SELF-WINDING MECHANISM FOR WATCHES

... 1370547 Watches BERNHARD FORSTER 11 July 1972 [22 July 1971] 32307/72 Heading G3T A self-winding mechanism for a watch comprises a rotor 1 which fixedly carries a concentric drive pinion 3 and thus drives, when the rotor moves in the direction of arrow A, a reversing gear 4 and a gear 5 coupled to an output pinion 12. When the rotor moves in the direction of arrow B, the reversing gear 4 is uncoupled and a ratchet wheel 7 which is freely mounted on the ,pinion 3 is locked to the rotor by means of a pawl 9 pivoted thereon so that a gear ring 10 of the ratchet wheel drives a gear 11 fixed to the gear 5, thus rotating the pinion 12 in the same direction as before. The pinion drives a mainspring ratchet wheel (15), Fig. 2 (not shown) via gears (13, 14). To permit easy disassembly, the rotor 1, which is pivoted on a pin (2), is restrained axially by a finger 17 of a plate 16 over-lying the pinion 3. The plate 16 is pivoted at 21 and normally held by a screw 19 through a keyhole slot 18. The ...

WINDING MECHANISM FOR AN AUTOMATIC WATCH

CLUTCH DEVICE

CLOCKWORK WITH INTEGRATED AUTOMATIC ELEVATOR DEVICE

Montre à remontage automatique par masse rotative.

Lingotière métallique morcelée.

Dispositif d'accouplement d'un compteur kilométrique et d'un compteur taximétrique. de véhicule.

Pièce d'horlogerie à remontage automatique.

Mécanisme de remontage automatique, par masse oscillante, pour mouvements de montres.

Montre à remontage automatique.

Dispositif de remontage automatique pour mouvements d'horlogerie.

Mécanisme de remontage automatique à masselotte oscillante pour mouvements de montres à remontoir.

Mécanisme de remontoir automatique par masse oscillante pour mouvement de montre.

Mouvement de montre à remontage automatique à double effet par masse oscillante.

Montre à remontage automatique par masse mobile.

Mouvement de montre à remontage automatique par masse oscillante.

Mécanisme de remontage automatique par masse oscillante pour mouvement de montre.

Aufziehmechanismus für Uhren mit selbsttätigem Aufzug.

Mouvement d'horlogerie à remontage automatique.

Pièce d'horlogerie à remontage automatique.

Montre à remontage automatique.

Mécanisme de remontage automatique de montre.

Pièce d'horlogerie à remontage automatique.

Uhr mit Einrichtung zum Selbstaufzug des Federwerkes durch eine bewegliche Masse.

Pièce d'horlogerie à remontage automatique.

Mouvement de montre à remontage automatique par masselotte oscillante.

Mécanisme de remontage automatique pour mouvements de montres par le moyen d'une masse oscillante.

Pièce d'horlogerie à remontage automatique.

Dispositif de remontage automatique.

Mécanisme de remontage automatique par masse oscillante pour mouvement de montre.

Mécanisme de remontage automatique pour montres.

Watch with date mechanism

Watch comprising a clockwork movement (10), especially a mechanical movement with automatic winding by means of an oscillating mass, entraining indicator members (12) which can be seen from the dial (18) side, and a date mechanism which includes a gear train (26) situated on that face of the clockwork movement which is close to the dial. The date mechanism includes at least one runner (29) situated, at the back, on that face of the clockwork movement which is away from the dial, and entrained by a lateral pinion (28) running down the thickness of the movement to the side of the movement and of its oscillating mass, its pinion gearing with the gear train (26). This runner (29) cooperates with an indicator member (30) to provide an indication, which can be seen from the back of the watch, of the calendar date, month, lunar phase or the like. ...

Ball bearing

The cage (6) consists of a tubular sleeve drilled with radial passages (8) in each of which is housed a ball (9). One of the races (1) has an annular groove (10) with a right V-section in which the said balls are partially engaged, the other race (4) having a cylindrical rolling surface for the balls and being fast, axially, with the said cage which thus absorbs the axial forces to which the bearing is subjected. It is therefore unnecessary for the two races to have grooves of right V-section intended to receive the balls. This bearing is designed, above all, for an automatic winding weight for a watch and may also be applied to a small engineering part. ...

Dispositif de remontage automatique pour pièce d'horlogerie

Montre à remontage automatique

Montre à remontage automatique

Montre à mécanisme de remontage automatique

Montre à remontage automatique

Dispositif d'accouplement à roue libre notamment pour pièce d'horlogerie

Dispositif d'entraînement à sens unique, notamment pour pièce d'horlogerie à remontage automatique

Pignon denté et utilisation de ce pignon

Montre à remontage automatique par masse rotative.

Montre à remontage automatique par masse mobile.

Piéce d'horlogerie à remontage automatique.

Selbstaufziehvorrichtung für Uhren, insbesondere für Armbanduhren

Mécanisme de remontage automatique pour montre

Pièce d'horlogerie à remontage automatique par masse rotative

Selbsttätiger Aufzugsmechanismus für Uhren

In ein Steuerrad von Kraftfahrzeugen eingesetzte Uhr

Montre à remontage automatique

Dispositif de remontage automatique d'une montre ou d'un appareil similaire

Pièce d'horlogerie à remontage automatique par masse rotative

Mécanisme de remontage automatique

Mécanisme de remontage automatique pour montre

Accouplement à roue libre bidirectionnel

Uhr mit selbsttätigem Aufzug.

Uhr mit Selbstaufzug durch ein im Zentrum des Werkes schwingendes Aufzugsgewicht.

Mécanisme inverseur pour remontage automatique de pièce d'horlogerie

Pièce d'horlogerie à remontage automatique par masse rotative.

Pièce d'horlogerie à remontage automatique par masse rotative.

Pièce d'horlogerie à remontage automatique.

Pièce d'horlogerie à remontage automatique par masse oscillante.

Montre à remontage automatique à seconde au centre directe

Dispositif d'entraînement à sens unique

Dispositif de remontage automatique pour pièce d'horlogerie

Aufziehvorrichtung für tragbare Uhren

Dispositif à roue libre de petites dimensions

Montre à remontage automatique

Selbstaufziehvorrichtung für Uhren, insbesondere für Armbanduhren

Montre-réveil

Klinkeneinrichtung in einer Uhr mit automatischem Aufzug

Mécanisme de remontage automatique d'un mouvement de montre.

Montre à remontage automatique par masse rotative.

Mécanisme de remontage automatique pour montre.

Mécanisme de remontage automatique à masse oscillante pour mouvement de montre.

Mécanisme de remontoir pour montre.

Montre à remontage automatique par les mouvements dans les deux sens de rotation d'une masse mobile.

Mécanisme de remontage automatique, notamment pour montre.

Montre à remontage automatique par les mouvements dans les deux sens de rotation d'une masse mobile.

Montre à remontage automatique pour voiture automobile.

Montre à remontage automatique par masse oscillante.

Pièce d'horlogerie à remontage automatique par masse oscillante.

Pièce d'horlogerie à remontage automatique par masse oscillante.

Mécanisme de remontage automatique de montre.

Dispositif d'entraînement à sens unique pour pièce d'horlogerie à remontage automatique.

Montre à remontage automatique.

Mécanisme d'accouplement à roue libre.

Montre à remontage automatique.

