An adjustment system for a display mechanism including a wheel arranged to pivot with an arbor, the wheel having a peripheral part defining a central opening for receiving the arbor; an information display rigidly connected to the peripheral part of the wheel; a friction mechanism having a friction portion at the central opening and including friction zones around the arbor to hold the wheel on the arbor; at least two resiliently deformable arms, the arms connecting the friction portion to the peripheral part of the wheel in order to clamp the arbor and prevent rotation and/or translation of the wheel on the arbor below a predefined force.
A friction system for a horological movement includes a staff; a first stationary element mounted on the staff; a second stationary element mounted on the staff; a toothed member mounted to rotate freely on the staff between the first stationary element and the second stationary element; a third stationary element mounted on the staff; a spring mounted on the staff and arranged between the second stationary element and the third stationary element. The spring takes the form of a washer including an inner part close to the staff bearing against the third stationary element, and an outer, peripheral part of the washer bearing resiliently against an annular element of the second stationary element, the spring being resiliently deformed and forming a kinematic link both between the first stationary element and the toothed member, and between the second stationary element and the toothed member up to a predefined friction torque.
A hand-setting device for a watch, which device includes a winding stem configured to occupy a hand-setting position in which it is engaged with a hand-setting gear train kinematically connected to a time display and to a 24-hour wheel, the 24-hour wheel being engaged with a barrel for providing energy for displaying a time value, the barrel including a click mechanism configured so as to permit rotation of the barrel through more than one revolution when the winding stem is rotated in a first direction, and so as to limit rotation of the barrel to an angular amplitude corresponding to less than one revolution when the winding stem is rotated in a second direction.
A horological assembly (10) including a watch display module (1) and a plate (2) of a horological movement of the watch, the display module (1) being provided with at least one display component (4) and with a protective element (3) including an open recess in which is arranged the at least one display component (4) provided with a visible face (8) positioned facing a completely or partially transparent bottom of this recess, the protective element (3) including tabs (6a, 6b) helping to arrange this element in the plate (2).
A one-piece wheel set (20) including a first toothing (203) formed on the periphery of a first platform (201), and a second toothing (204) formed on the periphery of a second platform (202) integral with the first platform (201), the first toothing (203) includes a number of teeth which is an integer multiple of the number of teeth in the second toothing (204).
A composite timepiece component of a regulating mechanism of a watch, including pallets having a staff on which is arranged an axial shoulder, the pallets being provided with pallet-stones intended to interact intermittently with an escape wheel set, the composite component further including a mass fastened to the pallets, the mass being made of a denser material than that constituting the pallets, so that the mass has a maximum radial dimension smaller than or identical to the maximum radial dimension of the pallets.
A device (100) for setting the position and marking a first (1) and a second (10) timepiece component, which can be assembled together with a single degree of freedom and immobilised by the cooperation of a first screw (4) with a first tapping (12) of the second component (10) via a first notch (2) of the first component (1), and of a second screw (5) with a second tapping (13) of the second component (10) via a second notch (3) of the first component (1), the first (2) and second (3) notches defining a setting range, the second screw (5) being a cone-head screw, arranged to make an imprint on the edge of the second notch (3) under a predetermined tightening torque, in order to permanently mark the relative position of the first component (1) and of the second component (10).
A magnetic indexing system (10) for a display (12) including a structural element (11) and a display (12) arranged movably relative to the structural element (11), a pair of magnetic elements (13, 14) having an anchoring portion (130, 140) by which a first magnetic element (13) is fastened to the structural element (11) and a second magnetic element (14) is fastened to the display (12), the magnetic elements being configured to cooperate with each other so as to generate a positioning torque of the display adapted to maintain the latter in a predetermined angular position with respect to the structural element (11), the magnetic elements including an interaction portion (131, 141) by which they are intended to face each other, the interaction portion of the first or second magnetic element having a cross-section reduced relative to that of its anchoring portion.
A display device (10) for a watch movement, including: a display (11) intended to be mounted movable relative to a structure (12) of the watch movement and provided with a member (110) for indexing relative to said structure (12), and with a driven wheel (111) whose rotation causes movement of the display (11); a drive mechanism (20) including a driving wheel (21) intended to drive the driven wheel (111) in rotation; and a coupling mechanism (30) including a transmission wheel (31) meshing with the driving wheel (21) and the driven wheel (111), the coupling mechanism (30) being configured so that the centre of rotation of the transmission wheel (31) has a degree of mobility relative to the driving (21) and driven (111) wheels.
A horological display mechanism (100) including first drive elements (1) for rotating a first display wheel set (10) through a first number of steps in order to display a first magnitude, and second drive elements (2) for rotating a second display wheel set (20) through a second number of steps in order to display a second magnitude, this display mechanism (100) comprises coupling elements (3), separate from the first drive elements (1) and from the second drive elements (2), and which are arranged to index the first display wheel set (10) and the second display wheel set (20) relative to one another, to ensure their alignment, in an alignment direction (A), in a display area (30). The invention further relates to a timepiece (1000), in particular a watch, including such a display mechanism (100), in particular a calendar mechanism.
A component (10) of a horological movement, which component includes two arms (11) connected to each other by a pivot link, the component (10) being able to occupy an extended position and a folded position, in which folded position the arms (11) form a smaller angle than when the component (10) occupies the extended position, the component (10) further including a coupling mechanism configured to prevent any relative mobility between the two arms (11) when the component (10) occupies the extended position.
The invention relates to a mechanism for a timepiece movement comprising a mobile (20) and a device (10) for locking the mobile (20), characterised in that the mechanism comprises an animation cam (11) intended to be rotated sequentially by a complete revolution from a fixed initial position, the mechanism further comprising a control lever (13) that is connected to a locking member (12) and cooperates with the animation cam (11), the control lever (13) being configured so as to move, according to the position of the animation cam (11), between two end positions, including a rest position in which it drives the locking member (12) into a position in which the mobile (20) is immobilised, and an active position in which it drives the locking member (12) into a position in which the mobile (20) is released, the mechanism being configured such that the movement of the mobile and that of the control lever (13) are synchronised.
A chronograph module (1) including a plate, a primary shaft (3), and a primary disk (4) extending on an orthogonal plane to a longitudinal axis of the shaft. The primary shaft is fitted on the plate, such that the primary disk is engaged with a geartrain of the chronograph module. A removable wheel (2) is fitted on the primary shaft (3), and includes a peripheral gear structure and first (22) and second elastic arms (23) forming a clamp (30) to grip the primary shaft. A radial support surface (25) supports the elastic arms to assemble the removable wheel on the primary shaft. The arrangement and dimensions of the removable wheel produces an overlap of the removable wheel and an overlapping part of the module, such that the assembly of the overlapping part required the absence of the removable wheel whereas the primary shaft is fitted on the chronograph module.
A leap-year display mechanism for a horological movement with a perpetual calendar display including a drive element connected to a month wheel set rotated by one step per month, a transmission star intended to be attached to a structure of the horological movement, arranged along the stroke of the drive element so as to be rotated thereby when the month wheel set completes one full revolution, a leap-year display connected to the transmission star via a reduction gear train so that with each revolution of the month wheel set, the leap-year display is rotated by one step.
