be read from the tool. Figure 13 Figure 14 ...

Gun-sight dry zeroing assembly

Device for correcting the position of aiming elements, specially arm sights with respect to the bore axis

Device and method for correcting the position of aiming elements of an arm, specially a sight, with respect to the bore axis of said arm, comprised of a hollow tube having an appropriate length so that it can be introduced in the arm, in place of the bolt of the latter, the tube presenting a truncated end so as to be adapted to the calibre in the mouth of the chamber, and provided externally with a bush having an outside diameter corresponding to the entrance point of the bolt, so that it is centred. Said device is provided internally with a laser beam emitting system with supplying and switching means, said beams going through the truncated area appropriately bored as well as optionally, another stepped surface adapted to the firing mouth and also axially bored so that the beam materialises, on a target placed according to adequate distance tables, the impact point by means of a light point and, with respect to the latter, correcting the sight by acting on the corresponding sight adjusting mechanisms. <IMAGE>

Firearm sight rectifier

Dot sighting device

A sighting device includes a body, a light emitting unit, a bracket, a first adjusting unit and a second adjusting unit. The body couples to an arm having a barrel. The body is disposed relative to the arm in a first direction defined on an up and down axis. A third direction is defined as a direction of the barrel on a front and back axis. A second direction is defined as a left and right axis. The bracket couples to the light emitting unit. The first adjusting unit couples the bracket to the body and moves the bracket relative to the body. The second adjusting unit couples the bracket to the body and moves the bracket relative to the body.

Firearm sighting device

An eccentric firearm sighter which has a stand that supports a cylinder with a V-shaped groove in its outer surface to support a firearm. The cylinder has a plurality of eccentric apertures at different distances from the center of the cylinder. The sights on the firearm can be adjusted by clamping the cylinder and rotating it in the stand on a bolt that is inserted in one of the eccentric apertures.

Sighting device

A sighting device positionable in the end of the bore of a shotgun which emits a beam of light which simulates a shot pattern. The device has a tubular body which is held in the bore by a biasing spring. The body includes a light source, preferably a laser diode, which emits a beam. The beam may be focused at an adjustable lens and may be adjusted so the beam of light is aligned with the axis of the bore. An actuating switch may be secured to a finger of the user or to the shotgun.

Dot sighting device

A sighting device includes a body, a light emitting unit, a bracket, a first adjusting unit and a second adjusting unit. The body couples to an arm having a barrel. The body is disposed relative to the arm in a first direction defined on an up and down axis. A third direction is defined as a direction of the barrel on a front and back axis. A second direction is defined as a left and right axis. The bracket couples to the light emitting unit. The first adjusting unit couples the bracket to the body and moves the bracket relative to the body. The second adjusting unit couples the bracket to the body and moves the bracket relative to the body.

Muzzle mounted bore sight

BORE SIGHT WITH ARBOR SYSTEM

A laser bore sight with arbor system is disclosed which includes a bore sight with a housing, a laser and an activation switch. The system also includes a plurality of arbors, each arbor having a sleeve with an interior channel configured to be received the bore sight. Each arbor is configured to fit within the bore and/or breach of a firearm. The exterior configuration of each arbor is different and specifically configured to fit a specific caliber of firearm. The sleeve has a rear end to which is coupled an end cap having and opening through which the bore sight activation switch extends.

Optical device knob having variable resistance rotation

An optical device housing has a post rotatably extending therefrom and a sleeve fixedly extending therefrom. The sleeve is disposed about the post and a knob is connected to the post. A nut rotatably engages with the sleeve and is configured to rotate with the knob. An adjustment screw is threadably engaged with the nut and engages with the knob so as to rotate with the knob. Rotation of the adjustment screw about a screw axis increases a frictional resistance between the nut and the sleeve.

Apparatus,kit and method

WEAPON AIMING AIDS

FIRING SIMULATOR

L'invention concerne un dispositif et un procédé pour la simulation (1) de tir à l'arme (2). Le simulateur est monté sur une arme comprenant un dispositif de visée (3), le simulateur étant conçu pour émettre un faisceau de simulateur électromagnétique présentant un axe (5) de simulateur. De plus, le simulateur (1) est conçu pour émettre un faisceau d'alignement visible le long d'un axe d'alignement (7), présentant un angle fixe avec l'axe (5) du simulateur susmentionné. Le simulateur comprend un élément de réglage pour commander l'ensemble des axes précités de sorte que ces derniers conservent leur angle fixe relatif au cours d'un alignement. Le faisceau d'alignement émet un repère d'alignement (9), lequel, lorsqu'il est observé dans le dispositif de visée (3) de l'arme, indique les erreurs d'alignement entre l'axe (5) du simulateur et le dispositif de visée (3). Ceci permet au tireur d'aligner plus facilement l'axe de visée sur l'axe du simulateur en s'aidant du dispositif de réglage.

SYSTEM AND METHOD TO MINIMIZE LASER MISALIGNMENT ERROR IN A FIREARMS TRAINING SIMULATOR

A weapon simulation system is used to correct the misalignment between a laser of a simulated weapon and an aim point of the simulated weapon. A compensation offset profile and a compensation angle profile are stored in a weapon controller card in the simulated weapon identifying the misalignment of the laser module in the corresponding simulated weapon. The compensation offset profile and compensation angle profile is transmitted from the weapon controller card to a central computer, where the central computer calculates the aim point of the simulated weapon using said compensation offset profile and said compensation angle profile from said weapon controller card. The position of the simulated weapon with respect to a screen of the weapon simulation system is further calculated using an RFID reader in electrical communication with the weapon controller card and at least one RFID tag positioned in a fire line mat, which transmits the position information to said central computer.

Firearm sight tool

Firearm sight tools for removing and installing a firearm sight are presented, the firearm sight tool including: a tool frame having a top wall, a bottom wall, and sidewalls, the sidewalls connecting the top wall and the bottom wall; a firearm clamping assembly including, a stationary jaw, a clamping spindle, a clamping jaw, and a clamping spindle handle; a bottom spacer removably attached with the bottom wall, the bottom spacer selected to provide vertical alignment; and a sight press assembly including, a carriage, a carriage spindle, and a sight carriage where the sight carriage includes a sight blade aligned along the carriage spindle.

Telescopic sight ring mounts alignment tool

The telescopic sight ring mounts alignment tool is an elongate, rigid, unitary, monolithic, solid bar having an outside diameter fitting closely within the mounting rings for a telescopic sight on a firearm. The tool may be used to secure dovetail mount-type scope rings to the firearm by securing the tool within each ring separately, and torqueing the tool to secure each ring in sequence. Alignment of rings of any mounting configuration with the barrel bore is checked by securing the tool within both rings and checking alignment of the beveled conical rear and the tapered front tip of the tool, respectively, with the receiver tang and the barrel of the firearm. The tool may be manufactured with an outside diameter dimensioned and configured to fit different inside diameter rings. Alternatively, different diameter sleeves may be provided to adapt a single tool for use with different inside diameter rings.

FIREARM IDENTIFICATION TAG FOR ACCESSORY MOUNTING RAIL

A firearm includes a firearm identification tag carried in a space between lugs of an accessory mounting rail. A firearm accessory mounting rail assembly includes a firearm identification tag carried in a recoil groove of a Picatinny rail, and including a housing having geometry complementary to a lug of the Picatinny rail, and a transmitter carried in the housing. A firearm identification tag for a firearm accessory mounting rail includes a trapezoidal housing having geometry complementary to Picatinny rail geometry and configured to be press fit between Picatinny lugs, and including sides, a major base, a minor base, and legs between the bases disposed at acute angles to the major base. 1. an accessory mounting rail including lugs and a space therebetween; anda firearm identification tag carried in the space between the lugs, wherein the firearm identification tag is flush or recessed with respect to adjacent corresponding portions of the firearm accessory mounting rail.2. The firearm set forth in claim 1 , wherein the accessory mounting rail includes a plurality of spaces including a forward-most space and a rearward-most space claim 1 , and wherein the firearm identification tag is carried in the rearward-most space.3. The firearm set forth in claim 1 , wherein the accessory mounting rail is disposed on an underside of the firearm.4. The firearm set forth in claim 1 , wherein the firearm identification tag includes:a housing having a void; anda transmitter carried in the void.5. The firearm set forth in claim 1 , wherein the firearm identification tag is interference fit into the space between the lugs.6. The firearm set forth in claim 1 , wherein the firearm identification tag has geometry complementary to corresponding geometry of the accessory mounting rail.7. The firearm set forth in claim 1 , wherein the firearm identification tag includes surfaces substantially in parallel with corresponding surfaces of the rail.8. The firearm set forth in claim 1 , ...

POSITIONING DEVICE FOR ALIGNMENT OF ARCHERY SIGHT

Systems and methods for a positioning device for alignment of archery sights are disclosed. According to one embodiment of the disclosure, an assembly for mounting a bow sight to a bow may be disclosed. The bow sight may project a fixed sighting mark and a laser sighting reticle that may be aligned to orient a bow. The assembly may include: a mount that may be operable to attach to a riser of the bow, a translational block coupled to the mount that may be operable to align the fixed sighting mark along a sighting line. The translational block may further include: a first translational element that may be operable to adjust a location of the fixed sighting mark along a first axis of translation. The assembly may further include a rotational block that may be operable to align the laser sighting reticle along the sighting line. The rotational block may further include: a first angular element that may be operable to adjust a pitch of the bow sight to move a position of position of the laser sighting reticle about a first axis of rotation, wherein a center of rotation of the pitch is the fixed sighting mark, and a second angular element that may be operable to adjust a yaw of the bow sight to move the position of the laser sighting reticle about a second axis of rotation, wherein a center of rotation of the yaw is the fixed sighting mark. 1. An assembly for mounting a bow sight to a bow , the bow sight projecting a fixed sighting mark and a laser sighting reticle aligned to orient the bow , the assembly comprising:a mount operable to attach to a riser of the bow; 'a first translational element operable to adjust a location of the fixed sighting mark along a first axis of translation; and', 'a translational block coupled to the mount and operable to align the fixed sighting mark along a sighting line, the translational block comprising a first angular element operable to adjust a pitch of the bow sight to move a position of the laser sighting reticle about a first axis ...

GUN CALIBRATOR PROVIDED WITH INNER RED DOT SIGHT

A gun calibrator provided with an inner red dot sight includes a straight bar, a laser module displaced in the front end of the straight bar and is coaxial with the straight bar, and a battery cabin that is displaced in the front end of the straight bar, wherein the front end of the straight bar is provided with an inner red dot sight. 1. A gun calibrator with an inner red dot sight , comprising: a straight bar ,a laser module that is displaced in the front end of the straight bar and is coaxial with the straight bar, anda battery cabin that is displaced in the front end of the straight bar, wherein the front end of the straight bar is provided with an inner red dot sight.2. The gun calibrator with an inner red dot sight according to claim 1 , wherein the inner red dot sight is displaced on a top end of the laser module.3. The gun calibrator with an inner red dot sight according to claim 2 , wherein the inner red dot sight is connected with the laser module by a Picatinny rail displaced on the top end of the laser module.4. The gun calibrator with an inner red dot sight according to claim 3 , wherein the inner red dot sight is connected with the top end of the laser module by a sight bracket claim 3 , which is displaced in the bottom of the inner red dot sight and can be clamped by the Picatinny rail.5. The gun calibrator with an inner red dot sight according to claim 4 , wherein the laser module is displaced in the front end portion of the straight bar claim 4 , and the Picatinny rail is displaced on the top end of the front end portion of the straight bar.6. The gun calibrator with an inner red dot sight according to claim 1 , wherein the rear end of the straight bar is a truncated cone with an increasing diameter toward the front end of the straight bar claim 1 , on which an expansion sleeve that is coaxial with the straight bar is sleeved claim 1 , and wherein an end of the expansion sleeve in which a longitudinal expansion gap is provided is sleeved on the ...

LEVELING JACK FOR A GUN SIGHT OF A RIFLE

A leveling jack for a gun sight (or ‘scope’) of a gun or rifle is provided. The leveling jack is movable between at least a first and a second position and is secured to a gun or rifle. The leveling jack has a bottom edge which may be secured to, for example, the picatinny rail of the top of the gun or rifle and an extended bar which contacts and levels the gun sight. The leveling jack may also be secured directly to the gun or rifle without utilizing a picatinny rail. The leveling jack is especially suitable for leveling the gun sight of the gun or rifle in a quick and efficient manner. 1. A leveling jack for a gun sight comprising:a base having a first end and a second end wherein the second end is secured to a gun or rifle and wherein the first end moves from a first positon to a second position and wherein the first end of the leveling jack is capable of leveling the gun sight in the second position.)2. The leveling jack for a gun sight of further comprising:an extended knob at the second end of the leveling jack wherein the extended knob is capable of raising or lowering the first end of the leveling jack from a first position to a second position.)3. The leveling jack for a gun sight of further comprising:a pivot pin extending through the extended knob wherein the pivot pin is capable of rotating the base of the leveling jack with respect to the gun or rifle.)4. The leveling jack for a gun sight of wherein the extended knob is cylindrical and wherein the extended knob has a rough exterior surface.)5. The leveling jack for a gun sight of further comprising:an extended bar located at the first end of the leveling jack.)6. The leveling jack for a gun sight of wherein the extended bar is cylindrical.)7. The leveling jack for a gun sight of wherein the leveling jack is capable of being secured to a picatinny rail of the gun or rifle.)8. The leveling jack for a gun sight of wherein a portion of the leveling jack is magnetic and wherein the leveling jack is ...

