Fortschaltvorrichtung bei direkt angetriebenem Schwingsystem

BODENVERDICHTUNGSVORRICHTUNG MIT VERÄNDERBAREN SCHWINGUNGSEIGENSCHAFTEN

SCHRITTSCHALTWERK

Indexing device

... 926,398. Indexing. ERICKSON TOOL CO. Oct. 26, 1961 [Nov. 7, 1960], No. 38410/61. Class 83 (3). An indexing device comprises a peripherally toothed index plate 38 non-rotatably mounted on a spindle 7, adjustable ratchet means 43 for rotating the plate to engage a tooth with an index pin 50 movably carried by a housing 1, and a brake 26 to lock the spindle in an indexed position. The housing has two faces 2, 3 for horizontal or vertical mounting. Index marks 11, 12 provide for additional indexing positions. The semicircular brake shoes 26 are adjusted at their lower ends by screws 28 and are clamped by a handle 5 and screw 31. The ratcheting handle 42 is oscillated between adjustable stops 44, to advance the ratchet mechanism one tooth. The index lever 6 withdraws the index pin 50 against the pressure of a spring 57. The shaft of the lever 6 may be slid axially to a position locking the index pin in a withdrawn position. Protective seals 20, 21 prevent the ingress of dust and provide a friction ...

VIBRATORY DRIVE SYSTEMS

... 1324340 Clocks and watches OMEGA LOUIS BRANDT & FRERE S A 27 Oct 1970 [13 Nov 1969] 50936/70 Heading G3T An arrangement for obtaining a rotary drive for a timepiece from an oscillating body 7, Fig. 1, comprises a ratchet wheel 9 and pawls 10, 11 all of which are carried by the body 7, the ratchet wheel being movably mounted relatively to the pawls so that it is stepped around thereby when the body 7 changes its direction. The ratchet wheel 9 is coupled magnetically to a wheel 12 which is part of the timepiece train and has a fixed axis of rotation 13. The body 7 is carried by a vibratory arm 6 and includes a magnetized hole shoe 1. Vibrations are maintained by co-operation with a fixed coil 2 which is mounted on a core 3 having an electric oscillator circuit in its interior. A similar pole shoe 1 may be carried by a second vibratory arm 6 in a symmetrical arrangement. Preferably the body 7 carries an hermetically sealed sleeve 37, Fig. 4, on the base 36 of which are mounted a ratchet wheel ...

IMPROVED INTERMITTENT DRIVE DEVICE

... 1,272,716. Toothed gearing. MORGAN CONSTRUCTION CO. 5 May, 1970 [7 May, 1969], No. 21604/70. Heading F2Q. Continuous rotation of an input shaft 2 is converted into intermittent rotation of an output shaft 30 by a mechanism comprising an arm 4 mounted on an eccentric pivot 6 carried by shaft 2, a ring 32 carried by a flanged disc 36 on the driven shaft 30 and having radial cut-outs 38, 40 and 42 adapted to receive the ends of the arm 4, and a fixed control element 22 having a groove 28 adapted also to receive an end of the arm 4. Rollers 18, 19 are mounted on the ends of the arm 4 and the rollers engage a circular wall 26 of control element 22. In the position shown in Fig. 1, drive is transmitted from shaft 2 to shaft 30 through the engagement of the rollers 16, 17 with the inner ends of cutouts 38, 42 and control element wall 26. When cut-out 38 becomes coincident with groove 28, Fig. 6, roller 16 enters groove 28, and the arm 4 swings over so that roller 17 engages cut-out 40, Fig. 8, ...

A device for actuating a driven element

... 898,711. Ratchet gearing; cam mechanism. LEDEX Inc. Oct. 28, 1958 [April 7, 1958], No. 34506/58. Class 80 (3). [Also in Group XXXV] In a rotary stepping device axial reciprocating movement, on a shaft 50, of a member such as the armature 58 of an electromagnet 14 is converted into step-by-step rotary movement of the member itself by means of a number of caged balls or rollers 68 seated in arcuate tapered recesses 66, Fig. 3, in a fixed plate 64. When the electromagnet 14 is energized a plate 62 on the armature presses against the balls causing them to roll to the deep ends of the arcuate recesses, the rolling movement frictionally rotating the plate 62. When the electromagnet is de-energized spring means, such as a spiral spring 84 attached to the cup-shaped ball cage 82, returns the balls to the shallow ends of their recesses. The armature 58 is slidably keyed for rotation with the shaft 50 by pins 70 engaging channels in a member 72 fixed on the shaft 50. The member 72 has peripheral ...

DEVICE FOR TRANSFORMING RECIPROCATING MOVEMENT INTO A GRADUAL ROTATING MOTION.

A DEVICE IN A FORCE ACTUATOR

IMPROVED MECHANISM FOR CONVERTING OSCILLATORY ROTATION OF INPUT SHAFT TO UNIDIRECTIONAL ROTATION OF OUTPUT SHAFT

DOUBLE OSCILLATING MOTION - SINGLE LINEAR MOTION CAM

DOUBLE OSCILLATING MOTION - SINGLE LINEAR MOTION CAM For use in a speed change transmission having shift rails to effect speed changes, a shaft carrying a double oscillating motion - single linear motion cam, with a cam follower surface in a shift rail being adapted to cooperate with the cam to effect axial movement of the shift rail in one and the same direction upon both clockwise and counterclockwise rocking of the shaft, with the cam and cam follower surface including substantially similar opposed upper and lower cam operating surfaces and cam follower notches, respectively.

VARIABLE FUEL/OIL RATIO PUMP FOR TWO-STROKE INTERNAL COMBUSTION ENGINE

Mechanism for Converting Oscillatory Rotation of Input Shaft to Unidirectional Rotation of Output Shaft

Verfahren zur Herstellung von Eisenbetonkonstruktionen.

Dispositif de contact électrique d'une montre électrique

Einrichtung zur vorübergehenden Betätigung eines Schalters.

Richtvorrichtung an Kettenfahrzeugen

Antriebseinrichtung zum Übertragen einer Teilumdrehung in eine volle Umdrehung

Bindevorrichtung zum Befestigen einer Verschnürung um einen Gegenstand herum

Schwingungsmotor für Zeitmessgerät

Schwingungsmotor für Zeitmessgerät

Schwingungsmotor für Zeitmessgerät

Fortschaltvorrichtung zum Antrieb des Räderwerkes von einem direkt angetriebenen Drehschwinger

Dispositif de contact d'une montre électrique

Schwingungsmotor für Zeitmessgeräte

Dispositif positionneur, notamment pour constituer un faux plateau diviseur

Schmalfilmkamera

DEVICE FOR THE TRANSFORMATION OF A RECIPROCATING MOVEMENT INTO A HINUND WORKING MOVEMENT.

Device of advance step by step for the apparatuses of precision

WEB ADVANCING MECHANISM AND WEB FORMING MECHANISM

MECHANISM TO TRANSFORM AN ALTERNATIVE RECTILINEAR MOTION INTO A ROTATION MOVEMENT STEP BY STEP

Control device of direction for tracked vehicle

Linear step motor

A linear step motor (1) comprises a shaft (2) which is longitudinally moveable in two opposite directions; two blocking devices (4, 5) arranged at a distance with which the shaft can alternately be fixed; at least one linear solid-type actuator for modifying the distance between said blocking devices being; one blocking device fixing the shaft when the at least one linear actuator changes the distance between the blocking devices in such a way that the blocking devices move towards each other, and the other blocking device fixing the shaft when the at least one linear actuator changes the distance between the blocking devices in such a way that the blocking devices moving away from each other, in order to displace the shaft in one direction; and an operation distance enlarging device (9) which is provided for the at least one linear actuator, the operation distance enlarging device comprising at least one lever arrangement with levers (11, 17) connected via joints (10,12,16,18) and with ...

Oil field converting axial force into torque

The present invention provides a tool for converting axial force into torque comprising a body and set teeth positioned on the body. The tool also has a mandrel positioned to move relative to the body and drive teeth positioned on the mandrel such that there is relative motion between said set teeth and said drive teeth. When the set teeth and drive teeth engage, torque is applied to the mandrel.

Mechanical movement

A mechanical movement includes an input member movable in opposite directions, levers each connected to and pivotally movable by the input member, crank arms connected to and movable by the levers, eccentric crank pins driven by the crank arms, and circular gears connected to and rotated by the crank pins. The gears rotate an output shaft by engaging teeth on opposite sides thereof.

Servomotor,insbesondere fuer die Steuerung von Regelschiebern

Fortschaltvorrichtung bei direkt angetriebenem Schwingsystem

Rotationally indexed downhole control tool

A device for controlling downhole tools rotates in predefined increments and comprises three separate parts each with a profiled surface. Relative rotation occurs between interengaging surfaces 28, 30 and is caused by axial sliding of a separate internal sleeve or piston 26 that has its own profiled surface (36, figure 3). In the preferred embodiment, all the profiled surfaces are asymmetric toothed profiles, formed at the end of a cylindrical body. Two of the cylinders have the same external diameter and interengage, but the teeth of one are wider and extend inwardly to engage with the teeth on the internal sleeve. Axial movement of this sleeve disengages and relatively rotates the two principal cylinders, which may be biased towards each other. The device may be used to select and switch control valves downhole.

MECHANISM FOR CONVERTING A ROTATING MOTION WITH WECHSELENDEM DIRECTION OF ROTATION IN A CONSTANTLY CIRCULATING MOTION

Film transport equipment

DEVICE FOR THE DRIVE OF A SWINGING DISTRIBUTION PIPE.

ROTATING MECHANISM FOR RAPIDLY, LINEARLY OPERATING CIRCUIT INTERRUPTING DEVICES

ROTATING MECHANISM FOR RAPIDLY, LINEARLY OPERATING CIRCUIT INTERRUPTING DEVICES Disclosed is an auxiliary mechanism for rapidly imparting rotational energy to electrical switch components. An insulator connects an electrical switch component to an output shaft mounted for rotation in the mechanism housing. A lever arm assembly is mounted on the shaft and a link member is pivotably connected between the lever arm assembly and a first arm extending from a bellcrank member. The bellcrank member is mounted for rotation in the housing and has a second arm that is operably connected to one or more solenoids. Initially the link member and first arm are in an overcenter toggle position so that the insulator cannot be accidentally rotated. Energization of the solenoid causes rapid rotation of the insulator because the mechanical advantage of the system is such that maximum force is applied initially. Once the solenoid is de-energized, a spring connected between an extended end of the lever arm assembly ...

FRICTION-FUSING STRAP SEALING APPARATUS

MECHANISM FOR CONVERTING OSCILLATORY ROTATION OF INPUT SHAFT TO UNIDIRECTIONAL ROTATION OF OUTPUT SHAFT

A mechanism is disclosed for converting oscillatory rotation of an input shaft to unidirectional rotation of an output shaft. An input shaft journalled to a frame is rotatable about an input axis, over a range of rotational positions, between a forward limit and a reverse limit. An output shaft journalled to the frame is rotatable about an output axis, which is normal to the input axis. Three bevel gears are employed, namely a first gear coupled to the input shaft, a second gear coupled to the input shaft and spaced axially from the first gear, and a third gear coupled to the output shaft. The bevel teeth of the three gears are arranged in peripheral arrays covering cover less than one half of the entire periphery of each gear, so that the bevel teeth of the third gear intermesh only with the bevel teeth of the first gear whenever the input shaft rotates from the reverse limit toward the forward limit, and so that the bevel teeth of the third gear intermesh only with the bevel teeth of ...

