CH719641A1 - Actuating device for watch movement, watch movement and corresponding timepiece. - Google Patents

Abstract

The invention relates to an actuating device (1) for a watch mechanism, comprising – a shuttle (12) capable of being moved in a first direction in response to a suitable action by a user, – a return member elastic (14) arranged to exert a restoring force on the shuttle (12), - a winding lever (26) in kinematic connection with a mobile (28) of the watch mechanism and arranged in such a way that a movement of the shuttle (12) in the first direction causes a movement of the cocking lever (26) from a rest position to an actuation position, - a locking member, preferably comprising a slide (20) controlling the lever arming (26) and arranged on the shuttle (12) in such a way: – that the shuttle (12) can drive said slide (20) when it is moved in the first direction, – that the slide (20) and the shuttle (12) exhibit relative movement when the shuttle (12) moves in the opposite direction. The invention also relates to a movement comprising such a device associated with a ringing mechanism or an animation mechanism.

Description

Technical area

[0001] The present invention relates to a device for actuating a watch mechanism, for a watch movement, comprising – a control member, – a shuttle capable of being moved from a first position to a second position in response to an action adapted from a user on the control member, – an elastic return member arranged to exert a restoring force on the shuttle and tend to position it in its first position, – an actuating member, intended to be mounted mobile on a frame element of the watch movement, between a rest position and an actuation position, and to present a kinematic connection with a mobile of the watch mechanism, the actuation member being capable of being moved in the direction of its actuation position by the shuttle, and towards its rest position by the watch movement or the watch mechanism.

[0002] The invention also relates to a watch movement comprising such an actuating device, as well as a timepiece comprising such a watch movement.

State of the art

[0003] Various devices for actuating similar watch mechanisms are already known in the state of the art, in particular in relation to animation or striking mechanisms.

[0004] In general, timepieces comprising a striking mechanism include an external control member of the bolt type, sliding along the middle to arm and activate the striking mechanism.

[0005] By way of illustration, patent application CH 709151 A2 describes a winding and actuation device associated with a minute repeater mechanism of similar construction. More precisely, this winding and actuation device comprises a pusher capable of acting on an actuation lever of the minute repeater mechanism, following a mode of action similar to that of a bolt. This device is arranged in such a way that the minute repeater mechanism can be triggered as soon as the winding of a barrel spring ensuring its operation is complete, independently of the position of the pusher, i.e. say even when the user does not release it. For this purpose, the actuating lever acts on a cocking lever of a striking barrel via a transmission lever on which the cocking lever is pivotally mounted. The transmission lever also carries a rotating shuttle acting as a ratchet, this shuttle being held, by an elastic return member, in a first position with reference to the transmission lever, in which it maintains the relative orientation of the lever fixed winding in reference to the transmission lever, as long as the barrel spring is not fully loaded. Furthermore, the shuttle is capable of cooperating with a fixed pin intended to rotate it relative to the transmission lever when the latter continues to pivot, to cause the shuttle to take a second position in which it releases the winding lever for allow the minute repeater to be triggered.

Other similar timepieces are known in which the winding and actuation of a striking mechanism is carried out by rotation of an external control crown.

[0007] By way of example, patent EP 3032356 B1 describes such a timepiece in which the actuation device comprises a lock of the striking mechanism arranged to be able to be neutralized once the striking barrel is sufficiently charged following a rotation of the external control crown by a user.

[0008] It will be noted that in the case of the two constructions which have just been presented, the striking mechanism is triggered as soon as the striking barrel spring has received a predefined quantity of mechanical energy, in other words after a predefined stroke ( constant) of the corresponding external control member, whether or not the user continues to apply tension to the latter.

[0009] Thus, it may be useful to propose an actuation device which can in particular be implemented in relation to a watch mechanism whose operation is likely to be triggered when a predefined constant quantity of mechanical energy is provided to it, only in relation to a watch mechanism whose operation is likely to be triggered when it has received a sufficient quantity of mechanical energy to ensure its operation at the time of actuation, in other words which is capable of operate with a variable load adapted at each moment to its needs.