Systems and Methods for Calibrating, Operating, and Setting a Laser Diode in a Weapon

Systems and methods for calibrating, operating, and setting the magnitude of the power of light provided by a laser diode in a conducted electrical weapon (“CEW”). The light of the laser diode assists in targeting by providing a visible indication of the projected point of impact of the tethered electrode of the CEW. The calibration process enables laser diode of a CEW to operate within regional guidelines of the maximum output power of light permitted by a laser. The method further permits the magnitude of the power of the light provided by a laser diode to be set and operated in changing environmental conditions in the field. 1. A weapon that cooperates with a provided tester , the weapon comprising:a processing circuit;a laser diode; and provide a first signal at a first duty cycle to set an operating point of the laser diode;', 'provide a second signal at a second duty cycle, the second signal turns the laser diode on and off in accordance with the second duty cycle to establish a power of a light provided by the laser diode during a period of the second signal;', 'receive a message from the tester regarding a magnitude of the power as measured by the tester;', 'compare the magnitude of the power to a predetermined range;', 'adjust at least one of the first duty cycle and the second duty cycle responsive to the comparison;', 'repeat receive, compare, and adjust until the magnitude of the power is within the predetermined range., 'a memory having computer-executable instructions stored thereon that, in response to execution by the processing circuit, cause the weapon to2. The weapon of wherein the second duty cycle is about 50 percent.3. The weapon of wherein an active edge of the second signal is synchronous with an active edge of the first signal.4. The weapon of wherein the second signal is generated from the first signal using a divide-by-two counter.5. The weapon of further comprising a photo diode and a resistor coupled to the photo diode claim 1 , wherein: ...

Pointing Devices, Apparatus, Systems and Methods for High Shock Environments

Devices, apparatus, systems and methods for providing accurate linear and angular positioning with a payload mounted to a beam having freely moveable ends. The payload can be a laser pointer mounted on a firearm, which maintains the initial precise pointing during and after exposure in high G shock and vibration environments. Vertical and lateral adjustment controls can adjust minute changes in beam orientation. Precision adjustments can be performed in a zero G, one G, or high G environment and maintains the adjustment during and after being exposed to a high G shock or vibration environment. 1. A pointing support device for high shock environments , comprising:a housing configured to be removably attached on an exterior surface of an object, the housing having a base, a front stationary wall and a rear stationary wall, the front stationary wall with an opening;a one piece cylindrically shaped beam having a first end rigidely mounted to the rear stationary wall, a second end aligned with and adjacent to the opening in the front wall;a pointing payload rigidly attached to the second end of the cylindrically shaped beam, wherein the cylindrically shaped beam provides accurate linear and angular positioning of the payload and maintains initial precise pointing of the payload relative to the surface the pointing device is attached to during and after exposure of the housing to shock and vibration; andan externally accessible vertical and lateral adjustment mechanism consisting of only one single vertical adjustment component and only one single lateral adjustment component, the adjustment mechanism directly coupled to the pointing payload for adjusting vertical and lateral position of the payload.2. The pointing support device of claim 1 , wherein the cylindrically shaped beam is a hollow cylindrically shaped beam.3. The pointing support device of claim 1 , wherein the cylindrically shaped beam is a solid cylindrically shaped beam.4. The pointing support device of ...

BORESIGHTER TRAINER FOR GUN

A boresighter/trainer fits into a distal end of a gun barrel and includes a sound sensor, a circuit, a laser, and a power source. The boresighter/trainer has at least two operational modes: one in which it continuously emits laser light and one in which it emits laser light for a short duration when the sound of a firing pin is detected. When in its first mode, the boresighter/trainer permits laser light to be projected along the longitudinal axis of a gun barrel in which it is portioned, for the purpose of aligning a sight on the firearm. When the boresighter/trainer is in its second mode and the firing pin of the gun is activated, the sound of the firing pin is detected by the sound sensor and activates a circuit in the boresighter/trainer to cause the light source to emit light along the longitudinal axis of the firearm barrel. The boresighter/trainer may have multiple bore adapters that fit different firearm bore diameters. 1. A boresighter/trainer configured for use within a gun barrel of a gun , the gun barrel with a first end having a firing chamber and a second end , the boresighter/trainer comprising:(a) a body having an axis, a proximal end, a distal end configured to be inserted into the second end of the gun barrel, and a seating portion between the proximal end and the distal end, the seating portion configured to form a first contact area with an inner surface of the gun barrel;(b) a bore adapter attached to the distal end, the bore adaptor having a variable adapter diameter and configured to form a second contact area with the inner surface of the gun barrel;(c) a fastener attaching the bore adapter to the distal end, the fastener configured to apply force to the bore adapter;(d) a light source in the housing to emit a light beam aligned with the body axis;(e) a power source,(f) a sound sensor to detect the sound of a firing pin strike of the gun, and to activate a circuit in response, wherein when the circuit is activated, the power source provides ...

TURRET CAP APPARATUS AND METHOD FOR CALCULATING AIMING POINT INFORMATION

The present invention relates to target acquisition and related devices, and more particularly to telescopic gunsights and associated equipment used to achieve shooting accuracy at, for example, close ranges, medium ranges and extreme ranges at stationary and moving targets comprising an elevation turret cap with markings for windage and rate of travel aiming point correction. 1. A target acquisition device elevation turret cap , comprising:a) elevation markings; andb) windage markings;wherein said elevation markings and said windage markings align to account for the greater effect of windage at greater elevation.2. The target acquisition device elevation turret cap of claim 1 , wherein said elevation markings are milliradian (Mil) elevation markings.3. The target acquisition device elevation turret cap of claim 1 , wherein said windage markings are milliradian (Mil) windage markings.4. The target acquisition device elevation turret cap of claim 1 , wherein said elevation markings are minute of angle (MOA) elevation markings.5. The target acquisition device elevation turret cap of claim 1 , wherein said windage markings are minute of angle (MOA) windage markings.6. The target acquisition device elevation turret cap of claim 1 , wherein said windage markings correspond to miles per hour (mph) windage markings.7. The target acquisition device elevation turret cap of claim 1 , wherein said windage markings correspond to kilometers per hour (kph) windage markings.8. The target acquisition device elevation turret cap of claim 1 , comprising:a) milliradian (Mil) elevation markings;b) milliradian (Mil) windage markings;c) minute of angle (MOA) elevation markings; andd) minute of angle (MOA) windage markings.9. The target acquisition device elevation turret cap of claim 1 , wherein said elevation turret cap aligns the elevation of said target acquisition device.10. A target acquisition device claim 1 , comprising:a) a housing;b) an objective lens mounted in one end of said ...

RUBBER BAND MOUNTED RETICLE LEVELING DEVICE FOR USE IN LEVELING TELESCOPIC RIFLE SIGHT

A device for aligning a telescopic sight includes two opposing reference cards connected to each other within a common plane by a connecting bar and a level indicator on a surface of at least one card. The alignment device is attached to the front or rear scope base of a firearm, so that the front surfaces of two opposing reference cards appear on either side of the reticle. Once the alignment device is secured to the scope base of the firearm, the reticle may be aligned with the bore axis by rotating the telescopic sight until the horizontal cross hair is parallel with any corresponding pair of reference lines of the reference cards. The alignment device can also include an adapter that allows the alignment device to be mounted to a firearm by coupling to a corresponding slot of a mounting platform. 1. A device for aligning the cross-hairs of a reticle of a telescopic sight mounted on a mounting surface of a firearm , the device comprising:a first card having at least one reference line arrayed across a front surface of the first card and at least one reference line arrayed across a rear surface of the first card;a second card having at least one reference line arrayed across a front surface of the second card and at least one reference line arrayed across a rear surface of the second card;a connecting element holding the first card and the second card together in a common plane, the connecting element having at least one flat surface parallel to the reference lines of the reference cards; anda level mounted to an aperture in the first card and oriented in a direction parallel to the flat surface;wherein when the device is positioned flush against the mounting surface of the firearm, the level indicates the levelness of the mounting surface, andthe reference lines indicate the position of a properly aligned reticle.2. The device of claim 1 , further comprising a first hook on the first card and a second hook on the second card claim 1 , wherein when the device is ...

Rubber Band Mounted Reticle Leveling Device for Use in Leveling Telescopic Rifle Sight

A device for aligning a telescopic sight includes two opposing reference cards connected to each other within a common plane by a connecting bar and a level indicator on a surface of at least one card. The alignment device is attached to the front or rear scope base of a firearm, so that the front surfaces of two opposing reference cards appear on either side of the reticle. Once the alignment device is secured to the scope base of the firearm, the reticle may be aligned with the bore axis by rotating the telescopic sight until the horizontal cross hair is parallel with any corresponding pair of reference lines of the reference cards. The alignment device can also include an adapter that allows the alignment device to be mounted to a firearm by coupling to a corresponding slot of a mounting platform. 1. A device for aligning the cross-hairs of a reticle of a telescopic sight mounted on a mounting surface of a firearm , the device comprising:a first card having at least one reference line arrayed across a front surface of the first card and at least one reference line arrayed across a rear surface of the first card;a second card having at least one reference line arrayed across a front surface of the second card and at least one reference line arrayed across a rear surface of the second card;a connecting element holding the first card and the second card together in a common plane, the connecting element having at least one flat surface parallel to the reference lines of the reference cards; anda level mounted to an aperture in the first card and oriented in a direction parallel to the flat surface;wherein when the device is positioned flush against the mounting surface of the firearm, the level indicates the levelness of the mounting surface, andthe reference lines indicate the position of a properly aligned reticle.2. The device of claim 1 , further comprising a first hook on the first card and a second hook on the second card claim 1 , wherein when the device is ...

METHOD AND SYSTEM FOR ALIGNING A POINT OF AIM WITH A POINT OF IMPACT FOR A PROJECTILE DEVICE

A method of aligning a point of aim with a point of impact for a projectile device is disclosed. Using at least one superposition device coupled to the projectile device, multiple optical reference points are superposed within a first target area. Positions for at least two of the optical reference points are noted. A projectile is shot from the projectile device at a second target area, while the positions of the at least two optical reference points are maintained, to create the point of impact. The point of aim for the projectile device is adjusted to correspond with the point of impact while the positions of the at least two optical reference points are maintained. A system for aligning a point of aim with a point of impact for a projectile device is also disclosed. 1. A method of aligning a point of aim with a point of impact for a projectile device , comprising:using at least one superposition device coupled to the projectile device, superposing multiple optical reference points within a first target area;noting positions for at least two of the optical reference points;shooting a projectile from the projectile device at a second target area, while the positions of the at least two optical reference points are maintained, to create the point of impact;adjusting the point of aim for the projectile device to correspond with the point of impact while the positions of the at least two optical reference points are maintained.2. The method of claim 1 , wherein the first target area comprises the second target area.3. The method of claim 1 , wherein the at least one superposition device comprises at least one illumination source.4. The method of claim 3 , wherein superposing multiple optical reference points within the first target area comprises using the at least one illumination source to shine multiple laser dots within the target area.5. The method of claim 3 , wherein superposing multiple optical reference points within the first target area comprises using the ...

Systems and methods for sighting firearms

A boresighting system may include a laser boresight device and a parallax mitigation device. The laser boresight device may include a casing for loading into a chamber of a firearm in place of a bolt carrier group, where the casing accepts a laser device for generating a laser beam within an interior cavity of the casing. The parallax mitigation device may include a housing for securing to an optical sight and a central position indicator providing a visual indication of a central position of the optical sight. Boresighting may be provided by adjusting an eye position to view a laser spot on a target associated with the laser beam at the central position of the optical sight based on the central position indicator and adjusting the optical sight to overlap an alignment reference provided by the optical sight with the laser spot at the central position of the optical sight.

Self-Leveling Scope Mount and Method

Provided is a self-leveling mount for attaching a sighting scope, having a longitudinal optical axis, to a firearm, having a longitudinal barrel axis. The mount includes a body attachable to a firearm, a pair of scope attachment rings axially spaced apart relative to the body so that at least a portion of the body is situated between the attachment rings, and a vertically movable contact plate on the base between the rings. The plate presents an upper surface that is horizontally perpendicular to the longitudinal axes of a firearm barrel and scope held by the attachment rings. The contact plate makes adjustable alignment contact with a bottom surface of the scope held by the attachment rings to properly orient the scope relative to the firearm. 1. A self-leveling mount for attaching a sighting scope , having a longitudinal optical axis , to a firearm , having a longitudinal barrel axis , comprising:body attachable to a firearm;a pair of scope attachment rings axially spaced apart relative to the body so that at least a portion of the body is situated between the attachment rings; anda vertically movable contact plate on the base between the rings, the plate presenting an upper surface that is horizontally perpendicular to longitudinal axes of a barrel of a firearm to which the body is attached and scope held by the attachment rings,wherein the contact plate makes adjustable alignment contact with a bottom surface of the scope held by the attachment rings.2. The mount of claim 1 , wherein the contact plate is spring biased toward alignment contact with a bottom surface of the scope held by the attachment rings.3. The mount of claim 1 , wherein the attachment rings are attached to the body.4. The mount of claim 1 , wherein the attachment rings are integral with the body.5. The mount of claim 1 , wherein the body is adapted for attachment to a mounting rail of the firearm.6. A method of attaching a sighting scope to a firearm having a longitudinal barrel axis claim 1 , ...

Weapon Sight

A weapon sight apparatus includes a housing, a sight mount, an angle modifier, an angle adjusting mechanism, and a weapon mount. The housing includes a first end, a second end, a first side, and a second side. The sight mount is disposed on the first side of the housing and includes a first end and a second end, the sight mount being pivotally mounted proximate the second end of the sight mount and to couple to a weapon sight. The angle modifier modifies an angle of the housing. The angle adjusting mechanism is coupled to the second end of the sight mount, the angle adjusting mechanism to adjust an angle of the housing in accordance with the angle modified by the angle modifier. The weapon mount, disposed on the second side of the housing, mounts a projectile weapon to the weapon sight apparatus. 1. A weapon sight apparatus , comprising:a housing including a first end, a second end, a first side, and a second side;a sight mount disposed on the first side of the housing, the sight mount to couple to a weapon sight;an angle modifier to modify an angle between the housing and the sight mount;an angle adjusting mechanism directly coupled to the sight mount, the angle adjusting mechanism to adjust the angle in accordance with the angle modified by the angle modifier, the angle adjusting mechanism including a worm screw directly coupled to both the angle modifier and a worm wheel directly coupled to the sight mount, with rotation of the angle modifier rotating the worm screw and the worm wheel to change the angle between the housing and the sight mount; anda weapon mount, disposed on the second side of the housing opposite the first side of the housing, to mount a projectile weapon to the weapon sight apparatus.2. The weapon sight apparatus according to claim 1 , further comprising a locking mechanism to lock the projectile weapon to the weapon mount.3. The weapon sight apparatus according to claim 2 , wherein the locking mechanism includes a first lobe and a second lobe ...