APPARATUS FOR CONVERTING AN OSCILLATING MOTION INTO A RECIPROCATING MOTION

VALVE ROTATOR

DRIVE DEVICE FOR A MEDICAL TOOL, IN PARTICULAR FOR A DENTAL OR SURGICAL TOOL

Приводной механизм качающегося желоба

Вибрационный двигатель

EINRICHTUNG IN EINEM LINEARANTRIEB.

HYDRAULIC ACTUATOR

... 1312369 Hydraulic reciprocating motors; toothed gearing R J IFIELD & SONS PTY Ltd 21 Dec 1970 [6 Jan 1970] 60676/70 Heading F2Q [Also in Division F1] A rotary drive for slewing a crane or turning a winch drum, or, a linear drive (Figs. 3 and 4, not shown) for providing continuous linear motion on a longshaft (21) for straining of prestressing cables in concrete structures, comprises as shown in Figs. 1 and 2 a worm-wheel 5, connected to the load to be moved, permanently in mesh with at least one pair of diametrically oppositely positioned worms 12 each having pistons 10, 11 at both ends, hydraulic pressure being applied continuously at a port B at the end of one worm piston whilst the corresponding adjacent end of the other worm piston 11 is continuously exhausted at a port C, the other adjacent ends of both worm pistons 10 being connected by a common port A which may be pressurized and exhausted alternatively to successively move the worms linearly to rotate the worm-wheel 5 continuously ...

FORMING MACHINE WITH WEB TRANSPORT

APPARATUS FOR CONVERTING AN OSCILLATING MOTION INTO A RECIPROCATING MOTION

ELECTRICALLY CONTROLLED HAND TOOL FOR FRICTION-FUSING NON-METALLIC STRAP

A DEVICE IN A FORCE ACTUATOR

An oscillating axial movement of a drive member (18) in a force actuator is generated by a prestressed rod (17) of Terfenol material being exposed to a pulsating magnetic field. This oscillating movement is transformed to an axial movement in an application direction of a push rod (21) coaxial therewith. The drive member and the push rod are connected by a connection member (22), which is in self-locking thread engagement with the drive member and the push rod and is subjected to a torque from a spiral spring (23) for its rotation during the idle stroke of the oscillation movement in the direction for advancing the push rod in the application direction.

Indexing mechanism

An indexing device has a toothed gear actuated by a reciprocating yoke impinging on a tooth to turn the gear and to hold the gear in a fixed position upon further movement of the yoke in the same direction. The yoke is reciprocated through a cam connection with a pivoted lever which in turn is acted upon alternately by two electromagnets. Each stroke of the yoke rotates the indexing gear one tooth.

Apparatus for driving an oscillating spout

A drive means for an oscillating spout is presented which includes a control mechanism which directs a control arm to perform the movement required by the spout and a transmission device which acts to transmit the control arm movement and reproduce it as spout movement. The control mechanism consists of a driving rod pivotally connected to an intermediate lever arm and a universal joint connecting the lever arm to the control arm. A novel movable torque means is associated with the universal joint and enables the spout to be moved in and out of a vertical orientation by overcoming the tendency of the components of the control mechanism to become axially locked in a 180° angle. The movable torque means accomplishes this result by reducing the angle between the intermediate lever and control arm when that angle reaches 180°.

Electrically-operated valve

Screw capping machine

A DEVICE IN A FORCE ACTUATOR

An oscillating axial movement of a drive member (18) in a force actuator is generated by a prestressed rod (17) of Terfenol material being exposed to a pulsating magnetic field. This oscillating movement is transformed to an axial movement in an application direction of a push rod (21) coaxial therewith. The drive member and the push rod are connected by a connection member (22), which is in self-locking thread engagement with the drive member and the push rod and is subjected to a torque from a spiral spring (23) for its rotation during the idle stroke of the oscillation movement in the direction for advancing the push rod in the application direction.

Energie-Regenerierungsvorrichtung eines Radaufhängungssystems für ein Fahrzeug

Eine Energie-Regenerierungsvorrichtung eines Radaufhängungssystems für ein Fahrzeug weist auf: eine Radaufhängungsverbindung (30), die einen Radträger (4) mit einer Karosserie (100) verbindet, eine Buchse (40), die zwischen einem Karosserie-Verbindungsabschnitt (31) der Radaufhängungsverbindung und der Karosserie angeordnet ist und eine Gelenkbewegung der Radaufhängungsverbindung durch ein Ausgangsrad (41) ausgibt, ein einseitiger Leistungs-Übermittler (50), der mit dem Ausgangsrad der Buchse verbunden ist, der die Gelenkbewegung, welche von dem Ausgangsrad durch ein Eingangsrad übertragen wird, erhält, ein Generator (60), der an einer Seite der Karosserie angeordnet ist, der Elektrizität generiert, während er rotiert wird, ein Drehzahlerhöher (70), der zwischen dem Generator und dem einseitigen Leistungs-Übermittler angeordnet ist, der eine einseitige Rotationsleistung beschleunigt und die einseitige Rotationsleistung mit erhöhter Drehzahl zu einer Rotationsachse (61) des Generators überträgt ...

ELECTRICALLY CONTROLLED HAND TOOL FOR FRICTION-FUSING NON-METALLIC STRAP

... 1280271 Seaming non-metallic sheet material SIGNODE CORP 19 Feb 1970 [20 Feb 1969] 8138/70 Heading B5K [Also in Division F2] A tool for friction welding the overlapping ends 28, 29, Fig. 4, of a strap L looped around an object, comprises a wheel 30 and an anvil 31 between which the ends 28, 29 can be gripped and means for rotating the wheel 30 selectively either intermittently in one direction to tension the strap about the object or with an oscillatory motion to friction weld the ends 28, 29. The anvil 31 is mounted at the lower end of a vertical plate 95, Fig. 4, having a pin 102, Figs. 4 and 6, rotatably journalled therein and which extends eccentrically through a shaft 98 urged anticlockwise of Fig. 6 by a torsion spring 99. An arm 103, Figs. 6 and 10, on the plate 95 engages a lever 126 to prevent oscillation of the wheel 30 until the anvil 31 has moved into engagement therewith. When a lever 114 is pivoted to the position of Fig. 4 to disengage a hook 113 from a detent 112 on a lever ...

APPARATUS FOR CONVERTING OSCILLATORY MOTION TO RECIPROCATING MOTION

Device for the transformation of a circulating movement in a gradual motion in a direction

LINEAR STEPPING MOTOR

HYDRAULIC ACTUATOR

APPARATUS FOR CONVERTING OSCILLATORY MOTION TO RECIPROCATING MOTION

Apparatus for converting oscillatory motion to reciprocating motion featuring the use of thin, non-permanently deformable bandlike members confined to a linear track so as to be reciprocable when one end of the band-like member is engaged by an oscillatory shaft. The other end of the band-like member may be secured to a work element used for exerting force against a work object. Selection means may be employed in apparatus having a plurality of band-like members in which each of the members can be selectively induced into engagement with a shaft or other oscillatory means to control the work elements as desired.

ROTARY VENEER CLIPPER AND DRIVE THEREFOR

ROTARY VENEER CLIPPER A rotary veneer clipper has a pair of cutting blades spaced 180.degree. apart on a rotary clipper shaft for cutting cooperation with a roller anvil below and parallel to the clipper shaft and over which sheet material passes. The clipper shaft rotates intermittently on signal to cause one of its blades to clip the sheet. The clipper shaft is driven by a pair of pneumatic drive cylinders mounted one to each of two crank arms connected to a common drive shaft. The cylinders stroke once simultaneously to rotate the driven shaft alternately in opposite directions through 90.degree. upon each successive clip signal. When the drive shaft rotates in one direction, a first gear train transmits power from the drive shaft through a fir one-way clutch to the clipper shaft to rotate one of the blades downwardly and through 180.degree. to clip the sheet. When the drive shaft is rotated in the opposite direction, a second gear train transmits power from the drive shaft to the clipper ...

ACTUATOR FOR ADJUSTABLE HYDRAULIC DAMPER

APPARATUS FOR DRIVING AN OSCILLATING SPOUT

MECHANISM FOR CONVERTING OSCILLATORY ROTATION OF INPUT SHAFT TO UNIDIRECTIONAL ROTATION OF OUTPUT SHAFT

IMPROVED MECHANISM FOR CONVERTING OSCILLATORY ROTATION OF INPUT SHAFT TO UNIDIRECTIONAL ROTATION OF OUTPUT SHAFT In a mechanism for converting oscillatory rotation of an input shaft to unidirectional rotation of an output shaft, two bevel gears are mounted around the input shaft and a bevel gear intermeshed therewith is coupled to the output shaft. Each bevel gear mounted around the input shaft can be alternately coupled to and uncoupled from the input shaft via an associated pawl disposed in a socket in the input shaft and biased toward an operative position wherein such pawl is extended into a single recess in a bearing surface of such bevel gear. Paired pawls and paired recesses may be optionally employed where high torque is encountered. Oscillatory rotation of the input shaft is limited to a range of approximately 180.degree. between two limiting positions. Camming surfaces on the pawls and the gears respectively provide for movement of each pawl from its operative position.

Actuator for shifting a selectable one-way clutch

IMPROVED INTERMITTENT DRIVE DEVICE

SCRATCH STRAIN CASSETTE RECORDER

APPAREIL SERVANT A CONVERTIR UN MOUVEMENT OSCILLANT EN UN MOUVEMENT ALTERNATIF

L'invention concerne les industries mécaniques. Elle a pour objet un appareil servant à convertir un mouvement oscillant en un mouvement alternatif utilisant des bandes minces 28 qui ne peuvent pas se déformer d'une manière permanente et qui sont confinées dans une piste de guidage linéaire 89, de manière à pouvoir être animées d'un mouvement alternatif lorsqu'une extremité de la bande est engagée en prise avec un arbre oscillant. Un tel appareil est préféré pour débiter du fil à usage textile.

DEVICE TO CONVERT OSCILLATORY MOVEMENT INTO ALTERNATIVE MOVEMENT

SOIL COMPACTING DEVICE WITH ADJUSTABLE VIBRATION PROPERTIES

The invention relates to a soil compacting device in which the damping properties of a damping system (4), which in a vibration system couples an upper mass (1) and a lower mass (3) together with a spring system (2), can be modified while the device is in operation. Therefore, when the soil compacting device passes over soils having different properties it can constantly be adjusted in an optimal manner to the ground underneath it by acting on the vibration properties of the overall vibration system.

DRIVE MECHANISM

Mechanism for feeding workpieces

A transfer finger for feeding small workpieces is pivotally mounted at the forward end of a rod which is adapted to be advanced and retracted by a reciprocating pneumatic actuator. During the initial portions of the advance and retract strokes of the actuator, one or more radially contractible collects frictionally grip the rod and prevent the rod from advancing and retracting the finger until such time as the actuator has pivoted the finger between active and inactive positions.

Linear step motor

A linear step motor ( 1 ) comprises a shaft ( 2 ) which is longitudinally moveable in two opposite directions; two blocking devices ( 4, 5 ) arranged at a distance with which the shaft can alternately be fixed; at least one linear solid-type actuator for modifying the distance between said blocking devices being; one blocking device fixing the shaft when the at least one linear actuator changes the distance between the blocking devices in such a way that the blocking devices move towards each other, and the other blocking device fixing the shaft when the at least one linear actuator changes the distance between the blocking devices in such a way that the blocking devices moving away from each other, in order to displace the shaft in one direction; and an operation distance enlarging device ( 9 ) which is provided for the at least one linear actuator, the operation distance enlarging device comprising at least one lever arrangement with levers ( 11, 17 ) connected via joints ( 10,12,16,18 ...

