RU134336U1 - DEVICE OF THE TACTICAL INDICATION OF THE CURRENT TIME IN THE CLOCK AND CLOCK WITH THE TACTICAL INDICATION OF THE CURRENT TIME - Google Patents

Abstract

1. A device for tactile indication of the current time in a watch containing a clock mechanism located in the case and tactile indication means, characterized in that the tactile indication means is capable of converting the movement of the clock mechanism into tactile signals about the current time from the watch case of the surface of the watch’s body by means of mounted in the watch case and coupled to the clock mechanism of the device for counting time and conversion into a sequence of signals and executive fur the tactile effect of tactile signals on the surface of the watch’s body. 2. The device according to claim 1, characterized in that the tactile indication means is capable of converting the movement of the clock mechanism into tactile signals about the current time from the watch case of the surface of the body of the user of the watch in the form of a sequence of high-frequency vibro-pulse signals, a sequence of pulse signals from oscillatory, rotational or reciprocal progressive movement of the load in the watch case, a sequence of silent signals from impacts on soft material, for example attached to the back the watch case, or a sequence of signals from the moving parts of the watch case from the side of the back case, for example the moving pins. 3. The device according to claim 1, characterized in that the tactile indication means is capable of tactile signals about the current time on the surface of the watch’s body from the side or back surface of the watch case. The device according to claim 1, characterized in that the tactile indication means

Description

Technical field

The utility model relates to the field of watch technology, and more particularly to mechanical and other watches with a tactile time display.

State of the art

A watch is known for the blind, where time is read by feeling the surface of the watch by the user, and time is read by the location of the protruding elements.

One of the first tactile watches, where by feeling the surface of the case it was possible to obtain information about the time, Breguet made [1].

Tactile watches “Rocket”, made in the USSR, are known, in which a protective glass was opened and the hands, touching the hands, determined the time [2].

The disadvantages of such watches is the possibility of damage to the hands with the glass open, which requires their protection from mechanical damage.

Tactile watches are known in which instead of a protective glass a flexible shell is used which allows time to be determined through it by probing the hands [3]

The disadvantages of such tactile watches, requiring the feeling of the dial, are also their unreliability and the possibility of mechanical damage to the hands.

There are known watches where instead of the hour and minute hands elevations are used that are easy to feel with your fingers, and under the dial there is a special tactile landmark in the form of an inscription in Braille, which means time [4].

Tactile watches with a convex double dial are known, in which, instead of arrows, rotating rings with protrusions are made, by the position of which, by touching, you can determine hours and minutes [5].

Known mechanical clock mechanisms equipped with the function of battle or melody and battle. Mechanical clock mechanisms with a melody can be with one or three melodies. The melody sounds in parts every quarter of an hour, and at even hour it sounds in its entirety. The melody and battle is extracted by striking the clockwork hammers on gongs or metal bells. Gongs can be made in the form of a spiral, rods or pipes. Clock mechanisms with bells can be both with a half-hour fight (1 or 2 bells), and with a melody and a fight (5 or 9 bells). Bells differ from gongs in a more sonorous and sharp sound. Unlike gongs, which must be mounted on the watch case, the bells are usually already mounted on the clock mechanism, which simplifies the installation of the clock mechanism in the watch case, [http://tothome.ru/rnovernents/mechanical].

A device for paired battle of the hour and half an hour to the clock, in which to improve sound quality by eliminating noise when the hammers hit, a pin is inserted into it, mounted on the minute axis, placed in the groove of the battle cams freely mounted on the minute axis, the cams are interconnected with the possibility of rotation relative to each other, and the tops of the cams are made with a slope in the direction opposite to the direction of rotation, and the angular extent of the slope is not more than the angular length of the groove. [6].

A watch with a repeater is known, which allows you to beat the time with a sound when you press a button. Initially, they were designed for sailors who needed to find out the current time in the dark without lighting a fire. There are several types of repeaters: minute - beats hours, quarters, minutes; five-minute - beats the clock and the number of five minutes after hours; half-quarter - beats the clock and the number of half-quarters after the clock and a quarter - beats the clock and the number of quarters after the clock [7].

The disadvantages of the sound indication is the additional sound effect on others, which in certain situations, such as during concerts or negotiations, is undesirable.

