КЛИН ДЛЯ КРЕПЛЕНИЯ РАБОЧЕГО ОРГАНА НА РУКОЯТКЕ

Изобретение относится к вспомогательным элементам инструментов для их крепления на рукоятках из древесины. Клин для крепления рабочего органа на рукоятке выполнен из мягкой листовой стали в форме заостренной пластины с четырьмя рабочими гранями, две из которых имеют форму равнобокой трапеции, а две другие - равнобедренного треугольника. Каждая из треугольных граней снабжена двумя или тремя пилообразными вырезами. Все рабочие грани имеют угол заострения, равный углу трения скольжения мягкой стали по дереву для деформации волокон рукоятки и повышения надежности соединения с последней. Клин для крепления рабочего органа на рукоятке содержит также сквозное цилиндрическое отверстие, снабженное дополнительно пропилом или прорезью в нижней части с отогнутыми в разные стороны от его вертикальной оси краями для обеспечения надежного стопорения клина в рабочем состоянии. В результате достигается надежность фиксации рабочего органа на рукоятке и, как следствие, исключается травматизм при использовании ...

ТЕЛЕСКОПИЧЕСКАЯ РУЧКА ДЛЯ ИНСТРУМЕНТА

РЕФЕРАТ Предложена телескопическая ручка для инструмента, представляющая собой стержень, состоящий из первой и второй трубчатых частей, образующих между собой телескопическое соединение. Диаметр первой части выполнен большим диаметра второй части. В свободном конце первой части закреплен с возможностью поворота шток, проходящий соосно с первой частью и имеющий на наружном конце фиксирующий переключатель, который устанавливает шток в положение закрепления или в свободное положение, а на внутреннем конце - выступ. Наружный конец второй части выполнен с возможностью прикрепления рабочего инструмента или держателя рабочего инструмента, а внутри противоположного конца второй части, входящего в первую часть, выполнена втулка с множеством отстоящих друг от друга внутренних пазов и центральным каналом. Выступ штока имеет такую форму, которая обеспечивает его прохождение через центральный канал втулки в свободном положении штока и зацепление штока с одним из множества внутренних пазов в его фиксированном ...

СУДОВОЕ СОЕДИНИТЕЛЬНОЕ УСТРОЙСТВО

... 1. Судовое соединительное устройство, содержащее: а) коленно-шарнирную золовку, укрепленную на первом плавучем объекте, причем коленно-шарнирная головка ориентирована в горизонтальной плоскости поперек продольной оси первого плавучего объекта; b) приемник коленно-шарнирной головки, укрепленный на втором плавучем объекте, причем приемник коленно-шарнирной головки имеет форму, обеспечивающую размещение коленно-шарнирной головки, и гнезда, предусмотренные в нем, причем форма приемника предотвращает вертикальное перемещение коленно-шарнирной головки внутри приемника, но допускает относительную килевую качку между головкой и приемником; и с) два противоположных пальца, размещенных в коленно-шарнирной головке с возможностью перемещения между первым вдвинутым положением и вторым выдвинутым положением в контакте с гнездами в приемнике коленно-шарнирной головки, причем противоположные пальцы установлены с возможностью перемещения в горизонтальной плоскости поперек продольной оси плавучих объектов ...

ПРОТЕКТОР РУЧКИ ДЛЯ РУЧНОГО ИНСТРУМЕНТА

... 1. Ручной инструмент (100, 200, 300), содержащий рабочую головку (102), ручку (104), соединенную с рабочей головкой (102), а также протектор (110, 302, 502) ручки, прикрепленный к ручке (104) вблизи рабочей головки (102), при этом протектор (110, 302, 502) ручки изготовлен из металлического листа, отличающийся тем, что, по меньшей мере, один участок протектора (110, 302, 502) ручки заходит в ручку (104) для облегчения прикрепления протектора (110, 302, 502) ручки к ручке (104).2. Ручной инструмент (100) по п. 1, в котором протектор (110) ручки прикреплен к ручке (104) с помощью литья под давлением.3. Ручной инструмент (100) по п. 1, в котором между протектором (110) ручки и ручкой (104) инжектирован формовочный материал для прикрепления протектора (110) ручки к ручке (104).4. Ручной инструмент (100) по п. 1, отличающийся тем, что ручка (104) выполнена из формовочного материала, а ручка (104) сформована поверх протектора (110) ручки с помощью литья под давлением.5. Ручной инструмент (100 ...

Держатель инструмента

Изобретение относится к держателям инструментов различных типов. Цель изобретения - расширение эксплуатационных возможностей и повышение безопасности. При проведении ударных работ на сердцевину 1 с размещенным в ней рабочим органом 12 устанавливают обечейку 2, амортизатор 3, защитный фланец 5, наковальню и боек 8, а в выемку помещают вкладыш. Ударное воздействие передают через боек 8 на вкладыш, сердцевину 1 и рабочий орган 12. При проведении работ неударного действия защитный фланец 5 и наковальню с бойком 8 на рукоятку не устанавливают. 2 ил.

Screw-screwdriver system with conical groove

The invention relates, in principle, to all applications of screws. In practice, screws are often so blocked that they are very difficult to unscrew (e.g. bonding to paint, rusting through, etc.). The slipping-off of the tool is an additional problem. The problem was solved by widening the screw-head groove inwards and, to match this, conically widening the end of the screwdriver. Slipping back is prevented. Additional blocking bulges also prevent lateral jumping out. Both screws and screwdrivers can be used with conventional screwdrivers and screws.

Handbetriebenes Multifunktionswerkzeug

Kraftverstärkungsgriff für einen Sechskant-Stiftschlüssel

Werkzeugheft mit eingesetzter Gewindeschneidvorrichtung

ZANGENFOERMIGES HANDWERKZEUG.

Magnetische Befestigung für Handwerkzeuge

Befestigung eines Handwerkzeuges (1, 5) mit einem Stabmagneten (3), der in den Griff (2) des Handwerkzeuges eingefasst ist, dadurch gekennzeichnet, dass der Stabmagnet (3) unsichtbar in den Griff (2) eingegossen ist.

Hand tool has handle with handle part fixed to casing by elastic, vibration-damping element and fixing part fixed at elastic element

The hand tool has at least one handle (10) with at least one handle part (12), which is fixed to a casing by at least one elastic, vibration-damping element (14) and a fixing part (16) fixed at the elastic element. The handle part is connected to a moving safety element (20) with the fixing part. The safety element may be a flexible component, such as a cord, or a rigid component.

Betätigungshandgriff

Betätigungshandgriff für Maschinen, insbesondere für Handwerkzeugmaschinen (10), mit einem Griffelement (12, 14, 16, 18, 106) und einer Vorrichtung (20, 22, 24, 26, 102, 104), über die ein Griffumfang einstellbar ist, dadurch gekennzeichnet, daß die Vorrichtung (20, 22) zumindest ein an das Griffelement (12, 14) angeformtes, elastisch bewegbares Teil (28, 30) aufweist, über das mit einer Verstellvorrichtung (32, 34) ein Umfang des Griffelements (12, 14) einstellbar ist.

Vorrichtung zum Drehen wenigstens eines drehbaren Elements und Verfahren zur Herstellung der Vorrichtung

Handle, especially for hand-held electric tool, has attachment element for attaching handle to housing, damping material that can be reversibly connected to grip element

The device has a grip element (20) and an attachment element (10) for attaching the handle to a housing of a tool as well as a damping material (41) in the vicinity of the grip element. The damping material can be reversibly connected to the grip element. An independent claim is also included for a hand-held electric tool with an inventive handle.

Schaufelstiel

Schaufelstiel (8, 9), dadurch gekennzeichnet, dass er im Querschnitt zur Längsachse die Form eines Rohrs (1) mit einem annährend oval geformten Querschnitt aufweist, das auf der Innenseite der oberen Rundung (2) und der unteren Rundung (3) dickere Wände (4) und (5) mit parallel zueinander verlaufenden Flächen (6) und (7) hat.

Tragvorrichtung

Handhabungsvorrichtung

Handhabungsvorrichtung umfassend einen Griffabschnitt (2) und einen von dem Griffabschnitt (2) abstehenden Betätigungsabschnitt (3), mittels dem ein Gegenstand bzw. ein Element ergriffen und/oder zumindest teilweise umgriffen werden kann, wobei der Griffabschnitt (2) eine Umfangswandung (2.1) aufweist, die einen Raum im Inneren des Griffabschnitts (2) zumindest umfangsseitig ganz oder teilweise begrenzt und dass in den Raum entweder ein Flüssigkeitsbehälter eingesetzt oder einsetzbar ist oder dass der Raum zur direkten Aufnahme einer Flüssigkeit ausgebildet ist und eine verschließbare Öffnung (4) aufweist, über die Flüssigkeit in diesen Raum einbringbar und entnehmbar ist.

Beleuchtetes Griffelement und Handgriff

Beleuchtetes Griffelement (1) mit einem Hohlkörper (3), der sich entlang einer Längsachse (A) erstreckt, wobei ebenfalls in Richtung der Längsachse (A) mindesten eine Öffnung (5) im Hohlkörper (3) ausgebildet ist, gekennzeichnet durch • einen Träger (7) zur Aufnahme einer Lichtleiste (9), die mit einer Vielzahl von Licht emittierenden Elementen bestückt ist; • einer Aufnahme (8), die ein Teil des Trägers (7) ist, in der die Lichtleiste (9) auf einen Boden (11) der Aufnahme (8) montiert ist, wobei die Aufnahme (8) sich in Richtung der Längsachse (A) erstreckende Flächenelemente (13) aufweist, die mit einer Innenfläche (23) des Hohlkörpers (3) derart zusammenwirken, dass sich eine dichtende Wirkung in Richtung der Längsachse (A) parallel zu der mindestens einen Öffnung (5) ergibt; • einer ersten elastischen und transparenten Kunststoffmasse (4), mit der die Aufnahme (8) vergossen ist, und • einer zweiten elastischen und transparenten Kunststoffmasse (6), mit der die mindestens eine Öffnung ...

HANDSCHUTZ

Cleaning apparatus

Improvements in handles for tools and other articles

... 628,911. Hand-tool handles. DUNLOP RUBBER CO., Ltd., SEDDON, R. M., and GOULDING, G. H. June 24,1947, No. 16606. [Class 61(i)] A handle for a tool having a tang comprises a body of rubber or other resilient material having a socket and a metal insert bonded therein having a hole adapted to engage the tang. In one embodiment, a sheet-metal stamping has four arms disposed at right angles to each other and bent to form the insert 2, Fig. 1, of square and tapering cross section, around which the rubber handle 1 is moulded. The insert is distensible, the tool being retained by inwardly directed pressure' due to the resilience of the material. The insert may be bent from two stampings having arms disposed at 180‹ to each other or may be shorter in length and provided with outwardly directed flanges, Fig. 3, not shown. A distensible tapered insert may also be formed by a helical spring, Fig. 4, not shown. In the embodiment of Fig. 5, the insert comprises a washer 8, the tang being gripped by the ...

OPTICAL READER

... 1445170 Optical reader MONARCH MARKING SYSTEMS Inc 15 Nov 1973 [2 Jan 1973] 53166/73 Heading G4M An optical reader has a housing with a tip, which contacts a record member when in use, made of a polyolefin having a molecular weight of at least 1 x 106. Preferably the polyolefin is polyethylene. A cylindrical light pen has an outer body 17 secured at a lower end portion 171 to a threaded connector 20 which receives the tip 18. An inner body 27 forms an annular housing receiving light fibres 13 carrying light from a source to the document. A lens 30 is fixed in the inner body by sleeves 29, 31 to form an image of the area of the document being read on to a mask 35 at the upper end of the housing. An aperture in the mask is connected to light fibres feeding a photo detector. Alternative tip arrangements may have fibres moulded in the tip (Figs. 6-8, not shown).

HANDLE FOR RELEASABLY HOLDING A FLAT BLADE

... 1449407 Hand tool handles; knives FEATHER KOGYO KK 9 Aug 1974 [4 March 1974] 35150/74 Headings B4K and B4B A handle for releasably holding a flat blade 12 has a central longitudinal passage 22, a bladereceiving slot 26 at the forward end of the passage, a rod 16 axially slidable in the passage, a nose 44 fixed to the forward end of the rod 16 and movable therewith, and manually operable means 18, fixed to the rear end of the rod 16 for moving the rod from a forward position in which the nose 44 engages a notch 60 in the blade 12 to hold the blade in the slot 26, to a retracted position allowing removal of the blade. A further notch 30 in the upper edge of the blade is adapted to engage a peg 28 traversing the blade slot 26. A spring 48 urges the rod 16 and nose 44 forwardly. The release knob 18 may be rotated through 90 degrees after retraction to bring ribbed lugs 54 on the knob into engagement with the end of the handle so as to hold the rod, &c. in the retracted position. As shown the ...

Improvements in Ratchet Wrenches.

... 16,836. Vacarezza, A. July 22 Ratchet and rigid - jaw wrenches. - A ratchet wrench has a pawl 12 of spring material secured at one end 13 to the body of the wrench and engaging teeth 10 on a sleeve 6 at the other end, an adjustable screw 15 engaging the pawl between the ends to allow the spring pressure on the teeth to be adjusted, and a ring 8 screwed in a removable handle plate 2 and engaging a reduced end of the rotatable toothed sleeve 6. In a modification shown in Fig. 5, the rotatable sleeve is mounted in an arm 20 of an ordinary brace and a catch 22, pivoted on the removable plate 24, is adapted to be turned into engagement with the series of notches 23 to lock the rotatable sleeve against rotation. A socket reducer or attachment, shown in Fig. 9, may be inserted in the wrench openings and is adapted to be held in place by a spring 27.

Improvements in or relating to Hand Tools

... 1,172,556. Spade &c. handles. SPEARWELL TOOLS. 5 March, 1968 [22 Feb., 1967], No. 8504/67. Heading B4K. A hand-tool and in particular a spade, fork, shovel having a shaft 10 of e.g. ash or tubular metal, has attached thereto a D- or stirrupshaped portion comprising a forked hilt 12 moulded of synthetic plastics and a hand-grip 14 formed separately from the hilt. The hilt, which may be of polypropylene, polyvinylchloride, ethylene vinyl acetate, acrylonitrile, butadiene, styrene, polyethylene, or polyformaldehyde, may be moulded directly on the end of the shaft 10 or may be attached by screws or rivets. The hand-grip 14, which may be of wood e.g. ash, or hard fibrous material such as resinimpregnated wood, is attached to the hilt by a bolt or rivet 16 the head of which locates in a recess 20 provided in each arm of the hilt, and rotation of the hand-grip is prevented by location of a metal plate (24) (Figs. 6 and 7, not shown), having spikes (28) between each end of the grip and the inner ...

Improvements in assembling devices and applications thereof

... 630,227. Rivets ; dowelling. PEUGEOT FRERES, LES FILS DE. June 21, 1947, No. 16465. Convention date, July 25, 1946. [Classes 65 (ii), 89 (i) and 89 (ii)] [Also in Groups XXII and XXIII] A two part rivet for the jaws of pliers &c. comprises a main part 15 the shank of which is drilled to receive the shank of the part 16 also drilled to house an element 7 of non- resilient, incompressible but deformable material. Axial pressure applied to the parts of the rivet acts through a steel plug 8 to upset the metal 7 and expand the shank of the part 16 to joint with that of the part 15. The element 7 may be of soft alloy, aluminium, copper, or lead, &c. In a modification the rivet has the second head applied as a separate part, and the end of the shank is reduced forming a shoulder against which a washer 21 seats. The reduced end is grooved at 25 and the head 24 is chambered out at 26. Axial pressure is applied through the washer 21 to the element 23, which upsets and fills the groove and undercut ...

Screwdriver

A screwdriver comprises a shaft with, at one end, a handle movable between a position in alignment with the shaft and a position at right angles to the shaft. At its other end, the screwdriver has a screw- engaging blade engageable end-on or laterally with a screw head. The blade has to one side thereof a fork arrangement adapted to embrace and locate a screw when the latter is engaged laterally by the screw head and the handle is disposed normally to the shaft.

Electrically heated handle

A heated handle for a hand tool such as a trowel, garden fork or claw hammer is described. The handle may be made of rubber or plastic, with a wire element running though it, the wire element being connected to a thermistor which may be powered by a rechargeable battery. The element may be thermostatically controlled.

A Buoyant Hand Tool Having A Sectional Handle

A buoyant hand tool includes a handle composed of a first part 10 and a second part 20 which are connected to each other by way of ultra sonic welding. Each of the first part and the second part includes a recess 12, 22 defined in an inside thereof so that the recesses cooperate to form a space in the handle. Each of the first and second parts includes at least one recess 13/14, 23/24 defined in an end or ends thereof and the two respective recesses are cooperated to form a reception space in which a function member or members 30,31 are securely received. The space in the handle is filled with air so that the handle floats in water.

ARRANGEMENT FOR HOLDING OIL ABSORBER IN SHARPENED-EDGE IMPLEMENT

An attachment for a handle

A Grip Device

A grip device 1 includes a support or cradle 3 which extends along a portion of a limb inserted in the support in use. The support is formed from a rigid material and can act as a brace or splint against the limb. The grip device 1 is provided with attachment means 11 for releasable attachment to the limb. There are preferably a pair of attachment means 11 which are longitudinally spaced from one another along the length of the support, and are preferably in the form of flexible straps which extends around the outer surface of the support and defines free ends 13, 15 which may be fastened together around a limb. The support is further provided with a second attachment means 21 for attaching the support 3 to an object 2. In the preferred embodiment the second attachment means comprise a pair of releasable and adjustable clamping means 21 which may be clamped around an object, such as a fishing rod. A further embodiment includes a hinge (220; fig 7) between a longitudinal end (226; fig 7) ...

IMPROVEMENTS IN AND RELATING TO HAND TOOLS

SWING BALANCE SPADE/FORK PULL HANDLE DIGGING AID

An attachment for a spade or fork which allows an operator to stand in an upright position when digging comprises a hand grip at one end of a steel cable or a steel rod which is connectible to the lower end of the spade or fork handle via a bracket, and a tension spring attached to the hand grip and to a snap on plastics shell which can be snapped on all known handles. The tension spring is restricted in overstretching by a cord passing down the centre of the spring and connected with the shell and hand grip. The steel rod engages the bracket by means of a nipple on the rod, and is screwthreadedly attached to the hand grip. ...