Dispositif d'accouplement à roue libre, en particulier pour pièce d'horlogerie.

Dispositif d'entraînement en rotation à sens unique.

Automatische Aufzugvorrichtung für Uhrwerke.

Montre à remontage automatique par les mouvements dans les deux sens d'une masse oscillante.

Montre à remontage automatique par masse mobile.

Dispositif d'accouplement à roue libre, notamment pour l'horlogerie.

Going train for a timepiece

The going train for a timepiece has a mechanical movement having a frame ( 0 ), a barrel ( 1 ) and an escapement pinion ( 5 ) which are connected by the going train. This going train has a stepping-up epicyclic train having a first planet gear ( 6 ) with a constant rotational speed during normal operation of the movement, a second planet gear ( 7 ) kinematically connected to the escapement pinion ( 5 ), at least one satellite gear ( 9 ) each meshing with the first planet gear ( 6 ) and the second planet gear ( 7 ), and a satellite carrier ( 8 ) kinematically connected to the barrel ( 1 ) and carrying the satellite gear(s) ( 9 ).

OSCILLATING MASS PIVOTED ON THE EXTERIOR OF A TIMEPIECE MOVEMENT, TIMEPIECE MOVEMENT FITTED WITH SUCH AN OSCILLATING MASS AND TIMEPIECE COMPRISING SUCH AN OSCILLATING MASS

The oscillating mass able to be fixed to a frame () pivoted on the exterior of a timepiece movement has toothing kinematically connected to the ratchet of a barrel of the timepiece movement. This oscillating mass has, on the one hand, a mount () which is annular or is in the form of an annular sector and is able to be fixed to the frame () and, on the other hand, a central part () located mainly or exclusively in one half of the surface delimited by the mount (). 14671114174b. Automatic winding timepiece movement having an oscillating mass ( , , ) fixed to a frame () pivoted on the exterior of the timepiece movement , this frame () having toothing () meshing with a kinematic link connecting it to the ratchet of a barrel of the timepiece movement; characterised in that the oscillating mass has , on the one hand , a mount () which is annular or is in the form of an annular sector and is able to be fixed to said frame () and , on the other hand , a central part () located mainly or exclusively in one half of the surface delimited by said mount ().214174. Oscillating mass able to be fixed to a frame () pivoted on the exterior of a timepiece movement and having toothing kinematically connected to the ratchet of a barrel of said timepiece movement , characterised in that the oscillating mass has , on the one hand , a mount () which is annular or is in the form of an annular sector and is able to be fixed to said frame () and , on the other hand , a central part () located mainly or exclusively in one half of the surface delimited by said mount ().3474. Oscillating mass as claimed in claim 2 , characterised in that the annular mount () also forms an unbalance and comprises a heavier part and a lighter part claim 2 , the central part () being fixed at one or several points to the heavier part of the annular mount ().46. Oscillating mass as claimed in claim 3 , characterised in that the annular mount has openings () distributed over its lighter part.574. Oscillating mass as ...

Timepiece movement, mechanical timepiece, and method for releasing pawl lever from engagement

A timepiece movement includes: a barrel wheel; a ratchet wheel; a rotary weight; a transmission wheel that causes the ratchet wheel to rotate; a pawl lever that engages with the transmission wheel, is interlocked with the rotary weight, and performs forward/backward movement in directions of approaching and moving away from the transmission wheel; a base panel; and a wheel train bearing provided between the base panel and the rotary weight. The pawl lever and the transmission wheel are positioned between the base panel and the wheel train bearing. The transmission wheel is pivotally supported by the wheel train bearing. The wheel train bearing is provided with a release portion for releasing the pawl lever and the transmission wheel from engagement therebetween by moving the pawl lever.

UNIVERSAL WATCH WINDING AND TIME-SETTING DEVICE

Universal device for the winding and time-setting of a watch with oscillating resonator, including a rewinding and state corrector, including an automatic winding mechanism, state measurer relative to a reference, stoppage monitor to observe the stoppage of the resonator, running monitor of the resonator, controller to identify the stoppage time displayed, compute the time remaining until a synchronisation between the actual time indicated by the reference and the stoppage time, and, when this remaining time has elapsed, activate the winding mechanism to rewind the storage means of the watch, and, following activation of the winding mechanism, await the determination of the stabilisation of the nominal running of the resonato by these monitors before allowing a fine adjustment of the state of the watch. 11000121000130430510003031100130310021000500219005003031100130411000800230490028001. Universal device () for the winding and time-setting of a watch () comprising an oscillating resonator () arranged to generate an oscillation at a nominal frequency N0 , said universal device () comprising means for rewinding and correcting the state of said watch () , comprising an automatic winding mechanism () for a mechanical or automatic watch which comprises at least one watch reception support () , said universal device () comprising state measurement means () for measuring the state of said watch () relative to a reference clock () to which refer said state measurement means () which comprise a viewing system () , where said universal device () comprises stoppage monitoring means () arranged to observe the stoppage or running of a said oscillating resonator () of a watch () , and control means () which are arranged , upon the observation of a stoppage by said stoppage monitoring means () , to identify according to data transmitted by said state measurement means () the stoppage time displayed by said watch () in the stoppage position thereof , and to compute the time ...

SELF-WINDING MECHANICAL WATCH WITH ACTIVITY TRACKING

An exemplary mechanical watch has a face including an indicator of current time and one or more indicators of physical activity of a wearer of the mechanical watch. The watch further includes a mainspring to store energy and transfer the energy to a balance wheel and gear train to measure the passage of time, a rotor to rotate about a pivot point in response to movements of a wrist of the wearer of the mechanical watch, a rotor gear coupled to the rotor, and an activity-tracking wheel coupled to one of the one or more indicators of physical activity. Movement of the rotor causes the rotor gear to translate the movement of the rotor into winding of the mainspring and into an indication of physical activity of a wearer of the mechanical watch by causing or controlling rotation of the activity-tracking wheel. 1. A mechanical watch comprising:a face including an indicator of current time and one or more indicators of physical activity of a wearer of the mechanical watch;a mainspring to store energy and transfer the energy to a balance wheel and gear train to measure the passage of time;a rotor to rotate about a pivot point in response to movements of a wrist of the wearer of the mechanical watch;a rotor gear coupled to the rotor, wherein movement of the rotor causes the rotor gear to translate the movement of the rotor into winding of the mainspring;an activity-tracking wheel coupled to a first of the one or more indicators of physical activity, wherein movement of the rotor further causes the rotor gear to translate the movement of the rotor into an indication of physical activity of a wearer of the mechanical watch by causing or controlling rotation of the activity-tracking wheel; and the first position of the engagement lever causes the activity-tracking wheel to engage with a gear within the gear train,', 'the first indicator of physical activity records time elapsed while the activity-tracking wheel is engaged with the gear within the gear train,', 'the second ...

Processor controlled energy harvester system optimized for mobile platforms

Computer-processor controlled energy harvester system optimized for use on mobile platforms. The system uses a plurality of oscillating weight type energy collectors, each configured to store the energy from changes in the system's ambient acceleration as stored mechanical energy. The energy collectors are configured to move between a first position where the energy collector stores energy, to a second position where the energy collectors release stored energy to a geared electrical generator shaft, thus producing electrical energy, often stored in a battery. A plurality of processor controlled electronic actuators control when each energy collector stores and releases energy. The processor can use battery charge sensors, and suitable software and firmware to optimize system function. To facilitate use on mobile platforms, the processor also uses input from a 3-axis accelerometer to dynamically reconfigure the energy collectors according to the present major directions of ambient acceleration.