Valve rotating device

Mechanism for opening and closing barrier

An automatic gate opening device is claimed comprising: a gate drive axis ( 134 ), movable between a gate closed position and a gate open position; a treadle ( 102 ) and a rechargeable energy storage means ( 16, 118 ). The device also comprises an energy conversion means to convert stored energy into rotational movement of the drive axis ( 134 ) in a gate opening and energy conversion means to convert stored energy into rotational movement of the drive axis in a gate closing direction. The treadle ( 102 ) is configured such that, with the drive axis ( 134 ) in its gate open position, a single actuation of said treadle ( 102 ) recharges the energy storage means with sufficient energy to move the drive axis from its gate open position to its gate closed position and back to its gate open position.

Breakaway Drive System

Certain embodiments provide breakaway drive systems for use in connection with vehicle signage, and methods of use. The breakaway drive system may include an actuator, an actuator breakaway, a shaft breakaway and a drive shaft. The actuator breakaway may be operably connected to the actuator. The actuator breakaway may be configured to be rotated when the actuator is displaced. The shaft breakaway may include a breakaway mechanism for disengagingly connecting the actuator breakaway to the shaft breakaway. The shaft breakaway may rotate in unison with the actuator breakaway when the shafts are operably engaged. The shaft breakaway may not rotate in unison with the actuator breakaway when the shafts are disengaged. The drive shaft may be operably connected to the shaft breakaway such that rotation of the shaft breakaway causes rotation of the drive shaft. An external force on the drive shaft that exceeds a threshold may cause rotation of the shaft breakaway such that the breakaway mechanism disengages the shaft breakaway and the actuator breakaway.

Actuation assembly

An actuation assembly is provided. The actuation assembly includes a casing, a plurality of linear actuators coupled to the casing, each of the linear actuators having first and second components and being configured to move the second component thereof relative to the first component thereof along a respective first axis, and a plurality of translational member sets, each being coupled to the second component of a respective one of the linear actuators and the casing and being configured such that when the second component of the respective linear actuator moves along the respective first axis, a selected portion of the translational member set moves substantially along a respective second axis.

Adjustment mechanism for an optical module

An adjustment mechanism. At least one guide track is connected to a base. At least one spring is fit on the guide track. A slider is fit on the guide track. The spring is abutted between the base and the slider. A fixed member is fixed to the base. The slider is slidably disposed between the spring and the fixed member. A displacement adjustment bolt is screwed in the fixed member. A first rotator is fit in the slider and includes a section. A second rotator is fit on and engages the first rotator. The second rotator abuts the slider. A fixing bolt detachably abuts the second rotator and is detachably fastened to the first rotator. An adjuster is connected to the first rotator, adjusting the position of a target.

Z-axis stage driving apparatus, stage driving apparatus, and method for manipulating stage driving apparatus

Disclosed is Z-axis stage driving apparatus to move a stage on which a workpiece such as a wafer is placed along a Z-axis. The Z-axis stage driving apparatus includes a motor, a plurality of elevating devices to move a stage along a Z-axis, a power transmission device to transmit power of the motor to the plurality of elevating devices, and a clutch to control power transmission between the power transmission device and the elevating devices.

Electric linear motion actuator and electric brake system

An electric brake system is proposed which includes an electric linear motion actuator and can generate the required braking force with high accuracy. A load sensor ( 30 ) is provided in a motion converting mechanism of the actuator which converts the rotary motion of a rotary shaft ( 4 ) to which the rotation of an electric motor ( 2 ) is transmitted to linear motion of an outer ring member ( 5 ) as an output member. The load sensor ( 30 ) detects the pushing force with which the outer ring member ( 5 ) linearly drives a driven member. With this arrangement, if the driven member is a braking member of an electric brake system, it is possible to directly detect the braking force applied by the driven member and thus to accurately generate the required braking force.

Rotationally deployed actuator devices

A method for making an actuator device includes forming a substantially planar structure, including an outer frame with a latch foot, a fixed frame coupled to the outer frame, a latch mass coupled to the fixed frame, a latch block coupled to the latch mass by a latch block flexure, a moveable frame coupled to the outer frame, and an actuator incorporating a plurality of interdigitated teeth alternately attached to the fixed and moving frames. For operation, the latch mass is rotated downward until an upper surface of the latch block is disposed below and held in latching contact with a lower surface of the latch foot by the latch block flexure.

Ejection device for a displaceable furniture component

An ejection device for a furniture component moveably housed in or against a furniture body. The ejection device includes a swivellably housed lever. A first castor is attached to a free end of the lever, and a second castor is attached to the lever at a distance from the free end.

Entertainment button device and game machine

An entertainment button device includes: an entertainment button that a player can push; and a button-up-and-down mechanism configured to move the entertainment button up and down from a predetermined normal operation position to a protruding position in which the entertainment button protrudes upward from the normal operation position. The button-up-and-down mechanism includes: a shaft member extending in a moving direction of the entertainment button; a rotating mechanism configured to rotate the shaft member; an engagement part configured to move up and down together with the entertainment button; a convex portion having an inverted trapezoid shape and a concave portion having a traperized shape that are formed on an outer periphery of the shaft member; a spiral guide part formed in a spiral manner on one end of the convex portion in a circumferential direction.

Entertainment button device and game machine

An entertainment button device includes: an entertainment button that a player can push; a button-up-and-down mechanism configured to move the entertainment button up and down from a predetermined normal operation position to a protruding position in which the entertainment button protrudes upward from the normal operation position; a stopper plate configured to hold the entertainment button in the protruding position; and a protruding position detector configured to detect the entertainment button being held by the stopper plate.

Entertainment button device and game machine

An entertainment button device includes an entertainment button and a button-up-and-down mechanism configured to move the entertainment button up and down from a normal operation position to a protruding position in which the entertainment button protrudes upward from the normal operation position, and including: a shaft member extending in a moving direction of the entertainment button; a rotating mechanism that rotates the shaft member; an engagement part that moves up and down together with the entertainment button; and a spiral guide part formed in a spiral manner on an outer periphery of the shaft member, the engagement part engaging with the spiral guide part. When the rotating mechanism rotates the shaft member in a specific direction, the entertainment button moves to the protruding position, and when the rotating mechanism rotates the shaft member in an opposite direction from the specific direction, the entertainment button moves to the normal operation position.

Game Machine

A game machine includes: an entertainment button that can move up and down from a normal operation position to a protruding position; an assigned object determining part that determines an assigned object; a prize determining part that determines a prize to be given to a player, when the assigned object determining part determines an assigned object; a prize display part that displays a prize symbol corresponding to the prize determined by the prize determining part; a movement determining part that determines whether or not to move the entertainment button from the normal operation position to the protruding position; a drive control part to move the entertainment button from the normal operation position to the protruding position, when the movement determining part determines to move the entertainment button from the normal operation position to the protruding position; and a push operation detecting part that detects the entertainment button being pushed down.

Drive system for a sliding roof or a window opener

A drive unit for a motor vehicle having a guide element, a function unit guided by the guide element and which is movable via a motor, and a carrier guided by the guide element and coupled to the function unit. The carrier includes a coupling element movable relative to a main body of the carrier, so that to bring about an engaged state the coupling element is arranged in a first position inside a receptacle of the guide element to fix the carrier on the guide element, and to bring about a coupled state the carrier is arranged in a second position inside a recess of the function unit so that the carrier is moved together with the function unit. The carrier has a securing element that is movable relative to the main body and which, in a fixing position, prevents movement of the coupling element out of the first position.

Modular door drive

The invention relates to a drive device for a sliding door or a sliding plug door of a passenger transportation vehicle, comprising at least one at least linearly movable runner ( 7 ) in order to move a door leaf fastened thereto, a motor ( 3 ) fastened to the runner ( 7 ) or to the passenger transportation vehicle, and a first gearbox ( 2, 5, 6 ) between the motor ( 3 ) and runner ( 7 ) in order to effect at least the longitudinal displacement of the runner, characterized in that at least two fastening options ( 13, 14 ), which differ in the arrangement ratios of the first gearbox and motor, are provided between the motor and the first gearbox.

DEFLECTION MECHANISM

A steering mechanism may comprise an actuation system for one-fingered operation by a user, the system configured to move at least a distal portion of the medical device such that 360 degree articulation is achievable, and a housing coupled to the system, the housing having proximal and distal ends. The system may comprise a first lever rotatable about a first axis, the first lever coupled to a first cam and configured to move the first cam from a first position to a second position when rotated about the first axis to deflect the distal portion; and a second lever rotatable about a second axis, the second lever coupled to a second cam and configured to move the second cam from a first position to a second position when rotated about the second axis to deflect the distal portion, wherein the first lever is coupled to the second lever. 120-. (canceled)21. A control mechanism for a medical device , comprising:a housing having an interior and an exterior;a member coupled to a distal portion of the housing;a first lever positioned exterior to a proximal portion of the housing and rotatable about a first axis at a first location to control movement of at least one portion of the member in a first plane;a second lever positioned exterior to the proximal portion of the housing and rotatable about a second axis at a second location to control movement of at least one portion of the member in a second plane.22. The control mechanism of claim 21 , further comprising a locking mechanism to securely position at least one of the first lever or the second lever.23. The control mechanism of claim 22 , wherein the locking mechanism includes a friction hold or a ratcheting hold.24. The control mechanism of claim 21 , wherein the first lever includes a first lever slot claim 21 , wherein the second lever includes a second lever slot claim 21 , and wherein the control mechanism further comprises an object positioned exterior to the proximal portion of the housing claim 21 , coupled to ...

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device containing a resilient member and having a rotation member configured to be rotated in a first direction during setting of a dose of a medication and to be rotated in a second direction during delivery of the dose, where the rotation member is coupled to a drive member that is coupled to a piston rod such that on dose delivery the piston rod is displaced in a distal direction to dispense a medicament and where the resilient member prevents movement of the drive member and the piston rod during dose setting.

Door opening and closing device

A door opening and closing device includes: a motor; an output shaft configured to output power of the motor; a transmission mechanism configured to transmit the power of the motor to the output shaft; and an accommodation member configured to accommodate the motor and the transmission mechanism. The door opening and closing device is installed in a vehicle main body or a door supported by the vehicle main body in an openable and closable manner, thereby opening and closing the door by the power that is output from the output shaft. The accommodation member is cylindrical in shape, and the motor and the transmission mechanism are accommodated in the accommodation member so that the motor, the transmission mechanism, and the output shaft are arranged in an axial direction of a rotary shaft of the motor.

Spherical Motion Mechanism

This document discusses, among other things, a mechanism for providing motion having two degrees of freedom and centered on a single point within a sphere. Methods to design the mechanism consistent with specified parameters are also described.

Method for retaining member by caulking

During a caulking process, a pressure is applied to a pressure receiving shoulder portion in the same direction as a direction of a clamping force generated by a caulking portion. The clamping force for holding an outer race can thereby be increased. Also, a pressure receiving surface of the pressure receiving shoulder portion is set higher than an end face. Thus, no pressure resulting from plastic deformation in a direction perpendicular to the direction of the clamping force of the caulking portion is generated. In addition, a groove is formed between the pressure receiving shoulder portion and an end serving as the caulking portion.