MAGAZINE WRENCH

A storage type hexagonal socket wrench including a handle, a driving shaft, a socket, a back seat, a rotatable storage wheel, a front seat, one set of socket wrench elements and a spring wherein the handle is comprised of a main handle grip and an auxiliary handle bar pivotally mounted therein whereby the auxiliary handle bar can be alternatively switched open to form a T-shaped configuration for each operation by both hands. The socket has a hexagonal outer configuration and a hexagonal hole in one end to receive the shaft and a pentagonal hole in the front portion. The back seat comprising a circular block having a hexagonal tube extended therefrom. The hexagonal tube having a hexagonal opening for the socket to slide thereinside, and a flange at the rear end to protrude inward so as to form a reduced hexagonal hole for insertion of said driving shaft, an axle extends from the central portion of the circular block. A rotatable storage wheel having a hole for insertion therethrough of ...

Hand tool aid

A handle for a hand tool

A handle for a hand-held device such as a hammer drill, includes an axially elongated tubular support member formed of a wear-resistant material and a grip member laterally encircling at least a portion of the outer surface of the support member. The grip member is fitted into a recess in the outer surface of the support member. Radially outwardly extending flange-like projections on the support member form the opposite ends of the recesses and project radially outwardly from the outer surface of the grip member for protecting it against wear.

Cutlery

An implement for assisting people in developing better eating habits comprising an instrumentality such as a fork, knife or spoon detachably attached to a hollow handle and wherein there are window openings at the top side of the handle, diodes of two different colors visible at the windows and circuitry including a battery and an on/off switch for causing the diodes to be alternately turned on and off at predetermined intervals.

A mop and bucket arrangement

Auxiliary handle for L shaped spanners

An auxiliary handle for L shaped spanners 3 includes a T shaped body section 1 and two or more cylindrical retaining members 2 held within the hollow interior 11 of the handle body 1. The handle body has a through hole 12 to allow for the long end of the spanner to protrude through an extension portion 13 while the short end of the spanner is held in an appropriately sized retaining hole 21 in one of the cylindrical retaining members 2. The body of the handle is constructed from an upper cover 14 hinged to lower cover 15.

Shock absorbing handle for manual tool

A handle for a manual instrument such as a broom 10 or hoe, which is formed of an elongate shaft 30 with a sleeve 40, which is fixed at one end of the shaft and able to slide along it otherwise. The user grips the sleeve 40 and pushes along the axis of the handle, such that the sleeve resiliently deforms and applies force to the shaft and hence the implement of the tool 20. As the sleeve is resilient/elastic it can distort and acts a shock absorber so as to negate any jarring motion to the user of the handle. The sleeve may have a concertina or castellated form and may be formed of plastics or rubber material. The sleeve may be fixed to the shaft by use of a pin (fig 2, 60), staples or compression band, and one or more elongate slits (42) in the sleeve may also be provided.

Electric Hand-Held Machine Tool with Labelling Element

VIBRATION DAMPING HANDLE

Improvements in tool handles

... 223,452. Bilgery, C., and Reutlinger, A. Jan. 16, 1924. Strengthened handles.-A wooden handle a is formed with a projection screw threaded at b and cylindrical at d to receive a ferrule or clamping - sleeve h screwthreaded to engage the part b and having a smooth bore to engage the part d. The wood is bored at e for the tool tang or shank and this bore may extend into the part a. The ferrule may be formed with an end flange m and may be thickened at i and provided with notches k for the use of a wrench or tool in screwing the ferrule on or off. The ferrule mav be made of light metal such as aluminium.

Handgrip having non-slip features

A handgrip, such as a golf club grip, having non-slip features is formed from a silicone rubber composition comprising an organopolysiloxane gum, a silica filler material, an organosilicone processing aid, a texturizing material, and a quantity of hollow spheres. The texturizing material and spheres are first blended into the composition while heating the composition. The rubber composition is then placed in a suitable mold and cured with a peroxide catalyst to form the handgrip. The external surface of the cured handgrip is buffed to fracture the hollow spheres nearest the surface and improve the non-slip character of the handgrip. The spheres may be of epoxy, ceramic or metallic material or of glass. ...

Knife

A knife 10 comprises a blade 12 and an integral hollow tang 17 for holding items. At least one rib 25, 26 projects outwardly from at least part of the hollow tang 17 and extends axially at least part way along the tang 17. One or more separately formed handle components 30 is mounted on the tang 17 and connected to the rib. A threaded end cap 21 may be provided. A kit of parts for forming the knife is also claimed.

An elongate handle

HANDLE FOR A HAND TOOL

CUTLERY AND FLATWARE

... 1338074 Spoons and forks SPEAR & JACKSON (ASHBERRY) Ltd 19 April 1971 [31 March 1970] 15245/70 Heading A4A [Also in Divisions B3, B4 and B6] In a method of manufacturing an item of cutlery, a handle 12 is formed from metal, is coloured for a least part of its length by a chemical or electrolytic process, and then machined to form a pattern on the coloured surface. The handle has bores 14, 16 drilled therein and an end cap 18 and a split spring tang 22 are pressed into the bores. The bowl part 10 of a spoon, the blade of a knife or the prong part of a fork is secured to the handle 12 by tang 22. The handle may be of round or square cross-section and is preferably made of aluminium or aluminium alloy, and the colouring is produced by anodizing. The machining of the pattern may be carried out by diamond milling.

MANUFACTURE OF CUTLERY

... 1402331 Making cutlery RICHARDS OF SHEFFIELD Ltd and W MULLER 3 May 1973 [8 May 1972] 21453/72 Heading B3A A method of making an article of cutlery comprises forming a shaped portion 10, Fig. 2, with a tang 13 having a number of projections 16, Fig. 4, and/or recesses (14), (Fig. 3, not shown), forming a handle portion 11 from deformable material with an aperture 17 to receive the tang, introducing the tang into the aperture, and deforming the material of the handle portion to engage the projections and/or recesses. The handle portion may be formed of steel, die-cast zinc, or aluminium and may be chromium or silver plated or anodized. The shaped portion 10 may be formed by stamping or cutting a flat blank from a stainless steel sheet, stamping a taper at the peripheral edge of the blank and then stamping the blank to form the bowl 12. The tang 13 is also stamped to produce depressions 15 on the opposite side of the tang to the projections. A hole may be provided in the end of the tang to ...

Improvements in handles for percussion drills, jumpers or the like

... 298,657. Rawlings, J. J., and Rawlplug Co., Ltd. June 14, 1927. Loose tools and bits, retaining. - Drills &c. are secured in handles by cotters d the surface either of the cotter or of the hole being roughened as by file cutting or by a a fine screw thread e. Both surfaces may be roughened. The cotter may have a file cut flat engaging a flat or recess on the drill, may pass through the drill centrally instead of engaging tangentially and may be of square, triangular, or other section. Instead of being heated transversely to the drill as shown, the cotter may be arranged at an inclination the small end being directed away from the drill.

IMPROVEMENTS RELATING TO TOOLS FOR USE IN TIGHTENING & SLACKENING NUTS & BOLTS

Hand tool

The hand tool includes a tubular shank 1 with a distal bore portion for driving a standard removable tool bit 2. A diametral slot 6 is formed in a proximal end of the tubular shank for receiving a coin 8 or key 8. An intermediate bore portion may be used for storing a removable tool bit (2, Figure 1). One side wall of the tubular shank may be cut away at the proximal end and the opposite side of the wall has an aperture 3 for receiving a bit retainer (4, Figure 2). The bit retainer may be a removable clip, pin, keyring attachment or quick release clip. The slot enables the torque applied by the tool to be increased by using the coin or key as a handle.

An Improvement in or relating to Handles and the Manufacture thereof.

... 1,161,784. Handles. OATES Ltd. 7 Sept., 1966 [10 .Sept., 1965], No. 38812/65. Heading A6D. [Also in Division B4] A handle for fitment to the tang or socket portion of tools or implernents such as golf clubs, tennis racquets &c., includes a wooden core 10 around which, a synthetic plastics sheath 12 has been moulded, one end of the core 'being either provided with a blind bore 16 for reception of the tang or being tapered to fit the socket. A metal ferrule may be fitted round the end of the handle in which the tang is inserted. The sheath, is locked against axial displacement by a tapered portion 14 of the core and an end lock .24, and rotation of the sheath is prevented by the polygonal section of part of the core or by fluting of the core. A blind bore 18, used for supporting the core during moulding of the sheath, is sealed by a cap 20. The surface of the sheath may be fluted.

Improvements relating to hand held devices

Improvements in or relating to screwdriver and like handtools

... 780,599. Gimlets. ASPREY, K. M. F., and SELIG, S. May 6, 1955 [Nov. 24, 1954], No. 33999/54. Class 83 (3). [Also in Group XXIII] A gimlet or like rotary tool comprises a handgrip 1 at one end of the blade or shank 14 and a separable cap 9 longitudinally slidable on to the end 2 of the hand grip remote from the shank 14 to provide a rotary connection therebetween, and a spring-blade pocket-clip 5 on the body. A lug 8 is adapted to snap into a cut-out 11 in the cap. The cap is a push-fit on the tapered end 2 and has two longitudinal tenons which engage slots 3 in the part 2. The cap is also a push-fit on a tapered part 12 of the hand grip, to cover the blade or shank. The leaf-spring 5 is received in a longitudinal recess in the tapered portion 2 and is secured at 6.

IMPLEMENTS

Grip sleeve for a handle

A grip sleeve (1) from plastics or the like material, for a handle of a pliers or nippers of the kind which has at least one leaf spring (3) between both its handles for opening the pliers. To localize and retain the spring, the sleeve is formed with an elongate slot (4) on its side facing towards the opposite handle, the slot being open towards the opposite handle and is T-shaped, seen in cross section through the sleeve. At one end, the slot has its cross section, which is suited to the cross-sectional dimensions of the spring, freely exposed for inserting the spring in the crossbar (5) of the T. The stem (6) of the T forms the opening of the slot and the spring is thereby kept in place by flanges (7) on either side of this opening, formed by the T configuration.

Abrading tool holder

... 833,140. Holders for files. MILLERS FALLS CO. March 18, 1958 [June 20, 1957], No. 8615/58. Class 61. A holder for an abrading blade 16 comprises a metal frame 10 having flanges 18 which support the marginal edges of the blade, interconnecting portions at each end of the frame and an intermediate web 19, the forward and rearward end portions of the frame being upwardly off-set to provide clearance for the blade attaching pins 20, 24. The pin 20 is fast in the front cross piece of the frame and has an annular groove in the projecting end to receive one edge of a hole 22 in one end of the blade. The other end of the blade is secured by a pin 24 depending through a slot 26 in the rear of the frame the end of the pin having an annular groove to receive the edge of the other hole 27. To lock the blade the pin 24 is drawn rearwardly by rotating a knob 28 which threadedly receives a rearwardly bent portion of the pin. The knob 28 is grooved at 30 to receive the opposite walls of a slot in the end ...

GRIP SLEEVE FOR A HANDLE

TOOL HANDLE

Torque transmission mechanism.

MIXTURE BOARD

SCREWDRIVER GRASP WITH STORAGE CHAMBER FOR SCREWDRIVER EMPLOYMENTS

SURGICAL CLUTCH DEVICE

TOOL OR TOOL KIT FOR FUEL-CLAIMANT MECHANISMS

TOOL HANDLE WITH BIT MEMORY

KUPPLUNGSNIPPEL ZUR VERBINDUNG EINES ARBEITS- GERAETES MIT EINEM STIEL

HANDICRAFT THINGS WITH AN ARTICULATED ADJUSTABLE HEAD

MULTI-FUNCTIONAL ROOFER HAMMER

GRIFFSCHALENANORDNUNG FUER GESCHLOSSENE HOHLPROFILE

DENTAL HANDSTUECK

CLUTCH NIPPLE FOR THE CONNECTION OF A WORK OF EQUIPMENT WITH A HANDLE

TOOL OR TOOL KIT FOR FUEL-CLAIMANT MECHANISMS

PROCEDURE FOR THE PRODUCTION OF A ANGLE NUT RUNNER

GRIFFSTÜCK OF A SCREWING TOOL

DENTAL HANDSTUECK

HANDHABE FÜR EINEN SCHI- ODER WANDERSTOCK SOWIE DAMIT AUSGESTATTETER SCHI- ODER WANDERSTOCK

HANDHABE FÜR EINEN SCHI- ODER WANDERSTOCK SOWIE DAMIT AUSGESTATTETER SCHI- ODER WANDERSTOCK

HAMMER WITH FLEXIBLE TILTABLE CONNECTING PIECE

SHEARS AND/OR PLIERS

ZANGENFOERMIGES HANDICRAFT THINGS.

SNIPS.

TOOL GRASP WITH HANGING UP AND LABELING PLATE.

DUST AUGUST EQUIPMENT WITH A TELESCOPIC EQUIPMENT HANDLE

SET.

GENERAL-PURPOSE TOOL.

OSCILLATIONS OF ABSORBING GRASP.

TOOL GRASP FOR A IN IT IN PARTICULAR LONGITUDINALRELOCATABLE KNIFE BLADE.

SCREWING TOOL

TOOL, FOR EXAMPLE PLIERS OR SHEARS

TOOL HANDLE AND ARRANGEMENT FOR THE ATTACHMENT OF THE SAME AT A TOOL

TOOL, IN PARTICULAR WRENCH.

HANDICRAFT THINGS WITH SWINGING OUT SET OF TOOLS

MULTI-FUNCTIONAL TASCHENMESSER

MEASURER

Wrench with rotator and free-wheel-like clamping elements

Interlocking handle

Apparatus, devices, methods and systems corresponding to one or more embodiments relating to a jack handle for operation of a vehicle jack is described herein. In one embodiment, a two-piece jack is described. A first piece may include a handle and a first interlock portion. A second piece may include a jack mating portion, a second interlock portion for engagement with the first interlock portion of the first piece and a stopper for preventing the first piece and second piece from becoming disengaged during operation.

Multi-function tool structure

In a multi-function tool structure, a body and a work rod are pivotally connected together and can form a folded and retracted state. Moreover, an elastically movable press button is disposed on the body and can link up a positioning pin movably inserted into the work rod. Thus, pressing the press button can release a lock between the work rod and the positioning pin so that the work rod is swingable, while releasing the press button can lock the positioning pin and the work rod together again. Thus, the work rod and the body can be folded and retracted to facilitate the storage and carrying. After the work rod is developed, it can form multiple included angles with respect to the body so that the requirements of different operation angles can be satisfied.

Emergency actuating tool

An emergency actuating tool for at least one equipment component which is specific to a vehicle with a movable roof arrangement, has at least one tool head for the equipment component, which tool head has an actuating element. For an alternative embodiment of the emergency actuating tool, it is provided that the emergency actuating tool has, moreover, at least one second tool head which has a second actuating element, that the emergency actuating tool is configured in multiple pieces, such that it can be assembled and at least partially dismantled, and that a third tool head with a third actuating element can be exposed by the dismantling of the emergency actuating tool.

METHOD FOR MAKING A HANDLE FOR A PERSONAL GROOMING DEVICE

A method of manufacturing a handle for a personal grooming device includes forming a substrate portion of a first material. The substrate portion has first and second walls forming a channel extending along a long axis of the substrate portion. An insert member is formed separate from the substrate portion and disposed within the channel. A grip portion of a second material is formed on the substrate portion. The second material substantially encases the insert member. 1. A handle for a grooming device , the handle comprising:a substrate member comprising a channel;an insert member disposed within the channel;a grip portion disposed on the substrate member and substantially encasing the insert member; anda tower portion extending through an exterior surface of the grip portion.2. The handle of further comprising a blade unit connecting portion at a distal end of the substrate member.3. The handle of claim 2 , wherein the blade unit connecting portion forms a first recess in an upper surface thereof and a second recess in a lower surface thereof for connecting a blade unit.4. The handle of further comprising a bristle-containing head. This application relates to handles for personal grooming devices and methods of manufacturing the same.Handles for personal grooming devices are well known. Some device handles are formed by a “two-color” injection molding process combining a relatively rigid material with a relatively flexible material. The combination of rigid and flexible materials may improve the ergonomics associated with such handles and provide an improved shaving experience over single material handles. Some personal grooming device handles have relatively large cross sections for improved handling and comfort while being used. Larger cross sections may require longer cycle times during molding to completely fill out the mold cavities and avoiding sinks in the handle material during cooling. In one example, a rigid inner core is molded in a first mold cavity ...

APPARATUS FOR EXTENDING THE EFFECTIVE LENGTH OF TOOL SHANKS AND METHOD FOR MANUFACTURING

An apparatus for providing an increased moment of applied force to a tool. An elongated member extends the effective length of tool shanks. The elongated member has tool support to fit a range of tools, such as wrenches, to the elongated member which increases the distance from the fastener to the point of applied force, thereby increasing the moment of the applied force. 1. An apparatus for increasing a moment of a force , comprising:an elongated member having at least a first tool support and a second tool support;said first tool support being attached to a side of the elongated member at a first position, the first position being near an end of the elongated member;said second tool support being attached to an opposite side of the elongated member at a second position, the second position being displaced from said first position along a linear length of said elongated member such that a range of tools fit workably between the two tool supports.2. The apparatus according to claim 1 , wherein a top portion of at least one of the first and second tool supports comprises an angled portion;the angled portion, the tool support and a portion of a top surface of the elongated member forming a tool seat such that a tool is prevented from rotating out from the tool support when force is applied.3. The apparatus according to claim 2 , wherein an underside of the angled portion of at least one of the first and second tool supports has attached thereto a resilient frictional material.4. The apparatus according to claim 2 , wherein at least one of the first and second tool supports includes a spring material for clutching a tool.5. The apparatus according to claim 1 , wherein the elongated member includes hook and loop material disposed between the first and second tool supports.6. The apparatus according to claim 1 , wherein at least a portion of the elongated member is covered by resilient material claim 1 , thereby forming a handle.7. The apparatus according to claim 1 , ...

Overmolded Component Assembly And Method Of Forming The Same

A component part has an over-molded integrally formed insert member. The insert member has a predetermined feature. In addition, an end portion of the predetermined feature is exposed and free from over-molding. 1. A component part comprising an over-molded integrally formed insert member having a predetermined feature , an end portion of the predetermined feature being exposed and free from over-molding.2. The component part of claim 1 , wherein the predetermined feature defines an undercut portion surrounding an edge of an aperture defined by the insert member.3. The component part of claim 2 , wherein undercut portion defines a bearing surface that receives a bearing element.4. The component part of claim 2 , wherein the undercut portion is configured to receive and retain a rolling component.5. The component part of claim 1 , wherein the insert member comprises a bearing assembly integrally formed with the component part.6. The component part of claim 5 , wherein a portion of the bearing assembly is free of any over-molding.7. The component part of claim 1 , wherein the insert member comprises a first insert portion joined to an end portion of a second insert portion.8. The component part of claim 7 , wherein the first insert portion and the second insert portion comprise steel or plastic.9. The component part of claim 7 , wherein the first insert portion comprises a cylindrically shaped body defining a centrally located aperture.10. The component part of claim 1 , wherein over-molding may include use of a glass filled polypropylene.11. A method of forming a component part by injection molding claim 1 , the method comprising:forming an insert member having a predetermined feature;placing the insert member in a mold cavity; andinjecting a material into the mold cavity to form an over-molded portion covering an outer surface of the insert member and excluding an end portion of the predetermined feature to form the component part.12. The method of claim 11 , ...

