RU2588435C2 - Displaying physical value based on chronometer display - Google Patents

Abstract

FIELD: mechanisms.

SUBSTANCE: clock mechanism (1), actuating at least one set (3) of time generation facility (2A) output wheel, or facility (2B) for detecting control state value of such clock mechanism, or facility (2C) for measuring physical quantity, position of such set (3) of output wheel is connected with instantaneous value displayed on rotating display base (10), and including set (4) of display wheel interacting with set (3) of output wheel. Such set (4) of display wheel is connected with said continuously set (3) of output wheel, and clock mechanism (1) includes auxiliary set (5) of wheel rotating synchronously or at rate, which is rotation auxiliary wheel speed set (5) integer ratio.

EFFECT: chronometer (100), which includes clock mechanism (1) of such type.

21 cl, 13 dwg

Description

FIELD OF THE INVENTION

The invention relates to a clock mechanism driving at least one set of an output wheel from a motion source mounted on a plate or bridge included in said clock mechanism, said motion source being formed either using a time value generating means or a detection means the state value of the control element of said clockwork, or a means of measuring or maintaining a physical quantity external to said clockwork, The use of said output set of wheels is associated with an instantaneous value of said quantity, respectively, for said time quantity, or said state quantity, or said physical quantity, in accordance with a property of said motion source.

The invention also relates to a chronometer, including at least one such clock mechanism.

The invention relates to the field of chorology, more particularly to a watch, in particular to a mechanical watch.

State of the art

When a watch, in particular a wrist watch, contains several complications, it is difficult to place these complications both inside the watch case and on the visible surface or surfaces of the complications, since most complications are connected to the visual display. Each scale is relatively quickly filled, where several complications are adjacent to each other, and it is useful to use every available surface.

From patent No. 3330897 in the name Fabrique d'Horlogerie de Fontainemelon SA, a clockwork with a winding is known, in which the vibrational weight is made in the form of a frame and there are several sets of wheels with ratchets on it, but which do not fulfill any display function.

In patent EP No. 2141558 in the name of Les Artisans Horlogers Sàrl, a wristwatch is disclosed, the entire clock mechanism of which and the display mounted on it thus rotate in the peripheral part and thus form the vibrational mass of the car factory mechanism. The purpose of such an original arrangement is to set the time display to a predetermined stable position and hold the balance plane in the reference plane under the influence of gravity, regardless of the spatial orientation of the watch case. This design does not allow you to place additional displays, especially since it uses the space inside the case, in particular, to ensure the operation of the watch head, which is made of two parts.

From the patent EP No. 1826633 in the name of Blancpain SA, it is known to use the vibrational mass of a wristwatch with an automatic winding to place an energy storage display element on it. In the patent application EP No. 2360535 A1 in the name of Blancpain SA, a device of this type is also disclosed, in which an arrow and a scale are installed to display the energy reserve during synchronous rotation relative to the vibrational mass.

In patent CH No. 700222 in the name of La Fabrique du Temps SA, a chronometer mechanism is disclosed in which the oscillating element and the anchor wheel are mounted on the vibrational mass of the automatic winding mechanism and drive the output wheel. An anchor wheel is installed, in particular, on a tourbillon carriage mounted on an oscillating mass on which a mechanical oscillating element is located. In the Cartier Astrorégulateur® wristwatch, which is made in accordance with this arrangement, the output wheel drives the hour and minute movements, while the second hand remains as a unit with the mandrel of the tourbillon carriage and performs constant rotation relative to the rotor.

Disclosure of invention

In short, in complex chronometers, in particular in watches, it is desirable to use all available space. In particular, in the case of watches, some of them have hinge elements, in particular vibrational masses, in the case of watches with automatic winding, the large front surface of which is usually not used or is rarely used as the base of the display.

The invention proposes to use the front surface of these hinge elements either on the front of the watch or on the back of the watch with a double-sided case as a display, with which it is less frequently consulted than with the front display, as an additional surface of the dial.