ENGINE GOVERNOR

An electronic governor system includes a motor, a transmission coupled to the motor, a throttle plate coupled to the transmission, the throttle plate movable to multiple positions between closed and wide-open, wherein power is supplied to the motor to move the throttle pate to a desired position and wherein power is not supplied to the motor to maintain the throttle plate in the desired position. 1. An electronic governor system , comprising:a motor;a transmission coupled to the motor;a throttle plate coupled to the transmission, the throttle plate movable to a plurality of positions between closed and wide-open;an engine speed sensor; anda controller including a feedback control module and an adaptive control module; determine an engine speed error based on a comparison of a current engine speed input signal from the engine speed sensor and a desired engine speed; and', 'provide an engine speed output signal to the motor to control the position of the throttle plate to correct the engine speed error, wherein the engine speed output signal is determined by a control algorithm using the engine speed error as an input;, 'wherein the feedback control module is configured to determine an expected engine speed error correction based on the engine speed output signal provided by the feedback control module;', 'determine an actual engine speed error correction based on a current engine speed input signal from the engine speed sensor and a previous engine speed input signal from the engine speed sensor;', 'determine a correction error based on the expected engine speed error correction and the actual engine speed correction; and', 'adjust a parameter of the control algorithm of the feedback control module when the correction error is within a predetermined range or outside of a predetermined range., 'wherein the adaptive control module is configured to2. The electronic governor system of , wherein the feedback control module utilizes a proportional-integral-derivative ...

DEFLECTION MECHANISM

A steering mechanism may comprise an actuation system for one-fingered operation by a user, the system configured to move at least a distal portion of the medical device such that 360 degree articulation is achievable, and a housing coupled to the system, the housing having proximal and distal ends. The system may comprise a first lever rotatable about a first axis, the first lever coupled to a first cam and configured to move the first cam from a first position to a second position when rotated about the first axis to deflect the distal portion; and a second lever rotatable about a second axis, the second lever coupled to a second cam and configured to move the second cam from a first position to a second position when rotated about the second axis to deflect the distal portion, wherein the first lever is coupled to the second lever. 120-. (canceled)21. A medical device , comprising:a housing having a proximal portion and a distal portion;a member coupled to the distal portion of the housing;a first positioning element rotatable about a first axis to control at least a portion of the member, wherein the first positioning element is coupled to the proximal portion at a first location; anda second positioning element rotatable about a second axis to control at least the portion of the member, wherein the second positioning element is coupled to the proximal portion at a second location,wherein a portion of the first positioning element overlaps with a portion of the second positioning element.22. The medical device of claim 21 , wherein rotation of the first positioning element deflects a distal portion of the member in a first plane claim 21 , and rotation of the second positioning element deflects the distal portion of the member in a second plane.23. The medical device of claim 21 , wherein the first positioning element is coupled to the second positioning element via an object.24. The medical device of claim 23 , wherein a position of the overlap of the first ...

Balancing mechanism for a wall bed

An apparatus includes a fixed plate 902 mounted in a bed cabinet 108 and a rotating plate 904 , mounted to a bed frame 106 , coupled to the fixed plate 902 at a pivot point 906 . A first end of a first lever arm 918 is coupled to the fixed plate 902 . A first end of a second lever arm 920 is coupled to the first lever arm at a point between the first end and the second end of the first lever arm 918 . The second end of the second lever arm 920 is coupled to the rotating plate 904 at a position that is offset a horizontal distance from the pivot point 906 . A first end of a gas spring 908 is coupled to the fixed plate 902 and the second end of the gas spring 908 is coupled to the second end of the first lever arm 918.

MOTOR ASSEMBLY FOR CONVERTING RECLINING FURNITURE TO POWERED MODE

A motor assembly for reclining furniture includes a motor having one or more first fittings that correspond to one or more second fittings within a reclining furniture actuation mechanism. The first and second fittings are configured to be mutually connectable without tools or fasteners. Linkage members are pivotally connected at one end to a moveable trolley, and at a second end through a bracket to a transverse drive tube in the actuation mechanism, so that movement of the trolley causes the transverse drive tube to rotate. 1. A linkage assembly for actuating reclining furniture actuation mechanisms , said linkage assembly comprising:a motor assembly comprising a motor and a trolley driven by said motor in a bidirectional, linear motion;a first transverse drive tube with a first end and a second end, the first end attached to a first recliner mechanism and the second end attached to a second recliner mechanism;a first swing arm with a first end and a second end, the first end attached to the trolley and the second end attached to the first transverse drive tube by a first bracket;wherein the first bracket is removably affixed to the first transverse drive tube.2. The linkage assembly of claim 1 , wherein the first bracket comprises a ridged clamshell with a top half with a front edge and a back edge claim 1 , and a bottom half with a front edge and a back edge claim 1 , wherein the top half and the bottom half are hingedly attached along respective front edges or back edges.3. The linkage assembly of claim 2 , wherein the top half and bottom half close together to fully enclose a portion of the first transverse drive tube.4. The linkage assembly of claim 3 , further comprising a drive tube channel formed when the top half and bottom half close together.5. The linkage assembly of claim 4 , wherein the drive tube channel is configured to securely hold the first transverse drive tube claim 4 , wherein movement of the trolley causes rotation of the first drive tube.6. ...

Electric wall bed and leg extender

An apparatus includes a rack plate 202 with a T-shaped slot 206 and upright protrusions 204 and is movable relative to a frame 106 between first, second, and third positions. A pinion plate 302 rotatably coupled to the frame 106 includes upright extensions 304 and a lock pin 306 movable within the slot 206. In the first position, the lock pin 206 is positioned in a first location within the slot 206, and as the rack plate 202 moves from the first to the second position, a first extension 304 A engages a first protrusion 204 A, which rotates the pinion plate 302. In the second position, the lock pin 306 is positioned in a second location within the slot 206, and as the rack plate 202 moves from the second position to the third position, a second extension 304 B engages a second protrusion 204 B and rotates the pinion plate 302.

Deflection mechanism

A steering mechanism may comprise an actuation system for one-fingered operation by a user, the system configured to move at least a distal portion of the medical device such that 360 degree articulation is achievable, and a housing coupled to the system, the housing having proximal and distal ends. The system may comprise a first lever rotatable about a first axis, the first lever coupled to a first cam and configured to move the first cam from a first position to a second position when rotated about the first axis to deflect the distal portion; and a second lever rotatable about a second axis, the second lever coupled to a second cam and configured to move the second cam from a first position to a second position when rotated about the second axis to deflect the distal portion, wherein the first lever is coupled to the second lever.

Adapter direct drive with manual retraction, lockout and connection mechanisms

A surgical device adapter for coupling an end effector to a handle assembly is disclosed. The surgical device adapter includes: a housing; a drive mechanism disposed within the housing and couplable to the handle assembly and the end effector; and a drive coupling assembly coupled to the surgical device adapter and selectively couplable to the handle assembly, the drive coupling assembly including a retraction assembly selectively couplable to the drive mechanism such that rotation of the drive coupling assembly about a longitudinal axis defined by the surgical device adapter and relative to the housing actuates the drive mechanism.

Electronic governor system and load sensing system

An electronic governor system includes a motor, a transmission coupled to the motor, a throttle plate coupled to the transmission, the throttle plate movable to multiple positions between closed and wide-open, wherein power is supplied to the motor to move the throttle pate to a desired position and wherein power is not supplied to the motor to maintain the throttle plate in the desired position.

Miniature remotely-controllable wide-range variable impedances for MRI and similar applications

Design and construction is described for remotely-controllable variable MRI-compatible low-noise inductors and capacitors, each having a wide variation range and each occupying a volume of no more than 30 cubic centimeters. To optimize noise figure in 3-tesla medical MRI antenna arrays, an exemplar capacitor is connected in series following an antenna element and an exemplar inductor is connected in shunt following an exemplar capacitor. Exemplar Inductors are constructed as a pair of flux-coupled coils which are connected by a movable or rotatable contactor positioned by folded and nested stepping mechanisms. Exemplar inductors are constructed from two flux-coupled parallel solenoid coils or from two flux-coupled toroid-segment coils. Exemplar capacitors are designed and constructed in an analogous manner. Other miniature inductor and capacitor embodiments are possible. Miniature variable resistor embodiments can be constructed in a manner analogous to that of the capacitors. 1. What is claimed is a miniature remotely-controllable variable impedance structure having many embodiments , different embodiments being realized by adjusting the forms and materials of:a firm and supporting component base or package base with electrically isolated and electrically conductive terminals, which base includes or accepts firm and firmly attached or firmly attachable side rails and which base accepts a firm and firmly attachable cover, which cover includes or accepts a firm or firmly attachable lid, and which package provides firm support for a nested rack-and-pawl mechanism and for a nested actuator mechanism;firm parallel solenoid-coil cores which support parallel conductive solenoid coils, which coils are arranged to share magnetic flux in a closed path, which cores and coils are firmly attached to the package base, one end of each coil being firmly and electrically connected to a separate package base terminal, the remaining end of each coil having no electrical connection ...

Mechanism for reciprocating linear motion of a medical device

A mechanism for reciprocating linear motion of a medical device comprises a body, wherein are mounted a rotatable shaft driven with a drive unit and a guide with a slidably platform mounted thereon. The rotatable shaft has a smooth external surface and is connected with a shaft of the drive unit by means of an intermediate mechanism comprising at least two unidirectional clutches mounted on the smooth rotatably shaft in opposite directions. The platform is integrated with a transport mechanism which is mounted on the rotatable shaft and comprises rolling elements so arranged that points of contact of said rolling elements with the smooth surface of the shaft determine a helix.

Linear telescopic actuator for movement of first and second elements relative to fixed element

FIELD: machine building. SUBSTANCE: invention refers to aircraft industry, and namely to linear telescopic actuator for movement of the first and the second elements relative to fixed element. Actuator includes housing (101) that is attached to fixed element (102) and used as a sleeve for the first stock (106), the rotational movement of which is locked and which can be brought into translational movement with drive shaft (104) that is connected to drive (107) of rotational movement. The first stock is meant to be connected with one of its ends (108) to the first moved element and carries the second stock (117), with which it is aligned along common axis, and to end (118) of which the second moved element is attached. Besides, there is the possibility of locking rotational movement of the second stock (117); besides, it is brought into rotational movement with the second drive shaft (112, 115) that passes through the housing and is connected to drives (113, 111) of rotational movement. EFFECT: reduction of friction between elements of drive, as well as reduction of its dimensions. 8 cl, 9 dwg РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) 2 470 205 (13) C2 (51) МПК F16H 25/20 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ ИЗОБРЕТЕНИЯ К ПАТЕНТУ (21)(22) Заявка: 2010116841/11, 04.07.2008 (24) Дата начала отсчета срока действия патента: 04.07.2008 (73) Патентообладатель(и): ЭРСЕЛЬ (FR) (43) Дата публикации заявки: 10.11.2011 Бюл. № 31 2 4 7 0 2 0 5 (45) Опубликовано: 20.12.2012 Бюл. № 35 (56) Список документов, цитированных в отчете о поиске: WO 2007099333 A, 07.09.2007. FR 2895482 A, 29.06.2007. US 4179944 A, 25.12.1979. US 2006266146 A1, 30.11.2006. SU 268182 A1, 01.01.1970. 2 4 7 0 2 0 5 R U (86) Заявка PCT: FR 2008/000960 (04.07.2008) C 2 C 2 (85) Дата начала рассмотрения заявки PCT на национальной фазе: 04.05.2010 (87) Публикация заявки РСТ: WO 2009/043981 (09.04.2009) Адрес для переписки: 191002, Санкт-Петербург, а/я 5, ООО "Ляпунов и партнеры" ( ...

Vehicular sun visor assembly

A vehicular sun visor having a lighted vanity-mirror and sliding door is provided with a fixed lens aligned with a lamp at one end of the mirror and a lens which moves with the door into alignment with the lamp at the other end of the mirror. An automatic brightening intensity circuit is provided. Automatic motor drive is also provided for the sliding door.