Ergonomic Grip Assemblies and Handles for Ultrasound Transducers

The present invention relates to ultrasound transducers for ultrasonic imaging systems and, in particular, to improved grip assemblies for ultrasound transducers. One grip assembly includes a locking plate defining first and second apertures and a coupling post extending from the locking plate. An interface plate has a first elongate extension being extendable at least partially through the first aperture and a second elongate extension being extendable at least partially through the second aperture. A handle is coupled to the locking plate and includes a grip, a coupling interface, and a neck extending between the grip and the coupling interface. The coupling interface defines a coupling aperture for receiving the coupling post. 1. A grip assembly , comprising:a locking plate defining first and second apertures and a coupling post extending from the locking plate;an interface plate having a first elongate extension being extendable at least partially through the first aperture and coupled thereto and a second elongate extension being extendable at least partially through the second aperture and coupled thereto; anda handle having a grip, a coupling interface, and a neck extending between the grip and the coupling interface, the coupling interface defining a coupling aperture for receiving the coupling post, whereby the handle is coupled to the locking plate.2. The grip assembly of claim 1 , wherein each elongate extension defines one or more apertures along their respective axial lengths.3. The grip assembly of claim 2 , wherein the locking plate comprises one or more locking mechanisms movably disposed within the locking plate and configured to extend through the one or more apertures to lock the first and second elongate extensions within the first and second apertures claim 2 , respectively.4. The grip assembly of claim 1 , further comprising:one or more indexing protrusions that extend from the coupling interface; andone or more indexing holes arranged about ...

Hand tool

A pocket hand tool comprises a tubular shank ( 1 ) with a hexagonal bore, the proximal end ( 1 c ) being provided with an aperture ( 3 ) and a slot ( 6 ) for receiving a bit retainer dip ( 4 ) and a coin ( 8 )/door key ( 8′ ) respectively. The dip thus serves a dual function and the slot enables the torque applied by the tool to be increased by using the coin as a handle.

TURN COLLAR FULCRUM HANDLE SYSTEM

A handle for use with and/or for releasably coupling to an implement. The handle may include: a handgrip, an arm operatively coupled to the handgrip, and a collar operatively coupled to the arm remote from the handgrip. The collar may be configured to releasably receive a shaft of the implement. The collar may comprise two substantially opposing collar portions defining a shaft pathway, wherein the collar portions are displaced axially along the shaft pathway to form a keyway sized to receive the shaft when the shaft and the shaft pathway are substantially orthogonal to each other. A set of handles may also be provided, with one handle having a shorter arm length than the other. 1) A handle for releasably coupling to an implement , the handle comprising:a) a handgrip;b) an arm operatively coupled to the handgrip; i) two substantially opposing collar portions defining a shaft pathway;', 'ii) wherein the collar portions are displaced axially along the shaft pathway to form a keyway sized to receive the shaft when the shaft and the shaft pathway are substantially orthogonal to each other., 'c) a collar operatively coupled to the arm remote from the handgrip and configured to releasably receive a shaft of the implement, the collar comprising2) The handle as claimed in claim 1 , wherein the collar portions are curvilinear.3) The handle as claimed in claim 1 , further comprising a support portion claim 1 , wherein the shaft pathway is intermediate the support portion and the handgrip.4) The handle as claimed in claim 1 , wherein the collar comprises a reinforced spine.5) The handle as claimed in claim 4 , wherein the shaft pathway is positioned between the spine and the handgrip.6) The handle as claimed in claim 1 , wherein the collar comprises a support and wherein the shaft pathway is positioned between the support and the handgrip.7) The handle as claimed in claim 1 , wherein the collar comprises a J-hook configuration.8) The handle as claimed in claim 1 , further ...

Tool Handle

A tool handle includes a first handle unit including a first handle body and an engaging block that protrudes obliquely from the first handle body, a joint unit mounted rotatably around the engaging block and formed with an oblong groove, a second handle unit connected co-rotatably with the joint unit, and a latch member mounted movably to the first handle unit and able to switch between a lock state, where the latch member engages the oblong groove and the first and second handle units are non-rotatable relative to each other, and an unlock state, where the latch member is disengaged from the oblong-groove and the second handle unit is rotatable about the engaging block to adjust an orientation of the second handle unit relative to the first handle unit. 1. A tool handle adapted for connection with a tool head , comprising: a first handle body that has a first axis and a handle end surface oblique to the first axis, and', 'an engaging block that protrudes from said handle end surface;, 'a first handle unit including'} a joint base surface that confronts said handle end surface,', 'a joint surrounding wall that extends around and from said joint base surface towards said handle end surface and that is mounted rotatably around said engaging block, and', 'an oblong groove that is formed in said joint base surface;, 'a joint unit having'}a second handle unit including a second handle body that defines a retaining space therein for retaining said joint unit, and that is co-rotatable with said joint unit;an installing unit having an installing space that is formed in one of said first and second handle units and that is adapted for receiving the tool head; anda lock unit including a latch member that is mounted movably to said first handle unit, that has a latching portion elongated in a direction substantially parallel to said handle end surface, and that is movable along the first axis to switch between a lock state where said latching portion engages said oblong ...

HANDHELD TOOL ADD-ON HANDLE

A handheld tool add-on handle includes: a coupling arrangement provided to produce a detachable connection to a handheld tool; and at least two rotary form-locking elements provided to produce a coupling in the rotational direction. The coupling arrangement has at least one guiding form-locking element which is at least provided to produce a coupling in the axial direction, and which is situated between the rotary form-locking elements. 1. A handheld tool add-on handle , comprising:a coupling arrangement provided to produce a detachable connection to a handheld tool; andat least two rotary form-locking elements provided on the coupling arrangement to produce a coupling in the rotational direction;wherein the coupling arrangement has at least one guiding form-locking element which is (i) provided to produce at least a coupling in the axial direction, and (ii) situated between the rotary form-locking elements.2. The handheld tool add-on handle as recited in claim 1 , wherein the coupling arrangement has two additional rotary form-locking elements claim 1 , and wherein the guiding form-locking element is situated between the two additional rotary form-locking elements.3. The handheld tool add-on handle as recited in claim 2 , wherein the rotary form-locking elements are configured to be at least partially cylindrical-shaped.4. The handheld tool add-on handle as recited in claim 2 , wherein the guiding form-locking element projects beyond the rotary form-locking elements.5. The handheld tool add-on handle as recited in claim 4 , wherein the rotary form-locking elements are situated at end regions of the guiding form-locking element.6. The handheld tool add-on handle as recited in claim 4 , wherein the rotary form-locking elements are situated abutting the guiding form-locking element.7. The handheld tool add-on handle as recited in claim 4 , wherein the coupling arrangement has at least two outer form-locking elements claim 4 , and wherein the rotary form-locking ...

HEX WRENCH TOOL HANDLE

A tool handle for releasably receiving a tool including a core portion having a base portion and a cylindrical shaft portion extending outwardly therefrom, the base portion including a first surface, a second surface, and an outer wall extending therebetween, the outer wall defining a first bore therein, and a grip portion rotatably disposed about the shaft portion of the core. The first bore is configured to releasably receive a first portion of the tool. 1. A tool handle for releasably receiving a tool , comprising:a core portion having a base portion and a cylindrical shaft portion extending outwardly therefrom, the base portion including a first surface, a second surface, and an outer wall extending therebetween, the outer wall defining a first bore therein; anda grip portion rotatably disposed about the shaft portion of the core,wherein the first bore is configured to releasably receive a first portion of the tool.2. The tool handle of claim 1 , wherein the first bore is a blind bore.3. The tool handle of claim 1 , wherein the cross-section of the first bore is hexagonal.4. The tool handle of claim 3 , wherein the outer wall further defines a second bore claim 3 , the second bore having a maximum dimension that is perpendicular to its longitudinal center axis and greater than a maximum dimension of the first bore that is perpendicular to its longitudinal center axis. This application claims priority to U.S. Provisional Patent Application No. 61/677,163 filed Jul. 30, 2012, the entire disclosure which is incorporated herein.The present invention relates generally to hand tools. More particularly, the present invention relates to a tool handle to facilitate performing tasks with hex wrenches.One embodiment of the present invention provides a tool handle for releasably receiving a tool including a core portion having a base portion and a cylindrical shaft portion extending outwardly therefrom, the base portion including a first surface, a second surface, and an ...

COSMETIC APPLICATOR AND DETACHABLE HANDLE

The present disclosure provides a detachable handle. The detachable handle includes a grip portion, a wand portion, a first linking member, and a second linking member. The grip portion has a recess, the wand portion has a stub, the first linking member is disposed in the recess, the second linking member is disposed on the stub, and the first linking member is attached to the second linking member when the stub is received inside the recess. 1. A detachable handle , comprising:a grip portion having a recess;a wand portion having a stub;a first linking member disposed in the recess; anda second linking member disposed on the stub;wherein the first linking member is attached to the second linking member when the stub is received inside the recess.2. The detachable handle of claim 1 , wherein the second linking member is received in the stub and magnetically attracted to the first linking member received in the recess.3. The detachable handle of claim 2 , wherein the first linking member is secured within the recess by an adhesive.4. The detachable handle of claim 3 , wherein the second linking member is received in a hole recessed at one end of the stub close to the grip portion and secured within the hole by the adhesive.5. The detachable handle of claim 2 , wherein a depth of the recess is substantially equal to a sum of lengths of the stub and the first linking member.6. The detachable handle of claim 1 , wherein an outer peripheral surface of the wand portion is flush with an outer peripheral surface of the grip portion when the wand portion is received inside the recess.7. The detachable handle of claim 1 , wherein the recess and the stub have hexagonal cross sections.8. The detachable handle of claim 1 , wherein a depth of the recess extending axially into the grip is less than half of a length of the grip portion.9. The detachable handle of claim 1 , wherein the grip portion and the first linking member are integrally formed claim 1 , and the wand portion and ...

Ratcheting Wrench Assembly

A ratcheting wrench assembly for tightening and loosening nuts and bolts includes a wrench that may be manipulated. The wrench has a pair of handles and each of the handles may be gripped. A ratchet is provided. The ratchet is movably coupled to the wrench. The ratchet may engage a socket thereby facilitating the wrench to rotate the socket. 1. A ratcheting wrench assembly comprising:a wrench being configured to be manipulated, said wrench having a pair of handles wherein each of said handles is configured to be gripped, said wrench including a central hub having a top surface, a bottom surface and a peripheral surface extending therebetween, said peripheral surface being continuous such that said central hub has a circular shape, said central hub having an opening extending through said top surface and said bottom surface, each of said handles being an integral extension from said peripheral surface of said hub wherein each of said handles is in a fixed position relative to said hub and each other, each of said handles being elongated and having a substantially square shape transverse to a longitudinal axis of said handle, said square shape having rounded corners; anda ratchet being movably coupled to said wrench wherein said ratchet is configured to engage a socket thereby facilitating said wrench to rotate the socket.2. (canceled)3. The assembly according to claim 1 , wherein each of said handles extends away from said peripheral surface claim 1 , each of said handles being offset one hundred eighty degrees with respect to each other wherein each of said handles is configured to enhance applying rotational torque to said central hub.4. The assembly according to claim 1 , wherein said ratchet comprises a knob being rotatably positioned within said central hub wherein said knob is configured to be manipulated claim 1 , said knob being positioned on said top surface of said central hub.5. The assembly according to claim 4 , further comprising a tab extending ...

SHELL HANDLE AND METHOD OF FABRICATION THEREOF

A handle and a method of fabrication thereof, the handle, comprising a first shell and a second shell, the first shell comprising, on an inner surface thereof, a first longitudinal rib running along at least a length of the first shell, first female posts and first male posts; the second shell comprising, on an inner surface thereof, a second longitudinal rib running along at least a length of the second shell, second female posts and second male posts; the first and second shells being connected together, along respective upper edges and bottom edges, each first male post engaging a corresponding second female post and each second male post engaging a corresponding first female post. 1. A handle , comprising:a first shell; anda second shell;said first shell comprising, on an inner surface thereof, a first longitudinal rib running along at least a length of the first shell, first female posts and first male posts;said second shell comprising, on an inner surface thereof, a second longitudinal rib running along at least a length of the second shell, second female posts and second male posts;wherein said first and second shells are connected together, along respective upper edges and bottom edges, each first male post engaging a corresponding second female post and each second male post engaging a corresponding first female post2. The handle of claim 1 , wherein said first longitudinal rib runs generally parallel to a top edge of the first shell and said second longitudinal rib runs generally parallel to a bottom edge of the second shell.3. The handle of claim 1 , wherein said first shell comprises claim 1 , on the inner surface thereof claim 1 , ribs connecting the first longitudinal rib to the inner surface of the first shell and to the top edge of the first shell.4. The handle of claim 1 , wherein said second shell comprises claim 1 , on the inner surface thereof claim 1 , ribs connecting the second longitudinal rib to the inner surface of the second shell and to ...

J-RAT

The holder is a Aluminum pole with a looped rope that has apertures and allows the thumb buttons to hold the tool in place allowing the tools that cleans swimming pools to be carried or stored. 1. A holder is adapted to go over the handle of a pool tool handle, said handle having adjacent its distal end a pair of diametrally opposed first apertures, and having adjacent thereto and aligned therewith a pair of diametrally opposed second apertures, and a wishbone-like spring member positioned within said handle of the tool carried thereby and extending into said first apertures and by a pair of inner opposed thumb buttons carried thereby and extending into said first aperture, said spring member being freeable for removal from said handle by a conjoint and substantially full depressing of said thumb buttons to free the same from said first apertures, said handle being attachable to said holder pole by means comprising a pair of opposed apertures formed in said tool handle adjacent the distal end thereof and by said thumb buttons which are adapted to extend through said second apertures and into said first apertures. The holder of said handle having adjacent its proximal end a pair of diametrally opposed second apertures corresponding in size to said first apertures and the looped rope to hold or hang the tool. The invention relates to the provision of means whereby a pair of telescoping tubular members may be quickly connected against movement apart and quickly disconnected for removal apart.It is old in this art to connect a tubular tool connector, or handle, to a tubular pole by providing the former with a pair of opposed spring-urged thumb buttons which fit within opposed apertures in a pole to releaseably connect the handle and pole together.It is also old in this art to mount the button-carrying spring member within the inner telescoped tubular member and to provide the spring member with operating thumb buttons which extend through a second set of apertures in ...

Control Kitchen Cutlery

In described embodiments, a knife includes a blade having a distal tip and a proximal heel and a handle extending proximally from the heel. The handle is sized such that no more than three fingers of a user fit around the handle. A method of using the knife is also provided.

No Mess Poop Scooper

A sanitary way of picking up pet waste by removing the Poop Scooper from the Belt Clip, removing a bag from the bag holder, putting a bag over the poop scooper, holding it on with an o ring, opening the poop clamps, tucking the bag inside of the poop scooper clamps. Opening the poop clamps placing the open poop scooper over the pet waste. Then closing it, picking up the waste. Removing the o ring from the bag, pull the bag down over the clamps. Tie the open end of the bag, open the poop scooper, remove the bag and dispose of it. Place the Poop Scooper back in the Belt Clip. And do it all without touching any poop. 1. A sanitary way of collecting pet waste comprising of a poop scooper with either a duel spring in the handle or a single spring in the handle , a connecting tube a push rod , poop clamps , a hinge , a bag holder , bags , an o ring and a belt clip. Remove the Poop Scooper from the Belt Clip , remove a bag from the bag holder , slide the bag over the scooper clamps. Roll the o ring over the top of the bag , compress the handle to open the scooper , push the bag up inside the scooper clamps. Place the scooper over the pet waste , release the tension on the handle allowing the scooper to pull the pet waste up and into the bag and closing the scooper. Remove the bag by sliding the o ring off of the top of the bag , then pull the bag down off of the clamps. Tie the top of the bag. Open the clamps by compressing the handle. Remove the bag and dispose of the bag of pet waste. Put the Poop Scooper back in the Belt Clip. Never touching the Poop with your hands , or having to scrape and wash off the poop from the Poop Scooper.2. The sanitary way of collecting waste in claim 1 , can also be used to pick up not only pet waste but anything that you want to collect in a bag to throw away or save claim 1 , without touching it with your hands.3. The sanitary way of collecting waste in claim 2 , is light claim 2 , compact claim 2 , and able to be put in a clip on your ...

HAND TOOL FOR IMPROVING TORQUE

A hand tool for improving torque is provided. The handle tool includes a metal rod, a handle and a polygonal portion. The metal rod includes a first head, a first end and an operation section between the first head and the first end. The operation section includes a uniform outside diameter. The handle partially receives the metal rod and has a second head and a second end. The polygonal portion is formed on the operation section and exposed from the second head. The polygonal portion has a largest outside diameter. The largest outside diameter is equal to the uniform outside diameter. Accordingly, the metal rod has improved structural strength, does not break easily and facilitates ergonomic operations. 1. A hand tool for improving torque , comprising:a metal rod, the metal rod including a first head, a first end and an operation section between the first head and the first end, the operation section including a uniform outside diameter;a handle, the handle partially enclosing the metal rod and having a second head and a second end; anda polygonal portion, the polygonal portion being formed on the operation section and exposed from the second head of the handle, the polygonal portion having a largest outside diameter, the largest outside diameter being equal to the uniform outside diameter.2. The hand tool for improving torque according to claim 1 , wherein the operation section is extended into the handle with a portion of the polygonal portion claim 1 , and another portion of the polygonal portion is exposed from the second head of the handle.3. The hand tool for improving torque according to claim 1 , wherein the metal rod is divided into two segments claim 1 , one of the two segments of the metal rod is an internal section claim 1 , the other one of the two segments includes the operation section claim 1 , the internal section is enclosed inside the handle claim 1 , the operation section is enclosed inside the handle within a portion of the polygonal portion ...

Post pounder

A post pounder with a delta handle configuration and reinforced plug is disclosed. In embodiments, a post pounder includes a hollow tubular body where one end is closed with a plug. Two opposing handles are formed to the body of the post pounder by attaching a rod to a hollow tubular body at a first point, passing the rod over the plugged end of the body, and attaching the rod to the body at a second point opposed to the first point. In some embodiments, a bend is formed in the rod in each of the handles to provide a delta configuration.