Process to Optically Align Optical Systems on a Weapon

A process to optically align optical systems on a weapon is disclosed. Several different embodiments of the system and method are disclosed. The use of this process/system will ensure a well aligned weapon with mounted optical systems. It can find applications in aligning rifle scopes, aiming lasers, laser range finders, tactical engagement simulation lasers, e.g., MILES, etc. 1. A mirror-based optical alignment system , comprising:A weapon mounted with at least one of a scope, a borelight and a laser range finder, each having a parallel optical path;a mirror optically shaped to have a focal length, the mirror being adjustably disposed at an offset angle to reflect said parallel optical paths at a reflection angle and focus said reflected optical paths on a focal point of a focal plane sufficiently distanced from said parallel optical path; anda target card placed proximately along said focal plane of the mirror such that said reflected parallel optical paths are focused to converge onto said focal point where the target card is placed.2. The mirror-based optical alignment system according to claim 1 , wherein said mirror is either spherical or parabolic.3. The mirror-based optical alignment system according to claim 2 , wherein the mirror translates an image plane to the focal plane.4. The mirror-based optical alignment system according to claim 1 , wherein a borelight mark is placed above an optical systems mark on the target card based on an expectation of bullet drop for a given distance and the focal length of mirror.5. The mirror-based optical alignment system according to claim 1 , wherein the mirror is a curved spherical mirror claim 1 , and the target card is placed on-axis of the curved spherical mirror at the focal plane.6. The mirror-based optical alignment system according to claim 1 , wherein the mirror is sized large enough to encompass the mounted optical systems being aligned claim 1 , and wherein the target card is placed slightly off-axis with ...

PATTERN CONFIGURABLE RETICLE

A system, method, and device for configuring an optical aiming device for ballistic drop compensation (BDC). The optical aiming device can include a housing with a reticle pane defining a reticle display field viewable by a user and indicating a zero point, the housing further including a plurality of axially spaced lenses and defining an optical path therethrough. In various embodiments the system includes a display device configured to project an image generated from a display, a processor, and a non-transitory computer readable storage medium. The computer readable data storage medium can include instructions executable by the processor to receive a first set of ballistics input data indicating a first type of ammunition, determine a BDC pattern including at least two holdover marks corresponding to at least two ranges for the first type of ammunition, and project the BDC pattern onto the reticle display field. 1. A system for configuring a reticle display field of an aiming device , the aiming device including a housing defining an objective portion and an eyepiece portion , the aiming device configured to present a down-range image and the reticle display field through the eyepiece portion and configurable between a plurality of magnification settings for magnifying the down-range image to a user , the system comprising:a display device configured to display a digital reticle image in the reticle display field, the digital reticle image including a first digital reticle portion;a magnification sensor configured to produce an output signal that indicates a magnification setting for the aiming device;a processor; anda non-transitory computer readable storage medium, the computer readable storage medium including instructions executable by the processor to cause the processor to:receive a first output signal from the magnification sensor, the first output signal corresponding to a first magnification setting for the aiming device;determine, using the first output ...

SCOPE ADAPTED FOR SHORT AND LONG RANGE ZEROING

A device adapted for zeroing of a projectile device having a first scope, the device including a second scope; and an adaptor for securing the second scope to the projectile device. Further disclosed is a method for zeroing a projectile device having a first scope and a second scope, the method including: adjusting the aim of the projectile device by aiming a reticle of the second scope at the center of a bullseye at a target plane disposed at a distance; firing a first shot of the projectile device to create a first point of impact at the target plane; and aiming a reticle of the first scope at the center of the point of impact, wherein a subsequent shot fired from the projectile device is configured to impact a second point of impact aimed at with the reticle of the first scope at the target plane. 1. A device adapted for zeroing a projectile device having a first scope with a first optical axis , said device comprising:(a) a second scope having a second optical axis; and(b) an adaptor for securing said second scope to the projectile device.2. The device of claim 1 , wherein said adaptor is configured for securing said second scope to the first scope of the projectile device such that said second optical axis is parallel to said first optical axis.3. The device of claim 1 , wherein said adaptor comprises an extension rod having a first end and a second end claim 1 , a first clamp disposed on said first end for securing said extension rod to said second scope and a second clamp disposed on said second end claim 1 , said second clamp is configured for removably securing said extension rod to the first scope.4. The device of claim 3 , wherein said second clamp comprises a Picatinny rail adaptor.5. The device of claim 1 , wherein said adaptor comprises an extension rod having a first end and a second end claim 1 , a clamp disposed on said second end claim 1 , said extension rod extending at said first end from said second scope and said second clamp is configured for ...

WIRELESS CONTROL STRUCTURE OF AN AIMING DEVICE

The invention discloses a wireless control structure of an aiming device comprising a remote controller and a wireless receiver connected wirelessly therewith. Said wireless receiver is installed on the aiming device and is connected with the switch of aiming device; said remote controller includes the remote control chip and keys, indicator light and transmit antenna connected with the remote control chip; said wireless receiver includes the receiving chip and receiving antenna connected therewith. The invention has achieved wireless control of aiming device via a wireless control structure of aiming device and simplified control structure of current aiming device, making the control of aiming device more convenient and visually beautiful. 1. A wireless control structure of an aiming device , the wireless control structure comprising:a remote controller and a wireless receiver connected wirelessly therewith;said wireless receiver is installed on the aiming device and is connected with the switch of aiming device;said remote controller includes the remote control chip and keys, indicator light and transmit antenna connected with the remote control chip; andsaid wireless receiver includes the receiving chip and receiving antenna connected therewith;{'b': 1', '3', '2', '2', '2', '1', '5', '1', '1', '2', '2', '1', '1', '2, 'wherein one end of said transmit antenna is connected with supply terminal VCC via inductor L and another end thereof is connected with pin of transistor Q; pin of said transistor Q is connected to ground and pin is connected with pin TX of the remote control chip via resistor R; said key K is connected with pin K of the remote control chip and key K is connected pin K of the remote control chip; the positive terminal J of said indicator light is connected with supply terminal VCC via resistor R and the negative terminal J thereof is connected to ground.'}2. (canceled)311121112112231221112142211. The wireless control structure of an aiming device ...

MODULAR LIGHT MOUNTABLE ON A HANDGUN

A light mountable on a handgun may comprise: a light housing including one or more light sources, a cavity for a source of electrical power, a switch, and a circuit for energizing the light sources. The light housing has complementary parts configured to enclose a part of the handgun and a mounting rail, and may include an access cover that is openable when the light is mounted on a handgun, for placing and removing the source of electrical power. Light sources may include an illumination source and/or an aiming source. 1. A light mountable on a handgun comprising:a light module including a light module housing supporting one or more light sources, at least one electrical switch, and a control circuit for selectively energizing said one or more light sources, wherein said light module defines a first cavity for receiving a source of electrical power;an outer light housing having first and second complementary housing parts enclosing said light module, the first and second complementary housing parts cooperating when together to define at a first end of the outer light housing a second cavity configured to correspond in size and shape to a first part of the handgun and to define at an upper part of said outer light housing a rail recess configured to correspond in size and shape to a mounting rail of the handgun;whereby said light is mountable to the handgun when the first and second complementary housing parts of the outer light housing are attached together with the part of the handgun in the second cavity thereof and with the mounting rail of the handgun in the rail recess thereof;said outer light housing having one or more openings at a second end thereof through which light produced by said one or more light sources may be emitted;said outer light housing having an opening through which the at least one electrical switch of said light module is actuatable from outside said outer light housing;said outer light housing including an access cover on an exterior ...

Sensing and adjustment system

A sensing and adjustment system for a telescopic sight includes a plurality of sensing portions, a plurality of driving portions and a central controlling portion respectively fixed to a main body of the telescopic sight, a setting portion, a displaying portion, a plurality of fixing portions, a plurality of transmitting portions each fixed to a corresponding adjusting knob. Each sensing portion includes an angle position sensor and a gear and is configured to perceive a rotation angle of the corresponding adjusting knob and then transmitted to the central controlling portion. The fixing portion fixes the sensing portions and driving portions to the main body and close to their corresponding adjusting knob so that the gear of the sensing portions and driving portions is meshed with a corresponding gear of the transmitting portion. The central controlling portion can calculate an adjusting quantity of each adjusting knob according to setting data set by the setting portion and angle data perceived by the sensing portion and simultaneously drive the driving portion to automatically adjust the corresponding adjusting knob via the transmitting portion according to a received objective adjusting quantity.

Sight and Adjusting Mechanism Thereof

A sight includes an adjusting mechanism including a fixing unit, a cover and an switching unit. The cover includes a groove. The switching unit is disposed on the fixing unit and includes a guiding member and a rotatable disc, wherein the guiding member includes a first end and a second end, the rotatable disc includes a surface, the surface has a first portion and a second portion, the first end faces the groove, and the second end faces the surface. The first end is outside the groove when the second end is placed against the second portion. The first end is inside the groove when the second end is placed against the first portion so that rotation of the cover is constrained. 1. An adjusting mechanism , comprising:a fixing unit;a cover comprising a groove; anda switching unit disposed on the fixing unit and comprising a guiding member and a rotatable disc, wherein the guiding member comprises a first end and a second end, the rotatable disc comprises a surface, the surface has a first portion and a second portion, the first end faces the groove, and the second end faces the surface;wherein the first end is outside the groove when the second end is placed against the second portion;wherein the first end is inside the groove when the second end is placed against the first portion so that rotation of the cover is constrained.2. The adjusting mechanism as claimed in claim 1 , wherein the surface is an unequal altitude surface claim 1 , and the first portion is higher than the second portion.3. The adjusting mechanism as claimed in claim 2 , wherein the unequal altitude surface is a sloping surface.4. The adjusting mechanism as claimed in claim 1 , the rotatable disc further comprises a locating portion configured to fix the rotatable disc when the second end is placed against the second portion or the first portion.5. The adjusting mechanism as claimed in claim 4 , wherein the fixing unit comprises a first engaging portion and a second engaging portion claim 4 , the ...

MEASUREMENT SYSTEM

A measurement system according the current application facilitates the positioning of scope relative to a rifle or other firearm and the subsequent measurements needed to procure a ring or set of rings with which to mount the scope to the rifle. A base is attached to a rail of the rifle and the scope is placed in a holding ring. Spacers are placed between the base and the holding ring to locate the scope. The base, spacers and holding ring are removably attached to each other. 1. A measurement system comprising:a base configured to attached to a rail of firearm;a holding ring having an upper section and a lower section between which a scope is temporarily secured; andat least one spacer;wherein the holding ring is removably attached to the top of the base; andwherein the spacers are removably attached between the base and holding ring.2. The system of wherein the base has a pocket extending inward from the top surface and the holding ring has a protrusion extending away from its bottom surface claim 1 , wherein the spacers have a protrusion on one surface and a pocket on the opposite surface so as to attach between the base and holding ring.3. The system of wherein the base claim 1 , spacers and holding ring have indicia attached to at least one outer surface that facilitate determine the measurements required to select a set of rings from a ring manufacturer. The present invention relates generally to firearms, and more specifically, to a measurement system for determining the necessary distance between a scope and the top of a firearm.Firearms are well known in the art and are effective means to discharge a cartridge resulting in the projection of a bullet on a target. For example, depicts a conventional rifle system having a rifle with a scope attached to the rifle via a rail and rings . To locate the scope a user must measure with a measuring tape , scale or the like to determine the proper height for rings .One of the problems commonly associated with system is ...

FIREARM IDENTIFICATION TAG FOR ACCESSORY MOUNTING RAIL

A firearm includes a firearm identification tag carried in a space between lugs of an accessory mounting rail. A firearm accessory mounting rail assembly includes a firearm identification tag carried in a recoil groove of a Picatinny rail, and including a housing having geometry complementary to a lug of the Picatinny rail, and a transmitter carried in the housing. A firearm identification tag for a firearm accessory mounting rail includes a trapezoidal housing having geometry complementary to Picatinny rail geometry and configured to be press fit between Picatinny lugs, and including sides, a major base, a minor base, and legs between the bases disposed at acute angles to the major base. 1. A firearm , comprising:an accessory mounting rail including lugs and a space therebetween; anda firearm identification tag carried in the space between the lugs.2. The firearm set forth in claim 1 , wherein the tag is flush or recessed with respect to adjacent corresponding portions of the firearm accessory mounting rail.3. The firearm set forth in claim 1 , wherein the accessory mounting rail includes a plurality of spaces including a forward-most space and a rearward-most space claim 1 , and wherein the firearm identification tag is carried in the rearward-most space.4. The firearm set forth in claim 1 , wherein the accessory mounting rail is disposed on an underside of the firearm.5. The firearm set forth in claim 1 , wherein the firearm identification tag includes:a housing having a void; anda transmitter carried in the void.6. The firearm set forth in claim 1 , wherein the firearm identification tag is interference fit into the space between the lugs.7. The firearm set forth in claim 1 , wherein the firearm identification tag has geometry complementary to corresponding geometry of the accessory mounting rail.8. The firearm set forth in claim 1 , wherein the firearm identification tag includes surfaces substantially in parallel with corresponding surfaces of the rail.9. The ...