REVERSER FOR TIMEPIECE AND SELF-WINDING WATCH COMPRISING THE SAME

A reverser for a timepiece comprises a first input wheel which carries a first satellite pinion. An output mobile assembly comprises a first ratchet with which the first satellite pinion forms a click locking in rotation the output mobile assembly with respect to the first input wheel only in a first direction of rotation. A second input wheel has the same axis of rotation as the first input wheel and the output mobile assembly. A second satellite pinion and a second ratchet form together a click locking in rotation the output mobile assembly with respect to the second input wheel only in the first direction of rotation. 1. A reverser for a timepiece , comprising:a first input wheel, rotational about an axis of rotation, in a first direction of rotation and in a second direction of rotation opposite to the first direction of rotation;at least one first satellite pinion carried by the first input wheel;an output mobile assembly comprising a first ratchet with which the first satellite pinion forms a click locking in rotation the output mobile assembly with respect to the first input wheel only in the first direction of rotation from among the first and second directions of rotation;a second input wheel which has the same axis of rotation as the first input wheel and as the output mobile assembly;at least one second satellite pinion; anda second ratchet with which the second satellite pinion forms a click locking in rotation the output mobile assembly with respect to the second input wheel only in the first direction of rotation from among the first and second directions of rotation.2. The reverser for a timepiece according to claim 1 , wherein the second input wheel carries the second satellite pinion claim 1 , the output mobile assembly comprising the second ratchet which is coupled to the first ratchet.3. The reverser for a timepiece according to claim 1 , wherein the first input wheel and the second input wheel are rotatably mounted on the output mobile assembly.4 ...

Mechanism for transmitting energy from flywheels to clockwork springs

Self-winding watch movement with a mass oscillating around an axis

Self-winding automobile watch

Automatic watch with oscillating weight

For the reverser of clock and watch and include the auomatic fixing chain wrist-watch of this reverser

一种用于钟表的反向器，包括承载第一行星小齿轮(18)的第一输入轮(2)。输出移动组件(7)包括第一棘轮(20)，所述第一棘轮(20)与该第一行星小齿轮(18)一起形成一掣子，以仅在第一旋转方向上锁定该输出移动组件(7)相对于该第一输入轮(2)的旋转。第二输入轮(3)具有与第一输入轮(2)和输出移动组件(7)相同的旋转轴线(X‑X')。第二行星小齿轮(12)和第二棘轮(14)一起形成一掣子，以锁定该输出移动组件(7)仅在第一旋转方向上相对于第二输入轮(3)的旋转。

Training device for self-winding wristwatches

Automatic winding device for watch mechanisms

Automatic winding device, in particular for wristwatches

Automatic watch rewind mechanism - has cage holding balls between races and allowing slipping above preset winding torque

The automatic rewind mechanism uses two rings (1, 4) one outside the other, with a cage (6) interposed between them. This cage (6) is formed by a tubular sleeve pierced by a number of radial openings (8) located in the same plane each containing a ball (9). One of the rings (1) has an annular groove (10) with a V-shaped cross-section in which the balls (9) are partially engaged, the other ring (4) has a cylindrical surface along which the balls (9) can roll. The second ring (4) is solidly fixed to the cage (6), e.g. by soldering.

Freewheel coupling device.

Watch with improved power reserve

本发明提供一种机械钟表机芯(1)，包括至少一个能量存储装置(2)，该能量存储装置(2)在输入端通过由至少一个上条机构(4)驱动的棘轮(3)供能，在输出端为运转轮系(5)提供动力。该机芯包括第一能量吸收装置(6)，该第一能量吸收装置(6)通过至少一个第一弹性连接件(7)连接至该运转轮系(5)的至少一个轮副，该第一能量吸收装置(6)与驱动该棘轮(3)的至少一个驱动轮副(8)配合，该轮副(8)与该棘轮(3)啮合，以通过再次注入一部分由该能量吸收装置(6)吸收的能量来为该能量存储装置(2)供能，驱动该棘轮(3)的所述驱动轮副(8)可以在至少一个分离机构(9)的作用下分离，该分离机构(9)在该上条机构(4)工作期间起作用。

Generator driving device for small instruments

An energy generator (1) as used in a wrist watch is driven by an oscillating weight (2) through a gear train (3). The gear train (3) includes a displaceable gear wheel (7) which is normally held centrally in a crescent shaped slot (16) by spring arms (11,12). Under shock conditions the gear wheel (7) moves along the slot (16) and is temporarily disengaged from the gear train (3).

System for winding a timepiece

一种系统(10)，其包括：棘爪装置(110)，其用于给主发条(7)上弦的传动系统(300)的第一部分(301)的第一轮(6)；离合器装置(120)，其用于将给主发条(7)上弦的传动系统(300)的第二部分(302)与给主发条(7)上弦的传动系统(300)的第一部分(301)相接合；以及用于将棘爪装置和离合器装置相耦合的耦合装置(130)，特别是用于将棘爪装置和离合器装置的运行状态相耦合的装置(130)。

Automatic winding device for watches and similar apparatus, and watches provided with this device

Further development of self-winding watches using an oscillating weight

Self-winding mechanical watch with activity tracking

An exemplary mechanical watch has a face including an indicator of current time and one or more indicators of physical activity of a wearer of the mechanical watch. The watch further includes a mainspring to store energy and transfer the energy to a balance wheel and gear train to measure the passage of time, a rotor to rotate about a pivot point in response to movements of a wrist of the wearer of the mechanical watch, a rotor gear coupled to the rotor, and an activity-tracking wheel coupled to one of the one or more indicators of physical activity. Movement of the rotor causes the rotor gear to translate the movement of the rotor into winding of the mainspring and into an indication of physical activity of a wearer of the mechanical watch by causing or controlling rotation of the activity-tracking wheel.

Reverser for timepiece

本发明涉及用于时钟的换向器，包括一个包含第一接收齿圈(21)并且与第一传动齿圈(8)一体化的第一输入移动部件(6)；一个包含第二接收齿圈(22)并且与第二传动齿圈(10)一体化的第二输入移动部件(12)；至少一个与所述第一传动齿圈(8)协作以能够在单一方向转动的第一卫星齿轮(5，5'，5")；至少一个与所述第二传动齿圈(10)协作以能够在单一方向转动的第二卫星齿轮(11，11'，11")，该卫星齿轮(11，11'，11")相对于第一卫星齿轮(5，5'，5")能够自由转动；一个搭载第二卫星齿轮(11，11'，11")的卫星齿轮搭载件(3)；和一个与卫星齿轮搭载件(3)一体化的输出移动部件(1)；其中所述第一卫星齿轮(5，5'，5"；11，11'，11")由卫星齿轮搭载件(3)搭载。本发明还涉及包括这样的换向器的自动上发条手表。

DEVICE FOR AUTOMATICALLY REASSEMBLING AUTOMATIC REASSEMBLY WATCHES

a) Dispositif pour le remontage automatique de montres à remontage automatique. b) Dispositif caractérisé en ce qu'il comporte un axe de rotation 9 pour recevoir une montre 14 avec des moyens pour porter la montre 14 de manière à la faire tourner dans un plan perpendiculaire à l'axe de rotation 9. c) L'invention concerne un dispositif pour le remontage automatique de montres à remontage automatique. a) Device for the automatic winding of self-winding watches. b) Device characterized in that it comprises an axis of rotation 9 for receiving a watch 14 with means for carrying the watch 14 so as to make it rotate in a plane perpendicular to the axis of rotation 9. c) The The invention relates to a device for the automatic winding of self-winding watches.