14 - Precious metals and their alloys; jewelry; time-keeping instruments
37 - Construction and mining; installation and repair services
Goods & Services
Horological and chronometric instruments, namely, watches,
watches authenticated by non-fungible tokens (NFTs) as well
as parts and accessories for the aforesaid goods, namely,
movements for clocks and watches, parts of movements for
clocks and watches, anchors, barrels, watch springs,
clockworks, spiral pendulum sets, pendulums, spirals, bridge
pendulums, pitons, tips, oscillating weights, watch hands,
watch dials, watch glasses, watch cases, watch crowns, watch
straps, watch chains, clasps for watch bands, presentation
cases for watches, cases for timepieces; apparatus for
timing sports events; jewelry; key rings. Maintenance and repair of horological and chronometric
instruments, watches, movements for clocks and watches and
jewelry; maintenance and repair of tools for timepieces and
jewelry.
A mechanism for actuating a flexible display hand including a first drive pipe and a second drive pipe connected to a first end of a second flexible arm, the first and second flexible arms being connected to one another by a tip at their second end, the first pipe being mounted at a defined first prestressing angle, and the second pipe being mounted at a defined second prestressing angle in the opposite direction to that of the first pipe, so that the elastically prestressed flexible display hand constantly maintains the entire actuating mechanism under tension during normal operation of the actuating mechanism, the actuating mechanism including a first cannon-pinion onto which the first drive pipe of the flexible display hand is driven.
The invention relates to an actuating mechanism (1) for a flexible display hand (20), intended to be moved by a clockwork movement of a watch, the flexible display hand (20) a first and second drive pipe (16, 18) arranged coaxially about an axis of rotation D1, the actuating mechanism (1) comprising: - a first differential mechanism (2) comprising a first input intended to receive an angular rotation through an angle (θ1) about the axis of rotation D1, transmitted by the clockwork movement and determining the rotation of the flexible display hand (20) on itself, and an output of the first differential mechanism (2) which is configured to drive the rotation of the flexible display hand (20); - a second differential mechanism (4) comprising a first input kinematically connected to the first input of the first differential mechanism (2) via a gear ratio, a second input intended to receive an angular rotation through an angle (θ2) determining a change in length of the flexible display hand (20), and an output configured to command the change in length of the flexible display hand (20), said output being kinematically linked to a second input of the first differential mechanism (2).
An actuation mechanism (60) of a flexible hand (44) to which a clockwork movement applies a first angular rotation (θ1), the flexible hand (44) including a first drive barrel (46) and a second drive barrel (50) connected to a tip (54) of the flexible hand (44) by a first and a second flexible arm (48), the first drive barrel (46) being provided with a first toothing (56) and the second drive barrel (50) being provided with a second toothing (58), the first and second drive barrels (46, 50) being mounted so the first toothing (56) of the first drive barrel (46) engages with the second toothing (58) of the second drive barrel (50) in the stressed position of the flexible hand (44), the angular rotation (θ1) applied by the clockwork movement to the actuation mechanism (60) being modulated by an angle of rotation (φ) by the actuation mechanism (60).
A mechanism for stopping (100) or releasing a regulating or chronograph mechanism wheel (1) in rotation about a main axis (D), including a control organ (210) operable by a user and linked with a stopping lever (2) including a support surface (20) arranged to cooperate with a complementary support surface (11) of the wheel (1), and movable between a working position where any support surface (20) is distant from the complementary support surface (11), and a stopping position where a support surface (20) is bearing thereon. Also, a timepiece (1000) including regulating or chronograph mechanism including such a stopping mechanism (100).
A date display device (10) including: a dial (11) including date indications in the form of a character scale (15), of which a part is of apertures (150), a mobile index (12) with respect to the dial (11); a date mechanism configured to move the index (12) by one step per day, such that each position occupied by the index (12) denotes one of the characters (15); and a mobile element (13) arranged between the dial (11) and the date mechanism having on a surface facing the dial, a portion of interest (131), the mobile element being linked with the date mechanism such that the latter drives it in an active position, wherein the portion of interest is visible through the aperture (150) and in a rest position wherein the portion of interest is set back from the aperture and wherein a marking zone (160) is visible through the aperture.
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
A gold alloy may contain, by weight, between 73% and 77% of gold, between 5% and 11% of silver, between 1% and 7% of palladium, and between 10% and 18% of copper. The gold alloy may include iridium, rhenium, and/or ruthenium in up to 0.05 wt. %. The gold alloy may have an a* value in a range of from 3 to 9, and a b* value in a range of from 12 to 18, in CIELAB color space. A timepiece, piece of jewelry, or gemstone jewelry, may be made of such a gold alloy.
A flexible hand actuation mechanism to which a disk of a horological movement applies a first angular rotation (θ1), the flexible hand including a first cannon and a second cannon connected to a point of the flexible hand via flexible arms, an operating position where the first cannon and the second cannon are coaxial about an exit axis, the first cannon being fitted with a first defined prestress angle, the second cannon being fitted with a second defined prestress angle of opposite direction to that of the first cannon, the actuation mechanism being arranged to actuate the flexible hand such that the latter changes shape and length in the desired manner by varying the angular position of the second cannon with respect to the first cannon by pivoting about the exit axis.
A device for selecting and controlling functions of a horological movement, including a selector member arranged such that, when it is acted on, it causes a column wheel including a plurality of coaxial cams which are integral with one another for rotation as one, to rotate in a single direction of rotation, the device including a plurality of transmission yokes, each of which is arranged such that it bears against a cam specific thereto so as to be able to successively occupy, depending on the angular position of the cam, a rest position and an active position, each transmission yoke being configured such that when it occupies the active position, it is disposed in the path of a control member which is intended, when it is acted on from a rest position, to drive the transmission yoke located in an active position, towards a position for controlling a function specific thereto.
A method for reference time setting of the displays (4; 5) of a sympathetic watch (200) by a sympathetic clock (100) forming a sympathetic assembly (1000) with the watch (200) which includes a coupling mechanism (706) between its display and finishing gear trains, and a hammer (701) movable between a coiled position where it is retained by a pawl, and an active position where it rests on an hour heart cam (702) carried by an hour wheel (708) of said watch (200), to constrain it in rotation to its smallest radius.
The invention relates to a method for step-by-step time setting of a sympathetic watch (200) by a sympathetic clock (100), forming together a sympathetic assembly, where a predetermined time-setting step and a reference position of the displays (3; 4; 5) of the watch (200) are determined, and where the clock (100) performs the time setting of the watch (200) by positioning a transmission line in a position corresponding to the time setting, and by actuating, in successive steps, each of the value of the predetermined step, a transmission line capable of imparting to a time-setting mechanism internal to the watch (200) any movement necessary to precisely achieve the display of the current time.
Method for relative time setting of a sympathetic watch (200) by a sympathetic clock (100) with which the watch (200) forms a sympathetic assembly (1000), the watch (200) including at least one hour display (4) and one minute display (5), a reference position of which will be defined, and the time-setting is executed, only at request by action of a user on a control means (300) included in the clock (100) or the watch (200), or automatically periodically controlled by the clock (100), and, to perform the relative time setting, the clock (100) drives said displays (4; 5) of the watch backwards, in the counter-clockwise direction, with a sufficiently long stroke to ensure that the displays (4; 5) pass through the reference position, before a return in the clockwise direction to the instantaneous time, and method for winding the watch by this relative time setting.