BORESIGHTER TRAINER FOR GUN

A boresighter/trainer fits into a distal end of a gun barrel and includes a sound sensor, a circuit, a laser, and a power source. The boresighter/trainer has at least two operational modes: one in which it continuously emits laser light and one in which it emits laser light for a short duration when the sound of a firing pin is detected. When in its first mode, the boresighter/trainer permits laser light to be projected along the longitudinal axis of a gun barrel in which it is portioned, for the purpose of aligning a sight on the firearm. When the boresighter/trainer is in its second mode and the firing pin of the gun is activated, the sound of the firing pin is detected by the sound sensor and activates a circuit in the boresighter/trainer to cause the light source to emit light along the longitudinal axis of the firearm barrel. The boresighter/trainer may have multiple bore adapters that fit different firearm bore diameters. 1. A boresighter/trainer configured for use in a gun having a gun barrel with a first end having a firing chamber and a second end , the boresighter/trainer comprising: (a) a body having an axis , a proximal end , a distal end configured to be inserted into the second end of the gun barrel , and a seating portion between the proximal end and the distal end , the seating portion configured to form a first contact area with an inner surface of the gun barrel; (b) a bore adapter attached to the distal end , the bore adaptor having a variable adapter diameter and configured to form a second contact area with the inner surface of the gun barrel; (c) a light source in the housing to emit a light beam aligned with the body axis; (d) a power source , (e) a sensor to detect the sound of a firing pin strike of the gun , and to activate a circuit in response , wherein when the circuit is activated , the power source provides power to the light source and the light source emits light; and (f) a switch , wherein the switch has a first position in which ...

Sight Pushing Apparatus

A sight pushing apparatus for use in adjusting a gun slide sight element includes a block member having exterior side, front, rear, top, and bottom walls. The block member defines an interior area having an upper cavity extending between the opposed front and rear walls and a lower cavity extending between the opposed front and rear walls. The lower cavity includes a first internal side wall and an opposed second side wall configured to receive the gun slide therebetween. The sight element of the gun slide is situated in the upper cavity when the gun slide is received in the lower cavity. A pushing member selectively extends through a side wall into the upper cavity. A jaw member is situated in the upper cavity adjacent the sight element, the jaw member configured to bear against the sight element when urged by the pushing member. 1. A sight pushing apparatus for use in adjusting the position of a sight element on a gun slide of a handgun , comprising: opposed exterior first and second side walls and opposed front and rear walls extending between front and rear edges of respective first and second side walls;', 'opposed top and bottom walls extending between upper and lower edges of said respective first and second side walls;, 'a block member, comprising said block member defines an interior area that includes an upper cavity extending between said opposed front and rear walls and a lower cavity extending between said opposed front and rear walls and in communication with said upper cavity and with an area outside said interior area;', 'said block member includes a first internal side wall and an opposed second side wall situated in said lower cavity and configured to receive the gun slide into said lower cavity between said first and second internal side walls;', 'the sight element of the gun slide is situated in said upper cavity when the gun slide is received in said lower cavity;', 'said block member defines a first bore extending from said first side wall into ...

SUPPLEMENTARY SIGHT AID ADAPTABLE TO EXISTING AND NEW SIGHT AID

A sight aid including a supplementary sight alignment indicator disposed between an ocular lens and a reticle along the optical axis of a scope for forming a composite image with the image of the sight alignment indicator and the target image being viewable together by the user by means of the ocular lens. 1. A sight aid for aiding aiming of a projectile device with respect to a target , said sight aid adapted to a telescope having a housing , an objective lens mounted in the housing at one end thereof for forming a target image , an ocular lens mounted in the housing at an opposite end thereof and having image-erecting optics , a reticle mounted within the housing , wherein the objective and ocular lenses define an optical axis through the housing and the image-erecting optics are mounted between the objective and ocular lenses on the optical axis for erecting the image formed by the objective lens , where the erected image is formed for viewing by a user , the reticle having a sight alignment indicator on the optical axis , an image thereof being aligned with the target image formed by the objective lens and the image-erecting optics within the housing to facilitate alignment of the telescope with the target , said sight aid comprising:a supplementary sight alignment indicator disposed between the ocular lens and the reticle along said optical axis for forming a composite image with the image of the sight alignment indicator and the target image being viewable together by the user by means of the ocular lens, wherein said supplementary sight alignment indicator is disposed at a distance from the reticle,whereby an indication of deviation of said images of said axially-centered sight alignment indicator and axially-centered supplementary sight alignment indicator and said target image along the optical axis is provided to the user such that an action can be taken to correct such deviation to assure accurate alignment of the optical axis of the telescope with the ...

FIREARM SIGHT ADJUSTMENT TOOL

A firearm sight adjustment tool may be capable of interfacing with a firearm sight adjustment mechanism that includes a compressible pin, a rotatable wheel, and a protrusion projecting away from the wheel. The tool may include a first component having a grip on the top side and a shaft from the bottom side. The tool may also have a second component with a tunnel to receive the shaft as well as a pin press protruding from the bottom of the second component. In use, the shaft may be rotatable within the tunnel to apply torque to the protrusion while the pin press compresses the pin. 1. A sight adjustment tool capable of interfacing with a firearm sight adjustment mechanism that includes a compressible pin , a rotatable wheel , and a protrusion projecting away from the wheel , the sight adjustment tool comprising:a first component including a first base having a first top side and a first bottom side, a grip provided on the top side of the base, and a shaft projecting from the bottom side of the base; anda second component including a second base having a second top side and a second bottom side, a tunnel through dimensioned to receive the shaft, and pin press protruding from the second bottom side of second base,wherein the shaft is rotatable within the tunnel when inserted into the tunnel, and the shaft is operable to apply torque to the protrusion as the pin press compresses the pin.2. The sight adjustment tool of further comprising:a plurality of indents provided on the first bottom side of the first base, each of the plurality indents evenly spaced from one another at an interval distance; anda bulb provided on the second base and projecting towards the top side, the bulb dimensioned to be insertable within each of the indents.3. The sight adjustment tool of claim 2 , wherein the wheel of the sight adjustment mechanism includes a plurality of grooves dimensioned to engage the pin in the deployed position claim 2 , and the plurality of indents includes the same ...

ADJUSTMENT CAP ASSEMBLY AND ASSOCIATED ACCESSORIES

An adjustment cap assembly is provided. The adjustment cap assembly includes a disc with an top end, an opposed bottom end, and a side portion. The adjustment cap assembly includes an O-ring disposed about the disc, and a sleeve configured to secure the disc within the sleeve. 1. An adjustment cap assembly , comprising:a disc comprising an top end, an opposed bottom end, and a side portion;an O-ring disposed about the disc; anda sleeve configured to accept the disc within the sleeve.2. The adjustment cap of claim 1 , wherein the sleeve comprises a first end claim 1 , a second end claim 1 , an internal surface and an external surface.3. The adjustment cap of claim 2 , wherein the sleeve comprises:a threading about the internal surface of the sleeve; andone or more channels configured to anchor the disc and the O-ring within the sleeve.4. The adjustment cap of claim 2 , wherein the sleeve comprises a series of serrations disposed on the external surface.5. The adjustment cap of claim 2 , wherein the sleeve comprises a first interior diameter and a second interior diameter claim 2 , wherein the second interior diameter is greater in length than the first interior diameter.6. The adjustment cap of claim 5 , wherein the first interior diameter forms a lip configured to restrict movement of the O-ring.7. The adjustment cap of claim 1 , wherein the disc comprises a slot on the top end.8. The adjustment cap of claim 1 , wherein the disc comprises an interface structure on the opposed bottom end.9. The adjustment cap of claim 1 , wherein the disc is cylindrical.10. The adjustment cap of claim 1 , wherein the disc comprises:a post; anda rim extending away from the post.11. An adjustment cap assembly claim 1 , comprising:a sleeve with a first end, a second end, an internal surface, and an external surface; and a post;', 'a rim extending from the post; and', 'an interface structure disposed adjacent to the rim on the post., 'a disc secured within the sleeve, the disc ...

AUTOMATIC DEVIATION CORRECTION METHOD

An automatic deviation correction method, which is applied to a shooting sighting telescope. The automatic deviation correction method includes the following steps: converting an optical image obtained by a shooting sighting telescope into an electronic image, extracting a target paper area from the electronic image, and performing pixel-level subtraction on the target paper area and an electronic reference target paper to detect points of impact, calculating a center point of each of the points of impact to obtain a deviation of the center point of each of the points of impact and a center point of the target paper area; and inputting the deviation into the shooting sighting telescope for automatically correcting subsequent shooting. 1. An automatic deviation correction method , which is applied to a shooting sighting telescope , the shooting sighting telescope sights a target object to acquire an optical image of the target object , characterized by comprising the following steps:converting an optical image obtained by a shooting sighting telescope into an electronic image, extracting a target paper area from the electronic image, and performing pixel-level subtraction on the target paper area and an electronic reference target paper to detect points of impact, calculating a center point of each of the points of impact to obtain a deviation of the center point of each of the points of impact and a center point of the target paper area; and inputting the deviation into the shooting sighting telescope for automatically correcting subsequent shooting.2. The automatic deviation correction method according to claim 1 , wherein performing perspective correction on the target paper area after the target paper area is extracted corrects an outer contour of the target paper area to a circular contour claim 1 , and point of impact detection is performed by using the target paper area subjected to perspective correction.3. The automatic deviation correction method according ...

Sighting System

A sighting system includes a sight body, a compensating mechanism, a converting unit, a processing unit and an output unit. The sight body is configured to aim an object. The compensating mechanism is disposed on the sight body and includes a base, an adjusting unit and an adjusting cap, wherein the adjusting cap is configured to rotate the adjusting unit with respect to the base. The converting unit is disposed in the compensating mechanism and is configured to obtain rotation information of the adjusting cap, convert the rotation information into an electrical signal and output the electrical signal. The processing unit is configured to receive the electrical signal for obtaining an instant adjusting value of the adjusting cap and to compare the instant adjusting value with a predetermined adjusting value. The output unit is electrically connected to the processing unit for presenting information for correction of bullet impact points. 1. A sighting system , comprising:a sight body configured to aim an object;a compensating mechanism disposed on the sight body and comprising a base, an adjusting unit and an adjusting cap, wherein the adjusting cap is configured to rotate the adjusting unit with respect to the base, so as to correct bullet impact points for the sight body;a converting unit disposed in the compensating mechanism and configured to obtain rotation information of the adjusting cap, convert the rotation information into an electrical signal and output the electrical signal;a processing unit configured to receive and process the electrical signal for obtaining an instant adjusting value of the adjusting cap and to compare the instant adjusting value with a predetermined adjusting value; andan output unit electrically connected to the processing unit for presenting information for correction of bullet impact points.2. The sighting system as claimed in claim 1 , wherein the processing unit is electrically connected to the converting unit by wire or ...

Systems and Methods for Calibrating, Operating, and Setting a Laser Diode in a Weapon

Systems and methods for calibrating, operating, and setting the magnitude of the power of light provided by a laser diode in a conducted electrical weapon (“CEW”). The light of the laser diode assists in targeting by providing a visible indication of the projected point of impact of the tethered electrode of the CEW. The calibration process enables laser diode of a CEW to operate within regional guidelines of the maximum output power of light permitted by a laser. The method further permits the magnitude of the power of the light provided by a laser diode to be set and operated in changing environmental conditions in the field.

Systems and Methods for Calibrating, Operating, and Setting a Laser Diode in a Weapon

Systems and methods for calibrating, operating, and setting the magnitude of the power of light provided by a laser diode in a conducted electrical weapon (“CEW”). The light of the laser diode assists in targeting by providing a visible indication of the projected point of impact of the tethered electrode of the CEW. The calibration process enables laser diode of a CEW to operate within regional guidelines of the maximum output power of light permitted by a laser. The method further permits the magnitude of the power of the light provided by a laser diode to be set and operated in changing environmental conditions in the field.

Field boresighting using holographic laser projection

Systems and methods for boresighting a weapon having a barrel and at least one component to be aligned with the barrel. In one example, a boresighting apparatus includes a housing configured to attach to the weapon so as to lock the boresighting apparatus in a stationary position relative to the barrel, and a holographic laser projector contained within the housing and configured to project an image, the image including at least one boresighting target, each boresighting target of the at least one boresighting target having a geometric shape selected according to a component of the at least one component so as to permit alignment of the component with the barrel.

Apparatus and method for laser bow sight alignment

A Compound bow adapter allowing a firearm bore-sight laser to be used for arrow and bow sight alignment. The adapter would allow the utilization of a firearm bore-sight laser for both firearms and compound bows.

BORESIGHT ALIGNMENT DEVICE FOR AIMING SYSTEMS

A boresight alignment system for an aiming device that aligns the bore of the weapon to the optics, in this case the reticle, by incorporating the use of a HUD to produce the reticle in an aiming device, thus allowing electronic adjustment of the reticle that can be stored in the aiming devices memory and eliminating the necessity for manual adjustments of azimuth and elevation settings is disclosed. 1. A boresight alignment system that aligns the bore of a weapon to an aiming device's optics comprising:a Heads Up Display located within an aiming device;said Heads Up Display capable of producing a reticle in said aiming device;said Heads Up Display capable of electronic adjustment of the Azimuth and Elevation of said reticle; and,said Heads Up Display's reticle adjustments capable of being stored in an electronic memory in said aiming device.2. The boresight alignment system of wherein said aiming device is a reflex sight.3. The boresight alignment system of including a mobile phone running a Heads Up Display Application that is in communication with said Heads Up Display located within said aiming device such that it can adjust the Azimuth and Elevation of said reticle and wherein said mobile phone has an electronic memory that is capable of storing said Heads Up Display's Azimuth and Elevation reticle adjustments.4. The boresight alignment system of wherein said aiming device is a reflex sight. The present application claims the benefit of previously filed co-pending Provisional patent application, Ser. No. 62/775,943, filed on Dec. 6, 2018.The method of this disclosure belongs to the field of aiming systems. More specifically it is a boresight alignment system that aligns the bore of the weapon to the aiming device's optics, in this case the reticle in the aiming device's optics is produced by the use of a Heads Up Display (HUD) in the aiming device that can be stored in the aiming device's memory and thus eliminates the necessity for manual azimuth and elevation ...