The invention proposes to more specifically display quantities associated with elapsed time, in particular by retrieving information from a clock wheel or the like, and / or display a state, for example, with respect to the position of a pusher or selector, and / or display a physical quantity external to hours, measured either with a sensor integrated in the watch or with a sensor transmitting this value to a receiver integrated in the watch; said physical quantity may, for example, be an air or water pressure value, a magnetic field temperature, radioactivity, or a similar value.

The invention therefore relates to a clock mechanism driving at least one set of output wheels from a motion source mounted on a plate or on a bridge included in said clock mechanism, said motion source being formed either using a time value generating means or means detecting a state value of a control element of said clockwork, or means for measuring or storing a physical quantity, wherein the position of said set of output the forest is connected to the instantaneous value of said quantity, respectively, of said magnitude of time, or of said magnitude of state, or of said physical quantity external to said clockwork, in accordance with a property of said motion source, characterized in that said instantaneous value is displayed on the basis of the display, rotating relative to said source of motion and including at least one set of display wheels interacting with said set of output th wheel with which it is permanently connected directly or via a gear, and further characterized in that on said basis of the display set, at least one set of the auxiliary wheel, which rotates synchronously or with an integer ratio of the speed of rotation with respect to said set display wheel.

In accordance with a property of the invention, said clockwork mechanism includes at least a second set of an output wheel configured to either occupy a position connected to an instantaneous value of another physical quantity or determine a general range of variations or a magnitude scale for a value that determines the position of said first set of output wheels.

According to a feature of the invention, said display base includes a plurality of sets of display wheels, which either all interact with one auxiliary set of display wheels, or each of which interacts with a specific auxiliary set of display wheels.

The invention also relates to a chronometer, including at least one such clock mechanism.

Brief Description of the Drawings

Other features and advantages of the invention will be better understood after reading the following detailed description of the invention with reference to the attached drawings, in which:

- figure 1 schematically shows a cross-section in a plane through the axis of rotation of the clock mechanism with the base of the hinged display in accordance with the invention in an embodiment with a single input connected to a motion source including a display output, and further displays an output that is coaxial being positioned so that the sub display moves parallel to itself during the articulated movement of the base of the display, and thus, ease of reading is maintained niya for the user;

- figure 2 shows a block diagram of a watch including a clock mechanism in accordance with the invention, which provides the base of a rotary display of the type shown here, with three sources of movement corresponding to values of different properties, each of which is connected to a specific an input, and said display base comprises, for each input, a specific output display and an auxiliary output display;

- figure 3 presents, similarly to figure 1, the base of the rotary display in accordance with the invention in an embodiment with three inputs connected to a source of movement and each made here as a single part with an arrow, and including an output display for each of these inputs, also formed here with an arrow, and one auxiliary output display for these three output displays, each of which is located coaxially mentioned output displays;

- figure 4 schematically shows a front view of a watch, such as a wristwatch, including a clock mechanism, in which a rotary base of the display of figure 3 is provided, and in which the secondary display formed on the vibrational mass is a copy of the main display in hours;

- figure 5 shows the variant of figure 4, in which the secondary display is a time zone display and displays the time in a different time zone compared to the main dial; in this embodiment, two additional holes on the vibrational mass display the sign and value of the time difference between the second time zone displayed on the vibrational mass and the first time zone of the central display;

- Fig.6 shows, similarly to Fig.4, a chronometer, such as a wristwatch, which includes a clock mechanism, in which there is a pivotally deflecting base of the clock display, in which the first secondary display formed on the vibrational mass is specifically designed to display the date , while the second secondary display is designed to display the phase of the moon;

- Fig. 7 presents, similarly to Fig. 4, a watch, such as a wrist watch, including a clock mechanism, in which a pivotally deflecting display base is provided, in which a secondary display formed on the vibrational mass is intended to display a 24-hour time while the central main display is a regular 12-hour display;