A method for reference time setting of the displays of a sympathetic watch by a sympathetic clock forming a sympathetic assembly with the watch. At any time, the reference time setting of the watch is performed by a first phase during which the placement in the reference position is triggered, by a first displacement of an interface between the clock and the watch, the reference time setting of the displays, and the coupling mechanism is uncoupled to allow the rack to drive the display gear train of the watch in the counter-clockwise direction, over as many revolutions as necessary, until the pawl meets the ratchet tooth opening of the hour cam, then the time-setting mechanism controlled by the clock sets the time of the displays of the watch in the clockwise direction to the exact time by recoiling the rack, then the coupling mechanism is recoupled.
A method for acquiring data on a sympathetic clock (100) for setting the time of a sympathetic watch (200) at request. The sympathetic watch forms with the clock (100) a sympathetic assembly (1000). The watch includes an hour display (4) and a minute display (5), a reference position of which will be defined at a reference time, and the clock (100) performs the time setting of the watch (200), either when the watch (200) is placed on the clock (100), or alternatively at a predetermined time on the clock (100), or at request by action of a user on a control means (300) included in the clock (100) or the watch (200), or upon control of a horological movement (900) included in the clock (100).
A sympathetic timepiece assembly (1000), including a sympathetic watch (200), and a sympathetic clock (100) with a receptacle (150) for receiving the watch, for the power recharging and/or the display adjustment and/or the rate adjustment controlled by the clock (100) or by the watch, through a connection mechanism including at least two distinct transmission lines between the clock and the watch in the transfer position, the watch including a resonator (10), and a display gear train and a finishing gear train, and, or else a stop mechanism (20) arranged to stop the operation of said resonator, or else a coupling mechanism allowing to separate the display from the finishing gear train, or else both such a stop mechanism and such a coupling mechanism, and the watch including at least one hour display (4) and one minute display (5).
A method for permanent time setting of a sympathetic watch (200) by a sympathetic clock (100) forming a sympathetic assembly (1000) with the watch (200) which includes an hour display (4) and a minute display (5), a reference position of which will be defined, and the time-setting is executed only at request by action of a user on a control means (300) included in the clock (100) or the watch (200), or automatically periodically controlled by the clock (100), and, to perform the time setting, the clock (100) drives the displays (4; 5) of the watch backwards, in the counter-clockwise direction, with a sufficiently long stroke to ensure that the displays (4; 5) pass through the reference position; or the clock controls means of the watch (200) which are disposed so as to ensure the displacement of the displays to the reference position by means of heart-pieces.
A natural escapement for horological movement including a balance that moves from a first extreme position to a second extreme position and vice versa by passing through a middle locking position, this balance including a balance wheel on an arbor of which is adjusted a balance plate, the natural escapement also including a first escape wheel set driven by a wheel set of the train of the horological movement and driving in turn a second escape wheel set, the first and second escape wheel sets forming a kinematic chain cooperating with an anchor, the balance plate carrying a second impulse pallet-stone which receives a driving impulse from the first escape wheel set during the first alternation, and a first impulse pallet-stone which receives a driving impulse from the second escape wheel set during the second alternation.
An external component (10) of a watch or of an item of jewellery, including a substrate (100) produced in a transparent material, said substrate (100) comprising an inner face (101) opposite an outer face (102), the external component (10) being characterised in that the inner face (101) has a structuring (103) extending over its entire surface, said external component (10) comprising at least one metallic layer, referred to as “inner metallic layer” (104) deposited on a portion of the surface of the inner face (101), so as to form a decoration, the portion(s) of the surface of the inner face (101) not covered by the inner metallic layer (104) being covered by an anti-reflection coating (107).
A horological movement including a seconds wheel set, a power source, and a regulator (13) to regulate the motion of the seconds wheel set. The movement includes a control mechanism (20) to take an active state wherein it cooperates with the regulator (13) to immobilise it and with the seconds wheel set for driving it such that it rotates into a predefined position. The control mechanism (20) is adapted to take an inactive state wherein it releases the regulator (13) such that the latter is able to regulate the motion of the seconds wheel set, and the seconds wheel set so as to authorise the displacement thereof. The mechanism (20) includes two motion transmitting modules, each to be connected to a specific actuating member, and each being driving the control mechanism (20) between the inactive state and active state upon operation of the actuating member to which it is connected.
A sympathique watch (10) including a horological movement including a going train (20), a display train (30) connected to at least one display of a time value, a sympathique hand-setting mechanism and a crown (13) operated hand-setting mechanism. The sympathique hand-setting mechanism includes a coupling device (40) interposed between the going (20) and display (30) trains, the coupling device (40) being configured to adopt an uncoupled state in which it disengages the going train (20) from the display train (30) so as to allow the hands to be set on the display by means of the sympathique hand-setting mechanism, and a coupled state in which it establishes a kinematic link between the gear trains, the link allowing for sliding enabling the hands to be set on the display by means of the crown (13) operated hand-setting mechanism.
G04B 27/02 - Mechanical devices for setting the time-indicating means by making use of the winding means
G04B 3/00 - Normal winding of clockworks by hand or mechanicallyWinding-up several mainsprings or driving weights simultaneously
G04C 11/00 - Synchronisation of independently-driven clocks
G04D 7/00 - Measuring, counting, calibrating, testing, or regulating apparatus
G04D 7/12 - Timing devices for clocks or watches for comparing the rate of the oscillating member with a standard
38.
SYMPATIQUE WATCH AND CLOCK FORMING A SYMPATIQUE HOROLOGICAL ASSEMBLY AND METHOD FOR SETTING THE TIME OF THE WATCH OF SAID SYMPATIQUE HOROLOGICAL ASSEMBLY
A sympatique watch (30), including a horological movement to which are connected a watch hour (31) and minute display (32), including a barrel (33), a resonator (34), a time-setting mechanism, a coupling mechanism (38) to separate a display train (35) and a finishing train (36), a stop mechanism (37) of a resonator (34), and a reset mechanism to move each hour (31) and minute display (32) in a predetermined reference position. The watch includes a first and a second actuator (310, 320) cooperating with a first and a second actuator (210, 220) of the clock (20). The first actuator can occupy three successive distinct positions to act on the coupling mechanism (38), the stop mechanism (37) and the reset mechanism. The second actuator can occupy two end positions alternately to act on the time-setting mechanism, only when the first actuator (310) occupies one of its successive distinct positions.
An external part element or component for a timepiece or piece of jewellery made with a fibre-reinforced polymer matrix composite material, this external part element including on at least one of the faces thereof at least one cavity wherein an insert made of metallic glass is housed. A method for manufacturing such an external part element is also described.
A flexible guide assembly for a horological movement, in particular for a display device of the horological movement, the assembly including two flexible guides arranged in series in a substantially head-to-tail manner, the first flexible guide including a support and a first movable element that is capable of moving relative to the support, as well as a first elongate, flexible body connecting the support to the first movable element, such that the first movable element can move by bending the first elongate, flexible body in a circular motion, the second flexible guide including a second movable element capable of moving relative to the first movable element and to the support of the first flexible guide, a second elongate, flexible body connecting the second movable element to the first movable element.
A watch case (6) including a rotating bezel (1), a middle (3) and a connecting spring (2) between the rotating bezel (1) and the middle (3), the connecting spring (2) being accommodated within a first groove (7) formed in an external wall (3a) of the middle (3) and within a second groove (8) formed in an internal wall (1 a) of the rotating bezel (1), the first and second grooves (7,8) being preferably arranged opposite one another. The connecting spring (2) is made of an alloy with memory of shape.