Optic Tool

An optic tool used for adjusting sights. The optic tool has several features, at least one of which can be used to adjust windage, elevation, and other variables on a sight. The optic tool is a single integrally made piece, which provides decreased manufacturing cost, decreased complexity, and decreased opportunity to malfunction. The option tool has a box wrench, two nubs, and a flat-head. 1. An optic tool comprising:two or more features;wherein one of said features comprises a box wrench;wherein one of said features comprises two nubs;wherein one of said features comprises a flat-head;wherein said optic tool is a single integrally made.2. The optic tool of wherein one of said features comprise a box wrench.3. The optic tool of wherein one of said features comprise a bottle opener.4. The optic tool of wherein one of said features comprises an open wrench opening.5. The optic tool of comprising stainless steel.6. The optic tool of wherein said optic tool is less than 3 inches in length.7. The optic tool of comprising six features.8. The optic tool of comprising seven features.9. The optic tool of wherein said optic tool is sized to fit within a Tango Down Battle grip.10. The optic tool of wherein said at least two nubs are adjacent to said flat-head.11. The optic tool of wherein said optic tool comprises a solid blank.12. The optic tool of wherein said flat-head comprises a flat-head lip claim 1 , and wherein said flat-head is thinner at said flat-head lip when extending outward from said optic tool.13. The optic tool of comprising a hexagon hole.14. The optic tool of further comprising a hexagon hole and an open wrench opening.15. The optic tool of wherein said open wrench opening is adjacent to said nubs.16. The optic tool of wherein said optic tool comprises a top side and a bottom side claim 14 , wherein said open wrench opening is on said top side claim 14 , wherein said flat-head is on said bottom side.17. The optic tool of wherein said optic tool comprises a ...

Compensating Mechanism

A compensating mechanism includes a base, an adjusting unit, an adjusting cover and a stop unit. The adjusting unit is disposed in the base. The adjusting cover connects to the adjusting unit and includes a curved groove. The stop unit is disposed between the adjusting unit and the base and includes a pin. When the adjusting cover is rotated, the adjusting unit is only rotated with respect to the base and the stop unit is axially moved with respect to the base so that the pin enters or leaves the curved groove. 1. A compensating mechanism , comprising:a base;an adjusting unit disposed in the base;an adjusting cover connecting to the adjusting unit and comprising a curved groove; anda stop unit which is disposed between the adjusting unit and the base and comprises a pin;wherein when the adjusting cover is rotated, the adjusting unit is only rotated with respect to the base and the stop unit is axially moved with respect to the base so that the pin enters or leaves the curved groove.2. The compensating mechanism as claimed in claim 1 , wherein the stop unit further comprises a rotary ring disposed around the adjusting unit claim 1 , the pin is disposed on the rotary ring claim 1 , and the rotary ring and the pin are axially moved with respect to the base when the adjusting cover is rotated.3. The compensating mechanism as claimed in claim 2 , wherein the rotary ring is rotated with respect to the adjusting unit when the adjusting cover is rotated.4. The compensating mechanism as claimed in claim 2 , wherein claim 2 , when rotated claim 2 , the pin is axially moved with respect to the rotary ring.5. The compensating mechanism as claimed in claim 2 , wherein the base comprises a mount cover claim 2 , the pin comprises a flange portion claim 2 , and the pin is protruded from the mount cover and penetrated into the curved groove when the flange portion is propped against the mount cover.6. The compensating mechanism as claimed in claim 5 , further comprising a fastening ...

METHOD AND SYSTEM FOR ALIGNING A POINT OF AIM WITH A POINT OF IMPACT FOR A PROJECTILE DEVICE

A method of aligning a point of aim with a point of impact for a projectile device is disclosed. Using at least one superposition device coupled to the projectile device, multiple optical reference points are superposed within a first target area. Positions for at least two of the optical reference points are noted. A projectile is shot from the projectile device at a second target area, while the positions of the at least two optical reference points are maintained, to create the point of impact. The point of aim for the projectile device is adjusted to correspond with the point of impact while the positions of the at least two optical reference points are maintained. A system for aligning a point of aim with a point of impact for a projectile device is also disclosed. 1. A system for aligning a point of aim with a point of impact for a projectile device , comprising at least one superposition device configured:to be coupled to the projectile device; andto superpose multiple optical reference points within a first target area.2. The system of claim 1 , wherein the at least one superposition device is further configured to be removably coupled to the projectile device.3. The system of claim 1 , wherein the at least one superposition device further comprises at least one illumination source configured to superpose the multiple optical reference points within the first target area by projecting the multiple optical reference points within the first target area.4. The system of claim 1 , wherein the at least one superposition device further comprises the multiple optical reference points.5. The system of claim 4 , wherein the multiple optical reference points are coupled to the optics of a scope.6. The system of claim 4 , wherein the multiple optical reference points are level with respect to the projectile device.7. The system of claim 1 , further comprising pre-printed alignment points in the target area to correspond with the multiple optical reference points ...

Dot sighting device

A sighting device includes a body, a light emitting unit, a bracket, a first adjusting unit and a second adjusting unit. The body couples to an arm having a barrel. The body is disposed relative to the arm in a first direction defined on an up and down axis. A third direction is defined as a direction of the barrel on a front and back axis. A second direction is defined as a left and right axis. The bracket couples to the light emitting unit. The first adjusting unit couples the bracket to the body and moves the bracket relative to the body. The second adjusting unit couples the bracket to the body and moves the bracket relative to the body.

System for Scope Leveling

A system and method for scope leveling. The scope has a scope body. The scope body has a leveling indicator. In one example, the leveling indicator is an engraved line which extends longitudinally along the length of the scope. The scope is manipulated such that the leveling indicator is properly aligned relative to a mount. The system and method results in a level scope which reduces canted angles and increases accuracy. 1. A scope comprising:a scope body connecting two lenses on opposing ends;a leveling indicator located on said scope body.2. The scope of wherein said leveling indicator comprises a line.3. The scope of wherein said leveling indicator comprises at least two discrete points.4. The scope of wherein said leveling indicator is engraved on said scope body.5. The scope of wherein said leveling indicator has a length of between about ¼ of an inch to about 1 inch.6. The scope of wherein said leveling indicator does not comprise any moving parts.7. A system for leveling claim 1 , said system comprising:a scope comprising a scope body connecting two lenses on opposing ends;a leveling indicator located on said scope body;a mount for coupling with said scope body;wherein said leveling indicator aligns with said mount when said scope is level.8. The system of wherein said mount comprises a bottom ring.9. The system of further comprising a removable top ring.10. The system of wherein said mount comprises a level point.11. The system of wherein said leveling indicator does not comprise any moving parts.12. A method of leveling a scope claim 1 , said method comprising:a) obtaining a scope comprising a leveling indicator;b) positioning said scope adjacent a mount;c) manipulating said scope to align said leveling indicator with a surface of said mount.13. The method of wherein said leveling indicator does not comprise any moving parts.14. The method of wherein said mount comprises a bottom ring.15. The method of further comprising a removable top ring. This ...

System for Scope Leveling

A system and method for scope leveling. The scope has a scope body. The scope body has a leveling indicator. In one example, the leveling indicator is an engraved line which extends longitudinally along the length of the scope. The scope is manipulated such that the leveling indicator is properly aligned relative to a mount. The system and method results in a level scope which reduces canted angles and increases accuracy. 1. A scope comprising:a scope body connecting two lenses on opposing ends;a leveling indicator located on said scope body;wherein the leveling indicator does not comprise any moving partswherein said scope body is cylindrical; andwherein said leveling indicator comprises a horizontal line extending at least a portion of a length of said scope body.2. (canceled)3. (canceled)4. The scope of wherein said leveling indicator is engraved on said scope body.5. The scope of wherein said leveling indicator has a length of between about ¼ of an inch to about 1 inch.6. A system for leveling claim 1 , said system comprising:a scope comprising a scope body connecting two lenses on opposing ends;a leveling indicator located on said scope body;a mount for coupling with said scope body;wherein said scope body is cylindrical; andwherein said leveling indicator extends horizontally along a length of said scope body;wherein said leveling indicator aligns with said mount when said scope is level;and wherein said leveling indicator comprises no moving parts.7. The system of wherein said mount comprises a semi-circular bottom ring.8. The system of further comprising a removable top ring.9. The system of wherein said mount comprises a level point.10. A method of leveling a scope claim 6 , said method comprising:a) obtaining a scope comprising a leveling indicator, wherein said leveling indicator does not comprise any moving parts, wherein said scope body is cylindrical; and wherein said leveling indicator extends horizontally along a length of said scope body;b) ...

SCOPE ADAPTED FOR SHORT AND LONG RANGE ZEROING

A superposing device including a superposer; a base including a first material; and an adaptor including a second material connecting the superposer to the base, wherein the first material and the second material are magnetically-complementing materials that are attracted to one another such that the superposer can be secured to the base while the orientation of the superposer can be adjusted relative to the base. 1. A superposing device comprising:(a) a superposer;(b) a base comprising a first material; and(c) an adaptor comprising a second material connecting said superposer to said base, wherein said first material and said second material are magnetically-complementing materials that are attracted to one another such that said superposer can be secured to said base while the orientation of said superposer can be adjusted relative to said base.2. The superposing device of claim 1 , wherein said adaptor is one of a first adaptor comprising a top portion claim 1 , a bottom portion and a semi-spherical member disposed on said bottom portion claim 1 , said superposer is configured to be attached to said top portion and said base comprises a ring and said semi-spherical member is configured to be supportedly and adjustably attached to said ring and a second adaptor comprising a top portion claim 1 , a bottom portion and a ring disposed on said bottom portion claim 1 , said superposer is configured to be attached to said top portion and said base comprises a semi-spherical member and said ring is configured to be supportedly and adjustably attached to said semi-spherical member.3. The superposing device of claim 2 , wherein said semi-spherical member comprises a first radius claim 2 , and said ring comprises a second radius and said first radius is configured to be larger than said second radius in order that said semi-spherical member contacts said ring along a periphery of said ring.4. The superposing device of claim 1 , wherein said superposer comprises a scope ...

FIREARM SIGHT ADJUSTMENT AND INSTALLATION TOOL

A firearm sight adjustment and installation tool is described. The tool serves to facilitate and expedite the accurate adjustment and/or installation of sights on the slides of a firearm, whenever the sights allow this adjustment. The tool includes a plate, a plate with nuts, tightening screws, a spacer block, at least one adapter, a drift screw, an interchangeable pushing element and quick reference featured on one of the plates. With the tool and little expertise, an individual may manually adjust both the front and rear sights of a firearm to increase the accuracy of the firearm without additional tools. 1. A method for adjusting the sight of a firearm by an individual comprising:the individual removing a plate, a plate with nuts, a guiding plate, a guiding plate bushing, a drift screw, a first tightening screw, a second tightening screw, a spacer block, a first adapter, and a second adapter from a package;the individual assembling a firearm sight adjustment tool by first arranging the plate and the plate with nuts such that they are parallel, the plate mirroring the plate with nuts;placing the first adapter against an interior portion of the plate with nuts such that it faces the plate with nuts;placing the spacer block against the interior portion of the plate such that it faces the first adapter,securing the spacer block in position with a magnet;placing the second adapter against the spacer block such that it faces the first adapter, mirroring the first adapter;inserting a first tightening screw into a first hole of the plate, passing through the first adapter, second adapter, spacer block, and finally emerging from the plate with nuts after threading through a nut of the plate with nuts;inserting a second tightening screw into a second hole of the plate, passing through the plate, guiding plate bushing, and finally emerging from the plate with nuts after threading through a nut of the plate with nuts;inserting a firearm such that it is perpendicular to the ...

FIREARM SCOPE HEIGHT TOOL

A tool for temporarily fitting a sighting scope to a firearm with a mounting rail. The tool includes a vertically moving slide that is adjusted so that the scope is at the correct height. The height of corresponding scope rings required can then be read from the tool. 1. A tool for temporarily mounting a scope to a mounting rail of a firearm , the tool comprising:a body with a mounting slot to attach the tool to the mounting rail;a slide with a first saddle for supporting the scope, the slide vertically movable with respect to the body; andmeans for measuring the vertical displacement of the first saddle with respect to the mounting rail.2. The tool as in claim 1 , wherein the measuring means comprises a scale on the body and a pointer on the slide.3. The tool as in claim 1 , wherein the measuring means comprises a scale on the slide and a pointer on the body.4. The tool as in claim 1 , wherein the measuring means comprises a first shoulder attached to the body and a second shoulder attached to the slide claim 1 , and wherein the first shoulder and second shoulder are vertically displaced from each other equivalent to the vertical displacement of the first saddle with respect to the mounting rail.5. The tool as in claim 1 , wherein the measuring means comprises a third shoulder attached to the body and a fourth shoulder attached to the slide claim 1 , and wherein the third shoulder and fourth shoulder are vertically displaced from each other equivalent to the vertical displacement of the centre of the scope with respect to the mounting rail.6. The tool as in claim 1 , wherein the body further comprises at least one guide slot and the slide comprises at least one guide to restrain movement of the slide with respect to the body.7. The tool as in claim 1 , wherein the body further comprises at least one guide and the slide comprises at least one guide slot to restrain movement of the slide with respect to the body.8. The tool as in claim 1 , wherein the slide is ...