Disclosure of the invention

[0010] A main aim of the present invention is to propose an actuation device for a watch movement of alternative construction to the constructions known from the prior art, making it possible in particular to actuate various watch mechanisms, whether of the winding type. constant or variable winding.

[0011] For this purpose, the present invention relates more particularly to an actuation device of the type mentioned above, characterized in that it comprises a locking member capable of occupying a first, locking state, in which it makes the shuttle integral with the control member to allow its movement towards its second position, a second, neutral state, in which it leaves the shuttle free to move towards its first position under the effect of the action of the elastic return member and independently of the control member, and by the fact that the locking member is arranged to pass from its neutral state to its locking state when the shuttle or the actuating member is returned to its first position.

[0012] Thanks to these characteristics, it is possible to implement a large number of alternative embodiments of the actuation device according to the present invention, in particular to take into account the needs defined by a given watch mechanism. Thus, it is for example possible to associate the actuation device according to the invention with a watch mechanism of the variable winding type or with a watch mechanism of the constant winding type, and to provide for triggering of the watch mechanism when it is wound. is sufficient or when the user releases the external control member associated with the actuation device.

[0013] According to a preferred embodiment, it can be provided that the locking member comprises a slider arranged on the shuttle in such a way that the slider and the shuttle are capable of exhibiting a relative movement to pass the locking member from one state to another.

[0014] It is then possible to provide for the shuttle and the slide to be arranged in such a way that the shuttle is capable of moving the actuating member via the slide.

[0015] Thus, the return of the actuator to its first position, of rest, is conditioned by the movement of the slide in the same direction, which implies that the triggering of the watch mechanism associated with the actuation device does not only happens at the exact moment when the user releases the control member.

[0016] It can advantageously be provided that the shuttle carries a bearing surface capable of cooperating with a stop of the slide when it is moved towards its second position to maintain the locking member in its locked state.

[0017] Generally, it can be provided that the control member comprises a toothed ring arranged to cooperate with at least one tooth carried by the shuttle.

[0018] In this case, it can also be provided that the shuttle carries a toothed pinion whose teeth are arranged in engagement with the toothed crown, that the teeth of the toothed pinion define the bearing surface, and that the stop of the slide is arranged to rest against the toothed pinion in the locking state of the locking member, so as to lock the rotation of the toothed pinion on itself.

[0019] Thanks to these characteristics, when the shuttle moves towards its first position, under the effect of the action of its elastic return member, the toothed pinion can disengage from the stop of the slide, by passage of the locking configuration to the free configuration, and the toothed pinion thus becomes free to roll on the teeth of the control member which can remain stationary. Thus, the external control member making it possible to actuate the control member is not driven when the shuttle returns to its first position.

[0020] Furthermore, it can advantageously be provided that the actuating member comprises a winding lever carrying a finger arranged inside a cavity formed in the slide in such a way that the finger is capable of cooperating with at least one side wall of the cavity when the shuttle is moved to its second position.

[0021] Thus, the finger is advantageously capable of cooperating with the wall of the cavity of the slide when the cocking lever is returned to its rest position, to ensure a return of the locking member to its locked state.

[0022] In this case, it is still preferable to provide that the device comprises a spring arranged so as to tend to position the slide with reference to the shuttle in such a way that the locking member is in its locked state when the shuttle is in its first position. It is more particularly possible for the spring to be integral with the winding lever, being arranged to cooperate with a pin carried by the slide. Such a characteristic is for example particularly advantageous in the case where the watch mechanism is a striking mechanism whose triggering is directly linked not to a constant stroke of an external control member, but to the load level of its striking barrel which must then be sufficient to strike the hour corresponding to the instant of activation. In this case, in fact, the spring ensures an effective return to the locked state after the end of the ringing.