Watch with automatic winding

Generator drive device for small instruments

Self-winding watch movement

Automatic winding devices for watches

Automatic watch

Generator driving device for an instrument of small volume

The power generator (1) powers an instrument of small volume and is driven, via a gear train, by an oscillating weight (2), said train including a plurality of wheels and pinions (18, 4, 6, 19) arranged in a chain (3). The chain includes a sliding wheel and pinion (4) arranged to disengage from at least one of the other wheel and pinions (18) when the weight (2) is subjected to an acceleration substantially exceeding that occurring during normal use of the instrument.

Device for automatic winding of automatic watches

Watch spring winding apparatus

本发明涉及一种手表上条装置(1)，包括：绕着其纵向轴线可旋转地安装的传动元件(25)；绕其纵向轴线驱动传动元件(25)的马达(27)；多个接纳圆筒体(5a，5b，5c，5d，5e，5f)，它们分别绕其纵向轴线可旋转地安装；至少一个壳体部件(9)，具有基本上圆形的开口(11)，多个接纳圆筒体容纳在和传动元件(25)以对中的方式容纳在所述开口(11)中，其中接纳圆筒体以受引导方式不互相接触地并且可绕着传动元件(25)在同心圆路径(K1)上旋转地布置，并且与后者处于力锁定接触中，其中接纳圆筒体与壳体部件(9)的基本上圆形的开口(11)处于力锁定接触中。本发明还涉及一种通过使用根据本发明的手表上条装置(1)给机械自动手表上条的方法。

Automatic pawl winding mechanism

An automatic pawl winding mechanism for a watch movement has a rotor solidly attached to a rotor wheel and oscillating about the axis of a rotor pivot, a pawl wheel to which an oscillating motion of rotor is transmitted by the rotor wheel being pivoted about the axis of a pawl wheel shaft, at least one pawl being eccentrically attached to the pawl wheel shaft, and an automatic wheel cooperating with the pawl or pawls. The oscillating motion of the rotor wheel is thus transformed into a unidirectional rotary motion of the automatic wheel, and this rotary motion is transmitted to a ratchet wheel via a transformation gear train. The rotor, the gear train from the rotor with rotor wheel to the pawl wheel with the pawl or pawls is mounted on an independent rotor bridge while no other organ of the mechanism is mounted on this bridge.

Automatic winding mechanism for timepieces

Automatic watch

Device for determining the position of a clock display

Dispositif (100) de détermination de position d'un afficheur d'horlogerie (10), comportant des moyens de pilotage (80) coordonnant une base de temps (50) et des moyens de reconnaissance de forme (70) et d'acquisition optique (60) identifiant cet afficheur (10) et suivant sa course pour coder sa position instantanée par rapport à un repère fixe (20), et commandant des saisies de sa position à des instants distincts pour déterminer sa mobilité par rapport au repère fixe (20), et comportant des moyens de détermination de la position en profondeur (40) de l'afficheur (10) par rapport au repère fixe (20), comportant des moyens de commande de la position (41) desdits moyens d'acquisition optique (60) et/ou des moyens de commande de la focalisation (42) desdits moyens d'acquisition optique (60), et/ou au moins des moyens complémentaires d'acquisition optique (90) couplés avec lesdits moyens d'acquisition optique (60) pour suivre le même afficheur (10) de façon interférentielle. Device (100) for determining the position of a timepiece display (10), comprising control means (80) coordinating a time base (50) and shape recognition (70) and optical acquisition means (60) identifying this display (10) and following its course to code its instantaneous position relative to a fixed reference (20), and ordering captures of its position at distinct instants to determine its mobility relative to the fixed reference (20 ), and comprising means for determining the depth position (40) of the display (10) relative to the fixed reference (20), comprising means for controlling the position (41) of said optical acquisition means ( 60) and/or focus control means (42) of said optical acquisition means (60), and/or at least additional optical acquisition means (90) coupled with said optical acquisition means (60 ) to follow the same display (10) in an interference manner.

Self-winding watch

Bidirectional freewheel coupling

The going train of clock and watch

根据本发明的用于钟表的运转轮系具有机械机芯，该机械机芯具有框架(0)、发条盒(1)以及由所述运转轮系所连接的擒纵齿轮(5)。这个运转轮系具有增速周转轮系，该增速周转轮系具有在机芯的正常操作期间具有恒定旋转速度的第一行星齿轮(6)、运动地连接至擒纵齿轮(5)的第二行星齿轮(7)、至少一个卫星齿轮(9)，其每个与第一行星齿轮(6)和第二行星齿轮(7)相啮合、以及运动地连接至发条盒(1)且承载卫星齿轮(9)的卫星托架(8)。

Curved groove for automatic wristwatch winding

WINDING MECHANISM FOR SELF-WINDING WATCHES

Dans le remontoir d'une montre-bracelet automatique, le mouvement rotatif du volant excentré 25, 26 est transmis à un rochet 13 - faisant tourner un engrenage réducteur planétaire 14, 15 de remontage de ressort moteur dans le barillet 9 - par un bras oscillant sous forme d'une pièce estampée 30. Ce bras ou bascule forme deux cliquets d'entraînement du rochet 13, il est maintenu en place par des protubérances prévues sur lui et il est enfilé par une partie formant pince élastique sur un maneton 24 de l'axe 23 du volant dans un bouchon 20. In the winding of an automatic wristwatch, the rotary movement of the eccentric flywheel 25, 26 is transmitted to a ratchet 13 - rotating a planetary reduction gear 14, 15 for winding the mainspring in the barrel 9 - by an oscillating arm in the form of a stamped part 30. This arm or lever forms two pawls for driving the ratchet 13, it is held in place by protuberances provided on it and it is threaded by a part forming an elastic clamp on a crankpin 24 of the 'axis 23 of the flywheel in a plug 20.

Universal device for producing a watch

The invention relates to a universal device (1000) for producing a watch (1) with a state-correction crown (4) and an oscillating resonator (2), comprising means for state correction and resetting with an automated manipulator (306) for moving the crown (4), and comprising an adjusting device (100) with a state-correction device (300) comprising a state-correction oscillator (301) that generates oscillation in order to subject said watch (1) to oscillation at a correction frequency NC and/or a modulated movement, said state-correction device (300) comprising state-controlling means (302) controlling the oscillation of said state-correction oscillator (301), interfaced with means (303) for measuring the state of said watch (1), and the state-correction device (300) comprises an automatic winder (304) with a watch receiving arrangement (305) subjected to the oscilations or movements generated by the state-correction oscillator (301).