Knife

A knife includes a hollow handle, a blade, a connecting component and a plurality of counterweights. The handle extends along an axis and has opposite front and rear ends along the axis. The blade is connected to the front end of the handle. The connecting component is removably connected to the rear end of the handle. The counterweights are removably disposed in the handle and are arranged in series along the axis from an end of the connecting component. Two adjacent ones of the counterweights are separably connected to each other. 1. A knife comprising:a hollow handle extending along an axis and having opposite front and rear ends along the axis;a blade connected to said front end of said handle;a connecting component removably connected to said rear end of said handle; anda plurality of counterweights removably disposed in said handle and arranged in series along the axis from an end of said connecting component, two adjacent ones of said counterweights being separably connected to each other.2. The knife as claimed in claim 1 , wherein two adjacent ones of said counterweights are separably connected to each other by virtue of magnetic attraction.3. The knife as claimed in claim 1 , wherein two adjacent ones of said counterweights are separably connected to each other by virtue of threaded connection.4. The knife as claimed in claim 1 , wherein two adjacent ones of said counterweights are separably connected to each other by virtue of fitted engagement.5. The knife as claimed in claim 1 , wherein:said handle has a handle body that has an inner surrounding surface defining a receiving channel that extends along the axis and that receives said counterweights, and an internal thread that is formed on said inner surrounding surface; andsaid connecting component has a threaded portion that is engaged removably with said internal thread of said handle.6. The knife as claimed in claim 5 , further comprising a rear cover that is connected removably to said rear end of ...

Knife

A knife includes a hollow handle, a blade and a counterweight unit. The hollow handle extends along an axis and has opposite front and rear ends along the axis. The blade is connected to the front end of the handle. The counterweight unit is disposed in the handle, and includes a rail and a counterweight. The rail extends along the axis. The counterweight is connected to and movable along the rail. 1. A knife comprising:a hollow handle extending along an axis and having opposite front and rear ends along the axis;a blade connected to said front end of said handle; and a rail that extends along the axis, and', 'a counterweight that is connected to and movable along said rail., 'a counterweight unit disposed in said handle, and including'}2. The knife as claimed in claim 1 , further comprising a rear cover removably connected to said rear end of said handle claim 1 , said handle having a handle body that defines a receiving channel extending along the axis claim 1 , said rail being disposed in said receiving channel and connected to said rear cover.3. The knife as claimed in claim 2 , wherein:said handle body has an inner surrounding surface defining said receiving channel, and an internal thread formed on said inner surrounding surface;said rear cover has a body portion and an external thread formed on an external surface of said body portion and engaged removably with said internal thread of said handle;said rail of said counterweight unit has a main body that extends along the axis, and an outer thread that is formed on an external surface of said main body; andsaid counterweight is a nut engaged movably with said outer thread of said rail.4. The knife as claimed in claim 3 , wherein said body portion of said rear cover is hollow claim 3 , and has an internal surrounding surface formed with an internal thread claim 3 , said rail being removably and threadedly engaged with said body portion of said rear cover. This application claims priority of Chinese Patent ...

Knife

A knife includes a blade, and a counterweight unit, and a handle having an accommodating space. The counterweight unit includes a counterweight-receiving member removably disposed in the accommodating space, multiple counterweights, and a biasing member. The counterweight-receiving member has a tubular wall, and an abutment wall cooperating with the tubular wall to define a receiving space and defining an exit opening that spatially communicates with the receiving space. The counterweights are removably disposed in the receiving space. The biasing member biases the counterweights toward the abutment wall so as to permit removal of one of the counterweights via the exit opening when the counterweight unit is separated from the handle. 1. A knife comprising:a handle extending along an axis, and having a front end portion, a rear end portion that is opposite to said front end portion, and an accommodating space that extends from said rear end portion toward said front end portion;a blade connected to said front end portion of said handle; and a cover seat that is removably connected to said rear end portion of said handle, and that openably covers said accommodating space,', 'a counterweight-receiving member that is removably disposed in said accommodating space, and that has a tubular body having a connecting end which is connected to said cover seat, and a distal end which is opposite to said connecting end along the axis, said counterweight-receiving member further having an abutment wall that extends from said distal end of said tubular body away from said connecting end, that cooperates with said tubular body to define a receiving space, and that defines an exit opening extending in a radial direction perpendicular to the axis and spatially communicating with said receiving space,', 'a plurality of counterweights that are removably disposed in said receiving space, and', 'a biasing member that is disposed in said counterweight-receiving member, and that biases ...

Pet Grooming Tool with Replaceable Comb Plates

A pet grooming tool includes a tool body extending longitudinally and having a transverse insert slot and a latch displacing space communicated with the insert slot, a latch member displaceable in the latch displacing space to insert a latch portion into the insert slot in a latch position so as to retain an insert plate portion of a comb plate in the insert slot, and to retreat into the latch displacing space in an unlatch position so as to permit removal of the comb plate from the tool body for replacement. 1. A pet grooming tool comprising:a tool body having a handle portion and an insert slot which are disposed opposite to each other in a longitudinal direction, said insert slot being defined by front, and rear wall surfaces which are disposed opposite to each other in the longitudinal direction and each of which extends in a first transverse direction that is transverse to the longitudinal direction, said tool body further having a latch displacing space which extends therein from said insert slot and which defines a latch displacing path;a latch unit including a latch member having a latch portion which is disposed to be displaceable along the latch displacing path between an unlatch position, where said latch portion is disposed in said latch displacing space, and a latch position, where said latch portion is disposed in said insert slot, and a biasing member disposed in said latch displacing space to bias said latch portion to the latch position; anda plurality of comb plates, each having an insert plate portion which is configured to be inserted into said insert slot in the first transverse direction, and which has two plate major surfaces that are configured to be attached to said front and rear wall surfaces, respectively, a latch hole that extends from one of said plate major surfaces toward the other one of said plate major surfaces and that is registered with said latch displacing path when said insert plate portion is inserted into said insert slot so ...

High-Torque Tool Adapter

A tool adapter to aid in the removal of a threaded fastener from an article using a drive insert, the tool adapter comprising: (i) a housing comprising a plurality of faces interconnected along one or more respective edges of the plurality of faces to form the housing; and (ii) one or more holes recessed into one or more of the plurality of faces, the one or more holes adapted to receive one or more tools, wherein a first mating end of the drive insert is received into one of the one or more holes of the tool adapter and a second mating end of the drive insert is connected to the threaded fastener; and wherein one or more tools are inserted into at least one of the remaining holes to provide sufficient torque to remove the fastener from the article.

Wire Basket Having an Ergonomic Wire Handle

A fry basket is provided with an ergonomic handle. The handle is ergonomic by being formed from linear or substantially linear sections of rigid wires, which are laterally and vertically spaced away from each other to provide a structure formed of rigid wires that resembles or similar to a large-diameter cylindrical handle or dowel.

AIRPLANE SHADE HANDLE AND SLIDING MECHANISM

A window shade handle system includes a handle section and a post configured on each end of the handle section. Each post has four sides that are restrained by a post channel in a track section. The post channel restrains each side of the post. The handle section is constructed of a front handle section affixed to a rear handle section. The front handle section and the rear handle section form a channel that accommodates a window shade wrapped about a rod. The channel may have a raised portion that physically contacts the window shade while the handle sections otherwise allow the shade to expand and contract. 1. A handle system for a window shade comprising:a handle;a post configured on a first lateral end of the handle, the post comprising four sides; anda track section comprising a post channel configured about the post, wherein the post channel restrains the post on the four sides.2. The window shade handle system of claim 1 , further comprising a pad affixed to the handle.3. The window shade handle system of claim 2 , wherein the track section further comprises a pad channel that provides friction against the pad.4. The window shade handle system of claim 1 , wherein the handle comprises a front handle section and a rear handle section.5. The window shade handle system of claim 4 , wherein the rear handle section comprises at least one hole.6. The window shade handle system of claim 5 , wherein the rear handle section comprises a raised portion about the at least one hole.7. The window shade handle system of claim 1 , further comprising a window shade.8. The window shade handle system of claim 7 , further comprising a rod claim 7 , wherein the window shade is configured about the rod.9. The window shade handle system of claim 8 , wherein the rod is configured within a channel formed by a front handle section of the handle and a rear handle section of the handle.10. The window shade handle system of claim 9 , wherein the front handle section comprises a handgrip. ...

Modular Driver And Screw System

The combination of a driver and fastener that allows a user to insert and remove the fastener by applying larger than normal torque loads to it includes: (a) a fastener with a proximal end handle and a distal end head configured to provide a standard indentation and an additional recess that provides additional surface area that allows larger torque loads to be applied to the fastener, (b) a main driver with a shaft having a central bore, a handle at its proximal end and a head at its distal end configured to allow it to be temporarily inserted into the fastener's head, and (c) an awl driver having an awl shaft with an awl handle affixed to its distal end and its proximal end including a tip configured to allow it to pass through the main driver's bore and be brought into contact with the fastener's head where it is used to cut into the fastener cannula so as to temporarily adhere the awl driver to the fastener.

POLE HANDLE

A pole handle comprising a wrist strap formed of a strap connected to an insert, a body oriented along a longitudinal axis, the body comprising an insert housing adapted to receive the insert, the insert housing being arranged in the upper portion of the body, such that the insert can be inserted into the housing along a direction substantially parallel to the longitudinal axis of the body, and a latching mechanism for retaining the insert in the insert housing, the unlatching of the latching mechanism being capable of being actuated directly by a displacement of the insert along the direction opposite that of insertion of the insert. The latching mechanism comprises a latch movable in relation to the body. 1. A pole handle comprising:a wrist strap comprising a strap and an insert, the strap being connected to the insert;a body oriented along a longitudinal axis, the body comprising an insert housing structured and arranged to receive the insert, the insert housing being structured and arranged in an upper portion of the body, such that the insert can be inserted into the housing along a direction substantially parallel to the longitudinal axis of the body;a latching mechanism structured and arranged to retain the insert in the insert housing in a latching position, unlatching of the latching mechanism being capable of being actuated directly by a displacement of the insert along a direction opposite an insertion direction of the insert;the latching mechanism comprising a latch movable in relation to the body.2. A pole handle according to claim 1 , wherein:the latch cooperates with the insert in the latching position.3. A handle according to claim 1 , wherein:the latch translates in a transverse hole arranged in the body, the transverse hole being oriented along a transverse axis substantially perpendicular to the longitudinal axis of the body.4. A handle according to claim 1 , further comprising:an elastic mechanism structured and arranged to maintain the latch in ...

Torque Enhancing Adapter for a Hand Tool

A hand tool system comprises a first driver, a second driver, and a driver adapter. The first driver and the second driver each comprises a driver handle having an external configuration and a driver component secured to the driver handle. The driver adapter is selectively fittable over the driver handles of the first and second drivers. The driver adapter comprises an elongate body, a first socket formed in a first end of the elongate body, a second socket formed in a second end of the elongate body, and a plurality of through holes formed through and distributed longitudinally along a length of the elongate body. Each socket has an internal configuration sized and shaped to receive a driver handle of either the first or second driver and to transfer torque to the driver upon rotation of the driver adapter. 1. A driver adapter for use with a driver handle of a driver , and operable to transfer torque to the driver , the driver adapter , comprising:an elongate body having a first end and a second end spaced longitudinally apart from the first end;a first socket formed in the first end, the first socket having an internal configuration sized and shaped to receive a driver handle of a first driver, and to transfer torque to the first driver upon rotation of the driver adapter;a second socket formed in the second end, the second socket having an internal configuration sized and shaped to receive a driver handle of a second driver, and to transfer torque to the second driver upon rotation of the driver adapter; anda plurality of through holes formed through and distributed longitudinally along a length of the elongate body between the first end and the second end, the plurality of through holes sized and configured to receive a torque lever that facilitates rotation of the driver adapter.2. The driver adapter of claim 1 , wherein the first socket is different in size from the second socket claim 1 , such that the driver adapter is operable with the first and second ...

T-BAR TYPE HAND TOOL

A T-bar type hand tool includes a first part, a second part, a rotary member, a cap and a bearing. The second part is movably extending through a through hole of the first part. The rotary member is connected to the first part. The bearing is mounted to the rotary member and the cap. When rotating the rotary member, the first part is rotated quickly. 1. A hand tool comprising:a first part having a through hole defined radially through a first end thereof and a first connection portion defined axially in the first end of the first part, the first connection portion communicating with the through hole which is a circular hole, an axis of the first connection portion being perpendicular to an axis of the through hole, the first connection portion being a rectangular recess, an inner end of the first connection portion having a first recess defined therein, a second connection portion formed on a second end of the first part and being a rectangular head, the first end of the first part having an outer periphery which has a first knurled portion defined therein;a second part having a circular cross section and movably extending through the through hole, the first part being perpendicular to the second part, the second part having multiple engaging portions defined in an outer periphery thereof, each of the engaging portions being a groove, one of the engaging portions located at a mediate portion of the second part, each of the engaging portions being movably located corresponding to the first recess, an end face defined in each of two ends of the second part and being a curved face, when the second part moves to a position relative to the through hole, either of the two end faces is received in the through hole;a first spring and a first bead received in the first recess, the first bead being biased between the first spring and one of the engaging portions of the second part to position the second part;a rotary member removably connected to the first part and having a ...

Over-Molded Component Assembly And Method Of Forming The Same

A component part has an over-molded integrally formed insert member. The insert member has a predetermined feature. In addition, an end portion of the predetermined feature is exposed and free from over-molding. 1. A method of forming a component part by injection molding , the method comprising:forming an insert member having a predetermined feature;placing the insert member in a mold cavity; andinjecting a material into the mold cavity to form an over-molded portion covering an outer surface of the insert member and excluding an end portion of the predetermined feature to form the component part, a first insert portion comprising a cylindrically-shaped first insert portion body portion defining a first centrally located aperture and a first insert portion flange extending radially from an edge of the first centrally located aperture defined by the first insert portion body portion, the first insert portion flange defining a first recess with a first undercut portion formed in an inner surface of an outer edge of the first insert portion flange; and', 'a second insert portion comprising a cylindrically-shaped second insert portion body portion defining a second centrally located aperture and a second insert portion flange extending radially from an edge of the second centrally located aperture defined by the second insert portion body portion, the second insert portion flange defining a second recess with a second undercut portion formed in an inner surface of an outer edge of the second insert portion flange,, 'wherein the insert member compriseswherein the first undercut portion and the second undercut portion form the predetermined feature of the insert member when the first insert portion is joined to the second insert portion via a securable coupling between the first insert portion flange and the second insert portion flange,wherein the first insert portion body portion and the second insert portion body portion are aligned such that the first centrally ...

Hand Tool Having an Electronic Identification Device

Disclosed is a hand tool () and method of assembly thereof, the tool comprising a handle () a shaft () and a cap (), wherein the cap and an end of the handle define a cavity () for encapsulating an electronic identification device () such as an RFID tag. The cavity may be sealed, and may be filled with a glue via an aperture (), and the handle and/or the cap material may comprise a fluorescent pigment. The cavity may include protective elastomeric material, and corresponding non-circular profiles of the front end of the handle and base of the cap may be provided to ensure alignment after assembly. 1200. A hand tool () comprising;{'b': 203', '220', '222, 'a handle () having a front portion () and a back portion ();'}{'b': 206', '224', '226', '224', '226', '206', '220', '203, 'a shaft () having a working end () and a connection end () opposite the working end () of the shaft, wherein the connection end () of the shaft () is connected to the front portion () of the handle (); and'}{'b': '109', 'an electronic identification device (),'}{'b': 200', '215', '203', '215', '109', '217', '203', '215', '215', '109, 'characterized in that the hand tool () further comprises a cap () connected to the handle (), wherein the cap () is configured to encapsulate the electronic identification device () within a cavity () defined by the handle () and the cap () and wherein the cap () is formed of a material which is transparent or partially-transparent to radio frequency energy in order to facilitate the transmission of signals to or from the electronic identification device ().'}2200215215206215203203abb. A hand tool () as claimed in claim 1 , wherein the cap () is substantially hemispherical shell with a central hole () around the shaft () and a substantially circular base () connected the handle () at a substantially circular section () thereof.3200215220215203. A hand tool () as claimed in either one of or claim 1 , wherein the cap () is connected to the handle () by an ...

HAND TOOL ASSEMBLY

A hand tool assembly includes a cylindrical first body having multiple first grooves. A driving head is connected to one end of the first body and has a ratchet wheel which is controlled by a ratchet mechanism in the driving head. The first body extends through the ratchet wheel. A handle unit is movably mounted to the first body and the handle unit is selectively positioned at one of the first grooves. The second body has two different connection portions on two ends thereof, and the second body can be replaced by other handle tools. 1. A hand tool assembly comprising:a cylindrical first body having a first connection portion on a first end thereof, multiple first grooves defined in an outer periphery of the first body;a driving head connected to a second end of the first body and having a non-circular mounting hole, an engaging slot defined in an inner periphery of the mounting hole, a positioning member engaged with the engaging slot;a cylindrical second body extending through the mounting hole, a sixth connection portion and a seventh connection portion respectively formed on two ends of the second body, a fifth connection portion formed on an outer periphery of the second body and located at a middle portion of the second body, the fifth connection portion engaged with the mounting hole, the fifth connection portion having a second groove, the positioning member engaged with the engaging slot and the second groove, anda handle unit having a handle, a control member and at least one engaging member, the first body extending through a axial penetrating hole of the handle, wherein when the handle moves to a first position relative to the first body, the control member moves to a second position relative to the handle, the control member pushes the at least one engaging member to be engaged with one of the first grooves to position the handle to the first body.2. The hand tool assembly as claimed in claim 1 , wherein the engaging slot receives a bead and a spring ...

AUXILIARY HANDLE OF PNEUMATIC TOOL

An auxiliary handle of a pneumatic tool includes a gripping member, a tube, a first urging member, a pole, a second urging member and a lever. The auxiliary handle makes the user to hold the pneumatic tool with both hands. The lever is pivoted on the gripping member to be pressed to move the pole, and consequently, gas flows in the auxiliary handle are changed. As a result, the pneumatic tool will not take any action if the user only pulls a trigger of the pneumatic tool without pressing the lever. 1. An auxiliary handle of a pneumatic tool , wherein the pneumatic tool has a trigger , the auxiliary handle comprising:a gripping member, which is connected to the pneumatic tool, having a room therein and an opening communicated with the room; the gripping member further having a first bore, a second bore and a third bore, each of which is communicated with the room, wherein the first bore is closed or opened when the trigger is pulled;a tube, which is received in the room of the gripping member to be moved between a first position and a second position, having a first aperture and a second aperture, wherein the tube is moved to the first position by compressed gas, which enters the room via the first bore;a first urging member received in the room of the gripping member to keep moving the tube from the first position toward the second position;a pole received in the tube to be moved between a third position and a fourth position, wherein the pole has a front end extending out of the gripping member through the opening;a second urging member received in the room of the gripping member to keep moving the pole from the fourth position toward the third position; anda lever pivoted on the gripping member to be moved between a normal position and a pressed position, wherein the lever has a pressing portion in touch with the front end of the pole to move the pole to the fourth position when the lever is moved to the pressed position;whereby the pole closes the first aperture ...