[0023] Generally speaking, the present invention also relates to a watch movement comprising an actuation device meeting the above characteristics, associated with a watch mechanism comprising a striking mechanism or an animation mechanism, the winding lever being arranged in engagement with an actuating lever of the ringing mechanism or the animation mechanism.

[0024] The present invention also relates to a timepiece comprising a watch movement according to the above characteristics.

[0025] According to a preferred non-limiting embodiment, the present invention relates to such a timepiece comprising an external control crown having at least one axial actuation position in which it is capable of cooperating with the control member to activate it in response to a rotation exerted by a user.

Brief description of the drawings

Other characteristics and advantages of the present invention will appear more clearly on reading the detailed description of a preferred embodiment which follows, made with reference to the appended drawings given by way of non-limiting examples and in which : – Figure 1a represents a simplified perspective view of a cocking and actuation device according to a preferred embodiment of the invention, in a first configuration; – Figure 1b represents a simplified sectional view of a construction detail of the arming and actuation device of Figure 1a, in the first configuration; – Figure 2 represents a simplified perspective view of the arming and actuation device of Figure 1a in a second configuration; – Figure 3a represents a simplified perspective view of the arming and actuation device of Figure 1a in a third configuration; – Figure 3b represents the same simplified cross-sectional view as that of Figure 1b, in the third configuration, and – Figures 4a, 4b and 4c represent the same simplified cross-sectional view, of a construction detail of a timepiece associated with the winding and actuation device of Figures 1a to 3b, according to a preferred embodiment, in three different respective configurations.

Mode(s) of carrying out the invention

[0027] Figures 1a, 2 and 3a represent the same simplified perspective view of an actuating device 1 according to a preferred embodiment of the invention, in different first, second and third respective configurations, while the Figures 1b and 3b represent the same sectional view of a construction detail of the device 1, respectively, in the first configuration and in the third configuration.

[0028] More precisely, the actuation device 1 illustrated, which will be described below by way of non-limiting illustrative example, can in particular be implemented in a timepiece comprising a striking mechanism and/or an animation mechanism (not shown), such as a minute repeater mechanism and/or an automaton for example. The present invention could, however, be implemented in relation to another type of suitable watch mechanism, without departing from the scope of the present invention as defined by the appended set of claims.

The actuating device 1 is intended to cooperate with an external control member of the corresponding timepiece. This external control member can take different forms without departing from the scope of the invention. According to the preferred embodiment illustrated and described, the external control member takes the form of an external control ring 2, the latter being capable of occupying at least one axial actuation position in which it actuates the device actuation 1 in response to a rotation exerted on it by a user. Of course, the external control member could take any other suitable form, such as for example a bolt.

[0030] The external control crown 2 is integral with a winding and time setting rod 4 advantageously making it possible to set the time of a watch movement of the corresponding timepiece, and preferably arranged to be able to carry out manual winding of a mechanical energy source of the timepiece.

The external control crown 2 is arranged here so as to be able to rotate a toothed control pinion 6 when it is in its axial actuation position.

The control pinion 6 cooperates with a control member of the device 1 comprising a toothed crown 8 rotatably mounted on a guide surface (not visible) preferably carried by, or provided on, a peripheral frame element of the watch movement ( not shown) or on a decorative element of the corresponding timepiece, in particular on its case, or even its caseband.

The toothed ring 8 is also in permanent engagement with a transmission pinion 10 rotatably mounted at a first end of a shuttle 12.

[0034] The shuttle 12 is advantageously guided, by guide means not shown, to be able to present a movement with reference to the toothed ring 8, following a trajectory located opposite the toothed ring 8 and at a substantially constant distance from this last, that is to say in such a way that the transmission pinion 10 can remain in permanent engagement with the toothed ring 8. The trajectory of the shuttle 12 emerges particularly from a comparative examination of Figures 1a, 2 and 3a representing the position of the shuttle 12 in three different configurations, as will emerge from the explanations which follow. In particular, it will be noted that the shuttle 12 is advantageously arranged so as to be able to move between a first position, of rest (Figure 1a), and a second position, of actuation (Figure 2).