Watch with improved power reserve

本发明提供一种机械钟表机芯(1)，包括至少一个能量存储装置(2)，该能量存储装置(2)在输入端通过由至少一个上条机构(4)驱动的棘轮(3)供能，在输出端为运转轮系(5)提供动力。该机芯包括第一能量吸收装置(6)，该第一能量吸收装置(6)通过至少一个第一弹性连接件(7)连接至该运转轮系(5)的至少一个轮副，该第一能量吸收装置(6)与驱动该棘轮(3)的至少一个驱动轮副(8)配合，该轮副(8)与该棘轮(3)啮合，以通过再次注入一部分由该能量吸收装置(6)吸收的能量来为该能量存储装置(2)供能，驱动该棘轮(3)的所述驱动轮副(8)可以在至少一个分离机构(9)的作用下分离，该分离机构(9)在该上条机构(4)工作期间起作用。

Mechanism for transmitting an arming force, movement and mechanical timepiece.

Le but de l’invention est de proposer un mécanisme de transmission de force d’armage, un mouvement et une pièce d’horlogerie mécanique à même de réduire de manière efficace les pertes d’énergie au moment d’un armage automatique. Le mécanisme de transmission de force d’armage comprend: une roue de transmission coulissante (33) engrenant avec une roue de couronne (20) mise en rotation au moyen d’une manœuvre d’une tige de remontoir (17); une roue coulissante (34) qui engrène avec la roue de transmission coulissante (33), qui est prévue de manière à être basculable autour de l’axe (C) de la roue de transmission coulissante (33) et qui est déplaçable jusque dans une position d’engrènement, où elle engrène avec un rochet (14), et une position reculée, où son engrènement avec le rochet (14) est défait; ainsi qu’un levier de basculement (40) à même de maintenir la roue coulissante (34) dans la position reculée. The object of the invention is to propose an armature force transmission mechanism, a movement and a mechanical timepiece able to effectively reduce energy losses at the time of automatic winding. The armature force transmission mechanism comprises: a sliding transmission wheel (33) meshing with a crown wheel (20) rotated by means of a winding stem (17); a sliding wheel (34) which meshes with the sliding transmission wheel (33), which is provided to be tiltable about the axis (C) of the sliding transmission wheel (33) and which is movable into a meshing position, where it meshes with a ratchet (14), and a retracted position, where its meshing with the ratchet (14) is undone; and a tilt lever (40) able to keep the sliding wheel (34) in the retracted position.

Oscillating mass elevator for portable watches

Oscillating winding mass with decorative element for automatic timepiece movement

本发明涉及钟表机芯的振荡上条质量块(1)，所述振荡上条质量块(1)拟安装在钟表机芯的心轴上以便旋转，所述振荡上条质量块(1)包括赋予所述振荡上条质量块(1)的总体形状的主元件(2)以及允许振荡上条质量块(1)响应于钟表的运动和重力而振荡的配重件。振荡上条质量块(1)包括装饰元件(3)，例如徽标或首字母，装饰元件(3)固定到主元件(2)，主元件(2)包括相互连接的两个叠置的部件(4，5)，装饰元件(3)通过嵌入在主元件(2)的材料中的至少一个端部(11)被保持。

Reverser for a timepiece and watch with automatic winding comprising such a reverser

一种用于钟表的反向器，包括承载第一行星小齿轮(18)的第一输入轮(2)。输出移动组件(7)包括第一棘轮(20)，所述第一棘轮(20)与该第一行星小齿轮(18)一起形成一掣子，以仅在第一旋转方向上锁定该输出移动组件(7)相对于该第一输入轮(2)的旋转。第二输入轮(3)具有与第一输入轮(2)和输出移动组件(7)相同的旋转轴线(X‑X')。第二行星小齿轮(12)和第二棘轮(14)一起形成一掣子，以锁定该输出移动组件(7)仅在第一旋转方向上相对于第二输入轮(3)的旋转。

AUTOMATIC WATCH MECHANISM

単方向性の駆動構成を備えた巻きデバイス

【課題】単純な設計であって、バレルを備えたムーブメントの一部を修理のためにメンテナンスないし分解することを容易に可能にするような単方向性の駆動構成を備える巻きデバイスを提供する。 【解決手段】巻きデバイス１は、太陽ピニオン２と太陽ピニオン２の歯と噛み合う惑星歯車３、３’を有する。巻き車５に固定される対応するオフセットアーバー７、７’のまわりに遊び４を有するように自由回転するように、惑星歯車３、３’をマウントする。巻きデバイス１は、巻き車５の上で固定マウントされるフレーム６の１つ又は２つのフックを有する。太陽ピニオン２が第１の回転方向に回転するときには、惑星歯車３，３’は、フックに接するロック位置にあり、これによって、巻き車５を駆動する。第１の回転方向とは反対の第２の回転方向においては、惑星歯車３，３’を分離する。これによって、太陽ピニオン２が回転しても巻き車５は駆動されない。 【選択図】図１

具有表识别功能的智能自动表上条机构

本发明涉及一种上条设备(1000)，该上条设备(1000)包括用于驱动表架(1)的机动化装置(2)，该表架(1)承载至少一个具有可动振荡质量块的自动表(100)，该上条设备(1000)包括用于测量每个表(100)的谐振器的振幅的测量装置(3)以及用于识别表(100)的识别装置(300)，该识别装置(300)向控制装置(200)提供对特定表(100)的识别，该控制装置(200)包括具有该特定表(100)的谐振器的振幅测量值历史和/或其标称振幅值的内部数据库(400)，和/或与外部数据库(600)通信以提取这些值的通信装置(500)。

フォイール・セットの単方向回転駆動のためのリバーサ機構

【課題】従来のものの部品よりも高いまたはそれと等しい性能を有しながら、少ない数の組立てられる部品を備え、かつより低いコストで生産することができるリバーサ機構を提供する。 【解決手段】機構は、アーバー６に自由に回転するように装着された、振動する駆動ピニオン（３）によって駆動される駆動車（５）と、キネティック・チェーンの第１のフォイール・セット（１）と噛合し、かつその一方の端部（１４）が駆動車（５）上にピボット点（１４ａ、１４ｂ）を有し、その他方の端部（１６）が、前記アーム（１２）と一体であるばね（２０）の作用を介して従動車（７）のドーム（１１）の内壁（２）に対する当接点（１６ａ）を有する、少なくとも１つのロッキング・アーム（１２）を備える結合デバイス（１０）を収容するためのドーム（１１）を備える従動車（７）とを備える。前記ピボット点（１４ｂ）は好ましくは、カム（２１）に沿って運動する。 【選択図】図４

Dispositif de remontage automatique d'un ressort de barillet d'un mouvement horloger

L'invention concerne un dispositif (10) de remontage automatique d'un ressort de barillet d'une montre, comprenant une masse oscillante (11), un mobile d'entrée (12) cinématiquement lié à la masse oscillante (11), deux mobiles de réduction (13) et un mobile entraîneur de rochet (14), chaque mobile de réduction (13) comportant une roue de réduction (130) portant au moins quatre satellites (131), et un pignon de transmission (132) autour duquel est montée folle la roue de réduction (130), le mobile d'entrée (12) étant relié cinématiquement aux deux roues de réduction (130) de sorte que, quel que soit le sens de rotation dans lequel il est entraîné par la masse oscillante (11), il entraîne les deux roues de réduction (130) en rotation dans des sens différents l'une de l'autre, les satellites (131) formant, dans chacun desdits mobiles de réduction (13), des cliquets configurés pour solidariser en rotation le pignon de transmission (132) et la roue de réduction (130) seulement lorsque ladite roue de réduction (130) pivote dans un sens de rotation prédéfini, ledit sens de rotation prédéfini étant identique pour l'une et l'autre des roues de réduction (130).