The watches of the authors of Cortesi Yves (CH), Sharpier Jean-Pierre (CH) of the applicant Enit International SA (CH) are known, equipped with an alarm mechanism containing an energy source that is locked when the mechanism is in the initial state and which is unlocked when the mechanism is running, an installation system that can be used to program the alarm time, a trigger system containing a control element that controls the unlocking of the energy source, and a cam that is kinematically connected to the clock mechanism and which the second makes one revolution every twenty-four hours, in which the signaling mechanism also contains a first battle mechanism, which is equipped with at least one hammer, which is designed to fight at least one gong, and a second battle mechanism, which is equipped, at least one hammer, which is designed to fight at least one non-resonant element, while said energy source drives one or the other of the battle mechanisms.

The second battle mechanism also contains a tribe kinematically connected to the energy source, a swinging cam driven by said tribe, a swinging intermediate wheel kinematically connecting said tribe and said hammer, converting the rotational movement of said swinging cam into a hammer oscillation.

The intermediate wheel is mounted rotatably and provided with a fork on one side having two teeth, between which there is a pin connected with the said hammer, and on the other hand with two stops located in the shape of a dog, one end and then the other end of which interact with the swinging cam and thereby causing an inclination in one direction, then in the other direction of said intermediate wheel and the transmission of the oscillatory movement to the fork.

The alarm mechanism contains an inertial brake, which regulates the energy supply from the energy source, and also contains a brake engagement device located so as to engage said brake when the first battle mechanism is engaged, and to disengage it when the second battle mechanism is engaged [ 8].

A device for interrupting sleep and awakening deaf and hard of hearing people and people who do not have hearing problems, which contains a control unit, a unit for influencing a person, which is an elastic elastic chamber, a compressor, a compressed air chamber. During sleep, an elastic elastic chamber is placed under the pillow, inside or on top of the pillow. At the right time, the timer is activated, and the control unit turns on the compressor, which pumps air into the compressed air chamber to the desired pressure, after which the air pressure sensor is activated and the compressor is turned off. In obedience to commands from the control unit, the electromagnetic valve is periodically opened and closed, giving pulses of compressed air to the elastic elastic chamber, which begins to be filled with air irregularly, increasing its volume and thereby forcing the person to wake up. When the pressure in the compressed air chamber drops below the threshold of the pressure sensor, through the exhaust solenoid valve, air is removed from the elastic elastic chamber and the compressed air chamber to the atmosphere. After the pressure drops in both chambers to atmospheric pressure, the air pressure sensor is activated again, and the control unit is preparing to restart the device. Repeated operation for control waking up a person can be canceled by turning off the timer [9].

A sound alarm device for interrupting a person’s sleep is known, which includes a clock with a current time reference unit and a memory unit, and a person exposure unit, characterized in that the clock is mounted on the case in which the person exposure unit with a power source is located, to the unit The electric cord with a headphone is connected, and on the outside, a clip is attached to the body for attaching the device in a place convenient for the user [10].

Known electromechanical watches of the applicant authors Mininni Gianni [IT]; Michelotti Eugenio [IT] with the possibility of visual and tactile reading of hours and minutes, are indicated in two areas, in each of which there are four cursors, which, by means of electrical impulses that extend or return to the case. Reading by touch can be interpreted using a series of cursor combinations that allow time to be determined at intervals of five minutes [11].

Famous watches by the authors of Frenkel Erik Jan [CH]; Derivaz Pascal [CH] of the Applicant Asulab SA [CH] by visual indication of time by arrows and additional tactile indication functions, containing an integrated transparent glass located above an analogue scale with arrows surrounded by a fixed panel, an integrated circuit, a stepper motor, a non-acoustic device that creates a vibration, a source power supply, which supply the circuit, motor and vibration device, twelve sensors facing twelve different positions, control element, electronic coding schemes connected in pi, sensors, and a control device for vibration control. The device allows the fingers, through twelve sensors on the front panel, to tactilely determine the time [12].

Improved watches by author-applicant Reisman John P [US] are known for pilots to wear aircraft, which provides means for warning the pilot of several virtualized events through several warning devices, including visual, auditory, and tactile. Six timers, accessible via buttons, allow the pilot to comprehensively use the scoreboard in order to meet the needs of a particular flight. This electronic watch, especially for pilots to notify the owner of the time occurring in flight and after the flight, events. This watch also provides instant access to time data in all forty-two time zones around the world. This watch is designed to assist the pilot in his awareness, show the engine start time, fuel tank parameters, switching time, countdown for instrument flights, correct flights, correction time, turns, time schedule, and flight completion time [13].