The shuttle 12 is secured to an elastic return member 14 by its second end, itself being secured to a fixed element of the corresponding timepiece (either of the frame of the corresponding watch movement, or of a covering element such as the box for example) via a rigid base 16.

[0036] The elastic return member 14 comprises a central portion 18 elastically deformable from a rest state associated with the rest position of the shuttle 12, as illustrated in Figure 1a, to a compressed state associated with the actuation position of the shuttle 12, as illustrated in Figure 2. Figure 3a illustrates an intermediate load state, in which the elastic return member 14 is in the process of restoring the mechanical energy accumulated in returning from its compressed position to its rest position.

[0037] The device 1 further comprises a locking member capable of occupying a first state, locking, in which it makes the shuttle 12 integral in rotation with the toothed ring 8 to allow its movement towards its second position, and a second, neutral state, in which it leaves the shuttle 12 free to move towards its first position under the effect of the action of the elastic return member 14 and independently of the toothed ring 8.

[0038] According to the present preferred embodiment, the locking member advantageously comprises a slide 20, carried by the shuttle 12 while being arranged on it so as to be able to present a relative movement in translation with respect to the latter, to define a locking state of the locking member (Figures 1a and 2) and a neutral state (Figure 3a).

The slide 20 has a cavity 22 defining a housing for a finger 24 secured to an actuating member of the watch mechanism, comprising here, by way of non-limiting illustration, a winding lever 26 intended to be rotatably mounted on a frame element of the watch movement, in such a way that a movement of the slide 20 with reference to the frame of the watch movement can cause a rotation of the winding lever 26 by cooperation between a side wall of the cavity 22 and the finger 24.

The winding lever 26 comprises a toothed sector arranged in engagement with an actuating lever 28 of the watch mechanism intended to be actuated by the actuating device 1, in such a way that a rotation of the winding lever 26 can cause a rotation of the actuating lever 28 and therefore a winding and an actuation of the watch mechanism concerned in response to a rotation of the external control crown 2.

[0041] In the case of a striking mechanism, the rotation of the cocking lever 26, and therefore of the actuation lever 28, can advantageously make it possible to load a striking barrel, the striking mechanism then being triggered when the cocking lever 26 is released to be able to move from its actuation position to its rest position.

The winding lever 26 further carries a spring 30, here made in one piece with the winding lever 26, arranged so as to be able to rest on a pin 32 carried by the slide 20.

[0043] An examination of Figure 1b (transverse section along the longitudinal direction of the shuttle 12) allows us to see that the transmission pinion 10 defines a bearing surface capable of cooperating with a portion of the slide 20 defining a stop 34 when the transmission pinion 10 moves to the left in the view of Figure 1b (or in the direction of clockwise rotation in the view of Figure 1a, with reference to the center of the watch movement).

[0044] In the rest position illustrated in Figure 1a, the angular orientation of the winding lever 26 is preferably defined by the watch mechanism associated with the device 1, while the spring 30 ensures the maintenance of the shuttle 12 and the slider 20 in a relative position associated with the locking state of the locking member, in which the transmission pinion 10 bears against the stop 34 of the slider 20.

[0045] Preferably, it is envisaged that the external control ring 2 only drives the control pinion 6 in one direction of rotation (an exemplary embodiment allowing this will be described in relation to Figures 4a to 4c), here in when it is rotated in the direction of clockwise rotation (when observed from outside the timepiece).

[0046] Starting from the configuration illustrated in Figure 1a, when the external control crown 2 is rotated in the direction of clockwise rotation, it drives the control pinion 6 in rotation in the same direction (always from an observation point located outside the timepiece).

[0047] The rotation of the control pinion 6 causes a rotation of the toothed ring 8 in the direction of clockwise rotation in the view of Figure 1a.