Uhrwerk mit integrierter automatischer aufzugvorrichtung

Kupplungsvorrichtung

一种可控制防盗摇表器

本发明涉及一种可控制防盗摇表器，包括摇表器防盗表枕、转筒、摇表器防盗锁扣、固定座和静音减速电机；转筒包括转筒上部和转筒底座，摇表器防盗表枕安装在转筒上部内，摇表器防盗锁扣位于转筒底座的内底部，固定座内设有环形连接部，环形连接部的内壁设有环状凸台，环状凸台将环形连接部分隔形成第一轴承安装座与第二轴承安装座，第一轴承座上设有第一轴承，第二轴承座上则设有第二轴承，转筒底座的外底部设有旋转部；所述静音减速电机安装在固定座的底部，静音减速电机的输出端与转筒底座的旋转部连接，环形连接部的外壁处还设有一触电座，该触电座具有分别与第一轴承、第二轴承的外环抵触的导电触点。

切换传动轮、自动上弦机构、钟表用机芯以及钟表

本发明能够降低旋转负荷并导致卷紧性能的提高。提供了切换传动轮(60)，切换传动轮(60)具备：旋转轴部(65)，具有切换传动小齿轮(73)；切换轮(61)，通过从动力源传递的动力而旋转；旋转板(62)，组合于旋转轴部；以及切换爪部(63)，可摆动地组合于旋转板，切换轮具备切换齿部(102)，切换齿部(102)具有朝向周向方向的一侧的卡合面(102a)和朝向周向方向的另一侧的倾斜面(102b)，切换爪部具备从第二轴线朝向周向方向的一侧延伸的切换臂部(122)和相对于卡合面从周向方向的一侧卡合的卡合部(124)，切换爪部被弹簧部件(140)偏压。

Winding device with unidirectional drive arrangement

The winding device includes a solar pinion mounted for free rotation in a coaxial manner about a central arbor on a winding wheel. The device also includes toothed planetary wheels for meshing with a toothing of the solar pinion. The planetary wheels are mounted for free rotation with play about a respective offset arbor fixed to the winding wheel. The device also includes one or two hooks of a frame fixedly mounted on the winding wheel. In a first direction of rotation of the solar pinion, a planetary wheel is in a locking position in contact with a hook in order to drive the winding wheel. In a second direction of rotation opposite to the first direction of rotation, the planetary wheel is uncoupled so that the rotation of the solar pinion does not drive the winding wheel.

自动上弦机芯的动能回收装置

本发明涉及机械手表技术领域，且公开了自动上弦机芯的动能回收装置，包括表盘、表带，表带对称转动连接在表盘的两侧，表盘上转动连接有上弦转柱，表盘的底部设置有用于给表盘上弦储能的储能组件，其中：储能组件包括有保护盘，保护盘固定安装在表盘的底部，保护盘的内壁转动连接有主轴，主轴的顶端固定连接有储能扭簧；通过转杆与释能皮带使得上弦转柱旋转，避免了表盘上弦动能不足，机芯无法提供足够的能量给发条，进而影响机芯的稳定运行，导致手表的走时出现明显的偏差或抖动现象出现，保证了表盘具有充足的能量储备，有助于保持表盘的时间表显准确性，并且省去了佩戴者手动上弦的操作和精力投入，无需每天手动上弦。

钟表用机芯、机械式钟表以及棘爪杆的卡合解除方法

本发明提供一种能够容易地解除棘爪杆与传动轮的卡合的钟表用机芯、机械式钟表以及棘爪杆的卡合解除方法。钟表用机芯的特征在于，具备：条盒轮；大钢轮；摆锤；传动轮，其使所述大钢轮旋转；棘爪杆，其与所述传动轮卡合，且与所述摆锤连动从而向靠近所述传动轮的方向及远离所述传动轮的方向进行进退运动；主夹板；以及轮夹板，其被设置在所述主夹板及所述摆锤之间，所述棘爪杆及所述传动轮位于所述主夹板和所述轮夹板之间，所述传动轮被所述轮夹板轴支承，在所述轮夹板上，设置有用于通过使所述棘爪杆移动而解除所述棘爪杆与所述传动轮的卡合的解除部。

Dispositif d'accouplement à roue libre pour mouvement d'horlogerie

一种机械手表的自动上弦机构及机械手表

本实用新型公开了一种机械手表的自动上弦机构，包括自动上夹板、主夹板、自动锤组件、锤轮组件、传动组件和上条棘轮，所述自动锤组件与锤轮组件铆合为一体，所述自动锤组件和锤轮组件通过轴承架固定在主夹板上，所述锤轮组件与传动组件啮合，所述传动组件与上条棘轮啮合；本实用新型还公开了一种机械手表。本实用新型所述的机械手表通过轴承架连接自动锤轴承，取消原与自动锤连接的上夹板上的凸起结构，为传动结构直接安装在主夹板上留出空间，同时使自动锤部分下沉，进而整个自动部分能够下沉，达到减薄的目的。

Device for automatic winding of a barrel spring of a horological movement

A device for automatic winding of a barrel spring of a watch includes an oscillating mass, an entry disk kinematically linked to the oscillating mass, two reduction disks and a ratchet driving disk, each reduction disk including a reduction wheel bearing at least four planetary wheels, and a transmission pinion about which the reduction wheel is loosely mounted, the entry disk being kinematically linked to the two reduction wheels such that, regardless of the direction of rotation in which it is driven by the oscillating mass, it rotates the two reduction wheels in mutually different directions, the planetary wheels forming, in each of the reduction disks, ratchets to connect in rotation the transmission pinion and the reduction wheel only when the reduction wheel pivots in a predefined direction of rotation, the predefined direction of rotation being identical for either of the reduction wheels

Mouvement d'horlogerie à remontage automatique.

L’invention concerne un mouvement horloger (1) comprenant: – au moins un organe moteur (5; 5a, 5b); – un organe réglant (7), pivoté suivant un axe de rotation (9) prédéfini, en liaison cinématique avec ledit organe moteur (5; 5a, 5b); – un dispositif de remontage automatique (10) comprenant une masse oscillante (11) agencée pour pouvoir remonter ledit organe moteur (5; 5a, 5b). Selon l’invention, en ce que ladite masse oscillante (11) est agencée pour pivoter autour d’un axe (11a) qui est coaxial audit axe de rotation (9) prédéfini.

摆陀及装配有摆陀的自动上链式钟表和钟表机芯

一种摆陀，其能够被固定到在钟表机芯外部上枢转的壳架（1），所述摆陀包括与所述钟表机芯的发条盒的棘轮运动学地连接的齿部。这种摆陀包括环形框架（4）或形状为环形区段的框架、以及中心部分，所述框架能够被固定到所述壳架（1），所述中心部分（7）主要或完全位于由所述框架（4）限定的表面区域的一半中。

Self-winding mechanism for watches

A rotor is mounted on mounting means for rotation in first and second senses. A drive pinion is coaxial to and non-rotatably connected to said rotor. A ratchet wheel is freely rotatably mounted on said rotor. A stepping pawl is mounted on said rotor and arranged to interengage with said ratchet wheel so as to couple to said rotor for rotation in, and only in, said second sense. Idler gear means are rotatably mounted on said mounting means. A reversing gear is radially floatingly mounted on said mounting means and in mesh with said drive pinion and arranged to mesh with said idler gear means to rotate the same in said first sense only during a rotation of said drive pinion in said first sense. Means are provided to transmit motion from said ratchet wheel to said idler gear means to rotate the same in said first sense during a rotation of said rotor in said second sense.