Known vibration alarm comprising a case with an electronic clockwork and a display on the front side with a means of visual indication of time and setting the alarm. Vibration is generated by an alarm signal from a clockwork. Vibration is generated by a drive motor and an eccentrically set mass [14].

Known vibration alarm, eliminating the problem of ringing a traditional alarm clock, which has a negative impact on others. Includes a bracelet for watches, a wristwatch in the form of a disk with an electronic clockwork, a vibrator mounted on the bottom of the watch dial. The time switch located on one side of the clock disc and the vibrator are electrically connected to the clock. An eccentric mass vibrator settles down below the clock dial. When the user wears the watch on the wrist, the vibrator vibrates on the wrist realizing the function of the alarm clock and cannot have a negative effect on others [15 (prototype)].

The disadvantage of this watch is the inability to tactilely determine the current time.

Task and technical result

The objective is the development and practical application of simple in design and cheap in the manufacture of watches with the possibility of tactile indication of the current time with the ability to transmit tactile signals of the current time directly from the watch case to the surface of the user's body.

The technical result consists in the creation and use of a special device embedded in a mechanical or other watch with the possibility of converting the movement of the clock mechanism into tactile signals about the current time from the watch case to the surface of the watch’s body.

Utility Model Disclosure

The problem is solved, and the required technical result is achieved by the fact that when a tactile indication of the current time in a watch containing a clock mechanism located in the case and a tactile indication means, a tactile indication means is configured to convert the movement of the clock mechanism into tactile signals about the current time from the case watches to the surface of the body of the user of the watch, mainly his hand, by means of the watch installed in the watch case and paired with the clock mechanism

devices for counting time and conversion into a sequence of signals and

the actuator tactile effects of tactile signals on the surface of the body of the user of the watch.

In this case, a tactile indication means is used:

- with the possibility of converting the movement of the clock mechanism into tactile signals about the current time from the watch case to the surface of the watch user's body in the form

sequences of high-frequency vibratory impulse signals,

sequences of impulse signals from oscillatory, rotational or reciprocating movement of the load in the watch case,

sequences of silent signals from hitting soft material, such as attached to the back of a watch, or

the sequence of signals from the movable elements of the watch case from the side of the back cover, such as movable pins;

- with the possibility of tactile signals about the current time on the surface of the watch’s body from the side or back surface of the watch’s case;

- with the possibility of the action of tactile signals about the current time on the surface of the body of the user of the watch through the actuator tactile effects, made in the form located in the watch case:

devices for generating high-frequency vibro-pulse signals from the watch case,

a device for generating pulsed vibrations of the watch case from oscillatory, rotational or reciprocating movement of the load in the watch case,

a device for generating pulsed silent signals from impacts on soft material, for example, attached to the back of the watch, or made of soft material on the back of the watch case, or

devices for generating pulsed signals from the movable elements of the watch case from the side of the back cover, for example, movable pins;

- with the possibility of the action of tactile signals about the current time on the surface of the body of the user of the watch through the tactile actuator, made in the form of:

a crank mechanism with a spring-loaded shock element or load,

mechanism with a ratchet wheel and a spring-loaded shock element or load,

crank mechanism with a slider and a spring-loaded shock element or load

or a mechanism with an eccentrically located load;

- with the possibility of the action of tactile signals about the current time on the surface of the body of the user of the watch through several actuators tactile effects of signals about the current time on the surface of the body of the user of the watch;

- with the possibility of converting the movement of the clock mechanism into tactile signals from the watch case about the current time to the surface of the body of the user of the watch by means of the clock installed in the watch case and paired with the clock mechanism

devices for counting time and converting into a sequence of signals made in the form of a repeater mechanism or a combat mechanism with or without an audio actuator and

the actuator tactile effects of tactile signals on the surface of the user of the watch;

- with the ability to turn on / off.

In this case, the device for counting time and converting it into a sequence of signals is performed in the form of a mechanism that reads information about the current time from the output axis of the clock mechanism or from the arrow system of the clock mechanism and converts it into a sequence of signals or movements of carriers / transmitting information about the current time.