Positioning device for planar positioning

A positioning device has a shuttle slidably and rotatably supported above a base assembly. A first linear motor moves the shuttle linearly in a first direction while the second and third linear motors move the shuttle linearly in a second direction, normal to the first direction. The second and third linear motors are separated along an axis in the first direction. The linear motors have magnetic arrays including rows of magnets or a checkerboard array of magnets and provide continuously variable positioning. Rotary movement of the shuttle is achieved by operating the second and third linear motors in opposing directions or at differing rates. The positions of three points on the shuttle are determined by three optical encoders, or three interferometers, whose signals provide feedback to a controller which actuates the linear motors accordingly. The controller employs an algorithm for the translation of the three point positions into shuttle position and orientation information and for implementing a closed loop control system whereby the shuttle may be positioned with respect to a reference point, torque thereupon may be compensated for, and the shuttle may be rotated.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device containing a resilient member and having a rotation member configured to be rotated in a first direction during setting of a dose of a medication and to be rotated in a second direction during delivery of the dose, where rotation member is coupled to a drive member that is coupled to a piston rod such that on dose delivery the piston rod is displaced in a distal direction to dispense a medicament and where the resilient member prevents movement of the drive member and the piston rod during dose setting.

Resettable drive mechanism for a medication delivery device and medication delivery device

A resettable drive mechanism comprising a housing, a drive member rotatable in a second direction for delivering a dose of a medication, a piston rod driven by the drive member when it rotates in the second direction. A stop member prevents rotation of the drive member in a first direction opposite to the second direction, when the stop member engages the drive member. A clutch member is movable between a delivery position and a reset position. When the clutch member is in the delivery position, the stop member and the drive member are engaged and the drive member is prevented from rotating in the first direction, and when the clutch member is in the reset position, the drive member and the stop member are disengaged, the drive member is rotatable in the first direction and the piston rod is movable in the proximal direction.

Drive mechanism for drug delivery device, and drug delivery device

FIELD: medicine. SUBSTANCE: invention refers to medical equipment, namely to drug delivery devices. The device comprises a drive mechanism and a cartridge with a number of drug doses. The drive mechanism comprises a body, a rotation element, a piston rod, a drive element and a shut-off element. The rotation element rotates in the first direction about the body when setting a dose, and in the second direction when delivering a dose. The piston rod moves in the distal direction in relation to the body for dose delivery. The drive element follows the rotation of the rotation element in the second direction when delivering a dose. The shut-off element prevents the rotation of the drive element about the body in the first direction when setting a dose. The rotation of the drive element converts into the rotation of the piston rod about the body. The rotation of the drive element in the second direction converts into the motion of the piston rod in the distal direction in relation to the body by a mechanical interaction of the drive element and the rotation element. EFFECT: invention provides the improved dosage accuracy and higher reliability. 16 cl, 18 dwg РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (11) (13) 2 515 867 C2 (51) МПК A61M 5/315 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ (21)(22) Заявка: ИЗОБРЕТЕНИЯ К ПАТЕНТУ 2011128680/14, 09.12.2009 (24) Дата начала отсчета срока действия патента: 09.12.2009 Приоритет(ы): (30) Конвенционный приоритет: (43) Дата публикации заявки: 20.01.2013 Бюл. № 2 (73) Патентообладатель(и): САНОФИ-АВЕНТИС ДОЙЧЛАНД ГМБХ (DE) (56) Список документов, цитированных в отчете о поиске: US 5827232 A, 27.10.1998. WO 03080160 A1, 02.10.2003. RU 2214286 C2, 20.10.2003 . US 1718596 A, 25.06.1929. US 2653604 A, 29.03.1953. . . (86) Заявка PCT: EP 2009/066742 (09.12.2009) C 2 C 2 (85) Дата начала рассмотрения заявки PCT на национальной фазе: 12.07.2011 (87) Публикация заявки PCT: 2 5 1 5 8 6 7 WO 2010/006796 (17.06.2010) R U 2 5 1 ...

用于药物输送设备的驱动机构和药物输送设备

提出了一种用于药物输送设备(1)的驱动机构，所述驱动机构包括：具有近端和远端的壳体(13、17、40)；旋转构件(21)，所述旋转构件适配成在设定药物剂量(5)的过程中相对于所述壳体向第一方向转动而在输送剂量的过程中相对于所述壳体向第二方向转动，所述第二方向与所述第一方向相反；活塞杆(12)，所述活塞杆适配成相对于所述壳体向远端方向位移，用来输送剂量；驱动构件(20)，在所述剂量输送过程中，所述驱动构件适配成跟随所述旋转构件向所述第二方向的旋转运动；和止挡构件(26)，所述止挡构件适配成在设定剂量的过程中阻止所述驱动构件相对于所述壳体向所述第一方向旋转运动，其中所述驱动构件向第二方向的旋转运动转化成所述活塞杆相对于所述壳体向远端方向的运动。此外，还提供了一种药物输送设备。

회전/선운동 변환기(Rotary/linear converter)

본 발명에 따라, 주축선(A)을 가지며 그 주축선(A) 방향의 왕복운동에 적합한 왕복장치(13) 및 그 주축선(A)에 대하여 회전운동하는 데 적합한 회전장치(17)를 포함하는 회전/선운동 변환기가 제공되며, 상기 변환기의 더 나아가 왕복장치와 회전장치(17)를 작동가능하게 서로 연결시키는 변환기수단을 포함한다. 이 변환기수단은 이 변환기수단의 다른 부분(32)에 선회하게 연결되는 한단부 및 마운팅(38)에 선회하게 연결되는 다른 단부를 갖는 조절링크(36)를 포함하며, 상기 조절링크는 상기 회전장치(17)나 왕복장치(13)중의 어느 하나의 운동에 대응하여 상기 마운팅(38)에 관하여 선회하며 진동하도록 되며 그에 따라 다른 하나의 운동을 일으킨다.

フイルタプレスの濾布洗浄装置

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Telescopic linear actuating mechanism of double action with drive from one motor

FIELD: electricity. SUBSTANCE: telescopic linear actuating mechanism for movement of the first (10b) and second (10a) parts relative to a fixed part (102), comprises a body (101), designed for fixation to a fixed part and for placement of the first stem in it (106), installed without possibility of rotation, but capable of reciprocal displacement with the help of a feed screw (104), connected to facilities (107) of a rotary drive, besides, the first stem is designed for fixation by one end (108) to the first movable part, besides, the first stem serves a support for the second stem (117), located on its extension and designed for fixation by one end (118) to the second movable part, besides, there is a possibility provided to lock rotary motion of the second stem and realisation of its reciprocal motion with the help of the second feed screw (112), stretching via the body and attached to facilities (113, 111) of the rotary drive, besides, according to this invention, driving facilities of both specified stems (106, 117) comprise a motor designed to actuate an input shaft of at least one differential, besides, this differential has at one side the first output shaft connected to the first or second feed screw, and at the other side has the second output shaft connected to the second or first feed screw. Besides, a traction reverser for a gondola of a turbojet engine, comprising at one side devices for diversion of at least a part of one air flow of the turbojet engine, and at the other side, at least one fairing installed as capable with the possibility of reciprocal displacement in direction of substantially parallel longitudinal axis of the gondola from the closing position, in which it provides for aerodynamic integrity of the gondola, and closes devices of diversion to the opening position, in which it opens a channel in the gondola and opens devices of diversion, besides, the movable fairing comprises at least one end part forming a nozzle installed as capable ...

Apparatus for driving an oscillating spout

내용 없음.

Slide mechanism, portable communication terminal equipped with the same, and slide moving method

本発明のスライド機構は、互いの一面を対向させるようにして配置された第一の筐体部と第二の筐体部との間に設けられ、第一の筐体部に対して第二の筐体部を基本位置から第一の筐体部の一面上で相対移動可能とする。このスライド機構は、第一の筐体部の一面上の所定の線形の移動方向に沿って延設された第一のスリットと、第一の筐体部の一面上に第一のスリットと平行に延設された第二のスリットと、第二の筐体部の一面上に、第一のスリットと対応して延設された第三のスリットと、第二の筐体部の一面上に、第二のスリットと対応して延設された第四のスリットと、第一のスリット及び第三のスリットに挿入されて、第一のスリットおよび第三のスリットの少なくとも一方に対して軸回りに回転可能であるとともに、第一のスリット及び第三のスリットに沿って移動可能とされた第一の支軸と、第二のスリット及び第四のスリットに挿入されて、第二のスリットおよび第四のスリットの少なくとも一方に対して軸回りに回転可能であるとともに、第二のスリット及び第四のスリットに沿って移動可能とされた第二の支軸とを備える。

Motor-driven swiveling device especially for support plates for mounting automotive mirrors

Motion converter

입력축(10)과, 입력축(10)에 편심하여 공전하는 외부 톱니 기어(20)와, 외부 톱니 기어(20)와 근소의 치수차(齒數差)를 가지고 외부 톱니 기어(20)가 내접하여 맞물리는 내부 톱니 기어(30)와, 외부 톱니 기어(20)의 자전 성분만을 취출하는 디스크(50)를 포함하는 감속 기구(300)와, 디스크(50)의 외주를 둘러싸는 고정 원통부(33)를 구비하고, 디스크(50)의 외주와 고정 원통부(33)의 내주에는, 서로 나사 결합하고 디스크(50)가 그 회전량에 수반하여 입력축(10) 방향으로 이동 자유롭게 지지되기 위한 수나사부(54), 암나사부(34)가 형성되어 있다. 운동 변환 장치, 톱니 기어, 디스크, 치수차, 누름 부재, 눌림 부재

Translation cam means

내용 없음. No content.

Motor-driven pivoting device for a support plate, especially the support plate of a motor vehicle mirror

本发明涉及一种机动偏转装置(11)，它用于一种通过传动装置与一伺服电机(33)有效连接的、可相对一个固定在目标上的夹持件偏转的且尤其用来放置一后视镜的支撑板(12)，在紧凑装入的回转传动装置里，用于固定支承的板(12)在其偏离镜面的背面上牢固地设有一中空球形区(13)，该球形区支承在两个对中地相互固定连接的球截层之间，可以沿着它们相互指向的外周面回转。在这种双壳夹持件的两个相互交错的球截层中，外球截层成安装盖(15)形状，内球截层作为装置支座(14)配备有电机(33)和传动装置(31)，该传动装置与一个径向嵌入装置支座(14)内腔里的齿(30)沿中空球形区(13)内周面的一母线相互啮合。

Modular door operating gear

Изобретение касается приводного устройства для раздвижной или поворотно-раздвижной двери пассажирского транспортного средства, состоящего из по меньшей мере одного движущегося линейно ползуна (7), предназначенного для перемещения закрепленной на нем створки двери, двигателя (3), установленного на ползуне (7) или на пассажирском транспортном средстве, и первой передачи (2, 5, 6) между двигателем (3) и ползуном (7), обеспечивающей по меньшей мере продольное перемещение ползуна, отличающегося тем, что между двигателем и первой передачей предусмотрены по меньшей мере два варианта крепления (13, 14), которые различаются вариантом конструктивной связи первой передачи и двигателя. 3 н. и 6 з.п. ф-лы, 5 ил. РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (51) МПК E05F 15/14 (11) (13) 2 538 915 C2 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ (21)(22) Заявка: ИЗОБРЕТЕНИЯ К ПАТЕНТУ 2013119698/12, 22.09.2011 (24) Дата начала отсчета срока действия патента: 22.09.2011 (72) Автор(ы): ЛИННЕНКОЛЬ Ларс (DE), ПЕЛЛЕГРИНИ Андреас (DE) (73) Патентообладатель(и): ГЕБР. БОДЕ ГМБХ УНД КО. КГ (DE) Приоритет(ы): (30) Конвенционный приоритет: R U 28.09.2010 DE 202010008648.5 (43) Дата публикации заявки: 10.11.2014 Бюл. № 31 (45) Опубликовано: 10.01.2015 Бюл. № 1 2 5 3 8 9 1 5 (56) Список документов, цитированных в отчете о поиске: EP 1314626 A1, 28.05.2003. US 5483769 A,16.01.1996. EP 0517334 A1, 09.12.1992 (85) Дата начала рассмотрения заявки PCT на национальной фазе: 29.04.2013 (86) Заявка PCT: EP 2011/066525 (22.09.2011) 2 5 3 8 9 1 5 R U WO 2012/041762 (05.04.2012) C 2 C 2 (87) Публикация заявки PCT: Адрес для переписки: 129090, Москва, ул. Б. Спасская, 25, строение 3, ООО "Юридическая фирма Городисский и Партнеры" (54) МОДУЛЬНЫЙ ПРИВОД ДВЕРИ (57) Реферат: Изобретение касается приводного устройства для раздвижной или поворотно-раздвижной двери пассажирского транспортного средства, состоящего из по меньшей мере одного движущегося линейно ползуна (7), предназначенного для ...