A natural escapement for horological movement carrying out a succession of operating cycles each including a first and second alternation of a balance that comprises a balance wheel on an arbor of which is adjusted a balance plate. A first escape wheel set having a first toothing is driven by a wheel set of the train of the horological movement, driving in turn a second escape wheel set having a second toothing. The first and second wheel sets form a kinematic chain arranged to cooperate with an anchor to pivot about an anchor-staff, the balance plate carrying a second impulse pallet-stone through which the balance plate receives a direct and tangential driving impulse from the first escape wheel set during the first alternation, and a first impulse pallet-stone through which this balance plate receives a direct and tangential driving impulse from the second escape wheel set during the second alternation.
A linkage mechanism (100) for a horological mechanism, for transmitting a movement between an actuator and a receiver, including a structure (10) relative to which a carrier (9), movable according to a single degree of freedom under the action of the actuator, is connected to the structure (10) by at least one flexible guide (50), each of the carrier (9) and the structure (10) being more rigid than each flexible guide (50), at least one flexible guide (50) is planar, and includes flexible necks (51), with a smaller section than the elements that are adjacent thereto, and/or flexible blades (5, 6, 52), with a smaller section than the elements that are adjacent thereto, and forming articulations. At least two arms are articulated to the structure (10) at two distinct points, and kinematically cooperate with each other, or with a tertiary bar or a tertiary structure.
A device (1) for displaying a succession of indications of a time variable for a timepiece, this display device (1) including an indicator which carries the succession of indications of the time variable to be displayed, and is arranged to be driven by a horological movement to move from an initial position to a final position through a succession of intermediate positions in which the display of the time variable passes from one indication to the next indication at a required frequency. Also included is a mechanism (22; 72) for positioning the indicator in a reference position and an actuating device, the mechanism including a cam on which acts, when actuated, the actuating device such that the mechanism brings the indicator back to its predetermined reference position.
One aspect of the invention relates to a display mechanism (100) for a timepiece comprising first drive means (1) for rotating, according to a first number of steps, a first movable display (10) to display a first variable and second drive means (2) for rotating, according to a second number of steps, a second movable display (20) to display a second variable, said display mechanism (100) comprising coupling means (3), which coupling means are separate from the first drive means (1) and the second drive means (2) and arranged so as to index the first movable display (10) and the second movable display (20) relative to one another to ensure that they are aligned in an alignment direction (A) in a display zone (30). The invention also relates to a timepiece (1000), in particular a watch, having such a display mechanism (100), in particular a calendar mechanism.
System for adjusting the position of a first toothed wheel set relative to a support on which the first toothed wheel set is pivotably mounted and timepiece comprising such a system
A system adjusts the angular position of a first toothed wheel set relative to a support on which the first toothed wheel set is mounted such that it can pivot. The adjusting system includes an adjusting member allowing an action to be applied to an angular position of the first toothed wheel set to adjust the angular position of the first toothed wheel set relative to the support. The invention adjusting system can be incorporated into a timepiece.
09 - Scientific and electric apparatus and instruments
35 - Advertising and business services
41 - Education, entertainment, sporting and cultural services
Goods & Services
Downloadable virtual goods, namely, computer programs
featuring eyewear, apparel, headwear, bags, umbrellas, coin
purses, belts, perfume, pens, personal organizers, jewelry,
cuff links, key rings, chronometers, chronographs, clocks,
watches, alarm clocks, watch cases, watch straps,
presentation boxes for watches, movements for clocks and
watches, apparatus for timing sports events, works of art
and accessories therefor for use online or in online virtual
worlds; downloadable digital files authenticated by
non-fungible tokens (NFTs); security tokens [encryption
devices]. Retail services for software that can virtually replicate
goods, namely, eyewear, apparel, headwear, bags, umbrellas,
coin purses, belts, perfume, pens, personal organizers,
jewelry, cuff links, key rings, chronometers, chronographs,
clocks, watches, alarm clocks, watch cases, watch straps,
presentation boxes for watches, movements for clocks and
watches, apparatus for timing sports events, works of art
and accessories therefor for use online; retail services and
online retail services in a virtual environment featuring
downloadable digital files authenticated by non-fungible
tokens (NFTs); marketing by placing products in online games
or in virtual environments. Entertainment by means of a software that can virtually
reproduce goods for use in virtual environments, namely,
eyewear, apparel, headwear, bags, umbrellas, coin purses,
belts, perfume, pens, personal organizers, jewelry, cuff
links, key rings, chronometers, chronographs, clocks,
watches, alarm clocks, watch cases, watch straps,
presentation boxes for watches, movements for clocks and
watches, apparatus for timing sports events, works of art
and accessories therefor.
48.
DIAPHRAGM TYPE DEPLOYMENT DEVICE, PARTICULARLY FOR WATCHMAKING
A diaphragm type deployment device including a first rigid armature and a second deformable armature, the first rigid armature and the second deformable armature being connected to one another, such that the second deformable armature switches from a first extended configuration to a second compact configuration, and vice versa, the device defining a first geometry when the second deformable armature is in the first extended configuration, and defining a second smaller geometry than the first geometry, when the second deformable armature is in the second compact configuration, the device extending substantially in the same plane when the second armature is in the first or in the second configuration, wherein at least a first part of the first rigid armature and at least a first part of the second deformable armature form a first one-piece assembly, preferably from the same material.
A diaphragm-type deployment device, particularly for horology, the device including a first rigid armature and a second deformable armature, the first rigid armature and the second deformable armature being connected to one another, so that the second deformable armature changes from a first extended configuration to a second compact configuration, and vice versa, the device defining a first geometry when the second deformable armature is in the first extended configuration, and defining a second geometry smaller than the first geometry, when the second deformable armature is in the second compact configuration, the device extending substantially in the same plane when the second armature is in the first or in the second configuration, wherein the second deformable armature includes first deformable portions and rigid portions assembled alternately, a first deformable portion connecting a rigid portion to a following rigid portion. The device also relates to a timepiece including such a display device.
14 - Precious metals and their alloys; jewelry; time-keeping instruments
Goods & Services
Precious metals and their alloys; figurines and trophies in
precious metals or plated precious metals; jewelry, namely
rings, earrings, cuff links, bracelets, charms, brooches,
chains, necklaces, tie pins, tie clips, jewelry caskets,
jewelry cases; precious stones, semi-precious stones
(gemstones); timepieces and chronometric instruments, namely
chronometers, chronographs, clocks, watches, pendulum
clocks, alarm clocks as well as parts and accessories for
the aforesaid goods, namely hands, anchors, pendulums,
barrels, watch cases, watch bands, watch dials, clockworks,
watch chains, movements for timepieces, watch springs, watch
glasses, presentation cases for timepieces, cases for
timepieces.
14 - Precious metals and their alloys; jewelry; time-keeping instruments
Goods & Services
Precious metals and their alloys and goods made of these
materials or coated therewith included in this class, namely
figurines, trophies; jewelry, namely rings, earrings, cuff
links, bracelets, charms, brooches, chains, necklaces, tie
pins, tie clips, jewelry caskets, jewelry cases; precious
stones, semi-precious stones (gemstones); timepieces and
chronometric instruments namely chronometers, chronographs,
clocks, watches, wristwatches, wall clocks, alarm clocks as
well as parts and accessories for the aforesaid goods namely
hands, anchors, pendulums, barrels, watch cases, watch
straps, watch dials, clockworks, watch chains, movements for
timepieces, watch springs, watch glasses, presentation cases
for timepieces, cases for timepieces.
52.