- Fig. 8 shows, similarly to Fig. 4, a watch, such as a wrist watch, including a clock mechanism, in which a pivotally deflecting display base is provided, in which a secondary display formed on the vibrational mass is intended to display the state of choice of the combat mechanism ; big fight, small fight, quarters, alarm clock and silence;

- Fig. 9 shows, similarly to Fig. 4, a wrist watch, such as a wrist watch, including a clock mechanism in which a pivotally deflecting display base is provided, in which a first secondary display formed on the vibrational mass is intended to display height relative to the reference location, while the second secondary display is for displaying atmospheric pressure at the place where the clock is located, and the third secondary display displays the atmospheric pressure at the reference location, which The second one is obtained by measuring said reference location either by installation by a user or through a signal;

- figure 10 shows, similarly to figure 4, a watch, such as a wristwatch, including a clock mechanism in which a pivotally deflecting display base is provided, in which a first secondary display formed on the vibrational mass is specifically designed to display the deviation of the readings time calculated by the equation of time contained in hours;

- Fig. 11 shows, similarly to Fig. 1, a clock mechanism with a pivotally deflecting display base, in accordance with the invention, in an embodiment with two inputs connected to a motion source, one of which is connected to dozens of dates and the other to date units, including an output display for each of these inputs, respectively, formed by a dozens wheel and a crown of units, respectively, rotating around the second and first secondary rotation axes, and a single auxiliary output display for these two Khodnev displays on which they are located both, in addition to the cover comprising an opening for reading, through which is visible only to the current date;

- figure 12 schematically shows a front view of the base of the display of figure 11;

- Fig.13 shows a view similar to Fig.12, with the cover removed and the hole.

The implementation of the invention

The invention relates to the field of chorology, more specifically to a chronometer, in particular to a mechanical wristwatch.

As shown in the drawings, the invention relates to a clock mechanism 1. This clock mechanism 1 drives at least one output set 3 of wheels from a motion source 2, which is mounted on a plate or bridge 6, which is part of the clock mechanism 1.

Motion source 2 is formed from:

either means 2A for generating a time value,

either means 2B for detecting a state value of a control element of said clock mechanism,

- either means 2C for measuring or storing a physical quantity external to said clockwork.

The position of said output set of 3 wheels is connected with the instantaneous value of a quantity, respectively, of a time quantity or a state quantity, or a physical quantity, in accordance with the property of the motion source 2.

In accordance with the invention, the instantaneous value of such a value is displayed based on 10 of the display. Such a display base 10 for displaying a value of this quantity is rotatably mounted about a pivot axis DP of the main axis DP relative to the plate or bridge 6 of the clock mechanism 1. The display base 10 includes at least one set of 4 display wheels that cooperates with an output set of 3 wheels, with which it is constantly connected directly or through a gear transmission.

In accordance with the invention, at least one auxiliary set of 5 wheels, which rotates synchronously or with an integer relation to the speed of rotation of the set 4 of the display wheels, is also installed on the basis of the display 10.

Preferably, but without limitation, the base 10 of the display includes a means of kinematic connection with the vibrational mass 7 of the automatic winding mechanism, or forms, as shown in the drawing, the oscillatory mass of the automatic winding. Such a kinematic coupling means may consist, depending on the case, of a permanently connected direct drive means, in particular using friction.

In various embodiments, as shown in FIGS. 2-7, 9, and 11, the display base 10 includes a plurality of dial wheels, which either all interact with one dial 5 of the secondary display wheels, as in the case shown in FIG. 3 , or each of them interacts with a specific set of wheels of the auxiliary display, as shown in FIGS. 2, 6 and 9.

Figure 2 illustrates, for example, the clock mechanism 1, which includes three sources of movement 2 of different types 2A, 2B, 2C, as described above, each of which drives a set of output wheels, respectively 3A, 3B, 3C, which leads in motion, the dial means and the auxiliary dial means, respectively 4A / 5A, 4B / 5B, 4C / 5C.