Patent JPS6015364B2

Single acting rotary actuating device

FIELD: machine building. SUBSTANCE: rotary actuating device (100) contains the housing (102), shaft (104), at least one piston (106) and at least one power spring with tight winding, joined with the shaft. The housing contains a cavity. The shaft (104) is locked inside the housing cavity and is designed with a possibility of rotary movement between the first and second positions. At least one piston (106) is locked inside the cavity and is connected to the shaft. The piston is designed with a possibility of sliding motion together with rotary motion of the shaft. At least one power spring (108) is located inside the housing and is joined with the shaft (104). The spring arranged in such a manner moves the shaft and at least one piston according to the preset ratio. EFFECT: extended service life. 22 cl, 10 dwg РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (51) МПК F15B 15/06 (11) (13) 2 540 201 C2 (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ОПИСАНИЕ (21)(22) Заявка: ИЗОБРЕТЕНИЯ К ПАТЕНТУ 2011146918/06, 15.04.2010 (24) Дата начала отсчета срока действия патента: 15.04.2010 (72) Автор(ы): ПЕННИНГ Брюс Роберт (US) Приоритет(ы): (30) Конвенционный приоритет: 15.05.2009 US 12/466,983 (43) Дата публикации заявки: 20.06.2013 Бюл. № 17 R U (73) Патентообладатель(и): ДЖЕНЕРАЛ ЭКВИПМЕНТ ЭНД МЭНЬЮФЭКЧЭРИНГ КОМПАНИ, ИНК., Д/Б/А ТОПВОРКС, ИНК. (US) (45) Опубликовано: 10.02.2015 Бюл. № 4 A, 28.06.1960. SU 1714225 A1, 23.02.1992. SU 1521940 А1, 15.11.1989. RU 2011036 C1, 15.04.1994 (85) Дата начала рассмотрения заявки PCT на национальной фазе: 15.12.2011 2 5 4 0 2 0 1 (56) Список документов, цитированных в отчете о поиске: US 7267044 B1, 11.09.2007. US 2942580 2 5 4 0 2 0 1 R U US 2010/031285 (15.04.2010) C 2 C 2 (86) Заявка PCT: (87) Публикация заявки PCT: WO 2010/132170 (18.11.2010) Адрес для переписки: 197101, Санкт-Петербург, а/я 128, "АРСПАТЕНТ" (54) ПОВОРОТНОЕ ИСПОЛНИТЕЛЬНОЕ УСТРОЙСТВО ОДНОСТОРОННЕГО ДЕЙСТВИЯ (57) Реферат: Поворотное исполнительное устройство (100) ...

Drive device

The invention relates to a drive device, in particular for a flap of a vehicle, comprising a housing tube (5) and a protective tube (6), which can be moved relative to each other axially in a telescopic manner, wherein the closed end of the housing tube (5) facing away from the protective tube (6) is arranged on a stationary base part or a movable component and the closed end of the protective tube facing away from the housing tube (5) is arranged on the movable component or the base part, and comprising a linear drive (9) arranged in the housing tube (5) and/or protective tube (6), by means of which linear drive the housing tube (5) and the protective tube (6) can be driven such as to be movable relative to each other in an axial manner. The protective tube (6) or housing tube (5) enclosed by the housing tube (5) or the protective tube (6) is enclosed at the radially circumferential outer cylindrical surface (15) thereof by a sealing ring (16, 16'), by means of which the annular gap (19) formed between the housing tube (5) and the protective tube (6) is closed in a sealing manner in the maximum retracted position of the housing tube (5) and protective tube (6) relative to each other.

Driving means

本发明涉及一种特别是用于车辆盖板的驱动装置，其具有能够伸缩地在轴向上彼此相对运动的壳体管(5)和保护管(6)，其中，壳体管(5)利用其背离保护管(6)的封闭端部布置在固定的基础部件或可运动的部件上，并且保护管利用其背离壳体管(5)的封闭端部布置在可运动的部件或基础部件上。其还具有布置在壳体管(5)和/或保护管(6)中的直线驱动装置(9)，通过该直线驱动装置能够驱动壳体管(5)和保护管(6)在轴向上彼此相对运动。壳体管(5)或保护管6围绕的保护管(6)或壳体管(5)在其径向环绕的外壳面(15)上被密封环(16，16’)围绕，通过该密封环使在壳体管(5)和保护管(6)之间形成的环隙(19)在壳体管(5)和保护管(6)彼此间运动达到最大的缩回位置中密封地封闭。

Drive device

本发明涉及一种特别是用于车辆盖板的驱动装置，其具有能够伸缩地在轴向上彼此相对运动的壳体管(5)和保护管(6)，其中，壳体管(5)利用其背离保护管(6)的封闭端部布置在固定的基础部件或可运动的部件上，并且保护管利用其背离壳体管(5)的封闭端部布置在可运动的部件或基础部件上。其还具有布置在壳体管(5)和/或保护管(6)中的直线驱动装置(9)，通过该直线驱动装置能够驱动壳体管(5)和保护管(6)在轴向上彼此相对运动。壳体管(5)或保护管6围绕的保护管(6)或壳体管(5)在其径向环绕的外壳面(15)上被密封环(16，16’)围绕，通过该密封环使在壳体管(5)和保护管(6)之间形成的环隙(19)在壳体管(5)和保护管(6)彼此间运动达到最大的缩回位置中密封地封闭。

Drive device

A drive device comprises a housing pipe, a protection pipe, and a linear drive. The housing pipe and the protection pipe can be moved axially relative to each other in a telescopic manner. The housing pipe is arranged with the closed end thereof facing away from the protection pipe on a fixed base member or a movable component, and the protection pipe is arranged with the closed end thereof facing away from the housing pipe on the movable component or the base member. The linear drive is arranged in at least one of the housing pipe and the protection pipe, and configured to drive the housing pipe and the protection pipe such that the housing pipe and the protection pipe are axially movable relative to each other.

TELESCOPIC LINEAR ACTUATOR FOR MOVING A FIRST AND A SECOND ELEMENTS RELATIVELY TO A FIXED ELEMENT

Linear telescopic actuator for moving a first and a second element relative to a stationary element

The invention relates to a linear telescopic actuator for moving a first (10b) and a second (10a) element relative to a stationary element (102). Said actuator comprises a base (101) that is to be connected to the stationary element (102) and is used as a cavity for a first rotationally locked rod (106) which can be translated by a drive shaft (104) that is to be connected to rotational driving means (107). One end (108) of said first rod is to be connected to the first element that is to be moved. The actuator is characterized in that the first rod (106) supports a second rod (117) which is aligned therewith and one end (118) of which is to be connected to the second element that is to be moved. Said second rod (117) can be rotationally locked and can be translated by a second drive shaft (112, 115) which extends through the base and is connected to rotational driving means (113, 111).

Linear telescopic actuator for moving a first and a second element relative to a stationary element

The invention relates to a linear telescopic actuator for moving a first ( 10 b ) and a second ( 10 a ) element relative to a stationary element ( 102 ). Said actuator comprises a base ( 101 ) that is to be connected to the stationary element ( 102 ) and is used as a cavity for a first rotationally locked rod ( 106 ) which can be translated by a drive shaft ( 104 ) that is to be connected to rotational driving means ( 107 ). One end ( 108 ) of said first rod is to be connected to the first element that is to be moved. The actuator is characterized in that the first rod ( 106 ) supports a second rod ( 117 ) which is aligned therewith and one end ( 118 ) of which is to be connected to the second element that is to be moved. Said second rod ( 117 ) can be rotationally locked and can be translated by a second drive shaft ( 112, 115 ) which extends through the base and is connected to rotational driving means ( 113, 111 ).

Linear telescopic actuator for moving a first and a second element relative to a stationary element

Linear telescopic actuator for moving a first and a second element relative to a stationary element

本发明涉及一种用于将第一元件(10b)和第二元件(10a)相对于固定元件(102)移动的伸缩式线性致动器。所述致动器包括底座(101)，该底座用来与固定元件(102)相接附，并用作转动被锁定的第一杆(106)的容座，转动被锁定的第一杆能够通过用来与转动驱动装置(107)相连接的驱动轴(104)被平移驱动，所述第一杆用来通过其一端(108)与要被移动的第一元件相接附，该致动器的特征在于，第一杆(106)支承第二杆(117)，第二杆与第一杆对准，并通过其一端(118)与要被移动的第二元件相接附，所述第二杆(117)的转动锁定，并能够通过穿过底座并与转动驱动装置(113、111)相连接的第二驱动轴(112)被平移驱动。

Telecopic Linear Actuator and Jet Engine Nacelle Thrust Reverser

Linear telescopic actuator for moving a first and a second element relative to a stationary element

La présente invention se rapporte à un actionneur linéaire télescopique pour déplacer un premier (10b) et un second (10a) éléments relativement à un élément fixe (102), comprenant une base (101), destinée à être rattachée à l'élément fixe (102), et servant de logement à une première tige (106) bloquée en rotation et apte à être entraînée en translation par l'intermédiaire d'un arbre (104) d' entraînement destiné à être relié à des moyens d' entraînement (107) en rotation, la première tige étant destinée à être rattachée par une extrémité (108) au premier élément à déplacer, caractérisé en ce que la première tige (106) supporte deuxième tige (117) disposée dans le prolongement de celle-ci et destinée à être rattachée par une extrémité (118) au deuxième élément à déplacer, ladite deuxième tige (117) étant apte à être bloquée en rotation et entraînée en translation par l'intermédiaire d'un deuxième arbre d' entraînement (112, 115) traversant la base et relié à des moyens d' entraînement en rotation (113, 111).