This movement of the toothed ring 8 should cause a rotation of the transmission pinion 10 on itself in the direction of clockwise rotation in the view of Figure 1 a. However, the properties of the contact between the transmission pinion 10 and the stop 34 of the slide 20 prevent the transmission pinion 10 from rotating.

[0049] Thus, instead of rotating on itself, the transmission pinion 10 follows the movement of the toothed ring 8 and moves without pivoting in the direction of clockwise rotation in the view of Figure 1, driving the shuttle 12 and the slide 20 in its movement.

[0050] Figure 2 illustrates the configuration of the actuating device 1 after maximum movement of the shuttle 12, in which it can be seen that the deformable central portion 18 of the elastic return member 14 is in its state of maximum compression. The shuttle 12 and the cocking lever 26 are then in their actuation position.

[0051] In the case of a striking mechanism, for example, the striking barrel is then loaded and ready to allow the striking to operate.

As long as the user keeps the external control ring 2 under tension, the device 1 remains in the configuration illustrated in Figure 2, the elastic return member 14 then storing a maximum of mechanical energy.

[0053] When the user releases the external control ring 2, the toothed ring 8 becomes free to rotate in the direction of anti-clockwise rotation in the view of Figure 2, under the effect of the action of the elastic return member 14 on the shuttle 12, and therefore on the transmission pinion 10.

[0054] As soon as the transmission pinion 10 disengages from the stop 34 of the slide 20, it becomes free to rotate on itself. The shuttle 12 and the slide 20 thus pass into a position associated with the neutral state of the locking member.

[0055] The elastic return member 14 then pushes the shuttle 12 towards its rest position, this very rapid movement being carried out by causing the transmission pinion 10 to roll on the teeth of the toothed ring 8 which remains substantially immobile, to achieve the configuration shown in Figures 3a and 3b.

[0056] At the same time, the winding lever 26 advantageously remains under tension by the associated watch mechanism, for example by the striking barrel in the case of a striking mechanism, and moves towards its rest position. at a pace defined by the watch mechanism. Thus, in the case of a striking mechanism typically comprising a speed regulator to regulate the speed of the striking, the speed of movement of the cocking lever 26 towards its rest position is advantageously dictated by the speed regulator.

[0057] During this movement of the cocking lever 26, its finger 24 acts on the slide 20 to move it towards its rest position as is apparent more particularly from Figure 3a until returning to the configuration illustrated in Figure 1a.

[0058] In the event of insufficient winding, that is to say without the corresponding watch mechanism being triggered, the shuttle 12 can quickly return to its rest position under the effect of the action of the mechanism. elastic return 14, and it can preferably be provided that the mechanical energy transmitted to the watch mechanism is directly released at the level of the winding lever 26 to return it quickly to its rest position.

As emphasized above, the actuation device 1 according to the present invention makes it possible to actuate a striking mechanism whatever its type (variable or constant stroke of its control member), the spring 30 carried by the lever cocking 26 allowing more particularly, by its action on the slide 20, to ensure a return to the locking configuration independently of the stroke of the levers involved in the operation of the striking mechanism.

[0060] We understand that the actuation device 1 which has just been described can also operate in relation to an external control member produced in the form of a bolt acting on the toothed ring 8 to move it.

However, according to the present preferred embodiment of the invention, this external control member takes the form of a control ring 2 of particular construction, which could also be implemented with other types mechanisms, such as for example a rotating flange (or internal rotating bezel) used in a diving watch or as part of a display of an additional time zone or even world times.

[0062] The construction of this external control ring 2 according to the present preferred embodiment will now be described in relation to Figures 4a to 4c.

The control crown 2 is capable of occupying three distinct axial positions to operate different mechanisms of the associated watch movement.

[0064] Figure 4a illustrates the configuration of the control crown 2 in its neutral position.

[0065] Conventionally, the control crown 2 is intended to be mounted on the case of the corresponding timepiece by cooperating with a tube 100 intended to be made integral with the case and defining a passage for the rod 4.