Figure 1 illustrates the case of a clockwork 1 with one output set of 3 wheels. The display base 10 is formed here using an oscillatory mass 7 of an automatic plant, which, in turn, includes a mass body 23 and a mass bridge 22, which together define a chamber for accommodating the gear train.

The tribute of the 17 minute hand is rigidly fixed to the plate or bridge 6 of the clock mechanism 1, and peripheral teeth 17A are installed on it, which are used as a reference value of the rotation angles for the vibrational mass 7 around the main axis of rotation DP. Such a tribute of the 17 minute hand is used as an articulated guide for the mandrel 16, which is mounted as a single part with an oscillating mass 7 and on which peripheral teeth 16A are formed to transfer kinetic energy to the dog drum (not shown here). Such an articulated guide may be formed, in particular, using a ball bearing or the like. The tribute of the 17 minute hand is also used as a hinge guide for the input wheel 11, mounted so that it is constantly engaged with the set 3 of the output wheel. The engagement is shown as direct, but may include intermediate sets of wheels without departing from the scope of the invention, provided that the input wheel 11 is still driven, directly or indirectly, by the set of 3 output wheels. The direction of the input wheel set 11 is also preferably provided using a ball bearing.

A set of 4 display wheels is mounted on the vibrational mass 7, which is rotatable around the first secondary rotation axis DS1, which is mounted on the display base 10. According to the invention, the display wheel set 4 is permanently connected, directly or indirectly, to the first output wheel set 3. 1, which shows, in particular, the moon phase dial, the dial 4 of the dial includes a moon phase disk 13 mounted on a wheel 12, which is connected to the input wheel 11 through an intermediate gear 14 that rotates around an intermediate axis D1. At least one auxiliary display wheel set 5 is rotatable about a second secondary rotation axis DS2, which is also mounted on the display base 10, the second secondary rotation axis DS2 being parallel to or coinciding with the first secondary rotation axis DS1. 1, DS1 and DS2 are combined to form one secondary axis DS of rotation, and the auxiliary set of the display wheel includes a moon cover 20 mounted on a mandrel 19 on which a wheel 18 is mounted, which is engaged with the intermediate gear 21. Preferably, the mandrel 19 is guided by the wheel 12. The intermediate gear 21 is engaged with the teeth 17A of the 17-minute tribe, and the gear ratio is selected both in the drive gear of the set of 4 dial wheels and in the auxiliary set of 5 dial wheels so so that the rotation of the moon cover 20 compensates for the movement of the oscillatory mass 7 in reverse motion, and so that the rotation of the moon phase disk 13 relative to the moon cover 20 looks to the user as if the moon phase disk and moon cover were both fixed relative to the plate or bridge 6. FIG. 6 is a front view of such a function of the moon phase dial, where the dial means 4B is a moon phase disc and the dial auxiliary means 5B is a moon cover and they rotate together about the secondary axis DS B.

In a specific embodiment, as shown in FIGS. 2, 3 or 11, the clock mechanism 1 includes at least a second set of output wheels, which are either positioned so as to be connected to the instantaneous value of another physical quantity, or a position for determining a general range of variation or a magnitude scale for a quantity value that determines the position of the first set 3 of the output wheel.

Figure 3 thus shows the display base 10 in an embodiment with three sets of output wheels 3X, 3Y, 3Z, which are connected to a motion source formed from drive and oscillator means, these three outputs respectively correspond, each as a single part with an arrow, a central display of seconds, minutes and hours around the main axis of the DAP rotation. The display base 10 includes an output display 13X, 13Y, 13Z, respectively, for each of these inputs, also formed here by an arrow, and one auxiliary output display 5 for these three output displays, which is located coaxially with them and which is formed here as a dial 20. Similarly to figure 1, the output displays 13X, 13Y, 13Z, each made as a single part with a wheel 12X, 12Y, 12Z, which are engaged with the intermediate gear 14X, 14Y, 14Z, which, in turn, is engaged with the output wheel 11X, 11Y , 11Z, which interacts with tre with outputs 3X, 3Y, 3Z. The dial 20, forming the auxiliary display, common to various display means, is mounted on a wheel 18, which is connected through an intermediate gear 21 with the teeth 17A, which define the angular position of the oscillating mass 7, which forms here the structure of the display base 10, in order as shown, for example, in FIG. 1, to hold the axes 20 of the dial parallel to the axes of the dial of the main set of hands, so that with the exception of the position of the secondary axis DS of rotation, which describes a circle around DP pivot, the dial remains constantly in the same angular orientation relative to the plate or a bridge 6, the movement relative to the housing 1 and 100 hours, containing a clockwork.