The problem is solved, and the required technical result is also achieved by the fact that in the device for tactile indication of the current time in hours, containing a clock mechanism and tactile indication means, the tactile indication means is implemented:

- with the ability to convert the movement of the clock mechanism into tactile signals about the current time from the watch case the surface of the body of the user of the watch by means of the clock installed in the watch case and paired with the clock mechanism

devices for counting time and conversion into a sequence of signals and

the actuator of the tactile effect of tactile signals on the surface of the body of the user of the watch;

- with the ability to convert the movement of the clock into tactile signals about the current time from the watch case surface of the body of the user of the watch in the form

sequences of high-frequency vibratory impulse signals,

sequences of impulse signals from oscillatory, rotational or reciprocating movement of the load in the watch case,

sequences of silent signals from hitting soft material, such as attached to the back of a watch, or

the sequence of signals from the movable elements of the watch case from the side of the back cover, such as movable pins;

- with the possibility of tactile signals about the current time on the surface of the watch’s body from the side or back surface of the watch’s case;

- with the possibility of the action of tactile signals about the current time on the surface of the body of the user of the watch through the actuator tactile effects, made in the form located in the watch case

devices for generating high-frequency vibro-pulse signals from the watch case,

a device for generating pulsed vibrations of the watch case from oscillatory, rotational or reciprocating movement of the load in the watch case,

a device for generating pulsed silent signals from impacts on soft material, for example, attached to the back of the watch, or in the back of the watch case made of soft material, or

devices for generating pulsed signals from the moving elements of the watch case from the side of the back cover, for example, movable pins;

- with the possibility of the action of tactile signals about the current time on the surface of the body of the user of the watch through the actuator tactile effects, made in the form

a crank mechanism with a spring-loaded shock element or load,

mechanism with a ratchet wheel and a spring-loaded shock element or load,

crank mechanism with a slider and a spring-loaded shock element or load

or a mechanism with an eccentrically located load;

- with the possibility of the action of tactile signals about the current time on the surface of the body of the user of the watch through several actuators tactile effects of signals about the current time on the surface of the body of the user of the watch;

- with the possibility of converting the movement of the clock mechanism into tactile signals from the watch case about the current time of the surface of the body of the user of the watch by means of the clock installed in the watch case and paired with the clock mechanism

devices for counting time and conversion into a sequence of signals, and

the actuator tactile effects of tactile signals on the surface of the user of the watch,

- with the ability to turn on / off.

In this case, the device for counting time and conversion into a sequence of signals is performed

in the form of a mechanism that reads information about the current time from the output axis of the clockwork or from the clock system of the clockwork and converts it into a sequence of signals or movements that carry / transmit information about the current time,

or in the form of a repeater mechanism or a combat mechanism with or without an audio actuator.

Moreover, the device is made with the possibility of use in electronic, electronic-mechanical, quartz or mechanical watches.

The problem is solved, and the required technical result is also achieved by the fact that the watch, containing the clock mechanism and tactile indication means, is manufactured by containing tactile indication means configured to convert the movement of the clock mechanism into tactile signals about the current time from the watch case of the user's body surface hours by means of clocks installed in the case and interfaced with the clockwork

devices for counting time and conversion into a sequence of signals and

the actuator tactile effects of tactile signals on the surface of the body of the user of the watch.

In this case, the watch is made with the possibility of implementing the above-described method of tactile indication of the current time and contain the above-described device for tactile indication of the current time.

Watches can be made electronic, electronic-mechanical, quartz or mechanical.

Brief Description of the Drawings

The essence of the utility model is illustrated by drawings.

Structurally, in the preferred, but not the only mandatory, embodiment, the claimed device contains the following details: watch case 1, watch back cover 2, load 3, lever 4, lever spring 5, cam 6, ratchet wheel 7, wheel with a given tooth arrangement 8 , support of lever 9, soft element 10. crank 11, pin of crank 12, groove of slider 13, guide slider 14, shaft of slider 15, unlocking lever 16, unlocking pin 17, drum 18, drive wheel 19, pin of tangent element 20, tangent spring element 21, tangent element t 22, the tooth arm 23, start button 24, the hands 26, the dial 27.

Figure 1 shows the structural-functional diagram, which shows a kinematically coupled clock mechanism, a device for counting time and conversion into a sequence of signals, the actuator tactile effects of tactile signals on the surface of the human body (user of the watch).

Figure 2 shows a variant of the design of the actuator actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the watch case 1, load 3, lever support 9, unlocking lever 16, unlocking pin 17, drum 18.

Figure 3 shows a variant of the design of the actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the back cover of the watch 2, the drive wheel 19, cargo 3.