The control crown 2 comprises a hollow cap 102 defining a housing in which it comprises a barrel 104. A socket 106 is integral with the barrel 104. A connecting member 108 to the rod 4 is housed in the socket 106, thus than a transmission member 110 whose center is hollow to define a through passage for the rod 4.

The transmission member 110 comprises Breguet teeth 112, at its free end, arranged in engagement with Breguet teeth 114 provided on the control pinion 6, so as to be able to cause it to rotate, as mentioned previously, to activate the associated watch mechanism. A stop (not visible) is preferably provided to prevent movement of the shuttle 12 beyond its rest position illustrated in Figure 1a, thus preventing the external control crown 2 from pivoting in the opposite direction of rotation, non-functional .

[0068] It can of course be provided that the rod 4 also carries a sliding pinion (not shown), in a conventional manner, to ensure the winding of a barrel spring of the watch movement.

The external wall of the sleeve 106 is provided with an annular groove 116 partially housing an annular indexing member 118, possibly an O-ring seal (which would not, however, be intended to fulfill a sealing role).

[0070] The tube 100 also includes two internal and annular grooves 120, 122 intended to cooperate with the indexing member 118. In the rest position of the control crown 2, the indexing member 118 is arranged in the first groove 120.

[0071] An O-ring seal 124 is interposed between the tube 100 and the cap 102 to ensure the sealing of the control ring 2, in a conventional manner.

[0072] Figure 4b illustrates the configuration of the control crown 2 when it is pulled into its first pulled axial position.

[0073] In this position, the indexing member 118 has moved to accommodate itself in the second groove 122 of the tube 100, while the Breguet teeth 112 and 114 have been separated from each other. Thus, a rotation of the control crown 2 in this first pulled axial position no longer drives the control pinion 6.

[0074] For example, it can be envisaged that the rotation of the control crown 2 in this first pulled axial position can be used to reassemble the barrel of the watch movement. Of course, those skilled in the art may plan to operate other mechanisms without departing from the scope of the present invention as defined by the appended claims.

[0075] Figure 4c illustrates the configuration of the control crown 2 when it is pulled into its second axial position pulled.

[0076] In this position, the indexing member 118 has moved to disengage from the tube 100, while the Breguet teeth 112 and 114 are still separated from each other. Thus, a rotation of the control crown 2 in this second pulled axial position does not drive the control pinion 6 either.

[0077] It can advantageously be provided that the passage of the control crown 2 from its first pulled position to its second pulled position activates a pull tab (not visible) acting on the sliding pinion to move it, in a conventional manner. Thus, a rotation of the control crown 2 in the second pulled axial position can be used to set the time of the timepiece, in a known manner.

[0078] Thanks to the construction which has just been described, it is possible to produce a control crown 2 of conventional appearance and whose handling is similar to that of a standard control crown, but allowing the actuation of a specific watch mechanism. Thus, the corresponding timepiece can have a sober appearance while presenting additional functionalities with reference to a timepiece which does not present a particular complex watch mechanism such as a minute repeater and/or an automaton.

The preceding description attempts to describe a particular embodiment by way of non-limiting illustration and the invention is not limited to the implementation of certain particular characteristics which have just been described, such as for example the way in which the user's action on an external control member is transmitted to the shuttle to ensure the movement of the cocking lever and make it move from its rest position to its actuation position and the corresponding technical elements, as described. Those skilled in the art will not encounter any particular difficulty in adapting the present teaching according to their own needs and creating an actuation device possibly making it possible to precisely control the moment of triggering of the watch mechanism associated with it, without however leaving of the scope of the invention as defined by the appended main claim. Thus, it is possible for example to envisage the implementation of the actuation device according to the present invention in relation to a watch mechanism of the countdown type.