Figure 4 shows a wristwatch 100, including the base 10 of the display of figure 3, in which the secondary display, made on the oscillatory mass 7, is a copy of the centrally mounted main display in hours 100.

The embodiment of FIG. 5 has a secondary display, which is a time zone display and displays time in different time zones relative to the main display. In this embodiment, two additional holes 28, 29 in the vibrational mass 7 display the sign and value of the time difference between the second time zone displayed on the vibrational mass 7 and the first time zone on the central display. Naturally, it is possible to use such a time zone display on the minute hand 13Y, as well as on the hour hand 13X for countries with a half hour time difference, such as India, Iran, Afghanistan or Iran, or a quarter hour, such as Nepal.

FIG. 6 shows a wristwatch 100 with a first secondary display that is configured on an oscillating mass 7 for displaying a date, with display means 4A, which is formed in the form of an arrow, and auxiliary display means 5A, which is formed in the form of a dial, both of which are pivotally rotatable about the secondary axis of the DSA. The second secondary display on the same vibrational mass 7 is intended to display the moon phase with the display means 4B, which is formed on the moon phase disk, and the display auxiliary means 5B formed by the moon cover, both of which can be pivotally rotated around the secondary axis of the DSB.

FIG. 7 shows a wristwatch 100 with a clock mechanism 1, which is not visible in FIG. 1, on which a display turning base 10 is provided, in which a secondary display formed on the vibrational mass is used to display time on a 24-hour scale using arrows 13Y and 13Z, which face the dial 20, while the central main dial is a regular 12-hour display with hands 3Y and 3Z facing the main dial 25.

On Fig shows a wristwatch 100, including a clock mechanism 1, which is not visible in the drawings, in which there is provided a base 10 for pivoting the display, where the secondary display formed on the vibrational mass 7 is intended to display the state of the choice of the combat mechanism, This choice is made by the pusher 26 between the provisions of a loud battle, a quiet battle, a quarter fight, an alarm clock, silence with the help of an arrow 40, which faces the dial 41 of the status indicator.

Fig. 9 shows a wristwatch 100 including a clock mechanism 1, which is not visible in the drawings, in which a display hinge base 10 is provided, in which a first secondary display formed on the oscillating mass 7 is intended to display a height relative to a reference location using the arrow 42, which is facing the dial 43, both of which are made with the possibility of articulation, while the second secondary display is designed to display atmospheric pressure at the place where the chronometer using the arrow 44, which faces the dial 45, both of which are rotatable, and the third secondary display displays the atmospheric pressure at the reference location, resulting in a measurement made at the reference location, which is stored using a pusher 48, or which are obtained as a result of installation made by radio signal or similarly, or by the user, using the pusher 48, on which the installation crown is provided, with the help of arrows 46 facing the dial 47, both of which are capable of pivoting.

Figure 10 shows a wristwatch 100 with a first secondary display made on an oscillatory mass 7, which is designed to display the deviation of speed calculated by the equation of time of the clock, using the arrow 49, facing the dial 50, both of which are made with the possibility of articulation .