Method for frequency tuning a set of plates of a watch, and watch comprising the set of tuned plates
A method for frequency tuning a set of plates of a watch. The plates are disposed one above the other forming a watch dial with a space defined between the plates. A mechanical shock to the set of plates is generated, and the vibration frequency of each plate is checked. The vibration frequency of at least one of the plates is matched if different from the other plate so as to obtain an identical vibration frequency for each plate in order to tune the plates at least according to the first vibration eigenmode so as to avoid any contact between the plates as a result of any mechanical shock.
A natural escapement for a horological movement performing a succession of operating cycles each composed of a first and a second alternation of a balance which includes a balance wheel on an axis of which is adjusted a balance plate, this natural escapement including a first escapement wheel arranged to be driven by a second wheel, this first escapement wheel in turn driving a second escapement wheel, the balance plate carrying a balance pin wherein this balance plate causes the pivoting of an anchor at each of the first and second alternations, a first lever, pivoted about a pivot axis, being connected to a first arm of the anchor via at least one pivot joint, the anchor including a second arm extended by a second lever, these levers being arranged to respectively lock the first and second escapement wheels temporarily.
An impact striking mechanism (1), in particular for a horological movement (3), the mechanism (1) including at least one resonant element (5) enabling a sound to be emitted when it is struck, and a hammer (8) capable of moving between a rest position (9) and a strike position (11) in which it strikes the resonant element (5) in order to cause it to vibrate, characterised in that it comprises a system for actuating the hammer (8) including a movable impactor (16, 17, 18) configured to move from a release position (19) to an impact position (21), in which it at least partially transmits the momentum thereof to the hammer (8) to move it from the rest position (9) thereof to the strike position (11) thereof in order to cause the resonant element (5) to vibrate.
A micromechanical mechanism (1), in particular for an horological movement (3), the mechanism including a micromechanical device including a mobile element (8) needing to be moved mechanically to trigger its operation. Included is a system for actuating the device, the actuation system including a mobile striker (16, 17, 18) configured to go from a release position (19) to a percussion position (21) in which it transmits to the mobile element (8) a momentum necessary for the release of the device, the actuation system further including a magnet (15) configured to attract the mobile striker (16, 17, 18) in a percussion position (21). Also a horological movement (3) including such a mechanism (1).
A horological mechanism including a barrel drum mounted pivotally free around a barrel shaft, a barrel spring being housed inside the barrel drum, this barrel spring including a first external coil wherein it is attached to the barrel drum, and a last internal coil, the barrel spring being attached to the barrel shaft, the winding of the barrel spring being done by a winding rod which meshes with the barrel drum, a barrel ratchet being fixedly mounted on the barrel shaft, the horological mechanism also including a finishing geartrain which includes a first finishing wheel with which the barrel ratchet meshes and which transmits a driving force from the barrel drum to an escapement mobile the purpose of which is to maintain the oscillations of a regulating member which, by its oscillations, regulates the rate of the horological mechanism.
A natural escapement (1) for a horological movement, including a first escapement wheel (8) driven by a second mobile (2), the first escapement wheel (8) in turn driving a second escapement wheel (12) arranged in the same plane as the first escapement wheel (8), an anchor (30) capable of pivoting around an anchor rod (32), the anchor (30) being arranged to temporarily locking the first escapement wheel (8) during a first alternation, and to temporarily locking the second escapement wheel (12) during a second alternation, the anchor rod (32) being located outside an angle (α) less than 180° and delimited by two straight lines which pass through the axis (20) of the balance wheel (18) and through a pivot axis (6) of the first escapement wheel (8), and through the axis (20) of the balance wheel (18) and through a pivot axis (14) of the second escapement wheel (12).
A natural escapement for a horological movement performing operating cycles each including a first and a second alternation of a balance (12) which comprises a balance wheel (14) on an axis (16) of which is adjusted a balance plate (18). The escapement (1) includes a first escapement wheel (8) driven by a second mobile (2), and driving a second escapement wheel (10) arranged in the same plane as the first escapement wheel (8). The escapement wheels form a kinematic chain after which is disposed an anchor (26) pivotable around an anchor rod (28) located outside an angle (α) less than 180° and delimited by two straight lines passing through axis (16) of balance wheel (14) and through a pivot axis of the first escapement wheel (8), and through the axis (16) of the balance wheel (14) and through a pivot axis of the second escapement wheel for the other.
A device (100) to temporarily stop the operation of a mechanical watch, in particular when time resetting the watch. The device includes at least three levers (4) assembled and disposed in a circle on a plate of the mechanical horological movement. At least one action member (2) of the levers (4) is provided to switch them together from a rest mode to an active mode to act on a stop lever (17) of the device. The stop lever is arranged to temporarily stop a balance spring (14) of the mechanical movement. The activation of the stop lever (17) is performed by at least one of the levers (4) regardless of the position of the stop lever (17).
A timepiece including a rotating bezel, mounted on a middle with N stable angular positions, and a magnetic device (20) composed of a first set of Z1 magnets (22) carried by the rotating bezel and of a second set of Z2 magnets (24) carried by the middle. The first and second sets of magnets are each arranged circularly in such a way as to have between them a magnetic interaction engendering on the rotating bezel a resisting magnetic torque, over at least a part of an angular pitch, when this rotating bezel is driven in rotation from any one of the N stable angular positions. The numbers Z1 and Z2 are greater than one and less than N. The Z1 and Z2 magnets are distributed angularly so the resisting magnetic torque has a variation according to the stable angular position of the rotating bezel.
h is the vibration frequency outside the plane Z. If the ratio r is less than or equal to a desired value of 0.006, the gong is tuned. If it is greater, the method is repeated until the ratio value is achieved.
A timepiece display device including a first display element and a second display element superimposed above a fixed part including a main bearing surface, this second display element is subjected to opposing forces exerted, on the one hand by lower return means which tend to bring the second display element closer to the first display element, and, on the other hand, by upper return mechanism which tends to move the second display element away from the first display element without contact between them or else by mechanical spacing device which includes a bearing surface providing a stop bearing function on a stop surface of the second display element, to limit the travel from the second display element to the first display element.
A watch has a mechanical movement with a force control mechanism arranged in a going train of the mechanical movement between an energy source and an escape wheel set connected to an oscillating oscillator to drive the escape wheel set always in the same direction of rotation. The escape wheel set meshes with a seconds wheel. A rotating locking element is arranged to cooperate with a stop member connected to this seconds wheel in order to lock this going train in a stop mode or to release this going train in a jump mode depending on the angular position of this seconds wheel. A flexure bearing with elastic strips is attached on the one hand to the seconds wheel and on the other hand to the movement support. The pre-wound flexure bearing is arranged to drive in rotation the seconds wheel and the escapement mechanism connected to the oscillator at each half-oscillation of the oscillator in the stop mode.
A watch (1) with a mechanical movement with force control mechanism, and of the jumping seconds type. The mechanism is disposed in a finishing train of the mechanical movement between an energy source and an escape wheel set (11) linked to an oscillator (14) in oscillation to drive the escape wheel set in the same direction of rotation. The escape wheel set meshes with a seconds wheel (2). A rotary locking element (7) is arranged to cooperate with a stop member (3) mechanically linked to the accumulation seconds wheel to lock in a stop mode or release in a jump mode the finishing train according to the angular position of the seconds wheel. A stop member spring (4) rotates the accumulation fixed seconds wheel and the escapement mechanism linked to the oscillator at each half oscillation of the oscillator in stop mode.