Figure 4 shows a variant of the design of the actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the back cover of the watch 2, cam 6, the pin of the tangent element 20, the spring of the tangent element 21, the tangent element 22.

Figure 5 shows a variant of the design of the actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the load 3, lever 4, the spring of the lever 5, cam 6.

Figure 6 shows a variant of the design of the actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the back cover of the watch 2, load 3, lever 4, spring lever 5, cam 6.

7 shows a variant of the design of the actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the load 3, the lever 4, the spring of the lever 5, the ratchet wheel 7, the tooth of the lever 23.

On Fig shows a variant of the design of the actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the load 3, the lever 4, the spring of the lever 5, the wheel with a given arrangement of teeth 8, the tooth of the lever 23.

The figure 9 shows a variant of the design of the actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the load 3, the crank 11, the pin of the crank 12, the groove of the slider 13, the guide slider 14, the shaft of the slider 15.

Figure 10 shows a variant of the design of the actuator tactile effects of tactile signals on the surface of the body of the user of the watch, which shows the back cover of the watch 2, load 3, lever 4, spring of the lever 5, cam 6, bearing lever 9, soft element 10.

11 shows a general appearance of a patented wristwatch, which shows the case 1, the start button 24 of the actuator of the tactile effect of tactile signals on the surface of the body of the user of the watch, hands 26, dial 27

12 shows another general appearance of a watch without a start button, with the possibility of triggering the actuator of the tactile action of tactile signals on the surface of the user's body by contactlessly influencing the clock mechanism, for example, by shaking, which shows the case 1, dial 27, arrows 26.

In all cases, the device is designed for tactile contact with the surface of the human body, mainly with the hand, but can also be used in pocket, desktop, and other watches and tactilely affect the surface of the user's body through watches.

Contact interaction may not be carried out directly by touching the watch case and the human body, but also be felt through a strap, bracelet or watch pendant or through a cloth of clothing.

The method is implemented, and the device and watch operate as follows:

Signals from the timing conversion device to a sequence of signals, for example, a repeater or a combat mechanism, coupled to a clock mechanism, receive signals in the form of a sequence of movements that are transmitted to the actuator of the tactile action of tactile signals on the surface of the user's watch body, which converts this sequence of movements into tactile signals felt tactilely by the body of the user of the watch.

The movement of the clock mechanism (figure 2) from the drum 18, through the wheels of the multiplier enter the wheel with an eccentrically loaded load, during rotation of which vibration occurs. The pin 17 and the lever 16 are used to open and close the kinematic circuit controlled by the device for counting time and conversion into a sequence of signals.

Figure 3 shows one of the options for the functioning of the actuator, where the rotation of the eccentrically loaded load driven by the rotation of the wheel 19, is transmitted in oscillatory motion to the cover of the watch 2

Figure 4 shows another version of the functioning of the actuator, in which the rotation of the cam 6 is transmitted to the spring 22 pin 22, passing through the back cover of the watch case. When pin 22 exits the watch case, it touches the human body transmitting information about the current time.

Figure 5 shows a variant of the functioning of the actuator, in which the rotation of the cam 6 is transmitted to the lever 4, spring-loaded with a spring 5, and swings the load 3 placed on the end of the lever, reporting inertial vibrations to the mechanism and watch case, which is transmitted to the human body, reporting the current time .

In Fig.6 shows a variant of the functioning of the actuator, similar to that shown in Fig.5, only the movement of the load 3 and the lever 4 is transmitted to the case and the back cover of the watch 2 through the support 9, reporting vibrations to the human body, transmitting information about the current time.

7 shows a variant of the operation of the actuator, where through the rotation of the ratchet 7, the movement of the lever 4 is transmitted through the tooth of the lever 23. The tooth 23 slides along the valleys and protrusions of the ratchet 7 reporting oscillatory movements to the load 3, reporting inertial vibrations to the mechanism and watch case, which is transmitted to the body person reporting the current time.

On Fig shows a variant of the operation of the actuator, where through the rotation of the ratchet with a given location of the teeth 8, the movement of the lever 4 is transmitted through the tooth of the lever 23. The tooth 23 slides along the troughs and ledges of the ratchet 7 reporting oscillatory movements to the load 3, reporting inertial vibrations to the mechanism and watch case , which is transmitted to the human body, reporting the current time.