Remontage automatique d'une montre

Montre (1) comportant une boîte (10) renfermant un accumulateur d'énergie (30) rechargé par un remontoir (40), cette montre (1) est agencée pour recevoir, fixé sur la boîte (10) ou à sa proximité immédiate, un mécanisme additionnel de remontage automatique (100) prévu pour être porté en même temps que la montre (1) par un utilisateur, et comportant un mobile émetteur (110) agencé pour coopérer sans contact avec un mobile récepteur (41) que comporte le remontoir (40), dans une interaction ou bien par couplage mécanique ou bien à distance sous l'action d'un champ dans l'entrefer situé entre le mobile émetteur (110) et le mobile récepteur (41), l'intensité du champ et la distance maximale d'entrefer étant définis pour transmettre au mobile récepteur (41), pour la recharge de l'accumulateur d'énergie (30), un couple ou un effort imprimé par un utilisateur au mobile émetteur (110), et ce mécanisme additionnel de remontage automatique (100) est amovible par rapport à la boîte (10).

用于表的自动上条机构

本发明涉及一种表(1)，其包括外壳(10)，该外壳包括通过上条机构(40)再充能的蓄能器(30)，该表(1)设置成接纳附接在外壳(10)上或紧邻外壳的附加自动上条机构(100)，该附加自动上条机构设置成与表(1)由用户同时佩戴并且包括发射器轮副(110)，该发射器轮副设置成通过发射器轮副(110)与接收器轮副(41)之间的气隙中的场的作用下的远程交互与上条机构(40)中所包括的接收器轮副(14)非接触协作，场的强度和最大气隙距离被限定为向接收器轮副(41)传递由用户分配给发射器轮副(110)的转矩或力以给蓄能器(30)再充能，并且附加自动上条机构(100)相对于外壳(10)而言是可移除的和便携的。

Self-winding mechanism for watches

Watch comprising a case containing an energy accumulator recharged by a winding mechanism, this watch is arranged to receive, attached to the case or in immediate proximity thereto, an additional self-winding mechanism arranged to be worn by a user at the same time as the watch and comprising a transmitter wheel set arranged for contactless cooperation with a receiver wheel set comprised in the winding mechanism, by remote interaction under the action of a field in the air-gap between the transmitter wheel set and the receiver wheel set, the intensity of the field and the maximum air-gap distance being defined to transmit to the receiver wheel set, to recharge the energy accumulator, a torque or a force imparted by a user to the transmitter wheel set, and the additional self-winding mechanism is removable and portable with respect to the case.

用于表的自动上条机构

本发明涉及一种表(1)，其包括外壳(10)，该外壳包括通过上条机构(40)再充能的蓄能器(30)，该表(1)设置成接纳附接在外壳(10)上或紧邻外壳的附加自动上条机构(100)，该附加自动上条机构设置成与表(1)由用户同时佩戴并且包括发射器轮副(110)，该发射器轮副设置成通过发射器轮副(110)与接收器轮副(41)之间的气隙中的场的作用下的远程交互与上条机构(40)中所包括的接收器轮副(14)非接触协作，场的强度和最大气隙距离被限定为向接收器轮副(41)传递由用户分配给发射器轮副(110)的转矩或力以给蓄能器(30)再充能，并且附加自动上条机构(100)相对于外壳(10)而言是可移除的和便携的。

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Механизм автоподзавода для часов

Часы (1), содержащие корпус (10) с находящимся в нем накопителем (30) энергии, подзаряжаемым от механизма (40) подзавода, указанные часы (1) выполнены с возможностью добавления к ним по меньшей мере одного дополнительного механизма (100) автоподзавода, который прикрепляется к корпусу (10) или располагается в непосредственной близости от него и который может носиться пользователем одновременно с часами (1), содержащего комплект (110) передающих колес, выполненный с возможностью бесконтактного взаимодействия с комплектом (41) приемных колес, находящимся в механизме (40) подзавода, за счет удаленного взаимодействия посредством поля, создаваемого в воздушном зазоре между комплектом (110) передающих колес и комплектом (41) приемных колес, причем интенсивность поля и максимальную величину воздушного зазора выбирают так, чтобы обеспечить передачу на комплект (41) приемных колес, для подзарядки накопителя (30) энергии, крутящего момента или силы, прикладываемых пользователем к комплекту (110) передающих колес, при этом дополнительный механизм (100) автоподзавода является съемным и портативным относительно корпуса (10). 21 з.п. ф-лы, 14 ил.

一种微型机械的自动供能模块

本发明公开一种微型机械的自动供能模块，该模块为中心输出，包括中心轴、与中心轴同心的原动部分及自动锤部分、自动部分和限速上支架；原动部分上端穿过限速上支架的中心孔置于限速上支架下方，原动部分下端与中心轴支撑段间隙配合；自动锤部分通过轴承支架固定在自动部分上夹板上；中心轴下支撑段插入自动部分下夹板，中心轴能够通过自动部分将自动锤部分产生的能量传递给原动部分。有益效果是，该模块采用同轴中心输出，结构紧凑，在不破坏饰品整体前提下提高模块一体性，便于维护、更换；同时为实现饰品艺术性和观赏性提供有效保证，满足人们个性化需求。该结构简单、运行可靠、工艺性好。能在有限空间实现自动为饰品中动态展示部分提供能量。

Inverseur, mécanisme de remontage automatique, mouvement de pièce d'horlogerie, et pièce d'horlogerie

Un inverseur (60) selon l'invention comporte : un arbre rotatif (65) qui comprend un pignon inverseur (73) ; une roue inverseuse (61) qui tourne sous l'action d'une énergie transmise par une source d'énergie; une planche tournante (62) qui est solidariée à l'arbre rotatif; et un cliquet inverseur (63) qui este monté de façon pivotante sur la planche tournante (62). La roue inverseuse comprend une partie d'embrayage (102) possédant une première surface d'engagement (102a) faisant face à un premier sens selon une direction circonférentielle et une surface inclinée (102b) faisant face à l'autre sens selon la direction circonférentielle. Le cliquet inverseur (63) comprend un bras inverseur (122) qui s'étend selon le premier sens dans la direction circonférentielle à partir d'un deuzième axe, et une partie d'engagement (124) qui vient s'engager avec la surface d'engagement selon le sens opposé dans la direction circonférentielle. Le cliquet inverseur est armé par un ressort (140). L'invention concerne également un mécanisme de remontage automatique comprenant un tel inverseur (60), ainsi qu'un mouvement de pièce d'horlogerie et une pièce d'horlogerie. transmise par une source d'énergie; une planche tournante (62) qui est solidarisée à l'arbre rotatif; et un cliquet inverseur (63) qui est monté de façon pivotante sur la planche tournante (62). La roue inverseuse comprend une partie d'embrayage (102) possédant une première surface d'engagement (102a) faisant face à un premier sens selon une direction circonférentielle et une surface inclinée (102b) faisant face à l'autre sens selon la direction circonférentielle. Le cliquet inverseur (63) comprend un bras inverseur (122) qui s'étend selon le premier sens dans la direction circonférentielle à partir d'un deuxième axe, et une partie d'engagement (124) qui vient s'engager avec la surface d'engagement selon le sens oppos ...