Figure 11 shows, solely for didactic purposes, the clock mechanism 1 with the base 10 of the rotary display, in an embodiment where the clock mechanism includes two sets of 3D and 3U output wheels for controlling the display of tens and date units. The display base 10 has two inputs 11D and 11U and includes an output display for each of these inputs, respectively, formed by a wheel of 34 tens and a crown of 33 units, with a corresponding rotation around the second DS2 and the first DS1 of the secondary rotation axes, and one auxiliary output display 30 for these two output displays, both of which are mounted on it, and a cover 31 including a reading hole 32 that opens only the current date. The planet carrier 30 includes teeth 30A that are engaged with the intermediate gear 21, which is engaged with teeth 17A, representing the angular position of the vibrational mass 7, which forms the base 10 of the display. The crown 33 units is engaged with the intermediate wheel 35, which is engaged with the teeth 36A of the mandrel 36, on which the unit wheel 12U is mounted, which is engaged with the intermediate wheel 14U, which, in turn, is engaged with the input 11U of the units.

A dozen wheel 34 is connected to the gear 37, which is engaged with the intermediate gear 38, which is engaged with the teeth 39 of the tens wheel 12D, which has other peripheral teeth, which are engaged with the intermediate wheel 14D, which is engaged in turn with the tens input 11D.

Various options may be provided. Without limitation, the means for generating a time value 2A, therefore, consists of a date generating means, or a time display generating means, or a moon phase indicator generating means, or a time equation generating means, or a working time equation generating means, or a time zone generating means, or chronograph measurement generating means.

The means for detecting the state 2B of the chronometer control element may be associated with detecting the position of the pusher, which is part of the clock mechanism, or the selector, the on / off switch, the reset indicator to zero, the activated time zone indicator, or the detection of time events among several events assigned to same moment in time.

The means 2C for measuring a physical quantity external to the clockwork may include at least one barometric sensor for measuring height or depth when immersed in water, or a radioactivity sensor, a magnetic sensor or an electric field sensor, a brightness sensor, sound level, vibration or other sensor.

In a specific embodiment, the clock mechanism 1 in accordance with the invention includes at least one side of the display, which includes a rotation region that is completely formed by the display base 10, which includes, coaxially with the main rotation axis DP, around which it rotates, the tubular passage means for at least one tribe of the minute hand or watch head, to accommodate the hand or dial, or other display means, driven by the clock mechanism 1.

In a specific embodiment, which is not shown in the drawings, such a clock mechanism 1 includes, in addition to the side of the display, the other side of the display, which is opposite to it and which includes at least one other display means, driven clockwork 1.

The invention also relates to a chronometer 100, in particular to a watch including at least one such watch movement 1.

In a specific embodiment, the chronometer 100 is a watch with a double-sided case.

Among the applications that are particularly well suited for display on a display base, such as vibrational mass, the following, but without limitation, may be mentioned:

- the equation of time, which is shown in figure 10;

- display of normal and leap years;

- display of the day of the week;

- display of time before noon / afternoon;

- display of day / night.

In such applications, coaxial secondary axes are used.

In other applications, non-axial secondary axes may be used:

- displays that do not fully rotate, for example, as a result of a combination of the movement of the gear with a straight or curved gear section;

- Displays obtained by superimposing at least partially superimposed disks, for example disks polarized in such a way that in some relative angular positions the overlay area will be bright and in some other angular positions the overlay area will be dark. This type of display is particularly suitable for displaying a stop / start state, therefore, there is no requirement for a support element oriented relative to the plate of the clock mechanism or watch case, and there is no need to install a gear to correct the angular position of the display base relative to the plate or case.