The invention relates to a method for the relative time setting of a sympathetic watch (200) by a sympathetic clock (100) with which the watch (200) forms a sympathetic assembly (1000), the watch (200) comprising at least one hour display (4) and a minute display (5), of which a reference position is defined; according to the method, time-setting is performed either on demand by the action of a user on a control means (300) with which either the clock (100) or the watch (200) is equipped, or automatically in a periodic manner controlled by the clock (100), and, in order to carry out relative time setting, the clock (100) drives said displays (4; 5) of the watch in reverse, anticlockwise, with a sufficiently large stroke to ensure that the displays (4; 5) pass by the reference position, before a clockwise return to the instantaneous time. The invention further relates to method for rewinding the watch by this relative time setting.
The invention relates to a method for setting the reference time of the displays (4; 5) of a sympathetic watch (200) by a sympathetic clock (100) with which the watch (200) forms a sympathetic assembly (1000), the watch (200) being provided with a clutch mechanism (706) between its display and finishing gear trains, hour (4) and minute (5) displays of which a reference position is defined, a rack (823) meshed with an hour wheel (808) integral with the hour display (4) and supporting an hour cam (802) with a wolf's tooth notch, and a pawl (801) held in abutment against the hour cam (802) by a spring, the rack (823) being configured to disengage from the hour wheel (808) in the clockwise direction, the watch (200) further having a rack pinion (824) for driving and setting the rack (823), which disengages at each tooth, during normal operation of the watch (200) without co-operation with the clock (100); according to said method, the reference time of the watch (200) is set at any moment by a first phase during which setting to the reference position is triggered by a first movement of an interface between the clock (100) and the watch (200), the reference time of the displays (4; 5) is set, the clutch mechanism (806) is disengaged to allow the rack (823) to drive the display gear train of the watch (200) anti-clockwise, for as many turns as necessary, until the pawl (801) meets the wolf's tooth notch of the hour cam, then the time-setting mechanism controlled by the clock (100) sets the time of the displays (4; 5) of the watch (200) clockwise to the exact time by resetting the rack (801), and then the clutch mechanism (806) is re-engaged.
The invention relates to a step-by-step method whereby the time of a sympathetic watch (200) is set by a sympathetic clock (100), the watch (200) and the clock (100) together forming a sympathetic assembly, wherein a predetermined time-setting pitch and a reference position of the displays (3; 4; 5) of the watch (200) are determined, and wherein the clock (100) sets the time of the watch (200) by positioning a transmission line at a position corresponding to the time setting, and by actuating in successive steps, each step having the predetermined pitch value, a transmission line capable of imparting any movement necessary to achieve accurate display of the current time to a time-setting mechanism internal to the watch (200).
A sympathetic timepiece assembly (1000), which includes a clock (100) and at least one watch (200) arranged to be deposited in a receptacle 150 included in the clock, in a single transfer position, this sympathetic assembly (1000) including a connection mechanism between the clock (100) and each watch (200) when the watch (200) is deposited in the receptacle 150 in the transfer position, this connection mechanism includes at least two separate transmission lines, one for transferring power or movement, and the other for selecting a function to be performed or a display variable to be adjusted.
The invention relates to a method for setting the reference time of the displays (4; 5) of a sympathetic watch (200) by a sympathetic clock (100) with which the watch (200) forms a sympathetic assembly (1000), the watch (200) is provided with a clutch mechanism (706) between its display and finishing gear trains, and a hammer (701) movable between an armed position in which it is held by a pawl, and an active position in which it engages a heart-shaped hour cam (702) supported by an hour wheel (708) of the watch (200), in order to cause the cam (702) to rotate to its smallest radius; the method includes a first phase wherein the clutch mechanism (706) is disengaged by a first displacement of an interface between the clock (100) and the watch (200); subsequent to this disengagement, the interface releases the hammer (701), which brings the hour display (4), via the heart-shaped hour cam (702), and the minute display (5), via the minute setting wheel, to a pre-determined reference position of the displays; a second phase wherein the position of the displays is maintained (4; 5), for time setting, isolating or resetting the hammer (701); and a third phase in which a second movement of the interface reconnects the finishing and display gear trains by engaging the clutch mechanism (706); furthermore, the interface can reset the hammer (701) during this third phase.
The invention relates to a method for the periodic pulse rewinding of a sympathetic watch (200) by a sympathetic clock (100) with which said watch (200) forms a sympathetic assembly (1000), the assembly (1000) having a linking mechanism for linking said clock (100) and said watch (200) when said watch (200) is deposited in a receptacle (150) that said clock (100) comprises. According to the method, a winding period is determined and, when the watch is in the receptacle (150), the watch (200) is rewound periodically, with a period equal to the winding period, by a winding value that corresponds to the duration of a winding period, to which a safety duration is added.
The invention relates to a method for the permanent time setting of a sympathetic watch (200) by a sympathetic clock (100) with which the watch (200) forms a sympathetic assembly (1000), the watch (200) comprising an hour display (4) and a minute display (5), of which a reference position is defined; according to the method, time setting is performed only on demand by the action of a user on a control means (300) with which either the clock (100) or the watch (200) is equipped, or automatically in a periodic manner controlled by the clock (100), and, in order to carry out relative time setting, the clock (100) drives said displays (4; 5) of the watch in reverse, anticlockwise, with a sufficiently large stroke to ensure that the displays (4; 5) pass by the reference position, or the clock controls means of the watch (200) arranged so as to ensure the movement of the displays towards the reference position, by means of heart-shaped cams.
The invention relates to a method for capturing data on a sympathetic clock (100), for the on-demand time setting of a sympathetic watch (200), which forms a sympathetic assembly (1000) with the clock (100), the watch (200) having an hour display (4) and a minute display (5), of which a reference position is defined at a reference time; according to said method the clock (100) sets the time of the watch (200) variously: when said watch is deposited (200) on the clock (100); at a predetermined time on the clock (100): on demand by the action of a user on a control means (300) with which either the clock (100) or the watch (200) is equipped; or under the control of a clockwork movement (900) with which the clock (100) is provided (100); and the time displayed by the clock (100) is read so as to transmit the time information to the watch (200) using a mechanism of the clock (100), which reads the deviation between the current time and this reference time and transmits the information of the value of this deviation to the watch (200), so as to index the latter after setting the displays thereof (4; 5) to the reference position. The invention further relates to a sympathetic timekeeping assembly (1000) for implementing this method.
The invention relates to a sympathetic assembly (1000) comprising at least one sympathetic watch (200) and a sympathetic clock (100) with a receptacle (150) for receiving a watch (200) in a single transfer position, for energy replenishment and/or display adjustment and/or running adjustment controlled by the clock (100) or by the watch (200), through a linking mechanism comprising at least two separate transmission lines between the clock (100) and a watch (200) in the transfer position, the watch (200) comprising at least one resonator (10), a display gear train, a finishing gear train, and either a stop mechanism (20) for stopping the operation of said resonator (10) or a clutch mechanism for disengaging the display from the finishing train, or both such a stop mechanism (20) and such a clutch mechanism; said watch (200) comprises at least one hour display (4), a minute display (5), at least one mechanism capable of being activated or deactivated by an on/off actuator of the clock (100), at least one receiver capable of receiving a series of pulses or mechanical torque from an actuator of the clock (100), and further comprises a resetting mechanism (500), which is configured so as to return at least one display (3; 4; 5) to a pre-determined reference position.