VISUAL TARGETING APPARATUS AND SYSTEM

A target adjustment apparatus may be provided. The target adjustment apparatus may include an optical targeting device having a first zero. The target adjustment apparatus may further include an optical adjustment lens removably disposed in a line of sight between a target and the optical targeting device. The optical adjustment lens may shift a target image before it reaches the optical targeting device, creating a second zero. 1. A target adjustment apparatus comprising:an optical targeting device having a first zero;an optical adjustment lens removably disposed in a line of sight between a target and the optical targeting device, wherein the optical adjustment lens shifts a target image before it reaches the optical targeting device, creating a second zero.2. The target adjustment apparatus of claim 1 , further comprising a support for removably securing the optical adjustment lens.3. The target adjustment apparatus of claim 2 , wherein the support is secured to a weapon or object to which the optical targeting device is secured.4. The target adjustment apparatus of claim 3 , wherein the support is hinged or rotatably removable from the line of sight between a target and the optical targeting device.5. The target adjustment apparatus of claim 2 , wherein the support is secured directly to the optical targeting device.6. The target adjustment apparatus of claim 2 , wherein the optical adjustment lens is removably secured to the support by magnets.7. The target adjustment apparatus of claim 1 , wherein the optical adjustment lens is a Fresnel lens.8. The target adjustment apparatus of claim 1 , further comprising multiple optical adjustment lenses.9. The target adjustment apparatus of claim 1 , wherein the optical adjustment lens is configured to create an opposite adjustment when disposed in a flipped orientation.10. The target adjustment apparatus of claim 1 , wherein the first zero represents a range where a projectile hits a target image when an aiming point ...

Handguard Assembly

A handguard assembly for attaching to a firearm is disclosed. The handguard assembly comprises an upper component, a lower component, a front cap, and a rear cap. The front cap and rear cap are secured within the lower component. The front cap and rear cap have curved top sides for supporting the barrel of the firearm. The lower component has slots in the sides to receive tabs from the sides of the upper component. When the upper component and lower component are attached to the firearm, the components work together to position the barrel in the preferred position so that the sights of the firearm are zeroed when the handguard assembly is attached to the firearm. 1) A handguard assembly for a firearm comprising i) a top portion connected to a first side wall and a second side wall;', (1) wherein said first side wall has one or more tabs disposed at a bottom end;', '(2) wherein said second side wall has one or more tabs disposed at a bottom end;, 'ii) an internal cavity defined by said first side wall and said second side wall;'}, 'iii) a front opening;', 'iv) a rear opening;, 'a) an upper component comprising'} i) a first side', 'ii) a second side disposed adjacent to said first side;', (1) wherein said first side has one or more slots disposed in said first side;', '(2) wherein said second side has one or more slots disposed in said second side;, 'iii) an opening along a length of said lower component defined by said first side and said second side;'}], 'b) a lower component comprising'}c) a front cap having a curved top side;d) a rear cap having a curved top side;e) wherein said one or more tabs of said first side wall of said upper component are removably disposed within said one or more slots of said first side of said lower component;f) wherein said one or more tabs of said second side wall of said upper component are removably disposed within said one or more slots of said second side of said lower component;g) wherein said upper component and said lower ...

FIREARM SCOPE ALIGNMENT METHOD AND TOOL

A firearm scope alignment tool and method of use. An alignment tool may have a guide component, which may be located at the buttstock end of a firearm, may have a light source component, which may be positioned on the distal side of a scope and oriented into the scope, and may have a lens component, which may be positioned on the proximal side of the scope. The lens and light source may magnify and project the reticle of the scope onto the guide component, which may allow the scope to be adjusted in order to position the reticle such that the vertical line of the reticle is parallel to the bisecting plane of the firearm, as indicated by the guide component. 1. An apparatus for a firearm scope alignment comprising:a guide component having a guide line on a projection surface of the guide component and being detachably mounted on a backside of a buttstock of a rifle;a light source projecting a light through a scope of the rifle in a direction to projection surface of the guide component; anda lens being provided to an eyepiece area of the scope and adjusting the light and a reticle of the scope to be visible on the projection surface,wherein the scope is aligned by adjusting a position of the reticle to match with the guide line on the projection surface.2. The apparatus of claim 1 , wherein the guide component is a single piece and has a slot which is mounted between the buttstock and a buttstock plate.3. The apparatus of claim 1 , wherein the guide component is divided into two pieces of projection posts which are mounted between the buttstock and a buttstock plate.4. The apparatus of claim 1 , wherein the guide component is a single piece and has two brackets between which the buttstock is mounted.5. The apparatus of claim 1 , wherein the light source is mounted on at least one of a barrel and a stock of the rifle by at least one clamp.6. The apparatus of claim 1 , wherein the light source is mounted on a rail of a firearm ahead of the scope.7. The apparatus of ...

RETICLE ALIGNMENT TOOL

A L-shaped reticle alignment tool includes a vertical adjustment leg; a horizontal adjustment leg; and a sliding hammer. The L-shaped reticle alignment tool includes a vertical adjustment recess located on the vertical adjustment leg. The L-shaped reticle alignment tool includes a horizontal adjustment recess located on the horizontal adjustment leg. The sliding hammer moves in a direction parallel to the horizontal adjustment leg. 1. A L-shaped reticle alignment tool , comprising:a vertical adjustment leg;a horizontal adjustment leg; anda sliding hammer.2. The L-shaped reticle alignment tool claim 1 , as claimed in claim 1 , further comprising a vertical adjustment recess located on said vertical adjustment leg.3. The L-shaped reticle alignment tool claim 1 , as claimed in claim 1 , further comprising a horizontal adjustment recess located on said horizontal adjustment leg.4. The L-shaped reticle alignment tool claim 2 , as claimed in claim 2 , further comprising a horizontal adjustment recess located on said horizontal adjustment leg.5. The L-shaped reticle alignment tool claim 4 , as claimed in claim 4 , wherein said vertical adjustment recess has a center vertical adjustment recess line and said horizontal adjustment recess has a center horizontal adjustment recess line claim 4 , said center vertical adjustment recess line being parallel to said center horizontal adjustment recess line.6. The L-shaped reticle alignment tool claim 1 , as claimed in claim 1 , wherein said sliding hammer moves in a direction parallel to said horizontal adjustment leg.7. The L-shaped reticle alignment tool claim 3 , as claimed in claim 3 , wherein said sliding hammer is located on a first length horizontal side of said horizontal adjustment leg and said horizontal adjustment recess is located on a second length horizontal side of said horizontal adjustment leg claim 3 , said first length horizontal side being different from said second length horizontal side.8. The L-shaped reticle ...

Firearm and scope alignment

Systems for leveling a firearm receiver and aligning a scope to the receiver are precisely fabricated and assembled to maximize accuracy, including high sensitivity spirit levels. A bar assembly with a high sensitivity spirit level is received in the receiver with the bar in direct contact with the receiver rails. The bar may directly contact the full length of the receiver rails. A plate assembly includes a lower plate for connection to a bench rest, an upper plate for connection to the receiver, and a mechanism to pivot the upper plate relative to the lower plate about a pivot axis for windage adjustment. Methods of use are disclosed.

MACRO ALIGNMENT RETICLE SIGHT SYSTEM

An aiming device is provided including an illumination device and an optical element wherein the illumination device projects a primary dot and at least one secondary alignment dot distal from the primary dot to aid a user in obtaining a view of the primary dot when the aiming device is in an aligned mode, the primary dot is visible within a field of view of the user, but the secondary alignment dot is not visible. When the aiming device is in a misaligned mode, the secondary alignment dot is visible to the user, but the primary dot is not. The secondary alignment dot provides instruction to the user to realign the aiming device relative to the field of view of the user so that the aiming device transitions to the aligned mode. A related method of operation is provided. 1. An aiming device comprising:a body having a front, a rear and opposing sides, the rear configured to face toward a user during use of the aiming device;an illumination device housed in the body;a power source in electrical communication with the illumination device;a protective frame joined with the body;an optical element joined with the protective frame such that the protective frame extends at least partially around the optical element,wherein the illumination device projects a primary dot and a plurality of secondary alignment dots around the primary dot in a projection region that overlaps the optical element, the primary dot and all the secondary alignment dots being simultaneously projected in the projection region,wherein the primary dot is visible to a user within a field of view of the user, but all the secondary alignment dots around the primary dot are not visible to the user, within the field of view of the user, when the aiming device is in an aligned mode,wherein at least one of the plurality of secondary alignment dots is visible to the user within the field of view of the user, when the aiming device is in a misaligned mode, so as to provide instruction to the user to realign the ...

ARCHERY SCOPE AND ACCESSORIES

An optical sighting assembly including an improved scope body and detachable accessories is presented. The accessories can be magnetically attachable to the scope body and can include a lens cartridge, a light pack, power pack and/or an alignment ring. The lens cartridge can be keyed to be installed at a predetermined rotational orientation, and the lens cartridge can hold a small diameter lens. Lenses can include a fluorescent aiming point that can fluoresce due to ambient light and/or when illuminated by an LED. The light pack can include the LED, a power source, and a control interface for adjusting light output. Alternatively, the LED can be integrated into the scope body, and a battery pack can include a power source and a control interface for the LED. 1. An optical sighting assembly comprising:an optical scope body comprising a sighting bore; andan accessory configured to detachably attach to the optical scope body due at least in part to a magnetic force between the optical scope body and the accessory.2. The optical sighting assembly of further comprising:a lens attached to the optical scope body;a fluorescent aiming point attached to the lens; anda light source attached to the optical scope body and positioned to illuminate the aiming point through a non-solid medium,wherein the accessory comprises an energy source configured to provide an electrical current to the light source.3. The optical sighting assembly of claim 1 , wherein the light source is configured to illuminate the aiming point without obstructing a sight line of the optical sighting device.4. The optical sighting assembly of claim 1 , wherein the accessory comprises a housing shaped to house an energy source.5. The optical sighting assembly of claim 4 , wherein the energy source comprises one or more of a lithium coin cell battery claim 4 , a rechargeable battery claim 4 , and a capacitor.6. The optical sighting assembly of claim 4 , wherein the accessory further comprises a user interface ...

METHOD AND SYSTEM FOR ALIGNING A POINT OF AIM WITH A POINT OF IMPACT FOR A PROJECTILE DEVICE

Methods and systems for aligning a point of aim with a point of impact for a projectile device are disclosed. Using a superposition device coupled to the projectile device, at least one optical reference point is superposed within a first target area with at least one beam from the superposition device. A position of at least one of the optical reference points is noted. A projectile is expelled from the projectile device at a second target area, while the position of the at least one optical reference point is maintained, to create the point of impact. The point of aim for the projectile device is adjusted to align with the point of impact while the position of the at least one optical reference point is maintained. 1. A system for aligning a point of aim with a point of impact for a projectile device , the system comprising:a scope configured to be coupled to the projectile device;a sight aid for removing parallax when optically coupled with the scope; andat least one superposition device configured to be coupled to the projectile device, the at least one superposition device comprising at least one illumination source for superposing multiple optical reference points onto a first target;wherein, the point of aim is adjustable to align with the point of impact while maintaining a position of at least one of the multiple optical reference points superposed on the first target.2. The system of claim 1 , comprising a reticle disposed within the scope claim 1 , the reticle comprising a sight alignment indicator on an optical axis extending through the scope.3. The system of claim 1 , comprising a sight alignment indicator disposed within the scope on an optical axis extending through the scope.4. The system of claim 3 , wherein the sight aid is aligned with the optical axis.5. The system of claim 1 , comprising a sight alignment indicator disposed within the scope claim 1 , wherein the sight aid is adjustable to coincide with the sight alignment indicator.6. The ...

SIGHT ADJUSTMENT TOOL

A sight adjustment tool includes a surrounding frame and a sight adjustment module. The surrounding frame including two side members and a top member to define an adjustment cavity. The sight adjustment module includes a base platform movably supported within the adjustment cavity in an elevated direction for adjustably supporting a bottom of a pistol slide, two side clampers movably extended from the side members respectively to the adjustment cavity for biasing against two sides of the pistol slide respectively, and a sight adjuster including an adjusting jaw movably supported by a sight adjusting arm and suspendedly supported within the adjustment cavity for engaging with the sight element, wherein when the sight adjusting arm is rotated, the adjusting jaw is driven to slide along the sight adjusting arm for selectively adjusting the position of a sight element with respect to the pistol slide. 1: A sight adjustment tool for adjusting a position of a sight element on a pistol slide of a pistol , comprising:an adjustment frame comprising an enlarged bottom base frame defining a flat bottom surface, and an upper surrounding frame integrally and upwardly extended therefrom, wherein said surrounding frame comprises two side members upwardly extended from said base frame and a top member extended from said side members to define an adjustment cavity within said base frame, said side members and said top member; anda sight adjustment module which comprises:a base platform movably supported on said base frame within said adjustment cavity in an elevated direction for adjustably supporting a bottom of the pistol slide;two side clampers movably extended from said side members respectively to said adjustment cavity for biasing against two sides of the pistol slide respectively;a sight adjuster which comprises a sight adjusting arm rotatably extended between said side members and an adjusting jaw movably supported by said sight adjusting arm and suspendedly supported within ...

TOOLLESS ZERO SYSTEMS FOR AN OPTICAL DEVICE

An optical device includes a toolless rezero system and/or a zero locking system. The rezero system can operate in a first mode in which a scale ring is non-rotatable relative to an axis. The ring can be manually moved to a second mode, where the ring is rotatable relative to the axis, so alphanumeric characters and bars can be moved about the axis to align a preselected zero element with a reference element and rezero the device. The zero locking system can include a locking cover button that is manually movable to automatically operate a locking ring in a first mode in which it rotatably couples the dial with an adjusting pin to move a reticle, and in a second mode in which it couples the adjustment dial to an immovable wheelbase so the dial is non-rotatable, and the reticle is locked in position. Related methods are provided. 1. An apparatus configured to zero a reticle of an optical device , the apparatus comprising:an adjustment dial configured to be grasped by a user to adjust a reticle of an optical device, the adjustment dial rotatable about an axis, the adjustment dial including a top and a downwardly extending dial wall, the dial wall bounding a dial interior, the dial wall extending downward to a lower dial edge;a scale ring mounted radially inward from the dial wall, the scale ring selectively rotatable about the axis, the scale ring including an upper portion and a lower portion, the lower portion protruding below the lower dial edge and including a plurality of indicia elements, the scale ring including a plurality of scale teeth selectively engagable with a plurality of holding teeth in the dial interior; anda scale ring bias element engaging the scale ring, the scale ring bias element being disposed in the dial interior,wherein the scale ring is operable in a first mode in which the plurality of scale teeth engage the plurality of holding teeth such that the scale ring is non-rotatable relative to the axis, and in a second mode in which the scale ...