Claims (21)

1. Clockwork (1), driving at least one set (3) of the output wheel from the source (2) of movement, mounted on a plate or bridge (6), which is part of the said clockwork (1), mentioned the motion source (2) is formed either as means (2A) for generating a time value, or means (2B) for detecting a state value of a control element of said clock mechanism, or means (2C) for measuring or storing a physical quantity external to said clock mechanism (1), moreover, the position mentioned a closed set (3) of the output wheel is associated with an instantaneous value of said quantity, respectively, of said magnitude of time or of said magnitude of state, or of said physical quantity, in accordance with a property of said motion source (2), characterized in that said instantaneous value is displayed based on (10) a display rotating relative to said motion source (2) and including at least one set of (4) display wheels interacting with said output count set (3) ca, with which the said set of display wheels is permanently connected directly or via a gear, and further characterized in that at least one set (5) of auxiliary wheels is installed on said display base (10), which rotates synchronously or with an integer ratio rotational speeds relative to said set (4) of display wheels. 2. The clock mechanism (1) according to claim 1, characterized in that the said clock mechanism includes at least one second set of the output wheel, configured to either occupy a position connected to the instantaneous value of another physical quantity, or to determine the total range of variations or the magnitude scale for a value that determines the position of said first set (3) of the output wheel. 3. Clockwork (1) according to claim 1, characterized in that said display base (10) includes a plurality of sets of display wheels, which either all interact with one auxiliary set (5) of display wheels, or each of them interacts with a specific auxiliary set of display wheels. 4. The clock mechanism (1) according to claim 1, characterized in that said set (4) of display wheels is rotatable around a first secondary axis of rotation (DS1), which is mounted on said display base (10), and further characterized in that said display wheel set (4) is permanently connected, directly or indirectly, to said first output wheel set (3) and that said at least one auxiliary display wheel set (5) is rotatable about a second secondary axis ( DS2) rotation I, which is mounted on said display base (10), said second secondary axis of rotation (DS2) is parallel to or combined with said first secondary axis of rotation (DS1). 5. The clock mechanism (1) according to claim 1, characterized in that said display base (10) includes means for kinematically connecting with the vibrational mass (7) of the automatic winding mechanism, or in that said base forms the vibrational mass of the automatic winding mechanism . 6. Clockwork (1) according to claim 5, characterized in that said means of kinematic connection is a permanently connected drive means. 7. Clockwork (1) according to claim 5, characterized in that the said kinematic coupling means is an integral drive means. 8. Clockwork (1) according to claim 7, characterized in that friction is used in said one-piece drive means. 9. The clock mechanism (1) according to claim 1, characterized in that said means for generating a time value (2A) is a date generating means. 10. The clock mechanism (1) according to claim 1, characterized in that said means for generating a time value (2A) is a means for generating a time display. 11. The clock mechanism (1) according to claim 1, characterized in that said means for generating a time value (2A) is a means for generating a phase of the moon. 12. The clock mechanism (1) according to claim 1, characterized in that said means for generating a time value (2A) is a means for generating a time equation. 13. The clock mechanism (1) according to claim 1, characterized in that said means for generating a time quantity (2A) is a means for generating a working time equation. 14. The clock mechanism (1) according to claim 1, characterized in that said means for generating a time value (2A) is a time zone generating means. 15. The clock mechanism (1) according to claim 1, characterized in that said means for generating a time value (2A) is a means for generating chronographic measurements. 16. The clock mechanism (1) according to claim 1, characterized in that said means for detecting the state (2B) of the control element of said clock mechanism is associated with detecting the position of the pusher included in said clock mechanism. 17. The clock mechanism (1) according to claim 1, characterized in that said means (2C) for measuring a physical quantity external to said clock mechanism includes at least one barometric sensor. 18. The clock mechanism (1) according to claim 1, characterized in that said clock mechanism includes at least one side of the display, which has a rotation region that is completely formed by said display base (10), which includes , coaxially with the main axis of rotation (DP), around which the said display base is rotated, tubular means for skipping at least one minute hand or shank for setting the hand, or disk, or other display means driven by wrinkled clockwork (1). 19. Clock mechanism (1) according to claim 18, characterized in that said clock mechanism (1) includes, in addition to the at least one side of the display, the other side of the display, which is opposite to it and which includes at least one other display means driven by said clock mechanism (1). 20. Chronometer (100), including at least one clock mechanism (1) according to claim 1. 21. Chronometer (100) according to claim 20, characterized in that said chronometer is a wristwatch with a double-sided case.

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