A timepiece rotating regulator mechanism for regulating the rotational speed of a mechanism subjected to the action of a motor device through a transmission device, including an oscillator mechanism indirectly connected to the transmission device by a movement transformation device including a connecting-rod-crank-handle system, with a crank-handle rotated about a crank-handle axis by the transmission device, and a connecting-rod angularly moveable on the one hand in relation to the crank-handle, and on the other hand in relation to an inertial mass that this oscillator mechanism includes, to ensure the maintenance of the oscillator mechanism by the energy supplied by the motor device, and to ensure the speed regulation of a train that the transmission device include in relation to the frequency of the oscillator mechanism.
Disclosed is an articulated mechanism (100) for a timepiece mechanism, for transferring a movement between an actuator and a receiver, comprising a structure (10), in relation to which a driver (9), which can move by a single degree of freedom under the action of the actuator, is connected to said structure (10) by at least one flexible guide (50), the driver (9) and the structure (10) each being more rigid than each flexible guide (50); at least one flexible guide (50) is planar and comprises flexible necks (51), the cross-section of which is smaller than the elements adjacent thereto, and/or flexible strips (5, 6, 52), the cross-section of which is smaller than the elements adjacent thereto, and forming articulations. In particular, this articulated mechanism (100) comprises at least two arms connected to the structure (10) in an articulated manner at two separate points, with these arms being arranged to kinematically engage with each other or with a tertiary bar or a tertiary structure.
A horological display mechanism with an elastic hand (1) for driving, about a shaft (D), pipes mounted at the ends of a flexible blade (3), arranged to deform the flexible blade (3), including a mechanism acting on the drive train of the first pipe (2) and of the second pipe (4) and which includes two planetary wheels (82; 84) for driving the pipes (2; 4), and an input planet-carrier chassis (180) for driving the hand (1), and rotatable with a regulation cam (801), the track (802) of which includes a rising edge and falling edge. An elastic arm (803) has a distal end which cooperates with the track and a rising edge of which raises the elastic arm (803) away from the axis of the cam to consume torque, and a falling edge which makes the elastic arm move back towards the axis to restore torque to the system.
A horological display mechanism (10) with elastic hand (1), including means for driving barrels (2; 4) coaxial at the ends of a flexible blade (3), including a differential mechanism with an input frame (180) including an input toothing (182), free to rotate and carrying an intermediate wheel (103) and a satellite (101) meshing with each other, this satellite (101) including an eccentric finger (1010) traveling the track (105) of a fixed cam (104), and returned against it by the elasticity of the elastic hand (1), the input frame (180) including a shaft (185) carrying, coaxially, a first cannon-pinion (1020) including the first barrel (2) and a second cannon-pinion (1040) including the second barrel (4), the toothing (1049) of one of which meshes with the toothing (1039) of the intermediate wheel (103), and the toothing (1029) of the other one of which meshes with the toothing (1019) of the satellite (101).
A detent escapement includes an escape wheel with teeth regularly spaced along a perimeter and a balance having an impulse pallet and receiving driving impulses via the teeth, the balance performing an alternation during which it receives a driving impulse and an alternation without a driving impulse, the detent escapement also including a hook pivotally mounted on the balance and held bearing by an elastic member against an abutment, the detent escapement including a pivotable detent which includes a first arm which collaborates with the escape wheel to block the latter before the start of the driving impulse, as well as a second arm to allow the escape wheel to disengage from its engagement with the first arm at the start of the driving impulse, and which limits the pivoting of this detent to only part of the oscillation of the balance, the detent being configured to again block the escape wheel after the latter has finished providing the driving impulse to the impulse pallet of the balance.
The invention relates to a tool for actuating a push-button corrector equipping a portable object of small dimensions, said actuating tool comprising a body that extends between a rear end defining an area for grasping the actuating tool and a front end defining an area for actuating the actuating tool, the actuating tool further comprising an actuating rod arranged such that it slides in a coaxial manner inside the body, the actuating rod being capable of moving from back to front and from front to back between a retracted rest position wherein it is retracted in a stable manner inside the body of the actuating tool, and a protruding working position wherein it protrudes outside of the cap, the actuating rod remaining in the protruding working position thereof as long as an axial pushing force is exerted thereon, and returns to the retracted rest position thereof as soon as the axial pushing force is released.
A system (1) for resetting a chronograph is provided with a chronograph counting geartrain (2), which includes a minute counter having a minute wheel set (4), and a seconds counter, which includes a chronograph wheel set (3). The system includes a hammer held blocked by blocking device (11) and displaceable from an inactive position, where the hammer is blocked by the blocking device, and an active position, when the hammer is unblocked, for resetting the chronograph in contact with the various wheel sets (3, 4); a flexible element (10) connected between a reset controller (12) and the hammer for resetting the chronograph, and configured to store energy during a displacement of the controller and before unblocking the hammer blocked by the blocking device to be able, when the hammer is unblocked, to restore this stored energy and drive the hammer to reset the chronograph.
A vertical clutch device for a timepiece includes along a vertical axis a first wheel rotatably mounted about the vertical axis, a clutch disc, a spring, and a second wheel rotatably mounted about the vertical axis. The vertical clutch device is able to assume a clutched position where the second wheel is rotated by the first wheel under the action of the spring exerting a vertical force Fe to press the clutch disc against the first wheel and a disengaged position where the clutch disc is subjected against the action of the spring to a vertical force Fd separating it from the first wheel so that the second wheel is not rotated by the first wheel. The spring of the vertical clutch device is made of a shape memory alloy.
A horological display mechanism including a cam arranged to be driven by a time base, at least a first drive device of a first display of a first quantity, the drive device including a drive rack pivoting about an axis A and being arranged to cooperate, directly or indirectly, with a drive wheel of the first display, the drive rack including a first rigid part having a toothed sector and second elastically deformable part, the first rigid part and second elastically deformable part being separated by a slot receiving an eccentric arranged to cooperate with the elastically deformable part and separate the latter from the first rigid part.
A variable timepiece display mechanism includes a resilient hand with a drive pipe integral with a single-piece flexible strip including flexible segments joined at tips, a first segment thereof extends between the first pipe and a first tip. The mechanism also includes a driver for driving the pivoting of the pipe, and a stressor for stressing the first flexible segment in order to vary the position of the first tip relative to the output axis, as a function of the forces applied to the flexible strip. The drier and/or the stressor includes a first shaped gear train and/or a second shaped gear train in order to accelerate, stabilize the speed of, or slow at least the pipe over a part of the angular travel thereof.
On-demand horological display mechanism, including a plurality of primary mechanisms each capable of determining the value of a variable, and at least one actuator that can be maneuvered by a user for the selection of the display of the instantaneous values of a specific variable determined by one of the primary mechanisms, each display being performed by the cooperation of a moveable display including a hand or a disc, with a complementary display including at least one graduated index, where the display and/or the complementary display is common to all of the displays that the display mechanism may produce.
G04B 19/243 - Clocks or watches with date indicatorsClockwork calendars characterised by the shape of the date indicator
G04B 47/06 - Time-pieces combined with other articles which do not interfere with the running or the time-keeping of the time-piece with attached measuring instruments, e.g. pedometer, barometer, thermometer, compass
A timepiece resilient hand with drive pipes at the ends thereof, including a display index which is at a variable distance from the pipes, and including flexible segments between each pipe and the index each with a web having a substantially constant section, at least one flexible segment thereof includes discontinuous elements projecting from the web thereof in a plane perpendicular to the axis of the pipes and defining, along this web, an alternation of sections, the stiffnesses thereof per unit of length are different from one another, and/or at least one web includes a succession of areas of opposite concavities, projecting on a plane perpendicular to the axis of the pipes.