[0080] Different alternative embodiments are possible without departing from the scope of the invention as defined by the claims. In particular, it is possible to provide for the shuttle to act directly on the cocking lever and to carry a rotary lock which can be returned to its locked state by cooperating with a fixed stop when the shuttle returns to its first position. In addition, it is also possible to provide for this rotary lock to be pivoted, to pass into its neutral state, by cooperation with another fixed stop when the shuttle reaches its second position, as part of the implementation with a watch mechanism of the constant arming type. Furthermore, in the case where the shuttle moves the actuating member via a slide, it is also possible to provide, alternatively, that the slide has lateral teeth and that the actuating member comprises a toothed pinion arranged in engagement with the lateral teeth of the slide.

Claims (12)

1. Actuating device (1) of a watch mechanism, for a watch movement, comprising – a control body, – a shuttle (12) capable of being moved from a first position to a second position in response to a suitable action by a user on said control member, – an elastic return member (14) arranged to exert a return force on said shuttle (12) and tend to position it in its first position, – an actuating member, intended to be movably mounted on a frame element of the watch movement, between a rest position and an actuation position, and to have a kinematic connection with a mobile (28) of the watch mechanism, said actuating member being capable of being moved towards its actuation position by said shuttle (12), and towards its rest position by the watch movement or the watch mechanism, characterized in that said actuation device (1) comprises a locking member capable of occupying a first state, locking, in which it makes said shuttle (12) integral with said control member to allow its movement towards its second position, a second, neutral state, in which it leaves said shuttle (12) free to move towards its first position under the effect of the action of said elastic return member (14) and independently of said control member, and in that said locking member is arranged to pass from its neutral state to its locking state when said shuttle (12) or said actuating member is returned to its first position. 2. Device (1) according to claim 1, characterized in that said locking member comprises a slide (20) arranged on said shuttle (12) in such a way that said slide (20) and said shuttle (12) are capable of present a relative movement to move said locking member from one state to another. 3. Device according to claim 2, characterized in that said shuttle (12) and said slide (20) are arranged in such a way that said shuttle (12) is capable of moving said actuating member via said slide ( 20). 4. Device (1) according to claim 2 or 3, characterized in that said shuttle (12) carries a bearing surface capable of cooperating with a stop (34) of said slide (20) when it is moved towards its second position to maintain said locking member in its locked state. 5. Device (1) according to one of the preceding claims, characterized in that said control member comprises a toothed ring (8) arranged to cooperate with at least one tooth carried by said shuttle (12). 6. Device (1) according to claims 4 and 5, characterized in that said shuttle (12) carries a toothed pinion (10) whose teeth are arranged in engagement with said toothed crown (8), in that the teeth of said toothed pinion (10) define said bearing surface, and in that said stop (34) of said slide (20) is arranged to bear against said toothed pinion (10) in said locking state of said locking member, so as to lock the rotation of said toothed pinion (10). 7. Device (1) according to one of claims 2 to 6, characterized in that said actuating member comprises a cocking lever (26) carrying a finger (24) arranged inside a cavity ( 22) arranged in said slide (20) in such a way that said finger (24) is capable of cooperating with at least one side wall of said cavity (22) when said shuttle (12) is moved to its second position. 8. Device (1) according to claim 7, characterized in that it comprises a spring (30) arranged so as to tend to position said slide (20) with reference to said shuttle (12) in such a way that said member of locking is in its locked state when said shuttle (12) is in its first position. 9. Device (1) according to claim 8, characterized in that said spring (30) is integral with said winding lever (26), being arranged to cooperate with a pin (32) carried by said slide (20). 10. Watch movement comprising an actuation device (1) according to one of claims 1 to 9 associated with a watch mechanism comprising a striking mechanism or an animation mechanism, said actuation member being arranged in engagement with a actuation lever (28) of said ringing mechanism or said animation mechanism. 11. Timepiece comprising a watch movement according to claim 10. 12. Timepiece according to claim 11, characterized in that it comprises an external control crown (2) having at least one axial actuation position in which it is capable of actuating said control member in response to a rotation exerted by a user.