DOUBLE-ACTING TELESCOPIC LINEAR ACTUATOR WITH SINGLE-MOTOR DRIVE SYSTEM

Linear telescopic actuator for moving a first and a second element relative to a stationary element

本发明涉及一种用于将第一元件(10b)和第二元件(10a)相对于固定元件(102)移动的伸缩式线性致动器。所述致动器包括底座(101)，该底座用来与固定元件(102)相接附，并用作转动被锁定的第一杆(106)的容座，转动被锁定的第一杆能够通过用来与转动驱动装置(107)相连接的驱动轴(104)被平移驱动，所述第一杆用来通过其一端(108)与要被移动的第一元件相接附，该致动器的特征在于，第一杆(106)支承第二杆(117)，第二杆与第一杆对准，并通过其一端(118)与要被移动的第二元件相接附，所述第二杆(117)的转动锁定，并能够通过穿过底座并与转动驱动装置(113、111)相连接的第二驱动轴(112)被平移驱动。

Linear telescopic actuator for moving a first and a second element relative to a stationary element

La présente invention se rapporte à un actionneur linéaire télescopique pour déplacer un premier (10b) et un second (10a) éléments relativement à un élément fixe (102), comprenant une base (101), destinée à être rattachée à l'élément fixe (102), et servant de logement à une première tige (106) bloquée en rotation et apte à être entraînée en translation par l'intermédiaire d'un arbre (104) d' entraînement destiné à être relié à des moyens d' entraînement (107) en rotation, la première tige étant destinée à être rattachée par une extrémité (108) au premier élément à déplacer, caractérisé en ce que la première tige (106) supporte deuxième tige (117) disposée dans le prolongement de celle-ci et destinée à être rattachée par une extrémité (118) au deuxième élément à déplacer, ladite deuxième tige (117) étant apte à être bloquée en rotation et entraînée en translation par l'intermédiaire d'un deuxième arbre d' entraînement (112, 115) traversant la base et relié à des moyens d' entraînement en rotation (113, 111). The present invention relates to a telescopic linear actuator for moving a first (10b) and a second (10a) element relative to a fixed element (102), comprising a base (101), intended to be attached to the fixed element ( 102), and serving as a housing for a first rod (106) locked in rotation and adapted to be driven in translation by means of a drive shaft (104) intended to be connected to drive means (107). ) in rotation, the first rod being intended to be attached by one end (108) to the first element to move, characterized in that the first rod (106) supports second rod (117) arranged in the extension thereof and intended to be attached by one end (118) to the second element to be displaced, said second rod (117) being able to be locked in rotation and driven in translation via a second drive shaft (112, 115) passing through the base and connected to rotating drive means (113, 111).

Linear telescopic actuator for moving a first and a second element relative to a stationary element

The invention relates to a linear telescopic actuator for moving a first (10b) and a second (10a) element relative to a stationary element (102). Said actuator comprises a base (101) that is to be connected to the stationary element (102) and is used as a cavity for a first rotationally locked rod (106) which can be translated by a drive shaft (104) that is to be connected to rotational driving means (107). One end (108) of said first rod is to be connected to the first element that is to be moved. The actuator is characterized in that the first rod (106) supports a second rod (117) which is aligned therewith and one end (118) of which is to be connected to the second element that is to be moved. Said second rod (117) can be rotationally locked and can be translated by a second drive shaft (112, 115) which extends through the base and is connected to rotational driving means (113, 111).

TELESCOPIC LINEAR ACTUATOR FOR MOVING A FIRST AND A SECOND ELEMENTS RELATIVELY TO A FIXED ELEMENT

La présente invention se rapporte à un actionneur linéaire télescopique pour déplacer un premier et un second éléments relativement à un élément fixe (102), comprenant une base (101), destinée à être rattachée à l'élément fixe (102), et servant de logement à une première tige (106) bloquée en rotation et apte à être entraînée en translation par l'intermédiaire d'un arbre (104) d'entraînement destiné à être relié à des moyens d'entraînement (107) en rotation, la première tige étant destinée à être rattachée par une extrémité (108) au premier élément à déplacer,caractérisé en ce que la première tige supporte deuxième tige (117) disposée dans le prolongement de celle-ci et destinée à être rattachée par une extrémité (118) au deuxième élément à déplacer, ladite deuxième tige étant apte à être bloquée en rotation et entraînée en translation par l'intermédiaire d'un deuxième arbre d'entraînement (112, 115) traversant la base et relié à des moyens d'entraînement en rotation (113, 111). The present invention relates to a telescopic linear actuator for moving a first and a second element relative to a fixed element (102), comprising a base (101), intended to be attached to the fixed element (102), and serving as a housing to a first rod (106) locked in rotation and adapted to be driven in translation by means of a drive shaft (104) intended to be connected to rotating drive means (107), the first rod being intended to be attached by one end (108) to the first element to be displaced, characterized in that the first rod supports second rod (117) arranged in the extension thereof and intended to be attached by one end (118). to the second element to be displaced, said second rod being able to be locked in rotation and driven in translation by means of a second drive shaft (112, 115) passing through the base and connected to rotating drive means (113, 111).

Linear telescopic actuator for moving a first and a second element relative to a stationary element

The invention relates to a linear telescopic actuator for moving a first ( 10 b ) and a second ( 10 a ) element relative to a stationary element ( 102 ). Said actuator comprises a base ( 101 ) that is to be connected to the stationary element ( 102 ) and is used as a cavity for a first rotationally locked rod ( 106 ) which can be translated by a drive shaft ( 104 ) that is to be connected to rotational driving means ( 107 ). One end ( 108 ) of said first rod is to be connected to the first element that is to be moved. The actuator is characterized in that the first rod ( 106 ) supports a second rod ( 117 ) which is aligned therewith and one end ( 118 ) of which is to be connected to the second element that is to be moved. Said second rod ( 117 ) can be rotationally locked and can be translated by a second drive shaft ( 112, 115 ) which extends through the base and is connected to rotational driving means ( 113, 111 ).

Rotary/linear converter

旋转/直线运动转换器，包括：往复运动元件，其有一主轴，并适于在主轴方向作往复运动，和一转动元件，其适于绕主轴转动，还包括转换装置，其可操作地连接于往复运动元件和转动元件，并包括一往复运动部分，其在基本与主轴同轴的区域内可操作地连接于往复运动元件，一转动部分，其可操作地连接于转动元件，和一控制部分，一控制连杆，其一端枢接于所述控制部分，其枢轴相对于所述主轴偏置，另一端枢接于一安装座。

Drive device

본 발명은 제 1 하우징부(122), 제 1 하우징부에 대하여 이동될 수 있는 제 2 하우징부 그리고 로터(134), 2개의 장착 요소(138, 140) 및 2개의 영구 자석 쉘(142, 144)을 구비한 모터 조립체(130)를 포함하는 구동 장치(120)에 관한 것으로서, 이 구동 장치는 필요한 경우 변속 조립체(132) 및/또는 모터 조립체(130)와 관련있는 센서 유니트(156)를 포함한다. 본 발명의 제 1 태양에 따르면, 로터(36)에 의하여 형성된 유니트, 2개의 장착 요소(138, 140) 그리고 2개의 영구 자석 쉘(142, 144)은 자화 재료로 이루어진 제 1 하우징부(122) 내에 직접적으로 수용된다. 본 발명의 제 2 태양에 따르면, 변속 조립체(132)와 모터 조립체(130) 사이에 배치된 장착 요소(140)는 동시에 변속 조립체(132)의 하우징 커버를 형성한다. 본 발명의 제 3 태양에 따르면, 센서 유니트(156)는 모터 조립체(130)와 변속 조립체(132) 사이에 배치된다.

Drive device for opening or closing a door or similar

本发明涉及一种开启或关闭门扇、窗扇等的驱动装置，包括外壳(1)和装在外壳(1)内的关闭弹簧(2)，后者作用在活塞(3)上，活塞通过啮合齿与一根支承在外壳(1)内的关闭轴(4)作用连接。为了改善这种驱动装置的材料选择，按本发明规定，活塞(3)和外壳(1)用塑料聚甲醛(POM)制成。

Wheelchair advance apparatus

(57)【要約】本公報は電子出願前の出願データであるた め要約のデータは記録されません。

Linear drive force overload protection device

A tolerance ring adapted to engage a stem of a ball pan to a housing, wherein the tolerance ring is adapted to provide an overload protection against a force of greater than 1,000 N. A ball joint assembly comprising a ball pan including a stem; a housing adapted to engage the stem; and a tolerance ring disposed between the stem and the housing. An assembly comprising a first member; a second member engaged with the first member; and a linear drive assembly disposed between the first and second members, wherein the linear drive is adapted to provide an overload protection against a force of greater than 1,000 N.

Patent FR2447492B1

Single-acting rotary actuator

一种旋转式致动器(100)包括一个外壳(102)，一个轴(104)，至少一个活塞(106)和至少一个密身盘簧。该外壳限定了一个腔。该轴(104)被置于该外壳的该腔内，并被适配于在第一位置和第二位置之间旋转移位。该至少一个活塞(106)在该外壳的该腔内被支撑，并与该轴操作地耦接。该活塞被适配于进行与该轴的旋转移位相关的滑动移位。该至少一个密身盘簧(108)被置于该外壳的该腔内，与该轴(104)操作地耦接。被这样配置，该密身盘簧偏置该轴和至少一个活塞至预定关系。

DOOR MODULAR ACTUATOR

1. Приводное устройство (1) для раздвижной или поворотно-раздвижной двери пассажирского транспортного средства, содержащее по меньшей мере один выполненный с возможностью линейного перемещения ползун (7), предназначенный для перемещения закрепленной на нем створки двери, двигатель (3), установленный на ползуне (7) или на пассажирском транспортном средстве, и первую передачу (2, 5, 6) между двигателем (3) и ползуном (7) для обеспечения по меньшей мере этого продольного перемещения ползуна (7), отличающееся тем, что между двигателем (3) и первой передачей предусмотрены по меньшей мере два варианта крепления (13, 14), которые обеспечивают два различных варианта конструктивной связи между первой передачей (2, 5, 6) и двигателем (3).2. Приводное устройство (1) по п.1, в котором предусмотрен несущий элемент (11), на котором размещены эти по меньшей мере два варианта крепления (13, 14) двигателя (3).3. Приводное устройство (1) по п.1, в котором при по меньшей мере одном из вариантов конструктивной связи приводной вал (19) двигателя (3) соосен входному валу (2) первой передачи (2, 6).4. Приводное устройство (1) по одному из пп.1-3, в котором при по меньшей мере одном из вариантов конструктивной связи приводной вал (19) двигателя параллелен оси или валу (2) первой передачи (2, 5, 6).5. Приводное устройство (1) по одному из пп.1-3, в котором между осью или валом (2) и приводным валом (19) двигателя (3) предусмотрена ременная передача (5).6. Приводное устройство (1) по п.4, в котором между осью или валом (2) и приводным валом (19) двигателя (3) предусмотрена ременная передача (5).7. Приводное устройство (1) по одному из пп.1-3 или 6, в котором первая передача (2, 5, 6) представляет собой винтовую передачу РОССИЙСКАЯ ФЕДЕРАЦИЯ (19) RU (51) МПК E05F 15/14 (11) (13) 2013 119 698 A (2006.01) ФЕДЕРАЛЬНАЯ СЛУЖБА ПО ИНТЕЛЛЕКТУАЛЬНОЙ СОБСТВЕННОСТИ (12) ЗАЯВКА НА ИЗОБРЕТЕНИЕ (21)(22) Заявка: 2013119698/12, 22.09.2011 (71) Заявитель(и): ГЕБР. БОДЕ ГМБХ УНД КО. КГ (DE) Приоритет(ы): (30) ...

ACTUATOR STRUCTURAL BODY

액츄에이터 구조체(200)는 규격화된 기둥몸체를 접속하여 조립하고, 공작물(216)를 이동시키는 것으로서, 외측면에 T자형 홈이 형성된 기둥몸체 형상의 액츄에이터(204,206,208,210)와 외측면에 T자형 홈이 형성되고, 내부에 관통구멍이 구획형성된 상기 기둥몸체 형상의 기둥부재(202)를 상기 T자형 홈에 결합하고, 또는 상기 관통구멍에 끼워맞춤함으로써, 상기 기둥부재 및 액츄에이터를 연결하는 연결수단으로 구성되어 있다. 따라서, 상기 기둥부재(202) 및 액츄에이터(204,206,208,210)를 상기 연결수단에 의해 소정형상으로 조립하거나 조립을 해체할 수 있다.