SCREWDRIVER HAVING CABLE-STRIPPING STRUCTURE

A screwdriver having a cable-stripping structure has a grip provided with a combining portion having a first cable-stripping groove, and has a pressing plate combined with the combining portion and having a second cable-stripping groove positionally corresponding to the first cable-stripping groove. The screwdriver further has two knives each respectively installed in a first slit of the first cable-stripping groove and a second slit of the second cable-stripping groove and each having a cable-stripping blade aligned with a corresponding first cable-stripping groove or second cable-stripping groove, so that the pressing plate is allowed to move in a travel-limited manner along a screw-driving shaft inserted in the grip. The combining portion further has a fixing hole, while the pressing plate further has a holding hole corresponding in position to the fixing hole. Thereby the cable-stripping structure facilitates stripping and bending electric wires of different diameters. 1. A screwdriver having a cable-stripping structure , the screwdriver comprising:a grip, including a combining portion having a receiving recess for allowing a screw-driving shaft to be inserted therein, wherein the combining portion further has a first cable-stripping groove, a first slit crossing the first cable-stripping groove, an engaging block having a recessed positioning segment defined between an end of the engaging block and the combining portion, and a fixing hole;a pressing plate, being combined with the combining portion of the grip, wherein the pressing plate has a through hole that has a circumference formed with an engaging recess for fittingly receiving the engaging block, so that the pressing plate is allowed to move along the positioning segment of the engaging block in a travel-limited manner, and wherein the pressing plate further has a second cable-stripping groove positionally corresponding to the first cable-stripping groove, a second slit crossing the second cable- ...

Multi-purpose wrench tool

A multi-purpose wrench tool includes a main wrench shaft member having one or two screwdriver heads and having a bore formed in the main wrench shaft member, and a rough member formed in the bore of the main wrench shaft member, and an elongated leverage bar includes a rough element formed on one end portion of the elongated leverage bar for engaging into the bore of the main wrench shaft member and for frictionally engaging with the rough member of the main wrench shaft member and for driving the main wrench shaft member with the elongated leverage bar. The elongated leverage bar includes an outer diameter (d) no greater than an inner diameter (D) of the bore of the main wrench shaft member.

POWER TOOL AND AUXILIARY HANDLE MEMBER

A power tool includes a main body portion and a grip portion. The main body portion includes a motor unit. The grip portion extends from the main body portion between a front end and a rear end of the main body portion. The main body portion further includes an auxiliary handle mounting structure disposed between the rear end of the main body portion and a rearmost end of a region where the grip portion meets the main body portion. An auxiliary handle member is coupled to the auxiliary handle mounting structure of the main body portion. 1. A power tool comprising:a main body portion including a motor unit; anda grip portion extending from the main body portion between a front end and a rear end of the main body portion,the main body portion further including an auxiliary handle mounting structure disposed between the rear end of the main body portion and a rearmost end of a region where the grip portion meets the main body portion.2. The power tool according to claim 1 , further comprisingan auxiliary handle member coupled to the auxiliary handle mounting structure of the main body portion.3. The power tool according to claim 2 , whereinthe auxiliary handle member includes an auxiliary grip portion and a fixing portion coupled to the auxiliary grip portion, the fixing portion being fixed to the auxiliary handle mounting structure of the main body portion.4. The power tool according to claim 1 , further comprisinga power tool chuck disposed in a front side of the main body portion.5. The power tool according to claim 1 , whereinthe auxiliary handle mounting structure of the main body portion includes a generally cylindrical surface.6. The power tool according to claim 5 , whereinthe auxiliary handle mounting structure of the main body portion further includes an engagement structure formed in the generally cylindrical surface.7. The power tool according to claim 6 , whereinthe engagement structure of the auxiliary handle mounting structure of the main body portion ...

INSTRUMENT HOLDER AND GRIP FOR A MEDICAL, PARTICULARLY A SURGICAL, INSTRUMENT

An instrument holder and grip for detachably connecting to a medical instrument, which has a basic body with a grip section and a connecting section for connecting to the medical instrument. A locking means movable from a release position into a locking position is provided in the connecting section for locking the medical instrument on the connecting section. The instrument holder and grip has lever elements connected together and each mounted pivotably on the basic body. A first element has an actuating lever arm and a second element moves the locking means. The holder permits significantly simplified cleaning and sterilization after use, while continuing to provide a reliable holding effect on the instrument. It is possible to dismantle the instrument holder into a few easily cleaned parts with a few simple actions and without small parts such as connecting pins or similar. 1. A tool holder and grip for detachably connecting to a medical tool , which has a basic body with a grip section and a connection section for connecting to the medical tool , wherein a locking means which is movable from a release position into a locking position is provided in the connection section for locking the medical tool that is to be placed on the connection section , wherein the tool holder and grip further has a lever arrangement of lever elements which are connected to one another and are each mounted pivotably on the basic body , of which lever elements a first has an actuating lever arm and a second moves the locking means , said locking means being formed on a lever arm of the second lever element wherein the lever arrangement is formed of the first and second lever elements which , by virtue of pivot bearing sections formed thereon , are each arranged directly and removably , and in such a way as to be able to pivot with respect to the basic body on pivot bearing structures formed in the basic body , and each has a bearing connection section on one of their lever arms , which ...

ERGONOMIC HANDLE FOR A FLUID APPLICATOR SPRAY GUN

An ergonomic handle assembly can allow an operator to comfortably support weight of a fluid filled reservoir connected to a fluid applicator sprayer. Any combination of first, second and third shoulders can be formed on the handle assembly to provide increased support surface area in three dimensions with respect to a hand of an operator supporting the fluid applicator spray gun for distributing weight across both the palm and fingers through a proximal support surface of the first support shoulder, the distal support surface of the second support shoulder, and the proximal support surface of the third support shoulder. The increased support surface area can allow an operator to support and handle the fluid applicator spray gun with reduced gripping force when compared to existing fluid applicator spray guns. The reduced gripping force can reduce the likelihood of repetitive stress syndrome injuries to the hand and arm of an operator. 1. An ergonomic handle for a fluid applicator sprayer to be held in a hand of an operator , the ergonomic handle comprising:an elongated body having a first external convex surface extending between a proximal end and a distal end, the elongated body including a contoured external surface conforming to the hand of the operator.2. The ergonomic handle of claim 1 , wherein the elongated body further comprises:a first support shoulder with a proximal transverse surface and a distal transverse surface projecting transversely from the elongated body and located nearer to the proximal end of the elongated body than the distal end, the proximal transverse surface of the first support shoulder allowing a thumb of the operator to be located on the proximal transverse surface to support to the fluid applicator sprayer.3. The ergonomic handle of claim 2 , wherein the elongated body further comprises:a second support shoulder with a proximal lateral surface and a distal lateral surface projecting laterally from the elongated body and located ...

SELF-STERILIZING DOOR HANDLE

A system, comprising: a handle including a first portion and a second portion; a housing configured to: expose at least part of the first portion and conceal at least part of the second portion when the handle is in a first state; and expose at least part of the second portion and conceal at least part of the first portion when the handle is in a second state; and a sterilizing source disposed within the housing and configured to substantially sterilizing a portion of the handle concealed by the housing in at least one of the first state and the second state. 1a handle including a first portion and a second portion; expose at least part of the first portion and conceal at least part of the second portion when the handle is in a first state; and', 'expose at least part of the second portion and conceal at least part of the first portion when the handle is in a second state; and, 'a housing configured toa sterilizing source disposed within the housing and configured to substantially sterilizing a portion of the handle concealed by the housing in at least one of the first state and the second state.. A system, comprising: This disclosure relates to door handles and, in particular, self-sterilizing door handles.Door handles may aid in transmission of pathogens between individuals. Some door handles may attempt to sanitize the door handle using ultraviolet (UV) light. However, the UV light is directed towards the handle in such a way that a user, and in particular, a user's eyes may be exposed to the UV light. In addition, the intensity of UV light may be reduced to a level to attempt to improve safety, but the lower intensity is insufficient to sanitize the door handle. In addition, door handles including materials that may sanitize over time may take longer than a time between which users may contact the handle.An embodiment includes a system, comprising: a handle including a first portion and a second portion; a housing configured to: expose at least part of the first ...

CROSS WRENCH

A cross wrench includes a first part having a passage, a first receiving recess, a first connection portion, a second receiving recess and a second connection portion. A second part unit includes a second part which is perpendicular to the first part. The second part includes a third connection portion, a fourth connection portion and multiple first engaging portions. A third part unit is connected to the first part. The first part, the second part unit and the third part unit are connected to form a cross wrench. The third part unit includes a third part which has two sixth connection portions which are selectively connected to the first connection portion of the first part. 1. A cross wrench comprising:{'b': '12', 'a first part having a passage defined radially through a first end thereof, the passage being a rectangular passage, a first receiving recess defined in one inside of the passage and being not extending through the first end of the first part, a center of the first receiving recess located within the passage, the first receiving recess being a circular groove, a first connection portion defined in the first end of the first part, an axis of the first connection portion being perpendicular to an axis of the passage, the first connection portion being a rectangular recess and communicating with the passage, the passage and the first connection portion having the same shape and size, a second receiving recess defined radially through the first end of the first part and communicating with the first connection portion, an axis of the first connection portion being perpendicular to an axis of the second receiving recess which is a hole, the axis of the second receiving recess being parallel to an axis of the first receiving recess, a reception hole defined radially in the first end of the first part, the passage having an engaging recess which is a circular recess and communicates with the passage and the reception hole, a second connection portion formed on ...

ERGONOMICALLY DESIGNED MULTI-HANDLED TOOL

Described is a multi-handled tool that is ergonomically designed to maximize the efficiency of the tool by the use of a handle, optionally rotating, affixed to the shaft of the tool. The rotating handle may be rotated and locked into any desired position so the user can adjust the tool to create maximum efficiency. In addition, a footstep is optionally provided above the tool that allows for a greater digging force. A combination of the first, top handle with the ergonomically spaced handle placement that is completely adjustable combined with the footstep above the head of the tool provides for a tool that is much more efficient than the standard tools used today. 1. A hand-held tool , comprising:an elongated shaft defining a length between a first end and a second end, the length of the elongated shaft defining a first axis; anda handle functionally coupled to the elongated shaft, the handle defining a length between opposing distal ends, the length of the handle defining a second axis, the handle being configured to pivot with respect to the first axis between a parallel position wherein the first and second axes are parallel with one another and a transverse position wherein the first and second axes are transverse to one another.2. The hand-held tool of claim 1 , wherein the handle is functionally coupled to the elongated shaft between the first and second ends of the shaft.3. The hand-held tool of claim 1 , wherein the first axis and the second axis intersect with one another.4. The hand-held tool of claim 1 , wherein the first axis and the second axis lie in a plane and the handle pivots in the plane.5. The hand-held tool of claim 1 , wherein the first axis intersects the handle at an intersection between opposing distal ends of the handle.6. The hand-held tool of claim 5 , wherein the handle pivots with respect to the first axis about the intersection.7. The hand-held tool of claim 1 , further comprising a locking lever claim 1 , the locking lever being ...

Heated Ice Scraper Assembly

A heated ice scraper assembly includes a scraper that has a handle and a wedge. The handle may be manipulated thereby facilitating the wedge to scrape ice from a window. A blade is coupled to the wedge and the blade may frictionally engage the ice thereby facilitating the ice to be removed from the window. A cover is selectively positioned on the blade. A heating unit is coupled to the scraper and the heating unit is in thermal communication with the blade. The heating unit heats the blade thereby enhancing the scraping ice with the blade. 1. A heated ice scraper assembly comprising:a scraper having a handle and a wedge, said handle being configured to be manipulated thereby facilitating said wedge to scrape ice from a window;a blade being coupled to said wedge wherein said blade is configured to frictionally engage the ice thereby facilitating the ice to be removed from the window;a cover being selectively positioned on said blade; anda heating unit being coupled to said scraper, said heating unit being in thermal communication with said blade wherein said heating unit is configured to heat said blade thereby enhancing said scraping ice with said blade.2. The assembly according to claim 1 , wherein said handle has an outer surface and a distal end with respect to said wedge claim 1 , said handle being substantially hollow claim 1 , said wedge having a distal end with respect to said handle claim 1 , said wedge flaring outwardly between said handle and said distal end corresponding to said wedge such that said distal end corresponding to said wedge has a width being greater than said handle.3. The assembly according to claim 2 , wherein said blade is positioned on said distal end of said wedge claim 2 , said blade being substantially coextensive with said distal end of said wedge claim 2 , said blade being comprised of a thermally conductive material.4. The assembly according to claim 1 , wherein said cover has a pair of ends and a back side claim 1 , said cover ...

Tool with Indicia

A tool with indicia includes a main body extending longitudinally along a phantom axis and including a periphery thereof forming an indication area. An indicia device located on the indication area includes at least one seat mounted on the indication area, at least one indicia insert mounted on the at least one seat and forming indicia on opposite sides of the at least one seat with respect to the main body, and a ring injection molded to the at least one seat and the at least one indicia insert. The ring surrounds the outline of the at least one indicia insert. The ring includes at least one through hole and the indicia is exposed from the at least one through hole. The ring covers the at least one seat. 1. A tool with indicia comprising:a main body extending longitudinally along a phantom axis and including a periphery thereof forming an indication area; andan indicia device located on the indication area including at least one seat mounted on the indication area, at least one indicia insert mounted on the at least one seat and forming indicia on opposite sides of the at least one seat with respect to the main body, and a ring injection molded to the at least one seat and the at least one indicia insert, with the ring surrounding the outline of the at least one indicia insert, with the ring including at least one through hole and the indicia exposed from the at least one through hole, and with the ring covering the at least one seat.2. The tool with indicia as claimed in claim 1 , wherein the at least one seat has two ends and extends longitudinally in a direction of the phantom axis between the two ends claim 1 , wherein the at least one seat includes each of the two ends thereof having a width claim 1 , measured in a direction radial to the phantom axis claim 1 , greater than a region extending between the two ends claim 1 , and wherein the region forms a recess and at least one indicia insert is disposed on the region.3. The tool with indicia as claimed in ...

Wrench System

A wrench system includes a socket wrench that has a head and a handle. The head may have a socket removably coupled thereto thereby facilitating the socket wrench to manipulate a fastener. The handle may be gripped thereby facilitating the fastener to be selectively tightened or loosened. An extension is removably coupled to the head such that the extension may be gripped. Thus, an increased rotational torque may be applied to the socket wrench compared to gripping only the handle. 1. A wrench system comprising:a socket wrench having a head and a handle, said head being configured to have a socket removably coupled thereto thereby facilitating said socket wrench to manipulate a fastener, said handle being configured to be gripped thereby facilitating the fastener to be selectively tightened or loosened; andan extension being removably coupled to said head such that said extension is configured to be gripped thereby facilitating an increased rotational torque to be applied to said socket wrench compared to gripping only said handle.2. The system according to claim 1 , wherein said head has a first surface claim 1 , a second surface and a peripheral edge extending between said first surface and said second surface claim 1 , said peripheral edge having a front side and a back side claim 1 , said head being elongated between said front side and said back side claim 1 , said handle being coupled to and extending laterally away from said front side.3. The system according to claim 2 , wherein said back side has a well extending inwardly therein claim 2 , said well having a bounding surface.4. The system according to claim 3 , wherein said bounding surface has a plurality of intersecting side such that said well has a rectangular shape.5. The system according to claim 2 , wherein said second surface has a tang being rotatably coupled thereto and extending downwardly therefrom claim 2 , said tang being selectively locked to rotate in a clockwise direction or a ...

Plier with Sockets

A plier with sockets is provided. The device includes a pair of plier members pivotally connected together, each plier member having a handle portion opposite a jaw portion. A first socket is affixed to a first handle portion and includes a first socket opening having a first diameter. A second socket is affixed to a second handle portion and includes a second socket opening having a second diameter. The first and second socket openings are oriented opposite the jaw portions of the pair of plier members. In some embodiments, the first and second socket are removably securable to the first and second handle portions, such that the readily interchange the first and second sockets with sockets of other sizes. 1. A plier with sockets , comprising:a pair of plier members pivotally connected together, each plier member having a handle portion opposite a jaw portion;a first socket integrally affixed to a first handle portion;wherein the first socket comprises a first socket opening having a first diameter;a second socket integrally affixed to a second handle portion;wherein the second socket comprises a second socket opening having a second diameter;wherein the first and second socket openings are oriented opposite the jaw portions of the pair of plier members.2. The plier with sockets of claim 1 , wherein an outer diameter of each of the first socket and the second socket is identical.3. The plier with sockets of claim 1 , wherein the first socket and the second socket comprise an identical weight.4. The plier with sockets of claim 1 , wherein the pair of plier members are spring biased towards an open position claim 1 , wherein a linear distance between the jaw portions of the pair of plier members is greater when in the open position.5. The plier with sockets of claim 1 , wherein the first and second handle portions each comprise an arcuate shape.6. The plier with sockets of claim 1 , wherein an exterior surface of each of the first handle portion and the second handle ...

Multi-Track Bearing Folding Knife

Disclosed are various embodiments for a multi-track bearing folding knife or folding tool. In various embodiments, a folding knife may comprise a handle having a first side with a first side inner surface and a second side with a second side inner surface and a blade rotatably coupled to the handle, where the blade is configured to rotate from a closed position and an open position. A multi-track bearing may be disposed between the handle and the blade. The multi-track bearing may include a first plurality of balls positioned along a first circular path and a second plurality of balls positioned along a second circular path. The balls of the multi-track bearing may protrude from both a first side of the bearing and a second side of the bearing to contact two surfaces. A first guide and a second guide may be formed by a periodic rotation of the blade. 1. A folding knife , comprising:a handle comprising a first side having a first side inner surface and a second side having a second side inner surface;a blade rotatably coupled to the handle being configured to rotate from a closed position and an open position;a bearing disposed between the handle and the blade, the bearing comprising a first plurality of balls and a second plurality of balls disposed therein, the first plurality of balls being positioned along a first circular path and the second plurality of balls being positioned along a second circular path, each of the first plurality of balls having an equal radius and having a radius different than each of the second plurality of balls, wherein the bearing is disposed within a recess of at least the first side inner surface or the second side inner surface, a first side of the bearing being in contact at least the first side inner surface or the second side inner surface, the second side of the bearing being in contact with the blade;a first guide formed by a periodic rotation of the blade from the closed position to the open position, the first guide being ...