Coiling limitation device for a timepiece barrel

A coiling limitation device for a timepiece barrel includes at least one non-return notch arranged to cooperate with a sliding flange of the spring of the barrel, which is integrated in a watch including a resonator cooperating with an escapement mechanism. This device includes an acoustic device for the acoustic monitoring of the coiling of the barrel of a watch positioned on a receptacle included by the device, which acoustic devices are arranged to identify a click noise during each start of cooperation between the sliding flange and a notch. The device includes piloting devices arranged to stop the coiling of the barrel at the instant of the perception of the click noise or the repetition of the click noise.

用于钟表发条盒的卷绕限制设备

用于钟表发条盒(1)的卷绕限制设备(100)，该发条盒(1)包括至少一个止回凹口(2)，该止回凹口(2)布置成与发条盒(1)的发条(4)的滑动凸缘(3)配合，该发条盒(1)集成在包括与擒纵机构(600)协作的谐振器(500)的表(1000)中。该设备(100)包括声学装置(10)，其用于对定位在设备(100)所包括的容座(20)上的表(1000)的发条盒(1)的卷绕进行声学监测，该声学装置(10)布置成识别在滑动凸缘(3)与凹口(2)之间的每次配合开始期间的咔嗒声。所述设备(100)包括控制装置(200)，其布置成在感测到咔哒声或咔哒声重复的瞬间停止发条盒(1)的卷绕。

用于钟表发条盒的卷绕限制设备

用于钟表发条盒(1)的卷绕限制设备(100)，该发条盒(1)包括至少一个止回凹口(2)，该止回凹口(2)布置成与发条盒(1)的发条(4)的滑动凸缘(3)配合，该发条盒(1)集成在包括与擒纵机构(600)协作的谐振器(500)的表(1000)中。该设备(100)包括声学装置(10)，其用于对定位在设备(100)所包括的容座(20)上的表(1000)的发条盒(1)的卷绕进行声学监测，该声学装置(10)布置成识别在滑动凸缘(3)与凹口(2)之间的每次配合开始期间的咔嗒声。所述设备(100)包括控制装置(200)，其布置成在感测到咔哒声或咔哒声重复的瞬间停止发条盒(1)的卷绕。

Dispositivo per caricare automaticamente orologi

Dispositif d'accouplement à roue libre pour montre-bracelet à remontage automatique

Coiling limitation device for a timepiece barrel

A coiling limitation device for a timepiece barrel includes at least one non-return notch arranged to cooperate with a sliding flange of the spring of the barrel, which is integrated in a watch including a resonator cooperating with an escapement mechanism. This device includes an acoustic device for the acoustic monitoring of the coiling of the barrel of a watch positioned on a receptacle included by the device, which acoustic devices are arranged to identify a click noise during each start of cooperation between the sliding flange and a notch. The device includes piloting devices arranged to stop the coiling of the barrel at the instant of the perception of the click noise or the repetition of the click noise.

用于照亮手表发光显示件的照明装置

本发明涉及用于照亮包含发光材料的手表发光显示件的照明装置(100)，该照明装置包括布置成接纳至少一个容器(1)的外壳(10)，该至少一个容器用于接纳至少一个手表(200)，所述照明装置(100)包括照明机构(20)，该照明机构布置成照亮每个所述手表的所述手表发光显示件。所述照明机构(20)包括控制装置(30)和时基(40)以及至少一个光源(50)，该至少一个光源能在预定的充能时间或对应于用户通过包括在所述照明装置(100)中的控制装置(60)选择的佩戴持续时间来激发所述发光材料。本发明还涉及包括至少一个这种照明装置(100)的手表自动上条装置(1000)，以及包括这种手表自动上条装置(1000)的用于为手表上条和调针的通用装置(2000)。

Oscillating winding mass provided with a decorative element for automatic timepiece movement

The main element 2 is connected to the mechanism of the movement, having parts 4, 5, by an arbor about which it can turn. To this end, it comprises an attachment 6 for fixing to the movement, which is for example formed by a small ring arranged in the opening 9 of the ring of the main element 2. The attachment 6 is thus composed of the same material as the main element and is arranged in the same plane. By virtue of the attachment 6, the winding mass can make a circular movement about the arbor, when it oscillates.

Dispositif d'accouplement

Automatischer Aufzugsmechanismus für ein Zeitmessgerät wie eine Armbanduhr.

回転式の携行型時計の自動巻きデバイス

携行型時計の識別機能を備えるスマートな携行型時計の自動ワインド機構

【課題】 スマートなワインド機構に配置された携行型時計を認識して、その動作を最適化する。【解決手段】 可動な振動錘（１０）を備える少なくとも１つの自動携行型時計（１００）を担持する携行型時計ホルダー（１）を駆動するための動力化手段（２）と、各携行型時計の共振器の振幅を測定する測定手段（３）と、制御手段（２００）に特定の携行型時計（１００）について識別させる携行型時計の識別手段（３００）を備えるワインドデバイス（１０００）である。制御手段は、この特定の携行型時計（１００）の共振器についての振幅測定の履歴及び／又はその公称振幅の値のデータを含む内部データベース（４００）、及び／又はこれらの値を抽出するように外部データベース（６００）と通信する通信手段（５００）を備える。【選択図】 図１

携行型時計の識別機能を備えるスマートな携行型時計の自動ワインド機構

Smart automatic watch winding-mechanism with watch identification

Winding device ( 1000 ) including motorisation means ( 2 ) driving a watch holder ( 1 ) carrying at least one automatic watch ( 100 ) with a movable oscillating mass, and measuring means ( 3 ) measuring the amplitude of the resonator of each watch ( 100 ), and watch ( 100 ) identification means ( 300 ), providing the identification of a particular watch ( 100 ) to control means ( 200 ) including an internal database ( 400 ) with the history of the amplitude measurements of the resonator of this particular watch ( 100 ) and/or the value of its nominal amplitude, and/or communication means ( 500 ) communicating with an external database ( 600 ) for extracting these values.

時計ムーブメントの香箱ぜんまいの自動巻上げ装置

【課題】時計ムーブメントの香箱ぜんまいの自動巻上げ装置を提供する。【解決手段】振動体１１、入口ディスク１２、２個の減速ディスク１３及びラチェット駆動ディスク１４を含む腕時計の香箱ぜんまいの自動巻上げ装置１０であって、各減速ディスク１３は、少なくとも４個の遊星車１３１を支持する減速車１３０、及びその周りに減速車１３０を緩着する伝達ピニオン１３２を含み、入口ディスク１２を、振動体１１が入口ディスク１２を駆動させる回転方向に関係なく、入口ディスク１２が２個の減速車１３０を互いに異なる方向に回転させるように、２個の減速車１３０に運動学的に連結し、遊星車１３１は、各減速ディスク１３において、ラチェットを形成し、ラチェットを、減速車１３０が所定の回転方向に枢動するときにのみ、伝達ピニオン１３２と減速車１３０を回転接続するように構成し、所定の回転方向を、どちらかの減速車１３０に対して同じにする。【選択図】図１