Patent NO2579928T3

Linear actor arrangement

The invention relates to a linear actor arrangement (1), comprising a linear actor (2) with two ends (2.1, 2.2) whose distance is variable depending on an energizing of the linear actor (2), wherein each end (2.1, 2.2) is attached to a respective first or second coupling element (3.1, 3.2) which engage a coupling surface (4), wherein the coupling surface (4) and the coupling elements (3.1, 3.2) exhibit mating surface structures in such a manner that the coupling elements (3.1, 3.2) are prevented from moving in a direction (F) while being allowed to move in an opposite direction (/F).

Reciprocating rotary actuator

Multi-directionnal input apparatus

本发明提供一种避免高成本化并且穿插到长孔中的操作部件即使在振动环境下也不会成为噪音发生源的多方向输入装置。该多方向输入装置为，在连动部件(第1驱动杆)(4)上设置供操作杆(1)的驱动轴部(1a)穿插的长孔(4a)，当朝向与连动部件(4)的轴线方向交叉的方向对操作杆(1)进行倾动操作时，该连动部件(4)被驱动轴部(1a)旋转驱动，在连动部件(4)上安装有板簧(15)，该板簧(15)朝向长孔(4a)内壁的一个侧面对驱动轴部(1a)弹性施力。在板簧(15)上形成与连动部件(4)的轴线方向大致平行地延伸且与驱动轴部(1a)弹性接触的弯曲部(17a)、以及使长孔(4a)完全露出的避让孔(16a)。

Assembly for a drug delivery device

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device (1) is proposed, comprising a housing (13,17,40), a rotation member (21) which is adapted to be rotated in a first direction with respect to the housing during setting of a dose of a medication and to be rotated in a second direction during delivery of the dose, the second direction being opposite to the first direction, a piston rod (12) which is adapted to be displaced in a distal direction with respect to the housing for delivering the dose, a drive member (20) which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member (26) which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose, wherein the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device (1) is proposed, the drive mechanism comprising a housing (13, 17, 40) having a proximal end and a distal end, a rotation member (21) which is adapted to be rotated in a first direction with respect to the housing during setting of a dose of a medication and to be rotated in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction, a piston rod (12) which is adapted to be displaced in a distal direction with respect to the housing for delivering the dose, a drive member (20) which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member (26) which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose, wherein the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing. Furthermore, a medication delivery device is provided for.

Drive assembly, drive component and drug delivery device

A drive assembly (70) for a drug delivery device (1) comprises a rotation member (21) being configured to be rotated in a first direction (44) during setting of a dose of a drug and to be rotated in a second direction (47) during delivery of the dose, a drive component (20) being configured to follow rotational movement of the rotation member (21) in the second direction (47) during delivery of the dose and a stop member (26) being configured to prevent rotational movement of the drive component (20) in the first direction (44). The drive component (20) comprises a first drive part (71) and a second drive part (72), coupled to each other such that relative rotational movement of the first and second drive parts (71, 72) is prevented and relative axial movement is permitted.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device ( 1 ) is proposed, the drive mechanism comprising a housing ( 13, 17, 40 ) having a proximal end and a distal end, a rotation member ( 21 ) which is adapted to be rotated in a first direction with respect to the housing during setting of a dose of a medication and to be rotated in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction, a piston rod ( 12 ) which is adapted to be displaced in a distal direction with respect to the housing for delivering the dose, a drive member ( 20 ) which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member ( 26 ) which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose, wherein the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing. Furthermore, a medication delivery device is provided for.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device is presented having a housing, a rotation member that rotates in a first direction with respect to the housing during setting of a dose of a medication and rotates in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction. The device also has a piston rod that is displaced in a distal direction with respect to the housing for delivering the dose, a drive member which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device (1) is proposed, the drive mechanism comprising a housing (13, 17, 40) having a proximal end and a distal end, a rotation member (21) which is adapted to be rotated in a first direction with respect to the housing during setting of a dose of a medication and to be rotated in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction, a piston rod (12) which is adapted to be displaced in a distal direction with respect to the housing for delivering the dose, a drive member (20) which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member (26) which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose, wherein the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing. Furthermore, a medication delivery device is provided for.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device (1) is proposed, the drive mechanism comprising a housing (13, 17, 40) having a proximal end and a distal end, a rotation member (21) which is adapted to be rotated in a first direction with respect to the housing during setting of a dose of a medication and to be rotated in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction, a piston rod (12) which is adapted to be displaced in a distal direction with respect to the housing for delivering the dose, a drive member (20) which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member (26) which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose, wherein the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing. Furthermore, a medication delivery device is provided for.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device is proposed, the drive mechanism comprising a housing having a proximal end and a distal end, a rotation member which is adapted to be rotated in a first direction with respect to the housing during setting of a dose of a medication and to be rotated in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction, a piston rod which is adapted to be displaced in a distal direction with respect to the housing for delivering the dose, a drive member which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose, wherein the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing. Furthermore, a medication delivery device is provided for.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device is proposed, the drive mechanism comprising a housing having a proximal end and a distal end, a rotation member which is adapted to be rotated in a first direction with respect to the housing during setting of a dose of a medication and to be rotated in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction, a piston rod which is adapted to be displaced in a distal direction with respect to the housing for delivering the dose, a drive member which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose, wherein the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing. Furthermore, a medication delivery device is provided for.

Resettable drive mechanism for a medication delivery device and medication delivery device

A resettable drive mechanism for a medication delivery device is disclosed, said mechanism comprising a housing (13, 17, 40), a drive member (20) rotatable with respect to the housing in a second direction for delivering a dose of a medication, a piston rod (12) adapted to be driven in a distal direction with respect to the housing by the drive member, when the drive member rotates in the second direction, a stop member (26) adapted to prevent rotation of the drive member in a first direction opposite to the second direction with respect to the housing, when the stop member engages the drive member, and a clutch member (58) movable with respect to the housing between a delivery position (D) and a reset position (R), wherein, when the clutch member is in the delivery position, the stop member and the drive member are engaged and the drive member is prevented from rotating in the first direction with respect to the housing, and when the clutch member is in the reset position, the drive member and the stop member are disengaged, the drive member is rotatable in the first direction with respect to the housing and the piston rod is movable in the proximal direction with respect to the housing.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device is presented having a housing, a rotation member that rotates in a first direction with respect to the housing during setting of a dose of a medication and rotates in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction. The device also has a piston rod that is displaced in a distal direction with respect to the housing for delivering the dose, a drive member which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device is presented having a housing, a rotation member that rotates in a first direction with respect to the housing during setting of a dose of a medication and rotates in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction. The device also has a piston rod that is displaced in a distal direction with respect to the housing for delivering the dose, a drive member which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose.

Drive mechanism for a medication delivery device and medication delivery device

A drive mechanism for a medication delivery device (1) is proposed, the drive mechanism comprising a housing (13, 17, 40) having a proximal end and a distal end, a rotation member (21) which is adapted to be rotated in a first direction with respect to the housing during setting of a dose of a medication and to be rotated in a second direction with respect to the housing during delivery of the dose, the second direction being opposite to the first direction, a piston rod (12) which is adapted to be displaced in a distal direction with respect to the housing for delivering the dose, a drive member (20) which follows rotational movement of the rotation member in the second direction during delivery of the dose, and a stop member (26) which prevents rotational movement of the drive member with respect to the housing in the first direction during setting of the dose, wherein the rotational movement of the drive member in the second direction is converted into movement of the piston rod in the distal direction with respect to the housing. Furthermore, a medication delivery device is provided for.

Drive assembly, drive component and drug delivery device

A drive assembly ( 70 ) for a drug delivery device ( 1 ) comprises a rotation member ( 21 ) being configured to be rotated in a first direction ( 44 ) during setting of a dose of a drug and to be rotated in a second direction ( 47 ) during delivery of the dose, a drive component ( 20 ) being configured to follow rotational movement of the rotation member ( 21 ) in the second direction ( 47 ) during delivery of the dose and a stop member ( 26 ) being configured to prevent rotational movement of the drive component ( 20 ) in the first direction ( 44 ). The drive component ( 20 ) comprises a first drive part ( 71 ) and a second drive part ( 72 ), coupled to each other such that relative rotational movement of the first and second drive parts ( 71, 72 ) is prevented and relative axial movement is permitted.

Drive assembly, drive component and drug delivery device

A drive assembly for a drug delivery device comprises a rotation member being configured to be rotated in a first direction during setting of a dose of a drug and to be rotated in a second direction during delivery of the dose, a drive component being configured to follow rotational movement of the rotation member in the second direction during delivery of the dose and a stop member being configured to prevent rotational movement of the drive component in the first direction. The drive component comprises a first drive part and a second drive part, coupled to each other such that relative rotational movement of the first and second drive parts is prevented and relative axial movement is permitted.

Drive assembly, drive component and drug delivery device

A drive assembly for a drug delivery device comprises a rotation member being configured to be rotated in a first direction during setting of a dose of a drug and to be rotated in a second direction during delivery of the dose, a drive component being configured to follow rotational movement of the rotation member in the second direction during delivery of the dose and a stop member being configured to prevent rotational movement of the drive component in the first direction. The drive component comprises a first drive part and a second drive part, coupled to each other such that relative rotational movement of the first and second drive parts is prevented and relative axial movement is permitted.

Drive assembly, drive component and drug delivery device

Drive assembly, drive component and drug delivery device

A drive assembly ( 70 ) for a drug delivery device ( 1 ) comprises a rotation member ( 21 ) being configured to be rotated in a first direction ( 44 ) during setting of a dose of a drug and to be rotated in a second direction ( 47 ) during delivery of the dose, a drive component ( 20 ) being configured to follow rotational movement of the rotation member ( 21 ) in the second direction ( 47 ) during delivery of the dose and a stop member ( 26 ) being configured to prevent rotational movement of the drive component ( 20 ) in the first direction ( 44 ). The drive component ( 20 ) comprises a first drive part ( 71 ) and a second drive part ( 72 ), coupled to each other such that relative rotational movement of the first and second drive parts ( 71, 72 ) is prevented and relative axial movement is permitted.

Drive assembly, drive component and drug delivery device

A drive assembly (70) for a drug delivery device (1) comprises a rotation member (21) being configured to be rotated in a first direction (44) during setting of a dose of a drug and to be rotated in a second direction (47) during delivery of the dose, a drive component (20) being configured to follow rotational movement of the rotation member (21) in the second direction (47) during delivery of the dose and a stop member (26) being configured to prevent rotational movement of the drive component (20) in the first direction (44). The drive component (20) comprises a first drive part (71) and a second drive part (72), coupled to each other such that relative rotational movement of the first and second drive parts (71, 72) is prevented and relative axial movement is permitted.

Drive mechanism for a medication delivery device and medication delivery device

提出了一种用于药物输送设备(1)的驱动机构，所述驱动机构包括：具有近端和远端的壳体(13、17、40)；旋转构件(21)，所述旋转构件适配成在设定药物剂量(5)的过程中相对于所述壳体向第一方向转动而在输送剂量的过程中相对于所述壳体向第二方向转动，所述第二方向与所述第一方向相反；活塞杆(12)，所述活塞杆适配成相对于所述壳体向远端方向位移，用来输送剂量；驱动构件(20)，在所述剂量输送过程中，所述驱动构件适配成跟随所述旋转构件向所述第二方向的旋转运动；和止挡构件(26)，所述止挡构件适配成在设定剂量的过程中阻止所述驱动构件相对于所述壳体向所述第一方向旋转运动，其中所述驱动构件向第二方向的旋转运动转化成所述活塞杆相对于所述壳体向远端方向的运动。此外，还提供了一种药物输送设备。