Sight

A sight includes an inner lens barrel, a compensating device and a converting unit. The inner lens barrel includes a plurality of lenses constituting an optical axis. The compensating device includes a base, an adjusting unit and an adjusting cap. The adjusting unit is disposed on the base, is penetrated through the base and is placed against the inner lens barrel. The adjusting cap is connected to the adjusting unit, wherein the adjusting cap is rotated for axially moving the adjusting unit, and the inner lens barrel is pushed by the adjusting unit so that the optical axis is shifted. The converting unit is configured to convert shift amount of the optical axis to an electric signal corresponding to number of rotation of the adjusting cap and output the electric signal. 1. A sight , comprising:an inner lens barrel comprising a plurality of lenses, wherein the lenses constitute an optical axis; a base;', 'an adjusting unit disposed on the base, penetrated through the base and placed against the inner lens barrel; and', 'an adjusting cap connected to the adjusting unit, wherein the adjusting cap is rotated for axially moving the adjusting unit, and the inner lens barrel is pushed by the adjusting unit so that the optical axis is shifted; and, 'a compensating device comprisinga converting unit configured to convert shift amount of the optical axis to an electric signal corresponding to number of rotation of the adjusting cap and output the electric signal.2. The sight as claimed in claim 1 , wherein the converting unit is connected to the adjusting unit and is configured to convert axial movement of the adjusting unit to the electric signal.3. The sight as claimed in claim 2 , wherein the converting unit comprises a first conductive member and a first resistor claim 2 , the first conductive member is placed against the first resistor claim 2 , and a contact point between the first conductive member and the first resistor is changed during the movement of the adjusting ...

Dot sighting device

A sighting device includes a body, a light emitting unit, a bracket, a first adjusting unit and a second adjusting unit. The body couples to an arm having a barrel. The body is disposed relative to the arm in a first direction defined on an up and down axis. A third direction is defined as a direction of the barrel on a front and back axis. A second direction is defined as a left and right axis. The bracket couples to the light emitting unit. The first adjusting unit couples the bracket to the body and moves the bracket relative to the body. The second adjusting unit couples the bracket to the body and moves the bracket relative to the body.

System and method for removing and reinstalling weapon sight without changing boresight

A system and method for removing and reinstating a sight of a weapon without changing a boresight is disclosed. A reference optical device is installed on a rail of the weapon and then the sight is installed on the rail. An attitude determination unit determines a change in attitude of the sight with respect to the boresight. The aim point of the weapon in the sight is compensated accordingly based on the change in attitude without changing the boresight by utilizing a compensation module. This allows retaining the boresight even when the weapon sight is removed and reinstalled. Thus weapon sight can be mounted anywhere on a weapon without the need to boresight the weapon.

Kit and Method for Aligning a Scope on a Shooting Weapon

A kit and method for aligning a scope located a shooting weapon including calibrating first and second electronic alignment sensors while on the shooting weapon, placing the second electronic alignment sensor on the scope, and adjusting an alignment of the scope relative to the shooting weapon if the first and second electronic alignment sensors indicate relative vertical misalignment. 1. A kit for aligning a scope on a shooting weapon , the kit comprising:a first electronic alignment sensor;a second electronic alignment sensor;a user control device having an input/output interface in communication with the first and second electronic alignment sensors; andat least one display;the first and second electronic alignment sensors being calibratable so that when the first electronic alignment sensor is located at an index point on the shooting weapon and the second electronic alignment sensor is located on the scope, the display indicates whether relative vertical alignment exists between the first and second electronic alignment sensors.26-. (canceled)7. The kit of claim 1 , wherein the display indicates whether relative vertical alignment exists between the first and second electronic alignment sensors via indicia indicating an amount of relative vertical misalignment.811-. (canceled)12. The kit of claim 1 , further including a base member having a support surface and a mounting surface claim 1 , the mounting surface configured for overlying the shooting weapon at an index point claim 1 , the first electronic alignment sensor being located on the support surface.13. The kit of claim 12 , wherein the base member mounting surface includes a cavity sized for receipt of a barrel portion of the shooting weapon and end portions of two arms sized for placement on opposite sides of a forearm of the shooting member.1418-. (canceled)19. The kit of claim 1 , wherein each of the first and the second electronic alignment sensors includes a cavity sized for receipt of a barrel ...

METHOD AND SYSTEMS FOR ALIGNING A POINT OF AIM WITH A POINT OF IMPACT FOR A PROJECTILE DEVICE

A method of aligning a point of aim with a point of impact for a projectile device is disclosed. Using at least one superposition device coupled to the projectile device, multiple optical reference points are superposed within a first target area. Positions for at least two of the optical reference points are noted. A projectile is shot from the projectile device at a second target area, while the positions of the at least two optical reference points are maintained, to create the point of impact. The point of aim for the projectile device is adjusted to correspond with the point of impact while the positions of the at least two optical reference points are maintained. A system for aligning a point of aim with a point of impact for a projectile device is also disclosed. 1. A system for aligning a point of aim with a point of impact for a projectile device , comprising at least one superposition device configured:to be coupled to the projectile device; andto superpose at least two optical reference points within a first target area.2. The system of claim 1 , wherein the at least one superposition device is further configured to be removably coupled to the projectile device.3. The system of claim 1 , wherein the at least one superposition device further comprises at least one illumination source configured to superpose the at least two optical reference points within the first target area by projecting the at least two optical reference points within the first target area.4. The system of claim 1 , wherein the at least one superposition device further comprises the at least two optical reference points.5. The system of claim 4 , wherein the at least two optical reference points are coupled to the optics of a scope.6. The system of claim 4 , wherein the at least two optical reference points are level with respect to the projectile device.7. The system of claim 1 , further comprising pre-printed alignment points in the target area to correspond with the at least two ...

SYSTEM AND METHOD FOR ALIGNING A VERTICAL AND/OR HORIZONTAL RETICLE OF AN OPTICAL DEVICE

A device and method for aligning a sighting device with a reference. The device includes features conforming to an industry standard for attaching accessories to a firearm. The device contains features which allow the device to be leveled relative to a removable level. A sighting device may be attached to the device using the industry standard features. Once attached, the sighting device may then be aligned using either the removable level or an external reference. Once the sighting device is secured in its mount, the mounted sight may then be installed and removed from one or more devices without its calibrated orientation being altered. 1. An apparatus for aligning an optical device with an external reference comprising:a) a first member comprising:1) a top surface comprising features adapted to mechanically couple with features of an optical mount,2) a bottom surface, and3) one or more features configured to allow a second member to be removably attached to the first member in at least two configurations;b) a second member comprising:1) a top surface,2) a bottom surface, and3) one or more features configured to allow the second member to be removably attached to the first member,4) one or more adjustable-length members extending below the bottom surface; andc) a level indicator not permanently attached to the first member or second member.2. The apparatus of wherein the level indicator is single-axis level selected from the following:a) a tubular spirit level,b) a ball inclinometer, andc) an electronic level.3. The apparatus of wherein the one or more adjustable-length features comprise threaded rods configured to thread into a one or more threaded apertures in the second member.4. The apparatus of wherein the adjustable-length features further comprise at least partially rounded feet attached to the threaded rods.5. The apparatus of wherein the adjustable-length features further comprise a foot containing an elastomer attached to the threaded rods.6. The ...

FIREARM AND SCOPE ALIGNMENT

Systems for leveling a firearm receiver and aligning a scope to the receiver are precisely fabricated and assembled to maximize accuracy, including high sensitivity spirit levels. A bar assembly with a high sensitivity spirit level is received in the receiver with the bar in direct contact with the receiver rails. The bar may directly contact the full length of the receiver rails. A plate assembly includes a lower plate for connection to a bench rest, an upper plate for connection to the receiver, and a mechanism to pivot the upper plate relative to the lower plate about a pivot axis for windage adjustment. Methods of use are disclosed. 1. A system for leveling an AR action receiver , wherein the receiver comprises a central longitudinal axis , a chamber , and a planar bottom surface on a bottom side of the receiver , wherein the planar bottom surface comprises a first planar datum surface that is parallel to the central longitudinal axis , wherein the chamber is a cavity which extends into the receiver from the bottom side of the receiver between a front takedown boss and a rear takedown boss , the system comprising:an AR sighting assembly comprising a block and a first level, wherein the AR sighting assembly is removably connectable to the receiver;wherein the block extends between a front end and an opposite back end, wherein the block comprises a second planar datum surface that extends between the front and back ends on a top side of the block;wherein the first level is fixed to the block and is level with respect to the second planar datum surface;wherein when the AR sighting assembly is connected to the receiver, the first and second planar datum surfaces are in direct contact, and the front takedown boss and the rear takedown boss extend below the second planar datum surface.2. The system of claim 1 , wherein the first planar datum surface extends between a first front edge and an opposite first back edge;wherein the second planar datum surface extends ...

Universal weapon zeroing target

Before a person can use any weapon, such as a gun or a rifle, effectively, the sight must be aligned to the barrel through a zeroing process. An improved zero target is developed which is inexpensive and applicable to many different weapon sight scenarios. By making a universal zero target, users need only a single target eliminating the need for procuring and storing various targets. Additionally, the multi-sight target eliminates the need for field expedient zeroing solutions. The product saves both time and money and improves the results for weapon users.

Survelliance device

A surveillance system comprising a housing dimensioned to enclose a plurality of cameras and one or more viewing windows to allow light to pass through the housing. A wife transmitting module sends and receives wireless data via an antenna and a mounting rail is attached to the housing to mount the housing to a firearm.

Optical Sight with a Device for Indicating a Turn of a Rectifier and with a Zero Stop Function

The invention relates to an optical sight with a device for indicating a turn of a rectifier and with a zero stop function, which comprises a longitudinal body (), in which are mounted elements of the sight, which are coupled to at least one mechanism of the rectifier (), which comprises a control element () to be used by the sight user for manual control, whereby the rectifier () is provided with a turn indicator () of the rectifier (), which protrudes from the upper surface () of the rectifier () and which is coupled to a mechanism of turn identification of the rectifier (). The indicator () comprises a longitudinal identification protrusion (), which is by its length (L) located in a direction along the upper surface () of the rectifier () and which is rotatable about the axis OI, which is perpendicular to the length (L) of the longitudinal identification protrusion () and at the same time is parallel to the axis (OP) of rotation of the control element () of the rectifier (), whereby the longitudinal identification protrusion () is rotatable about the axis OI between its basic position and its turned position, the longitudinal identification protrusion () being associated with a coding means (), which is mounted on the upper surface () of the rectifier () and is located above the upper surface of the longitudinal identification protrusion (). 112202212200222121020022102022102102112002210. An optical sight with a device for indicating a turn of a rectifier and with a zero stop function , which comprises a longitudinal body () in which are mounted elements of the sight , which are coupled to at least one mechanism of the rectifier () , which comprises a rotatable control element () to be used by the sight user for manual control , whereby the rectifier () is provided with an indicator () of a turn of the rectifier () , which protrudes from the upper surface () of the rectifier () and which is coupled to a mechanism identifying a turn of the rectifier () , ...

Method and system for aligning a point of aim with a point of impact for a projectile device

Methods and systems for aligning a point of aim with a point of impact for a projectile device are disclosed. Using a superposition device coupled to the projectile device, at least one optical reference point is superposed within a first target area. The point of impact is created on a second target area using a projectile expelled from the projectile device towards the second target area. The point of aim for the projectile device is aligned with the point of impact while the position of the at least one optical reference point is maintained. Parallax is eliminated (or minimized) by aligning a primary and a secondary sight alignment indicator with each other and with a common optical axis extending through a scope configured to be coupled with the projectile device.

METHOD AND SYSTEM FOR ALIGNING A POINT OF AIM WITH A POINT OF IMPACT FOR A PROJECTILE DEVICE

Methods and systems for aligning a point of aim with a point of impact for a projectile device are disclosed. Using a superposition device coupled to the projectile device, at least one optical reference point is superposed within a first target area with at least one beam from the superposition device. A position of at least one of the optical reference points is noted. A projectile is expelled from the projectile device at a second target area, while the position of the at least one optical reference point is maintained, to create the point of impact. The point of aim for the projectile device is adjusted to align with the point of impact while the position of the at least one optical reference point is maintained. 1. A system for aligning a point of aim with a point of impact for a projectile device , the system comprising: at least one illumination source;', 'at least one beam splitter configured to split a beam of light from the at least one illumination source into a first and a second light beam; and', 'at least one mirror for redirecting the second light beam; and, 'at least one superposition device configured to be coupled to the projectile device, the at least one superposition device comprisinga first target area; the first light beam defines a first optical reference point superposed onto the first target area; and', 'the redirected second light beam defines a second optical reference point superposed onto the first target area., 'wherein,'}2. The system of claim 1 , wherein an angle between the first and the redirected second light beams is adjustable.3. The system of claim 2 , wherein the angle is adjusted by changing an orientation of either the at least one beam splitter or the at least one mirror.4. The system of claim 2 , wherein the angle is adjusted by changing an orientation of both the at least one beam splitter and the at least one mirror.5. The system of claim 4 , wherein the at least one beam splitter and the at least one mirror are ...