Figure 9 shows a variant of the functioning of the actuator, where through the rotation of the crank 11 and the pin 12 located on it, the movement is transmitted to the walls of the groove of the slider, and through them to the shaft of the slider, forcing the shaft to reciprocate. At the end of the shaft is a load 3, which reports inertial vibrations to the mechanism and watch case, which is transmitted to the human body, reporting the current time.

Figure 10 shows a variant of the functioning of the actuator, in which the rotation of the cam 6 is transmitted to the lever 4, spring-loaded with a spring 5, and swings the load 3 placed on the end of the lever, which pushes the soft element 10 located on the back cover 2, imparting inertial vibrations to the mechanism and the housing hours, which are transmitted to the human body, reporting the current time.

The device for counting time and converting it into a sequence of signals can be made in the form of a mechanism that reads information about the current time from the output axis of the clock mechanism or from the arrow system of the clock mechanism and converts it into a sequence of signals of the current time.

The device for counting time and converting it into a sequence of signals can also be made in the form of a repeater mechanism or a combat mechanism with or without an audio actuator.

The proposed original method, device and watch for tactile indication of the current time, as shown in detail on various options for their design and operation, provide a confident solution to the problem and achieve the desired technical result, namely, provide the ability to convert the movement of the clock into tactile signals about the current time from the watch case to the surface of the watch’s body.

Thus, the essential features of the utility model are in a causal relationship with the technical result.

As options for the execution of individual parts, assemblies, clockwork, a patented device and a patented watch, various known, traditional for watchmaking technologies, materials and design solutions known in watchmaking can be used [16, 17, 18, 19, 20, 21 , 22, 23].

Thus, given the novelty of the set of essential features, the technical solution of the problem, the inventive step and the significance of all the general and particular features of the utility model, proven in the section "prior art" and "Disclosure of a utility model", proven in the section "Implementation and industrial implementation of the utility model ", Technical feasibility and industrial applicability of the utility model, solving inventive problems and confidently achieving the required technical result in real tion and use of a utility model, a group of inventions claimed in our view, meets all the requirements for eligibility requirements for a utility model.

The analysis also shows that all the general and particular features of the utility model reflected in the formula are essential, since each of them is necessary, and together they are not only sufficient to achieve the goal of the utility model and are in a causal relationship with the technical result, but also allow you to implement a useful model in an industrial way.

In addition, the analysis of the set of essential features of the utility model and the uniform technical result achieved by using them shows the existence of a single inventive concept, a close and inextricable connection between the tactile display of the current time, the tactile display of the current time for the watch and the clock with a tactile display of the current time (one the device is used in another device and both function in the same way), which allows us to combine a useful model into Noah application to ensure compliance with the criterion of unity of the utility model.

INFORMATION SOURCES

1. The Art of Breguet. George Daniels. 1986

2.Http: //xn-----6kcbx0cbxfibaat4dd9df.xn--p1ai/photo/naruchnye_mekhanicheskie_chasy_proizvodstva_sssr/naruchnye_chasy_raketa_sdelano_v_sssr/chasy_raketa_taktilnye_c8_1000_c8_1000_c1_1000_c1_1000_c00_1000

3.http: //ctrl-c-writer.ru/blind-time/

4.http: //www.tick-tock.ru/news/8

5.http: //trendsblog.ru/2011/07/taktilnye-chasy/

6. SU 1607595 G04B 21/02 publ. 01/20/2006

7.Http: //ru.wikipedia.org/wiki/%CC%E5%F5%E0%ED%E8%F7%E5%F1o/oEAo/oE8%E5_%F7%E0%F1%FB#.D0. 98.D0.BD.D0.B4.D0.B8.D0.BA.D0.B0.D1.82.D0.BE.D1.80_.D0.B7.D0.B0.D0.BF.D0.B0. D1.81.D0.B0_.D1.85.D0.BE.D0.B4.D0.B0