Compact cross lug wrench with center drive

A compact cross lug wrench with a center drive opening connectable to a drive post of a breaker bar. The breaker bar coupled to the compact cross wrench can apply a substantial force to loosen or tighten a lug nut on a motor vehicle. The drive post may be pivotally attached to the breaker bar.

Hand-operated crank handle for semi-trailer trap doors

A hand-operated crank tool for manually operating hopper trap doors. The crank tool may have a first handle arranged on a first axis, a second handle arranged on a second axis, and a tooling end arranged on a third axis. The crank tool may additionally have a first extension portion extending between the first and second handles and a second extension portion extending between the second handle and the tooling end. The first, second, and third axes may be parallel. In some embodiments, the tooling end may include a socket head, which may be readily removable.

HAND TOOL HAVING A HEAD WHICH IS POSITION-ADJUSTABLE AND LOCKABLE RELATIVE TO A HANDLE

A hand tool includes a head and a handle. The head is pivotally mounted to the handle, permitting the position of the head to be changed relative to the handle. In addition, the tool includes a primary locking mechanism and a secondary locking mechanism. The primarily locking mechanism primarily fixes the head relative to the handle in a particular position. The secondary locking mechanism can be used to further lock the head and handle. The locking mechanisms are actuated by movement of a sleeve which is located on the handle. 1a head and a handle, the head being pivotally connected to the handle permitting a position of the head to be varied relative to the handle, and the head comprising a collar that has at least one outwardly extending tab; anda locking mechanism configured to permit a user to selectively fix a position of the head relative to the handle, the locking mechanism comprising a sleeve that has a recess corresponding to each tab, the sleeve being mounted on the handle, the sleeve being movable between at least a first position and a second position, the sleeve in the first position permitting the head to be moved relative to the handle, and the at least one tab of the collar being positioned in a corresponding recess of the sleeve when the sleeve is in the second position limiting movement of the head relative to the handle.. A hand tool comprising: This application claims priority to and is a continuation of U.S. patent application Ser. No. 14/548,634 which was filed on Nov. 20, 2014, the contents of which is incorporated by reference.The present invention relates to tools which have position-adjustable headsMany hand tools have a work piece engaging head and a user-engageable handle for driving the head. Commonly, the head is fixed in a position in which it is aligned with the handle. However, in many instances, that fixed position makes it difficult for a user to engage a work piece and engage or move the handle.In some instances, the head of the ...

ARM HOLDER FOR A POLE-HANDLED TOOL

The disclosure relates to an arm holder for a pole-handled tool such as a broom, a mop, a squeegee, etc. that allows effective use of the pole-handled tool with only one hand. The arm holder comprises an arm grip having an arm-holding structure; and an attachment portion capable of attaching the arm grip to the pole-handled tool; wherein the arm-holding structure is capable of receiving an arm positioned within the arm-holding structure while a corresponding hand of the same arm grasps the pole handle, the pole handle acting as a lever where the corresponding hand forms a fulcrum of the lever. 1. An arm holder for a pole-handled tool , comprising:an arm grip having an arm-holding structure; and 'wherein the arm-holding structure is capable of receiving an arm positioned within the arm-holding structure while a corresponding hand of the same arm grasps the pole handle, the pole handle acting as a lever where the corresponding hand forms a fulcrum.', 'an attachment portion capable of attaching the arm grip to the pole-handled tool;'}2. The arm holder for a pole-handled tool according to claim 1 , wherein the arm-holding structure has a width that is slightly greater around the middle of a curvature of the arm-holding structure than at a first end of the arm-holding structure.3. The arm holder for a pole-handled tool according to claim 1 , wherein the attachment portion includes a hole disposed on a second end of the arm-holding structure that accommodates the pole handle extended through the hole along the pole handle.4. The arm holder for a pole-handled tool according to claim 1 , wherein the attachment portion includes an apertured attachment device that includes a protruding portion claim 1 , an apertured base and a tightening fastener.5. The arm holder for a pole-handled tool according to claim 4 , wherein the protruding portion is accommodated by a corresponding aperture disposed on a second end of the arm-holding structure to couple the apertured attachment ...

SCREWDRIVER TOOL WITH IDENTIFICATION STRUCTURE

A screwdriver tool with an identification structure includes: a screwdriver rod, a screwdriver head adapted to insert in and turn a screw being configured on one end thereof, a grip, configured on one end of the screwdriver rod far away from the screwdriver head; and an identification portion, configured on one end of the grip far away from the screwdriver rod, and being a three-dimensional convex-shaped body and corresponding to a shape of the screwdriver head. Whereby, a user may watch the three-dimensional convex shape of the identification portion directly to identify easily and quickly the shape of the screwdriver head. 1. A screwdriver tool with an identification structure , comprising:a screwdriver rod, a screwdriver head adapted o insert in and turn a screw being configured on one end thereof;a grip, configured on one end of said screwdriver rod far away from said screwdriver head; andan identification portion, configured on one end of said grip far away from said screwdriver rod, and being a three-dimensional convex-shaped body and corresponding to a shape of said screwdriver head, thereby allowing the quick identification of said screwdriver tool of a user.2. The screwdriver tool according to claim 1 , wherein a hanging hole is configured on said grip.3. The screwdriver tool according to claim 1 , wherein at least one auxiliary part is configured on said identification portion.4. The screwdriver tool according to claim 3 , wherein said auxiliary part has color claim 3 , size claim 3 , characters claim 3 , or code.5. The screwdriver tool according to claim 1 , wherein said identification portion as well as said screwdriver has a slotted claim 1 , cross slot claim 1 , pozidriv claim 1 , torx claim 1 , security T claim 1 , hexagon claim 1 , tri-wing claim 1 , square or pentagon type.6. The screwdriver tool according to claim 1 , wherein said identification portion is separated from said grip.7. The screwdriver tool according to claim 6 , wherein at least one ...

KITCHEN KNIFE

A kitchen knife includes a hollow handle having a surrounding wall which surrounds an axis in a longitudinal direction and which has an inner wall surface that defines an accommodation chamber therein, a blade connected to a front end of the handle, and a counterweight unit pressed fit in the accommodation chamber, and including a base seat which extends in the longitudinal direction to be in frictional engagement with the inner wall surface, and a plurality of primary counterweight members which are removably disposed on the base seat and which are spaced apart from each other in the longitudinal direction. The weight and weight distribution of the knife are adjustable by varying the number and position of the primary counterweight members on the base seat. 1. A kitchen knife comprising:a hollow handle having a surrounding wall which surrounds an axis in a longitudinal direction to have opposite front and rear ends, and which has an inner wall surface that defines an accommodation chamber therein;a blade connected to said front end of said handle and having a cutting edge which faces downwardly; anda counterweight unit pressed fit in said accommodation chamber, and including a base seat which extends in the longitudinal direction to be in frictional engagement with said inner wall surface, and a plurality of primary counterweight members which are removably disposed on said base seat and which are spaced apart from each other in the longitudinal direction.2. The kitchen knife as claimed in claim 1 , wherein said base seat has first and second halves each extending in the longitudinal direction claim 1 , said first and second halves respectively having first and second mating surfaces which confront each other in a transverse direction that is transverse to the longitudinal direction claim 1 , and which respectively have a plurality of first primary recessed halves that are spaced apart from each other in the longitudinal direction and a plurality of second primary ...

POOL HANDLE ATTACHMENT MECHANISM AND METHODS THEREOF

A pole attachment mechanism for removably attaching swimming pool maintenance accessories to an end of a pole. The pole attachment mechanism includes a thumb-press which, when pressed, the pegs projecting from the shaft of the pole attachment are retracted thereby permitting the pole to be received over the retracted pegs or to be released from pegs. 1. A pole attachment mechanism for swimming pool maintenance accessories , the pole attachment mechanism comprising: (i) a pair of apertures substantially aligned along the longitudinal central axis and proximate the central lateral axes;', '(a) a pair of opposing inwardly projecting ears substantially aligned along the longitudinal central axis, the opposing inwardly projecting ears defining a lateral space therebetween, the inwardly projecting ears spaced a distance longitudinally from the apertures in a direction toward the proximal end of the tubular shaft;', '(ii) an outer surface with an open wall segment exposing an interior cavity of the tubular shaft, the interior cavity including], '(A) a tubular shaft having a distal end and a proximal end, the tubular shaft having longitudinal central axis and a lateral central axis, the tubular shaft including (i) a pair of resilient legs extending longitudinally from and diverging laterally outwardly from a vertex;', '(ii) a peg extending laterally outwardly from a distal end of each of the legs, each of the pegs having outer ends;, '(B) a clip includingwherein the legs of the clip extend into the interior cavity of the tubular shaft with the outer ends of the pegs projecting through the apertures and extending outwardly from the outer surface of the tubular shaft, the laterally outwardly diverging legs biasing the peg ends outwardly;wherein a distance from the pegs at the distal ends of the legs to the vertex is greater than the longitudinal distance between the apertures and the inwardly projecting ears;wherein the vertex of the legs of the clip is oriented toward the ...

STIR STICK HANDLE

Wooden paint stirring sticks provided to consumers by retail stores are not ergonomic and are difficult to hold. The present invention is a reusable handle or grip for wooden paint stifling sticks which is ergonomic and inexpensive to manufacture. The present invention may be of one piece molded construction and formed with an internal chamber adapted to receive the end of a wooden stir stick and hold it therein by friction fit. The present invention may also serve as a handle for a bail on a paint can through the implementation of a transverse groove formed on its exterior surface. The present invention's shape also allows the wooden paint stir stick to lie flat (when inserted into the present invention) on a support surface with the stick above the surface so that it will not stick to the support surface when covered with paint. 1. A handle for a stir stick comprising a body having first and second ends , an opening formed in one of said ends , and a recess formed in the body in communication with the opening for receiving the end of a stir stick; said opening and recess being dimensioned to frictionally and removably engage an end of a stir stick inserted therein.2. A handle as defined in wherein said body has an oval cross section transverse to the recess.3. A handle as defined in wherein said body has recesses formed in its peripheral surface for facilitating manual grasping of the handle.4. A handle as defined in wherein the body has a groove formed on its surface substantially midway between said first and second ends and transverse to the recess for receiving the bail of a can to enable lifting of a can with the handle.5. A handle as defined in wherein said recesses are located at the ends of the long axis of the oval cross-section.6. A handle as defined in wherein the body has a groove formed on its surface substantially midway between said first and second ends and transverse to the recess for receiving the bail of a can to enable lifting of a can with the ...

ERGONOMIC SECOND-HANDLE FOR TOOLS

A shovel and ergonomic second-handle for a shovel are disclosed. The shovel includes a scoop; a shaft having first and second end portions, the first end portion being secured to the scoop; a main handle at the second end portion of the shaft; and a second handle positioned relatively closer to the first end portion of the shaft than to the second end portion of the shaft, the second handle including a grip, and the second handle being positioned such that a line extending through a longitudinal axis of the grip intersects the shaft. The grip is disposed at an angle θ relative to the shaft. 1. A shovel , comprising:a scoop;a shaft having first and second end portions, the first end portion being secured to the scoop;a main handle at the second end portion of the shaft; anda second handle positioned relatively closer to the first end portion of the shaft than to the second end portion of the shaft, the second handle including a first grip, and the second handle being positioned such that a line extending through a longitudinal axis of the first grip intersects the shaft, wherein the first grip is disposed at an angle θ relative to the shaft.2. The shovel according to claim 1 , further comprising:a second grip disposed on the second handle, the second grip being disposed between the first grip and the shaft and being parallel to the first grip.3. The shovel according to claim 1 , wherein the second handle is detachably secured to the shaft and is rotatable such that in a storage position the second handle is substantially parallel to the scoop.4. The shovel according to claim 1 , wherein a first edge of the second handle disposed along the shaft that is closest to the scoop is disposed between about 0 inches and about 3 inches from the scoop.5. The shovel according to claim 1 , wherein the angle θ is between about 30 degrees and about 45 degrees.6. The shovel according to claim 1 , wherein a first edge of the second handle disposed along the shaft that is closest to ...

Quick Release Implement

A quick release handle, that consist of a clip having its apex partially exposed, whereby when a force is applied to the exposed apex, a set of legs are directed to an internal slope formed with the handle which causes the legs to compress and retract associated pins. As a result, the handle may be disconnected from a pole with ease. 1. A quick release tool comprising ,a handle defined by an outer wall surrounding an internal area, a hole formed through said wall and an access area,a clip disposed within said internal area, said clip having two ends, one that consists of a detent engaging the hole and the other that consists of a lever that communicates with said access area, a leg defined there between, andmeans disposed in said internal area that disengages the detent and hole according to said communications.2. The quick release tool of whereby the access area consists of an access hole formed through the wall that supports communication with the lever.3. The quick release of wherein said access hole is filled with a moveable button.4. The quick release of wherein the button is connected to the lever.5. The quick release of wherein the button is a flexible diaphragm.6. The quick release tool of whereby the means disposed in said internal area includes a fulcrum.7. The quick release tool of whereby the fulcrum includes a guide.8. The quick release tool of whereby the guide is a slope.9. The quick release tool of whereby the communication is displacing the lever.10. The quick release tool of whereby said means disposed in said internal area is in contact with the leg when the detent and hole disengage.11. A quick release handle comprising claim 1 ,a clip consisting of a leg that has a pin disposed thereon,a handle having at least one wall defining an internal area that houses said clip,a hole formed through said at least one wall, and is shaped and sized to allow a portion of the pin to retract there through,a grade disposed within said internal area, that directs ...

Throwing Knife

A throwing knife. The throwing knife comprises a body having a first end and a second end. A handle is affixed to the first end of the body, and a blade is affixed to the second end of the body. A weighted member includes a perimeter defining a central channel and is configured to slide between the handle and the body. The weight may include a ring slidably disposed along the body, or a ball inserted into a hollow channel within the body adjacent an optional packing material, or may include both types of weights. The body is narrower than both the handle and the blade, such that a ring weight disposed about the body is configured to slide between a forward edge of the handle when held by a user, and a second position wherein the weight contacts a rear edge of the blade when thrown. 1) A throwing knife , comprising:a body having a first end and a second end;a handle affixed to the first end of the body;a blade affixed to the second end of the body;a weight slidably engaged with the body;wherein the weight is configured to slide between the handle and the blade.2) The throwing knife of claim 1 , wherein a width of the body is less than a width of the handle and a width of the blade.3) The throwing knife of claim 1 , wherein the handle comprises a flange disposed on the forward edge thereof.4) The throwing knife of claim 1 , wherein the body is composed of a material claim 1 , the material having a coefficient of friction less than one.5) The throwing knife of claim 1 , wherein the weight is composed of a material claim 1 , the material having a coefficient of friction less than one.6) The throwing knife of claim 1 , wherein the weight comprises a perimeter defining a channel claim 1 , wherein a width of the channel is greater than a width of the body.7) The throwing knife of claim 6 , wherein the perimeter of the weight is rectangular claim 6 , and wherein the channel comprises a rectangular cross-section.8) The throwing knife of claim 1 , wherein the blade comprises ...

HANDLE AND DISPLAY DEVICE EQUIPPED WITH HANDLE

A display device () includes a display () used to display an image, and a handle () attached to a recess () formed in a rear face () of the display (). The handle having a Z-shape in a side view connects between a first holder () and a second holder () via a connecting part (). The second holder () is projected outside the display device so as to achieve an easy-to-hold ability when the first mounting face (a) of the first holder () is fixed to the recess () of the display device (). The first holder () is kept inside the thickness of the display device () when the second mounting face (a) of the second holder () is fixed to the recess (). 1. A handle connecting between a first holder and a second holder via a connecting part , characterized in that the first holder is equipped with a first mounting face to be fixed to a device while the second holder is equipped with a second mounting face to be fixed to a device ,wherein an angle formed between a center axis of the connecting part and the first mounting face is greater than an angle formed between the center axis of the connecting part and the second mounting face, andwherein either the first mounting face or the second mounting face is selectively attached to the device.2. A display device equipped with a display used to display an image and a handle attached to a rear face of the display , characterized in that the handle connects between a first holder and a second holder via a connecting part , and the first holder is equipped with a first mounting face to be fixed to the display while the second holder is equipped with a second mounting face to be fixed to the display ,wherein an angle formed between a center axis of the connecting part and the first mounting face is greater than an angle formed between the center axis of the connecting part and the second mounting face, andwherein either the first mounting face or the second mounting face of the handle is selectively attached to the display.3. The display ...

Wrench handle and wrench

An example embodiment of the present invention is a wrench handle that is elongated in a predetermined direction. At least a portion of the wrench handle is hollow. The hollow portion has a front part and a rear part. The hollow portion is also configured to substantially house and detachably secure a socket extension bar therein.

Extension wrench/handle

This tool is designed to attach to the open end of a wrench, as shown in FIGS. and It locks into place with forward pressure and releases when the pressure is reversed. The tool consists of three parts: the tip that locks onto the open end of a wrench, the shaft that provides the required length of the tool, and the contoured handle where an individual places their hand. The tip of the tool is angled to provide two angle positions for the open end wrench. The angle of the tip can be changed from zero to 90 degrees in order to change those two angles. Depending on the angle of the tip, the tool provides a zero to 90 degree offset to the wrench itself, as shown in FIGS. and This tool is made of steel construction. This tool is designed so that it can attach to special designed attachments designed by us. 1. The tool show in provides a tip , shaft , and contoured handle all of single solid construction which the open end portion of an open end wrench , as shown in , locks into the tip of tool and provides solid secure tool-to-tool connection with forward and left to right pressure. The tool in is designed to not allow the open end wrench to slip off tip when side pressure is applied and forward pressure is applied.2. The tool shown in will fit 6 and more sizes of open end wrenches as shown in .3. The tool in provides 2 angles of attachment for each open end wrench as shown in . 1. U.S. Pat. No. 1,511,738This tool locks onto the handle of an open end wrench and has no shaft and handle portion. It does not have a tip and it has 2 side hooks that hold on to the open end wrench. The wrench can slip if forward pressure is applied. This tool cannot be used on a full set of open end wrenches.2. U.S. Pat. No. 2,725,773This tool is not used on open end wrenches, so even though it is a cheater bar and adds length, it is not used on the same type of tools as ours.3. U.S. Pat. No. 4,104,935This is a tool shown to be used on the shaft portion of a wrench. It does not consist of a ...