TELESCOPIC SIGHT HAVING FAST RETICLE ADJUSTMENT

The invention relates to a long-range optical device, in particular a telescopic sight with at least one objective lens and at least one eyepiece and with an adjustable reticle arranged between the objective lens and the eyepiece, wherein the reticle is coupled to a manually operable fast reticle adjustment, wherein a display device is arranged in the field of view of the long-range optical device through which a distance value set by a setting device of the fast reticle adjustment can be read when using the long-range optical device 1114. A method of operating a long-range optical device () including an electronic display device () , comprising{'b': 20', '14, 'executing instructions contained within a computer readable memory () on a processor to optically display in the electronic display device () an agreement or a disagreement between a first distance value to a target obtained from a fast reticle and a second distance value to the target obtained from a separate distance-measuring unit, wherein the executing instructions includes{'b': '14', 'calculating a difference between the first distance value and the second distance value and optically displaying the difference in the electronic display device ();'}wherein the difference is displayed as an agreement between the first distance value and the second distance value when the difference lies within a predetermined threshold value; andwherein the difference is displayed as a disagreement between the first distance value and the second distance value when the difference lies outside the predetermined threshold value.241514. The method of claim 1 , further comprising repetitively recalculating the difference between the first distance value and the second distance value upon operation of a setting device ( claim 1 , ) of the fast reticle claim 1 , and optically displaying the recalculated difference in the electronic display device ().314. The method of claim 1 , wherein the display device () is an alphanumeric ...

Portable Apparatus and Method for Adjusting Handgun Sights

A sight adjustment assembly has a frame with a clamping mechanism for receiving and clamping a handgun slide with an attached stationary sight and an adjustment mechanism for engaging and adjusting the sight in a lateral position with respect to the slide. The sight adjustment mechanism and the clamping mechanism are contained within an outer periphery of the frame during storage and use to thereby provide a compact device that can conveniently accompany a user for sight adjustments in the field. 1. A compact sight adjustment assembly for adjusting a lateral position of a sight connected to a slide operably associated with a handgun , the sight adjustment assembly comprising:a frame with an outer periphery;an enclosed adjusting space located within the frame for receiving a sight connected to the slide; anda sight adjustment mechanism operably associated with the frame and including a sight adjusting portion operably associated with the sight and adapted for movement in a lateral direction with respect to the frame within the enclosed adjusting space for adjusting a lateral position of the sight with respect to the slide;wherein the sight adjustment mechanism is fully contained within the outer periphery of the frame to thereby minimize a size of the compact sight adjustment assembly.2. A compact sight adjustment assembly according to claim 1 , and further comprising:an enclosed clamping space located within the outer periphery of the frame for receiving an end portion of the slide therein; anda clamping mechanism operably associated with the frame and the enclosed clamping space for clamping the end portion of the slide against lateral movement in the clamping space;wherein the clamping mechanism is fully contained within the outer periphery of the frame to thereby minimize the size of the compact sight adjustment assembly.3. A compact sight adjustment assembly according to claim 2 , and further comprising a hand tool located within the outer periphery of the frame ...

Dot sighting device

본 발명은 도트 사이트 장치에 관한 것으로서, 본 발명에 따른 도트 사이트 장치는 반사경과 도트시표 발생부가 총열과 나란한 Y축 방향으로 이격 배치된 하우징;과, 상기 도트시표 발생부의 위치를 상기 총열과 수평방향으로 교차하는 X축 방향으로 조절하는 제1조절부; 및 상기 도트시표 발생부의 위치를 상기 총열과 수직방향으로 교차하는 Z축 방향으로 조절하는 제2조절부;를 포함하고, 상기 제1조절부와 도트시표 발생부는, 제1조절부와 도트시표 발생부의 접촉면에 마련되는 제1안내면을 통해 Z축 방향으로 상대 이동 가능한 상태로 X축 방향으로 밀착하고, 상기 제2조절부와 도트시표 발생부는, 제2조절부와 도트시표 발생부의 접촉면에 마련되는 제2안내면을 통해 X축 방향으로 상대 이동 가능한 상태로 Z축 방향으로 서로 밀착하며, 상기 도트시표 발생부는 탄성가압부에 의해 상기 제1안내면과 제2안내면에 각각 탄력적으로 밀착 지지되는 것을 특징으로 한다. The present invention relates to a dot site apparatus, wherein a dot site apparatus according to the present invention includes a housing in which a reflector and a dot mark generator are spaced apart from each other in a Y-axis direction, A first regulating unit for regulating an X-axis direction crossing in a horizontal direction; And a second adjusting unit adjusting the position of the dotted-Y table generating unit in a Z-axis direction intersecting the vertical direction with respect to the vertical direction, wherein the first adjusting unit and the dotted- Axis direction along a Z-axis direction relative to the X-axis direction through a first guide surface provided on a contact surface of the target-point generating section, and the second adjusting section and the dot- Axis direction through the second guide surface provided on the first contact surface and the second contact surface on the second contact surface, and the dot-sight mark generating unit is elastically biased to the first guide surface and the second guide surface by elastic pressure And is tightly supported.

Zero point adjusting device for barrel

본 고안은 내부에 수용공간이 형성되고, 원통 형상으로 이루어진 하우징; 상기 하우징 내부에 수용되어 탄환의 진행 방향인 일 측 방향을 따라서 레이저를 조사하는 레이저 모듈; 및 상기 하우징과 결합되며, 상기 레이저 모듈에 전원을 공급하고, 레이저의 조사 여부를 선택적으로 조절하는 전원 공급부; 를 포함하고, 상기 하우징의 일 측 외주면을 관통하도록 결합된 복수개의 클리크 조절나사를 통해서 상기 레이저 모듈의 일 단부를 타 단부 중심으로 회동시킴으로써 영점을 조절하는 것을 특징으로 하는 총열용 영점 조정장치를 제공한다. The present invention includes a housing having a receiving space formed therein and having a cylindrical shape; a laser module accommodated in the housing and irradiating a laser along one direction, which is a direction in which the bullet travels; and a power supply coupled to the housing, supplying power to the laser module, and selectively adjusting whether or not to irradiate the laser. and adjusting the zero point by rotating one end of the laser module about the center of the other end through a plurality of click adjusting screws coupled to penetrate the outer circumferential surface of one side of the housing. do.

Rifle scope alignment assembly

The rifle scope alignment assembly of translucent construction enables alignment of a scope with respect to a rifle, and which is secured onto the scope via a rubber band encircling a portion of the assembly and a rearmost scope mount. The rifle scope alignment assembly includes a horizontal alignment plate that extends and retracts downwardly with respect to a housing, and which includes a groove that touch a top portion of a rifle barrel. The housing includes scope rest pins that extend rearwardly, and which engage the upper, exterior surface of the scope, and in concert with the groove of the horizontal alignment plate enable horizontal alignment of the scope with respect to the rifle. The housing is attached against a vertical alignment plate that includes a plurality of horizontal lines, which are used with the scope's cross hairs to vertically align said scope.

Method and device for aligning a weapon with a weapon simulator built on the weapon

Torque adjusting drive systems and packaged torque adjusting drive systems

Torque adjusting drive systems and packaged torque adjusting drive systems are disclosed herein. One aspect of the disclosure is directed to systems and torque adjusting drivers for specific firearm-related work tasks. In one embodiment, a torque adjusting drive system includes a torque adjusting driver. The driver includes a shaft assembly having a fastener coupling portion and a handle. The driver also includes a torque adjusting mechanism for setting a user-selected torque value and a torque value indicator mounted on the driver for displaying at least the user-selected torque value. In addition to the driver, the system also includes a plurality of fastener interfacing attachments configured to couple to the fastener coupling portion and for driving one or more target fasteners. The system further includes a torque guide having a plurality of representative indicia of the target fasteners, wherein the torque guide communicates recommended torque value settings for the target fasteners.

Optical device knob having variable resistance to rotation

An optical device housing has a post rotatably extending therefrom and a sleeve fixedly extending therefrom. The sleeve is disposed about the post and a knob is connected to the post. A nut rotatably engages with the sleeve and is configured to rotate with the knob. An adjustment screw is threadably engaged with the nut and engages with the knob so as to rotate with the knob. Rotation of the adjustment screw about a screw axis increases a frictional resistance between the nut and the sleeve.

Sighting device and its adjustment mechanism

一种瞄准器及其调整机构，该调整机构包括固定单元、盖体以及制动单元。该盖体包括槽体，该制动单元设置于该固定单元上，并包括第一元件以及转盘。该第一元件包括第一端以及第二端，该转盘包括斜面部，该斜面部包括高点以及低点。当该第二端抵接于该低点时，该第一端未进入该槽体内。当该第二端抵接于该高点时，该第一端进入该槽体内，使该盖体在转动时受到限制。

Telescopic sight having fast reticle adjustment

The invention relates to a long-range optical device, in particular a telescopic sight 1 , with at least one objective lens 2 and at least one eyepiece 3 and with an adjustable reticle 6 arranged between the objective lens 2 and the eyepiece, wherein the reticle 6 is coupled to a manually operable fast reticle adjustment, wherein a display device 14 is arranged in the field of view of the long-range optical device 1 , through which a distance value set by a setting device 4, 15 of the fast reticle adjustment can be read when using the long-range optical device 1.

Gun-sight dry zeroing assembly

A dry zeroing assembly is provided for zeroing a gun-sight implemented on a gun having a barrel. The dry zeroing assembly includes (a) a housing defining a first optical path and a second optical path, the first optical path being for zeroing a laser pointer and the second optical path being for zeroing an eye gun-sight; (b) an objective lens assembly being engaged by the housing; (c) a beam splitter being engaged by the housing, the beam splitter being for directing a laser beam of the laser pointer arriving through the objective lens assembly to the first optical axis; (d) a filter being engaged by the housing in the first optical path, the filter allowing passage of a wavelength corresponding to a wavelength of a laser beam of the laser pointer; (e) a first light diffuser screen including a first reticle, the first light diffuser screen being engaged by the housing in the first optical path; (f) an eye piece assembly being engaged by the housing in the first optical path; (g) a second light diffuser screen including a second reticle, the second light diffuser screen being engaged by the housing in the second optical path, the housing being formed with an opening for allowing surrounding light to enter the second optical path for lighting the second reticle, the beam splitter further being for directing light from the second reticle, along the second optical path and through the objective lens assembly out of the housing; such that (i) when the first optical path parallels the barrel and further when the laser beam is fired from the laser pointer and enters the zeroing assembly via the objective lens assembly the laser beam focuses on the first light diffuser screen to form a laser spot thereon, so as to allow a user to adjust the position of the laser pointer, so as to align the laser beam with the barrel, by zeroing the laser spot with respect to the first reticle; and further such that (ii) when the second optical path parallels the barrel and further when the ...

Process for Varying and Device for Regulating or Determining the Height of the Fore-sight of Guns.

15,452. Livtschak, J. July 3. Sights; sighting-accessories; testing.-Relates to a process for correcting the height of the foresight in which test shots are fired at a target a definite distance away, the sight being then altered by units corresponding to the mean deviation of the shots, and consists (a) in affecting the alteration in height by filing away or by adding caps, and (b) in the use of a special gauge. The caps 7 are formed from metal blanks, as shown in Fig. 3, bent to the V-shape shown in Fig. 5, and are made of different heights by a filling 8 of soft metal. The gauge comprises a graduated wedge-shaped slide 6 mounted in a frame 1 which fits over the foresight 9.

Rubber band mounted reticle leveling device for use in leveling telescopic rifle sight

A device for aligning a telescopic sight includes two opposing reference cards connected to each other within a common plane by a connecting bar and a level indicator on a surface of at least one card. The alignment device is attached to the front or rear scope base of a firearm, so that the front surfaces of two opposing reference cards appear on either side of the reticle. Once the alignment device is secured to the scope base of the firearm, the reticle may be aligned with the bore axis by rotating the telescopic sight until the horizontal cross hair is parallel with any corresponding pair of reference lines of the reference cards. The alignment device can also include an adapter that allows the alignment device to be mounted to a firearm by coupling to a corresponding slot of a mounting platform.

Angle adjustment mechanism of optical instrument

An angle adjustment mechanism includes a hollow cylindrical fine adjustment seat ( 1 ), a hollow cavity of the fine adjustment seat ( 1 ) are provided with a tapered fine adjustment screw ( 3 ) and a mounting seat ( 2 ) having a tapered surface ( 201 ), the tapered fine adjustment screw ( 3 ) and the mounting seat ( 2 ) are opposed to each other along the axial direction, the tapered surface ( 201 ) of the mounting seat ( 2 ) is provided with four strip-shaped planes ( 202 ) evenly spaced in the circumferential direction, two adjacent strip-shaped planes ( 202 ) are overlapped with the tapered surfaces of two tapered fine adjustment screws ( 3 ) respectively, the tapered fine adjustment screw ( 3 ) can move forward or backward in a cavity formed by an inner wall of the fine adjustment seat ( 1 ) and the tapered surface ( 201 ) of the mounting seat ( 2 ) along a strip-shaped plane ( 202 ) that coincides with the tapered fine adjustment screw ( 3 ).

Firing simulator

An alignment device for alignment of a weapon and a weapon simulator mounted on the weapon. The weapon is provided with a sight and the weapon simulator is equipped with a first device arranged to emit an electromagnetic simulator beam exiting along a simulator axis. The alignment apparatus includes a second device arranged to generate an alignment beam along an alignment axis. The angle between the simulator axis and the alignment axis is fixed and known. A reflection device is arranged to reflect the alignment beam into the sight. An adjuster is arranged to collectively guide the alignment axis and the simulator axis during the alignment of the simulator axis with the sight so that the axes during the alignment maintain the fixed relative angular relationship.

Method and system for aligning a point of aim with a point of impact for a projectile device

A method of aligning a point of aim with a point of impact for a projectile device is disclosed. Using a superposition device coupled to the projectile device, at least one reference point is superposed within a first target area with at least one beam of the superposition device. A position for at least one of the reference points is noted. A projectile is shot from the projectile device at a second target area, while the position of the at least one reference point is maintained, to create the point of impact. The point of aim for the projectile device is adjusted to correspond with the point of impact while the position of the at least one reference points is maintained.