A variable timepiece display mechanism includes a resilient hand with two drive pipes integral with a one-piece flexible strip includes a tip or an index, with a driver for driving the pivoting of the pipe, and a stressor for stressing the strip so as to vary the position of the tip relative to the axis of the pipes, which includes an accelerator or decelerator device arranged such that it accelerates, or stabilizes the speed of, or slows down the first pipe and/or the second pipe over at least part of the angular travel thereof, which includes a device with a first differential gear on the drive gear train of the first pipe and/or a second differential gear on the drive gear train of the second pipe, and at least one cam forming an input of a differential gear.
A timepiece display mechanism with a resilient hand including a first and second device for driving, about an output axis, a first and a second pipe mounted at the ends of a flexible strip, and including a display index distant from the pipes, these drive devices being arranged to deform the flexible strip, by varying the angular position of one pipe with respect to the other about the output axis, and to vary the radial position of the display index with respect to this axis, this mechanism includes a first differential on the drive train of the first pipe, one input of which is formed by a first cam, and a second differential on the drive train of the second pipe, one input of which is formed by a second cam.
A device for attaching a bracelet to a watch case, the device including, on the one hand, a bar secured to the watch case by a horn, and on the other hand, an insert integral with the end of a bracelet, wherein the bar and the insert are complementary in order to cooperate by interlocking to form removable assembly to make the bracelet interchangeable. The bar is formed by a cylindrical hollow body provided with two retractable pivots, and having at least one housing arranged to cooperate by interlocking with an insert, the bar including a device for holding the insert, and being arranged so as to pivot from a first position, in which the insert is capable of being positioned on the bar, into a second position in which the insert is locked onto the bar by locking device cooperating with the holding device.
A44C 5/14 - BraceletsWrist-watch strapsFastenings for bracelets or wrist-watch straps characterised by the way of fastening to a wrist-watch or the like
A link bracelet includes two rows of side links forming the edges of the bracelet and at least one row of central links arranged between the side links, wherein the side links each include at least two through holes in the inner face thereof facing the central links and the central links are traversed by at least two housings. The bracelet includes arbors inserted into each of the holes in the side links, the head of the arbors being fitted into the housings of the central links and each having a grooved portion in proximity to the end thereof, and the central links include an opening giving access to the grooved portions, which are arranged to cooperate with a locking member designed to be inserted into the openings in the central links to maintain the assembly of the bracelet.
A watch case including a rotating bezel and a middle part, the bezel being mounted such that it is capable of moving in rotation on the middle part, the bezel and the middle part defining therebetween an annular chamber internally including a device for creating a friction torque between the bezel and the middle part, the device including a compressing member and a braking element, the compressing member exerting a compressive stress on the braking element under the effect whereof the braking element is pressed against the bezel.
A striking or musical watch with an acoustic waveguide arrangement. The striking or musical watch (1) includes an at least partially flexible waveguide (2) secured to a fixed part (8) inside the watch to guide the acoustic waves generated by a first portion (2′) of the at least partially flexible waveguide towards a radiating element. The radiating element can include a watch crystal (3) connected to a bezel (5) and a membrane (4) for connecting the bezel to a middle part (6) of a watch case. The flexible waveguide is configured to change the direction of acoustic vibration from the first portion to the radiating element.
Timepiece display mobile component (1) comprising at least one resilient strip (4) returned to a display axis (DA), to cooperate in a friction drive with an arbor (2) of a drive mobile component (3) of a movement (100) or a mechanism, about the axis (DA), this mobile component (1) includes a flange (5) comprising, facing each resilient strip (4), an aperture (6) for the insertion and guidance of a manual or robotic tool to allow the tool to move the resilient strip (4) away from its rest position, and to insert the mobile component (1) on an arbor (2) when the resilient strip (4) is sufficiently far away to allow this mobile component to pass, and to ensure a constant friction value of all the resilient strips (4) on the arbor (2) when they are in frictional cooperation with the arbor (2) and when the tool is no longer in contact with the resilient strips (4).
A date calendar display mechanism driven via a kinematic chain by a horological movement of a timepiece. A first and second date indicators, the first date indicator remaining still during a 24-hour period separating the passage from the last day of a month having 31 days to the end of the first day of the following month, the kinematic chain including a wheel continuously engaged with the horological movement and having a toothing via which the wheel meshes with a pinion which contributes to driving the first indicator, the wheel being, at one point, devoid of teeth such that, during the above 24-hour period, the wheel does not mesh with the pinion and remains still. A dual jumper pivots about an axis with a first beak via which it is engaged with a toothing of the first date indicator and, at a second beak via which it is engaged with a toothing of the pinion, the dual jumper being elastically held engaged with the first date indicator and with the pinion.
System for adjusting the position of a first toothed wheel set relative to a support on which the first toothed wheel set is pivotably mounted and timepiece comprising such a system
A system for adjusting the angular position of a first toothed wheel set relative to a support on which the first toothed wheel set is mounted such that it can pivot. The adjusting system includes an adjusting member allowing an action to be applied to an angular position of the first toothed wheel set so as to adjust the angular position of the first toothed wheel set relative to the support. A timepiece can include such an adjusting system.
A device for fixing a bracelet to a watch case includes at least one horn and a bracelet strand. The horn and the bracelet are held together by a bar. The horn includes a rigid blade arranged to fit together with at least one recess made in the bracelet strand. The at least one recess has an opening for receiving the blade during the placement of the bracelet strand so as to form a rigid link once the bar is put in place.
G04B 37/14 - Suspending devices, supports, or stands for time-pieces in so far as they form part of the case
A44C 5/14 - BraceletsWrist-watch strapsFastenings for bracelets or wrist-watch straps characterised by the way of fastening to a wrist-watch or the like
99.
Timepiece movement comprising a tourbillon with a fixed magnetic wheel
A Watch (500) including a movement (200) with a tourbillon (100) including a carriage (1) pivotally mounted about a tourbillon axis (DT) with respect to a structure (300) and carrying a balance (2) pivoting about a balance axis (DB) and arranged to cooperate in a reciprocating motion with a stop device (3) pivotally mounted on this carriage (1), and wherein this tourbillon (100) includes a fixed magnet wheel (50) fixed to this structure (300) and comprising at least one continuous magnetic track and/or comprising a series of magnets, this magnetic track being arranged to cooperate by magnetic repulsion and/or attraction with at least one magnet (33) comprised in this stop device (3) in a reciprocating motion of this stop device (3) with respect to this fixed magnetic wheel (50).
Timepiece striking mechanism, including a fixed structure supporting at least one gong or radiant element and a mobile hammer in a plane under the action of an activation mobile component controlling the pallet of the hammer (3) and the release thereof for the percussion of the gong, and including, for the suspension of the hammer, at least one planar flexible guide between the structure and the hammer (3) to allow movements of the hammer solely on the plane, forming the sole mechanical link between the structure and the hammer, and, more particularly, for the execution of a striking mechanism, the striking mechanism (drives the activation mobile component, and has same carry out a winding cycle during which it supplies constant quantity of energy to the flexible guide while driving the hammer before releasing same for the execution of the striking mechanism by percussion of the gong during letting down.