Screwdriver

A screwdriver comprises a handle including a butt and a shank extending from the handle and including a tip. The butt includes a first indicating element having a shape corresponding to the tip and a plurality of second indicating elements arranged around the first indicating element. Each of the second indicating elements has the shape. 1. A screwdriver comprising: a first end;', 'a second end, the second end including an end surface;, 'a handle comprisinga shank extending between the first end of the handle and a tip;wherein the end surface includes a first recess having an edge defining an outline corresponding to the tip and a plurality of second recesses arranged around the first recess; andwherein each of the second recesses has an edge defining the outline.2. The screwdriver of claim 1 , wherein the outline of the second recesses is smaller than the outline of the first recess.3. The screwdriver of claim 1 , wherein the end surface is a curved surface and wherein the end surface is concave relative to the second end of the handle.4. The screwdriver of claim 1 , wherein the handle is formed from a first material and from a second material that is different from the first material.5. The screwdriver of claim 4 , wherein the end surface includes a first portion formed from the first material and a second portion formed from the second material.6. The screwdriver of claim 5 , wherein the first recess is located on the first portion of the end surface and the second recesses are located on the second portion of the end surface.7. The screwdriver of claim 1 , wherein the first recess has a first cross-shaped outline and the second recesses each have a second cross outline.8. The screwdriver of claim 1 , the handle further comprising a hole extending through the handle such that a lanyard can extend through the handle.9. The screwdriver of claim 1 , the shank further comprising a hex bolster such that a tool may be used to rotate the screwdriver via the hex bolster. ...

COAXIAL FITTING TOOL ASSEMBLY

A coaxial fitting tool assembly for tightening or loosening a coaxial fitting includes a tool that may engage a fitting on a coaxial cable thereby facilitating the fitting to be loosened or tightened. A bar is selectively extended through the tool and the bar is selectively manipulated. The bar rotates the tool thereby facilitating the fitting to be tightened or loosened. 1. A coaxial fitting tool assembly being configured to engage a fitting on a coaxial cable for tightening and loosening the fitting , said assembly comprising:a tool being configured to engage a fitting on a coaxial cable thereby facilitating the fitting to be loosened or tightened; anda bar being selectively extended through said tool wherein said bar is configured to be manipulated, said bar rotating said tool thereby facilitating the fitting to be tightened or loosened.2. The assembly according to claim 1 , wherein said tool comprises a cylinder having a first end claim 1 , a second end and an outer wall extending therebetween claim 1 , said cylinder having an aperture extending through said first end and said second end.3. The assembly according to claim 2 , wherein said aperture has a bounding surface claim 2 , said bounding surface having a plurality of intersecting sides such that said aperture has a square shape wherein said aperture is configured to receive a ratcheting wrench.4. The assembly according to claim 3 , wherein said outer wall has an opening extending laterally through said cylinder claim 3 , said opening being centrally positioned between said first end and said second end.5. The assembly according to claim 2 , wherein said tool includes a trough being coupled to and extending away from said second end of said cylinder claim 2 , said trough having a distal end with respect to said cylinder and a top surface extending between said cylinder and said distal end.6. The assembly according to claim 5 , wherein said top surface has a groove extending downwardly therein claim 5 , said ...

Fast rotation structure of wrench and wrench thereof

A fast rotation structure of wrench and wrench thereof are provided. The rotation structure includes a seat connected with the ratchet head of the wrench. The seat has a first pivot connection portion which is pivotally connected with a second pivot connection portion of a rocker arm, such that the rocker arm sways between a folding position and a driving position. At the folding position, the rocker arm is combined with the seat. At the driving position, the rocker arm protrudes from one side of the seat, so as to drive the seat to rotate from an outer side of the seat. Therefore, the ratchet head is able to efficiently rotate.

FAST ROTATION STRUCTURE OF WRENCH AND WRENCH THEREOF

A fast rotation structure of wrench and wrench thereof are provided. The fast rotation structure includes a seat and a rocker arm. The seat is connected with the ratchet head of the wrench. The rocker arm and the seat are integrally formed or slidably combined. The rocker arm protrudes from one side of the seat, so as to drive the seat to rotate from an outer side of the seat. Therefore, the ratchet head is able to efficiently rotate. 1. A fast rotation structure of wrench for fast rotating a ratchet head of a wrench , comprising:a seat having a predetermined height and connected with the ratchet head; anda rocker arm integrally formed or slidably combined with the seat, the rocker arm protruding on one side of the seat for driving the seat to rotate from an outer side of the seat.2. The fast rotation structure of claim 1 , wherein the seat is formed in a U shape and has a first opening; the seat has a lower wall claim 1 , such that the seat is connected with the ratchet head by the lower wall; the rocker arm has a rocker handle disposed at an end in opposite to the first opening claim 1 , and the rocker handle protrudes on the rocker arm.3. The fast rotation structure of claim 2 , wherein the seal has two first lateral portions symmetrically disposed on two sides of the first opening claim 2 , respectively; the rocker arm is formed in a U shape and has a second opening; the rocker arm has two second lateral portions symmetrically disposed on two sides of the second opening claim 2 , respectively; the two second lateral portions of the rocker arm slidably overlap the two first lateral portion claim 2 , with the first opening and the second opening facing a same direction.4. The fast rotation structure of claim 3 , wherein each first lateral portion has a rail groove which extends in a straight line orientation claim 3 , and the rail grooves of the two first lateral portion are arranged in parallel; each second lateral portion has a slide portion claim 3 , and the ...

WHEEL WELL ICE BUILDUP REMOVAL ASSEMBLY

A wheel well ice buildup removal assembly includes a cylinder having a first end, a second end and a perimeter wall. The first and second ends each have an opening extending therethrough. A rod extends through the first end and has an outer end positioned outside of the cylinder and an inner end positioned in the cylinder. A head is attached to the inner end and has a distal end that is pointed extending outwardly of the second end. The distal end is positionable in a retracted condition positioned within the cylinder and a deployed condition positioned outside of the cylinder. A spring is mounted within the cylinder and biases the head away from the first end and outwardly of the second end. The rod is pulled outwardly away from the first end and released to cause the head to forcibly extend from the cylinder. 1. An ice removal assembly configured for removing ice from a wheel well of a vehicle , said assembly comprising:a cylinder having a first end, a second end and a perimeter wall extending between said first and second ends, said first and second ends each having an opening extending therethrough;a rod having an outer end positioned outside of said cylinder and an inner end positioned in said cylinder, said rod extending through said opening in said first end;a head being attached to said inner end, said head having a distal end with respect to said rod, said distal end being pointed and being extendable through said opening in said second end, said distal end being positionable in a retracted condition positioned within said cylinder and a deployed condition positioned outside of said cylinder and extending away from said second end; anda spring being mounted within said cylinder and extending between and abutting said head and said first end, said spring biasing said head away from said first end and outwardly of said second end, wherein said rod is pullable outwardly away from said first end and released to cause said head to forcibly extend from said ...

SINGLE-HANDED OPERABLE HAND TOOL WITH MEASURING DEVICE

A hand tool is disclosed for driving nails, screws, and the like into a surface that improves the speed and accuracy with which it may be used by incorporating a measuring tool enabling the user to use the tool and measure distances with a single hand.

Hand stabilizer

A device is provided for stabilizing hands of a golfer or other user to facilitate holding or movement of a golf club or other implement by the hands. The device includes two gloves or other structures and a channel-containing arrangement to hold the implement. The device can be fabricated with various geometric relationships among the digits of the hands, including relationships employed in grips commonly used by golfers or other users, grips such as the Vardon or overlapping, the interlocking and the ten finger or baseball grips. The device can be fabricated with compositions which can include semi-rigid or rigid materials that can include metals or plastics. The device can be fabricated as a connected object. The device can include a stabilizer to assist in holding the implement stationary within the channel. The stabilizer can be a liner, which can include a Velcro material or adhesive material, or can be a hold-down mechanism such as a set screw. 144-. (canceled)45. A device for stabilizing hands of a user to facilitate the proper holding or movement of an implement by the hands , the device comprising:a first hand casing having at one of its ends a first hand opening sufficiently large for insertion of a first hand of the user, the first hand casing being sufficiently large for enclosing the first hand;a first thumb portion attached to the first hand casing at a second end thereof, the first thumb portion being sufficiently large to house a first thumb of the first hand;a first index portion attached to the first hand casing at the second end thereof, the first index portion being sufficiently large to house a first index finger of the first hand;a first middle portion attached to the first hand casing at the second end thereof, the first middle portion being sufficiently large to house a first middle finger of the first hand;a first ring portion attached to the first hand casing at the second end thereof, the first ring portion being sufficiently large to ...

Strap wrench

A strap wrench is used to drive a cylindrical object and contains: a handle including two recesses and a longitudinal slot; a strap including a first end portion and a second end portion which are inserted into the two recesses; a guiding rod longitudinally inserted into the handle; a supporting block rotatably connected with a first segment and located inside the strap; a movable member disposed on the guiding rod and moving between a first position and a second position, the movable member joining with the strap; a push switch slidably fixed in the longitudinal slot and rotatably connected with the movable member; and a spring for pushing the movable member to move toward the second position. Thereby, the movable member is driven by the engaging block to move between the first position and the second position so as to operate the strap wrench easily.

Hand tool device

A hand tool including a control element for receiving one or more finger digits of a user. The control element is positioned on the body component and may be in the form of an aperture defined by a perimeter surface. A user places one or more fingers within the control element and applies pressure to rotate the body component.

Handle for a screwdriver

A screwdriver includes a shank having a driving end and a connection end which is fixed to a handle. The handle has a core portion which is mounted to the connection end of the shank by way of injection molding. Multiple first portions and multiple second portions are alternatively attached to the outside of the core portion. The first portions are made of material that is softer than that of the second portions so as to provide comfortable grasp to the user's hand.

Pet Waste Collection and Isolating Device

Devices and methods for collecting pet droppings into bags and disposing of them in a way that the user and equipment avoid contact with the droppings are disclosed. In one embodiment, the mouth of an open bag is placed over the dropping and elastic cords manipulated by a remote handle wrap around the waste bag and closes its opening to snare the droppings. In another embodiment, two jaws are configured for sideways movement and to close over the dropping by a remote handle. A collection bag is placed inside the jaws with its rim wrapped around the jaws in a way that closing the jaws ensnares the droppings inside the bag. 1. A device for collecting and isolating pet droppings comprising:A ring assembly comprising an outer ring and an inner ring, said inner ring being configured for fitting inside and rotating inside the outer ring, said outer ring having an open section and said inner ring having an open section;a turning bar assembly attached to a top portion of the inner ring, said turning bar assembly creating a space above the ring assembly;a handle member attached to the bar assembly, said handle member being configured for turning the inner ring;a plurality of elastic cords, said each elastic cord having a first end and a second end, wherein the first end of each cord is attached to a groove at the bottom surface of the inner ring while the other end is attached to a groove disposed at the bottom surface of the outer ring, said cords being arranged in succession of one another; anda waste collection bag, said waste collection bag having a rim around an opening, said bag being held open by means of affixing the rim to a bottom portion of the device for collecting and isolating pet droppings, said waste collection bag having walls that occupy the space above the ring assembly,wherein turning the handle member is configured to actuate the turning bar assembly to rotate the inner ring inside the outer ring that, in turn, actuates the cords to twist the mouth of ...

Extension Wrench

An extension wrench includes a handle and a wrench securing head. The extension wrench firmly engages and locks in place with an open-end wrench through a first lateral plate, a second lateral plate, and a pair of locking pins of the wrench securing head. Then the handle is utilized to effectively apply pressure to the open-end wrench as the handle is axially connected with the wrench securing head. The wrench securing head is also partially angled away from a central axis of the handle, allowing the extension wrench to be utilized within a zero-degree position angle to a 90-degree position angle. 1. An extension wrench comprises:a handle;a wrench securing head;the handle comprises a pommel end, a grip section, and an extended section;the wrench securing head comprises a first lateral plate, a second lateral plate, and a pair of locking pins;the pommel end being adjacently positioned with the grip section;the extended section being adjacently positioned with the grip section, opposite of the pommel end;the first lateral plate and the second lateral plate being connected to the extended section, opposite of the grip section;the first lateral plate and the second lateral plate being diametrically opposed of each other;the pair of locking pins being connected in between the first lateral plate and the second lateral plate; andthe pair of locking pins being perpendicularly oriented with the first lateral plate and the second lateral plate.2. The extension wrench as claimed in claim 1 , wherein the pommel end claim 1 , the grip section claim 1 , and the extended section being axially oriented along a central axis of the handle.3. The extension wrench as claimed in claim 1 , wherein the first lateral plate and the second lateral plate being oriented parallel to each other.4. The extension wrench as claimed in comprises:the first lateral plate and the second lateral plate each comprise a straight section and an angled section;the straight section being adjacently ...

Universal slotted wrench combination tool

Method and apparatus for fastening rotatable items. A hand tool including two rows of teeth are used to grip fasteners such as lug nuts, screws and bolts. The teeth are located within a slotted region of the handle of the hand tool. Because the slotted region is within the handle, when rotated, both a lateral torque force and a sagittal pressing force is applied to the fastener. This combination of forces makes fasting easier and more efficient.

HANDLED RATCHETING TOOL WITH A FLIP OUT HANDLE

A handled ratcheting tool is able to be used in a standard, L handle or T handle orientation. The handled ratcheting tool includes a handle, a stem, a ratcheting mechanism and multiple tools. Multiple tools are coupled to the ratcheting mechanism which are able to form the L and T configurations depending on which tools are positioned in an open position and which are in a closed position. 1. A device comprising:a. a handle element including a first end, a second end and a stem element at the first end;b. a tool detachably coupled to the stem element;c. a ratcheting element coupled to the second end of the handle element comprising a switch extending from the ratcheting element positioned adjacent the second end of the handle toggable between an un-lock position for toggling the ratcheting element in a ratcheting direction and a lock position for locking the ratcheting element in a non-ratcheting position; andd. a plurality of arms coupled to the ratcheting element, the plurality of arms configurable in a screwdriver mode, a T-handle mode and an h-handle mode, wherein the arms are configured to be locked in position in closed, partially open and fully open positions.2. The device of wherein the plurality of arms are configured to be positioned against the handle element when configured in a closed position.3. (canceled)4. (canceled)5. The device of further comprising a hinge configured for coupling each of the plurality of arms to the ratcheting element.6. The device of wherein the screwdriver mode includes the plurality of arms positioned against the handle element in a closed position.7. The device of wherein the T-handle mode includes the plurality of arms positioned approximately perpendicular to the handle element in an open position.8. The device of wherein the L-handle mode includes one of the plurality of arms positioned approximately perpendicular to the handle element in an open position.9. The device of wherein the tool is configured to be utilized with a ...

Retaining mechanism, holding sleeve and rod tool including the same

A retaining mechanism, and a holding sleeve and a rod tool including the same are provided. The holding sleeve is adapted to dispose around a body portion of a main body and can rotate relative to the body portion. A blocking member is disposed in at least one through hole of a first sleeve. A second sleeve is movable relative to and disposed around the first sleeve. The blocking member is controllably pressed by the second sleeve to be partially received in an annular groove of the body portion. An elastic member is disposed around and between the first sleeve the first and second sleeves. Before the second sleeve is mounted to the first sleeve, a part of the elastic member corresponds to the blocking member in a radial direction of the first sleeve and can limit the blocking member to locate in the through hole.

Wrench extension tool

A wrench extension tool for application to a dual open end wrench to increase leverage applied to the wrench and providing multiple position attachments to the end of the open end wrench opposite the end applied to an object removed or applied upon a threaded bolt, stud or shaft, having a variety of attachment positions to the wrench as selected for optimizing application to the open end wrench by a user.

Wrench Extension Assembly

A wrench extension assembly includes an elongated member that has a first end, a second end and a top side. The elongated member is telescoping and includes a second section removably extendable into a first section to alter a length of the elongated member from the first end to the second end. The elongated member is straight from the first end to the second end. A first bracket is attached to the elongated member adjacent to the first end and is configured to releasably couple a wrench to the top side such that the wrench extends outwardly away from the first end. A second bracket is attached to a sleeve that is positioned on the elongated member and is slidable between the first bracket and a juncture of the first and second sections. The second bracket is configured to releasably couple the wrench to the top side.

LUG WRENCH WITH SECURE CLAMPING MECHANISM

A lug wrench apparatus comprising a collet-type assembly whereby the socket clamps to the lug nut in a manner similar to the way a collet clamps a router bit. The clamping mechanism can be provided either by a screw-compression, or an eccentric cam compression. Arbitrarily large amounts of torque can be applied by means of an extension which fits over the arm of a wrench that is clamped to the shaft of the collet.

Knife with customizable accessories

A knife with customizable accessories has a pair of blade retainers, namely a first blade retainer and a second blade retainer mounted parallel to each other. The first blade retainer and the second blade retainer are planar in shape. A blade swivel retainer opening is formed for receiving a swivel bolt that connects between the pair of blade retainers. A knife blade is mounted to the pair of blade retainers at a blade swivel that allows the knife blade to swivel relative to the pair of blade retainers. An accessory rail is mounted over the first blade retainer having a pair of rail tips, namely a first rail tip and a second rail tip. An accessory has an accessory slot formed on the accessory. The accessory is mounted by the accessory slot to the accessory rail.

Prying Device

A prying device includes a one-piece body. The body includes first and second structural sections. The first structural section includes first and second surfaces and first and second lateral sides. The first and second surfaces are disposed oppositely. The first and second lateral sides are disposed oppositely and each extends from the first surface to the second surface. The second surface curves into a concave shape in a direction transverse to the axis. The second structural section includes third and fourth surfaces and third and fourth lateral sides. The third and fourth surfaces are disposed oppositely. The third and fourth lateral sides are disposed oppositely and each extends from the third surface to the fourth surface. The first and third surfaces are juxtaposed and on the same side of the body. The second and fourth surfaces are juxtaposed and on the same side of the body. 1. A prying device comprising:a body being a one-piece structure and including a first structural section and a second structural section, with the second structural section connected to the first structural section axially along an axis, with the first structural section having a longitudinal length determining a lever arm length of the prying device, with the second structural section adapted to insert underneath an object to be pried by the prying device, with the first structural section including first and second surfaces and first and second lateral sides extending lengthwise along the axis, with the first and second surfaces disposed oppositely, with the first and second lateral sides disposed oppositely and each extending from the first surface to the second surface, with the second surface curving into a concave shape in a direction transverse to the axis, with the second structural section including third and fourth surfaces and third and fourth lateral sides extending lengthwise along the axis, with the third and fourth surfaces disposed oppositely, and with the third and ...

FASTENER DRIVER

A driver for non-magnetic gripping of a socketed fastener head. The driver includes a shank and two cantilever beams. Each cantilever beam has an end and a basal segment adjacent the shank opposite the end. The driver also includes a gap defined by the two cantilever beams in resting positions. The gap extends between the two cantilever beams from an open end toward the shank. The ends of the two cantilever beams are configured to bend into the gap from the resting positions. 1. A driver for gripping a socketed fastener head , the driver comprising:a shank; and 'wherein the cantilever beams are configured to narrow the gap between the ends when transitioning from resting positions to assembled positions.', 'two spaced-apart cantilever beams extending from the shank and defining a longitudinal gap between them, each cantilever beam having an end and a basal segment adjacent the shank,'}2. The driver of claim 1 , wherein the socketed fastener head presents a top surface and a socket is formed in and below the top surface that presents a first substantially vertical surface and a second substantially vertical surface across the socket from the first substantially vertical surface claim 1 , the driver comprising an outward-facing surface on the end of each of the two cantilever beams claim 1 , the outward-facing surfaces being oriented claim 1 , when assembled to the socketed fastener head claim 1 , to apply forces outward on the first and second substantially vertical surfaces in response to the bending of the two cantilever beams from the resting positions.3. The driver of claim 1 , wherein the ends of the cantilever beams each present a cross-section having the shape of an isosceles trapezoid.4. The driver of claim 1 , wherein the ends of the cantilever beams each present a cross-section having a rectangular shape.5. The driver of claim 1 , wherein each end of the two cantilever beams includes a tip and a substantially orthogonal outward-facing surface.6. The driver ...

Socket wrench having a pawl through cover

A socket wrench includes a ratcheting end including a circular opening, a crescent recess disposed on one surface, the crescent recess being adjacent to the circular opening and communicating therewith, the crescent recess having a through hole open to the other surface, and two opposite cavities at both ends of the crescent recess respectively; a cylindrical socket disposed in the circular opening; a crescent cover including two opposite projections on an outer surface, a circular hole in an intermediate portion, and two grooves adjacent to the projections respectively, the crescent cover being disposed on the crescent recess with the projections positioned in the cavities respectively; a pivotal pawl having a threaded hole, the pivotal pawl being disposed through the circular hole to align with the through hole; and a threaded fastener driven through the through hole into the threaded hole to pivotably fasten the pivotal pawl. 1a ratcheting end including a circular opening, a crescent recess disposed on one surface, the crescent recess being adjacent to the circular opening and communicating therewith, the crescent recess having a through hole open to the other surface, and two opposite cavities at both ends of the crescent recess respectively;a cylindrical socket disposed in the circular opening;a crescent cover including two opposite projections on an outer surface, a circular hole in an intermediate portion, and two grooves adjacent to the projections respectively, the crescent cover being disposed on the crescent recess with the projections positioned in the cavities respectively;a pivotal pawl having a threaded hole, the pivotal pawl being disposed through the circular hole to align with the through hole; anda threaded fastener driven through the through hole into the threaded hole to pivotably fasten the pivotal pawl;wherein the pivotal pawl is configured to mesh with ratchet teeth of the cylindrical socket.. A socket wrench comprising: The invention relates ...

AUXILIARY HANDLE FOR HEX WRENCHES

An auxiliary handle for hex wrenches includes a housing, a stem and a knob. The stem is mounted in the housing and is fixedly connected with the knob. The entire outer circumferential surface of the stem is provided with a plurality of mounting slots of different sizes along the axial direction of the stem. The right end wall surface of the housing is provided with a notch that can be connected to the mounting slots. The inner wall of the left end of the housing is correspondingly provided with a flat spring. The knob is rotatable to drive the stem to rotate around the axial direction in the housing so that one of the mounting slots connects to the notch and is opposite to the flat spring. 1. An auxiliary handle for hex wrenches , the auxiliary handle comprising a housing , a stem and a knob , wherein the stem is mounted in the housing and is fixedly connected with the knob; an entire outer circumferential surface of the stem is provided with a plurality of mounting slots of different sizes along an axial direction of the stem; a right end wall surface of the housing is provided with a notch that can be connected to the mounting slots; an inner wall of a left end of the housing is correspondingly provided with a flat spring; and the knob is rotatable to drive the stem to rotate around the axial direction in the housing so that one of the mounting slots connects to the notch and is opposite to the flat spring.2. The auxiliary handle for hex wrenches of claim 1 , wherein the flat spring has a strip-shaped sheet structure; and a surface of the flat spring is provided with a plurality of upwardly protruding spring claws located on a line.3. The auxiliary handle for hex wrenches of claim 2 , wherein the inner wall of the housing is provided with a groove; the flat spring is mounted in the groove; and the spring claws protrude from an inner wall surface of the housing.4. The auxiliary handle for hex wrenches of claim 1 , wherein the housing has a cylindrical structure and ...

Ratchet wrench

A ratchet wrench includes a fastener drive member and a rigid, one-piece frame having a handle portion extending along a longitudinal frame axis between a head portion and a finger loop. The fastener drive member has a pair of drive openings centered on the drive axis and facing in opposite directions, with each of the drive openings defined by one or more drive surfaces. One of the drive openings is sized to receive a fastener or driver bit of a first size and the other opening is sized to receive a fastener or driver bit of a second size greater than the first size. The finger loop has a finger receiving opening sized to receive and encircle a finger of a user. The fastener drive member is mounted in the head portion to rotate about a drive axis, and a ratchet mechanism is mounted in the head portion in operable connection to the fastener drive member to selectively transfer torque from the frame to the fastener drive member in either a clockwise or counterclockwise direction about the drive axis.

Adjustable dental tool drive arrangement

The invention relates to an improved dental tool drive arrangement for a hand-piece with a drive head, the tool drive arrangement permitting length adjustment of the tool in the drive head by concentrically supporting the tool in the drive head at any position from a fully inserted position to a maximum retracted position. The tool drive arrangement preferably includes a tool and a rotatable tool supporting element for concentrically supporting the tool from the fully inserted to the maximum retracted position, the tool preferably including a maximum retraction indicator for indicating to a user when the tool has been retracted to the maximum retraction position. This provides a significant advantage over the prior art by allowing a user to adjust the exposed length of a rotatable tool, preferably a dental bur, without exceeding safe operating limits. The invention also relates to an improved drive spindle which allows depth adjustment of a tool in a dental handpiece while maintaining efficient torque transfer and concentricity during high speed rotation.

Handtool with rotatable arms

This invention is a hand-tool (1) having an elongated member (3) and two arms (4, 5) rotatably attached to an end of the elongated member. The elongated member is adapted to hold a bit (20) at its end (3). The first arm (4) can be rotated about its fixed point to a position that is substantially perpendicular to the elongated member. The arm can also be rotated about its fixed point from its perpendicular position towards the elongated member. Similarly, the second arm (5) can be rotated about its fixed point to a position that is substantially perpendicular to the elongated member and the second arm can be rotated about its fixed point from its perpendicular position towards the elongated member. Each of the arms can be rotated independent of the rotation of the other arm.

Inside-driven multi-head powder bearing mounting handle

本发明公开了一种内驱多头粉末轴套安装手柄，其特征在于包括芯杆和握持管，握持管下端设有螺纹接头，握持管内形成上下贯通空间，芯杆由下部穿入贯通空间，握持管上端设有向下凹陷形成的台阶，芯杆上端连接有落入凹陷的外径大于芯杆外径的压环，压环连接有按钮，压环与凸台间连接有压缩弹簧，芯杆下段连接有径向伸展的压条，压条数量为三或四根且周向等距分布；用拇指按压芯杆上部的按钮，克服压缩弹簧阻力芯杆相对于握持管下行，压片同步下行与轴套接触，使轴套与拾取部脱离，放开按钮芯杆回缩，进行下一次拾取，手部握持、按压操作更便捷，释放时更稳定晃动小。

Helical coil insertion device

본 발명은 헬리컬 코일 삽입장치에 관한 것으로서, 지지단(11), 상기 지지단 (11)의 반대편에 형성된 고정나선부(12), 관통부(13) 및 상기 관통구에 형성된 내측 나선부(14)를 구비한 본체(10); 상기 본체(10)의 관통구(13)에 삽입되며, 일단부에 손잡이(22)가 형성되고, 타단부에 내측나선부(23)가 형성되며 상기 관통구(13 )에 형성된 내측 나선부(14)에 나사 결합되는 조절나사산(24)이 형성된 회전로드(2 0); 상기 본체(10)의 고정나선부(12)에 나사결합되는 나선부(32), 관통구(33) 및 해당 볼트구멍 주변에 지지되는 지지면(34)을 구비한 가이드(30); 및 상기 가이드( 30)의 관통구(33)에 삽입되고 상기 회전로드(20)의 내측나사부(23)에 나사고정되는 나선부(42) 및 헬리컬 코일(50)의 단부(51)가 수용되는 수용홈(43)이 형성된 코일 지지체(40)로 구성되며, 헬리컬 코일을 볼트구멍에 정확히 장입시킬 수 있고 코일 및 코일지지체의 분실이 방지되는 장점이 있다.

Wrench socket

The present invention provides a wrench socket which comprises: a body having a tool mounting space wherein an upper portion is opened and a first and a second fixing surface arranged to form a first crossing line as a floor surface of the tool mounting space is in contact with a tool and an extended surface is mutually crossed; and a cover detachably coupled to the body to cover the tool mounting space, wherein a protruding fixing block is formed on a lower surface, and a third and a fourth fixing surface is arranged to form a second crossing line as the lower surface of the fixing block is in contact with a tool and an extended surface is mutually crossed, thereby easily exchanging a tool coupled to various sizes of an object to be processed to be directly used without having a separate socket corresponding to a size of an object to be processed.

Finger ring for large scissors

【課題】 大鋏用指環を提供する。【解決手段】 大鋏の上部指環は、切断面に実質的に直角な横断面に配置された下部の実質的に平坦な作動表面を有し、親指の中手骨を右側面から実質的に完全に挿入できるように寸法化されて構成され、親指を切断面に実質的に平行な配向に左側面上の位置に動かすことができ、手の母指球を平坦な作動表面に対して当接して位置付ける一方で、手の母指球及び掌を下部指環に作用する指によって加えられた力に反抗させることができるように、上部指環の少なくとも右外側部を掌に対して当接し、手の母指球皮線を越えて手の掌皮線の少なくとも１つの領域の中に入るように位置付けるために、親指の腹を受領するためのものである。【選択図】 図１

Private care device handle and method of its production

FIELD: process engineering. SUBSTANCE: proposed method comprises making core 22 from first material. Said core comprises first and second walls 28, 30 to make channel 26 extending along core lengthwise axis. Insert 48 is made separately and fitted in said channel. Tong 24 is made from second material and laid over the core to cover completely aforesaid insert. Besides, invention covers the design of said handle fabricated as described above. EFFECT: reusability, lower production costs. 17 cl, 8 dwg РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) 2 462 347 (13) C2 (51) МПК B26B 21/52 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ (21)(22) Заявка: 2010131083/02, 02.02.2009 (24) Дата начала отсчета срока действия патента: 02.02.2009 (72) Автор(ы): ПЕННЕЛЛ Еван Кент (US), ЛИ Аледжандро Карлос (US) (73) Патентообладатель(и): ДЗЕ ЖИЛЛЕТТ КОМПАНИ (US) R U Приоритет(ы): (30) Конвенционный приоритет: 04.02.2008 US 61/025,998 (43) Дата публикации заявки: 20.03.2012 Бюл. № 8 2 4 6 2 3 4 7 (45) Опубликовано: 27.09.2012 Бюл. № 27 (56) Список документов, цитированных в отчете о поиске: US 2007186453 А1, 16.08.2007. US 5027511 А, 02.07.1991. US 5822869 А, 20.10.1998. RU 2002122569 А, 20.03.2004. 2 4 6 2 3 4 7 R U (86) Заявка PCT: IB 2009/050412 (02.02.2009) C 2 C 2 (85) Дата начала рассмотрения заявки PCT на национальной фазе: 06.09.2010 (87) Публикация заявки РСТ: WO 2009/098632 (13.08.2009) Адрес для переписки: 105215, Москва, а/я 26, Н.А. Рыбиной (54) РУКОЯТКА УСТРОЙСТВА ДЛЯ ИНДИВИДУАЛЬНОГО УХОДА И СПОСОБ ЕЕ ИЗГОТОВЛЕНИЯ (57) Реферат: Способ изготовления рукоятки (12) устройства (10) для индивидуального ухода включает формование сердцевины (22) из первого материала. Сердцевина содержит первую и вторую стенки (28 и 30), образующие канал (26), протяженный вдоль продольной оси сердцевины. Вставку (48) формуют отдельно от сердцевины и располагают в канале. Захват (24) из второго материала формуют поверх сердцевины так, что при этом второй ...

Photoluminescent screwdriver

A photoluminescent screwdriver includes a handle, a photoluminescent member, and a shank. The handle includes at least one transparent portion and an engaging hole. The photoluminescent member is mounted in the engaging hole of the handle and includes a longitudinal hole. The photoluminescent member further includes an indicia on an outer surface thereof or having a color. The shank includes a rear end engaged in the longitudinal hole of the photoluminescent member.

Wrench extension kit

본 발명의 일 실시예는 중공 형상으로 형성되어, 내주면으로부터 중심을 향하는 제1 방향으로 돌출되는 하나 이상의 제1 지지부를 구비하는 제1 하우징과, 중공 형상으로 형성되어, 내주면으로부터 중심을 향하는 방향으로 돌출되는 하나 이상의 제2 지지부를 구비하는 제2 하우징을 포함하고, 제1 지지부 및 제2 지지부에는 상이한 단면적을 갖는 렌치가 결합되며, 제1 하우징의 양단부에는 제1 결합부가 형성되고, 제2 하우징의 양단부에는 제2 결합부가 형성되며, 제1 결합부와 제2 결합부의 결합에 의해 제1 하우징과 제2 하우징이 체결되는 렌치 연장 장치를 개시한다. One embodiment of the present invention is a method of manufacturing an electronic device, comprising: a first housing formed in a hollow shape and having at least one first support portion protruding in a first direction from an inner circumferential surface toward a center; And a second housing having at least one second support portion projecting therefrom, wherein the first support portion and the second support portion are combined with a wrench having a different cross-sectional area, a first engagement portion is formed at both ends of the first housing, And a first housing and a second housing are coupled to each other by engagement of the first and second engaging parts.

Adjustable tool drive arrangement

本发明涉及一种用于具有驱动头的手持件的改进的牙科工具驱动装置，通过在完全插入位置和最大缩回位置之间的任何位置同心地支撑驱动头内的工具，允许对工具在驱动头内的长度进行调节。工具驱动装置优选地包括工具和可旋转的工具支撑部件，该工具支撑部件用于在完全插入位置和最大缩回位置之间同心地支撑工具，工具优选地包括最大缩回指示器，用于在工具缩回到最大缩回位置时向使用者提供指示。通过允许使用者在不超出安全操作限制的情况下，调节可旋转工具，优选为牙科钻头，的外露长度，这与现有技术相比具有显著的优势。本发明还涉及改进的驱动轴，允许对牙科手持件中的工具的深度进行调整的同时，在高速旋转过程中确保有效的转矩传递和同轴度。

Adjustable dental tool drive arrangement.

La invencion trata de una disposicion de mecanismo de instrumento dental mejorada para una pieza de mano con cabeza propulsora, la disposicion de mecanismo de instrumento permite el ajuste de la longitud del dispositivo en la posicion insertada para una posicion de maxima retraccion. La disposicion de mecanismo de instrumento de preferencia incluye un instrumento y un elemento de apoyo de instrumento giratorio para sostener concentricamente el instrumento desde la posicion totalmente insertada a la posicion de maxima retraccion, el instrumento de preferencia incluye un indicador de maxima retraccion para indicar a un usuario cuando el instrumento esta retraido en la posicion de maxima retraccion. Esto proporciona una ventaja importante sobre la tecnica anterior al permitir que un usuario ajuste la longitud expuesta de un instrumento giratorio, de preferencia una fresa dental, sin exceder los limites seguros de operacion. La invencion tambien trata de un eje impulsor mejorado que permite el ajuste de la profundidad de un instrumento en una pieza de mano dental al mismo tiempo que mantiene transferencia de par de apriete eficiente y concentricidad durante la rotacion a alta velocidad.

Adjustable dental drill drive arrangement which allows the burr to be mounted at different depths

A rotatable tool drive assembly for use with a dental hand piece is disclosed. The assembly comprises a rotatable tool (50) that includes a tool body having a driven portion (54) and a working portion (56). There is a sleeve (30) adapted for insertion into a drive head. A chuck (20) is disposed in the sleeve (30) and extends between a driven chuck end (21) and a tool receiving end (22). The chuck (20) includes a tool passage (12) that receives the driven portion (54) of the rotatable tool (50). The driven chuck end defines a first tool seat concentrically supporting the driven end of the rotatable tool (50). The tool receiving end (22) includes at least one retaining arm (24) engaging the driven portion (54) of the rotatable tool (50) and releasably retaining the rotatable tool (50) against axial movement. The assembly further comprises a ram (40) secured to the sleeve (30) directly adjacent the tool receiving end (22) of the chuck (20). The ram (40) has a central tool opening (42) that receives the driven portion (54) of the rotatable tool (50). The ram (40) defines a second tool seat axially spaced apart from the first tool seat concentrically supporting the driven portion (54) of the rotatable tool (50) at a location intermediate the driven end (55) and the working portion (56). The ram (40) includes at least one lug (44) extending axially towards the tool receiving end (22) of the chuck (20). The lug (44) is adapted for engaging the chuck (20) causing the retaining arm (24) to disengage with the driven portion(54) of the rotatable tool in response to moving the chuck (20) toward the arm (24). The first tool seat is axially elongated and concentrically supports the driven end (55) of the rotatable tool (50) at any position from a maximum insertion depth to maximum retraction depth. In the maximum insertion depth, the rotatable tool is fully inserted into the chuck (20). In the maximum retraction depth, the rotatable tool is retracted from the maximum insertion ...

Adjustable dental tool drive arrangement

A wrench

A wrench is provided to allow a user to recognize a completely fitted state of a fixing bolt by compressing ring plate springs through a flange of a driving shaft part and moving the flange to a rear side. A handle is mounted at rear ends of a driving shaft(60) by mounting a transmission(40) shaft-combined with a plurality of planetary gears(43) engaged with sun gears(11) to transfer the rotary force to a transmission, to transfer the rotary force to a socket(50) combined with a shear part of a transmission part(45), and to screw/release a fixing bolt. The driving shaft has a driving shaft part(61) formed with a plurality of clutches and a driving gear part(61') engaged with inner parts of the planetary gears. A plurality of ring plate springs(70) are placed between a rear surface of a flange(62) and an inner surface of a cap(20) to move the driving shaft through elastic rebound force. Further, the plurality of clutches contain a plurality of projections, a plurality of flat surfaces, a plurality of inclined planes.