8. RU 2007140325 G04B 23/12 05/10/2009 PCT application: EP 2006/061239 20060331 Publ. PCT: WO 2006/103289 20061005

9. RU 2174698 G04B 25/04 10/10/2001

10. RU 11906 G04B 25/04 publ. 11/16/1999

11. US 5311487 G04B 25/02; G04G 9/08; G04G 99/00; (IPC1-7): G04B 25/02; G04G 9/08; publ. 1994-05-10

12. US 6052339 G04B 19/28; G04B 25/02; G04B 25/04; G04G 21/00; G04G 21/08 2000-04-18

13. US 6144619 G04F 1/00; G04G 9/00; G04G 99/00, 2000-11-07

14. GB 2205665 G04G 13/02; G04G 15/00; (IPC1-7): G04C 23/00; G04G 1/00 1988-12-14

15. CN 202003162 G04C 23/00, 2011-10-05 (prototype)

16. Kharitonchuk A.P. Reference book for watch repair, Moscow, 1977, p. 18, 21.

17. Romanov A.D. Designing time devices. Moscow, 1975, p. 140.

18. Tarasov SV. Technology of watchmaking, Moscow, 1963.

19. Popova V.D., Goldberg N.B. Device and assembly technology of watches. Moscow, 1989.

20. Heinrich Kann, Practical Guide to Watchmaking, 1932

21. Pinkin A.M. Watch Repair, 1957

22. Eliseev B.L. Watch Repair 1968

23. Bulatov V.A. Scientific restoration of ancient clockworks].

Claims (14)

1. A device for tactile indication of the current time in a watch containing a clock mechanism located in the case and tactile indication means, characterized in that the tactile indication means is capable of converting the movement of the clock mechanism into tactile signals about the current time from the watch case of the surface of the watch’s body by means of mounted in the watch case and coupled to the clock mechanism of the device for counting time and conversion into a sequence of signals and executive fur The tactile effect of tactile signals on the surface of the watch’s body. 2. The device according to claim 1, characterized in that the tactile indication means is capable of converting the movement of the clock mechanism into tactile signals about the current time from the watch case of the surface of the watch user’s body in the form of a sequence of high-frequency vibro-pulse signals, a sequence of pulse signals from vibrational, rotational or reciprocating movement of the load in the watch case, a sequence of silent signals from impacts on soft material, for example attached to the back minutes of the watch, or the sequence of signals from the moving elements of the watch case from the back cover, for example the movable pins. 3. The device according to claim 1, characterized in that the tactile indication means is capable of tactile signals about the current time on the surface of the watch’s body from the side or back surface of the watch case. 4. The device according to claim 1, characterized in that the tactile indication means is configured to provide tactile signals about the current time on the surface of the watch’s user’s body by means of a tactile action actuator made in the form of a device for generating high-frequency vibro-pulse signals from the watch’s case , a device for generating pulsed vibrations of a watch case from oscillatory, rotational or reciprocating movement of a load in a watch case, stroystva pulse forming noiseless signals from impacts on the soft material, such as attached to the back of the watch, or formed during the soft material caseback forming apparatus hours or pulse signals from the moving elements of the watch case from the back cover, for example the movable pins. 5. The device according to claim 1, characterized in that the tactile indication means is capable of tactile signals about the current time on the surface of the watch’s user’s body by means of a tactile action actuator made in the form of a crank mechanism with a spring-loaded shock element or load, a ratchet mechanism a wheel and a spring-loaded shock element or a load, a crank mechanism with a slider and a spring-loaded shock element or a load or a mechanism with an eccentrically located cargo. 6. The device according to claim 1, characterized in that the tactile indication means is capable of tactile signals about the current time on the surface of the body of the user of the watch through several actuators tactile effects of signals of the current time on the surface of the body of the user of the watch. 7. The device according to claim 1, characterized in that the tactile indication means is capable of converting the movement of the clock mechanism into tactile signals from the watch case about the current time of the surface of the body of the user of the watch by means of time counting and conversion devices coupled to the clock mechanism in the sequence of signals, and the actuator tactile effects of tactile signals on the surface of the user of the watch. 8. The device according to claim 1, characterized in that the tactile indication means is configured to turn on / off. 9. The device according to claim 1, characterized in that the device for counting time and converting into a sequence of signals is made in the form of a mechanism that reads information about the current time from the output axis of the clock mechanism or from the clock system of the clock mechanism and converts it into a sequence of signals or movements of the carriers / transmitting information about the current time. 10. The device according to claim 1, characterized in that the device for counting time and converting to a sequence of signals is made in the form of a repeater mechanism or a battle mechanism with or without an audio actuator. 11. The device according to claim 1, characterized in that it is made with the possibility of use in electronic, electronic-mechanical, quartz or mechanical watches. 12. A watch comprising a clock mechanism located in the case and a tactile indication means, characterized in that it comprises a tactile indication means adapted to convert the movement of the clock mechanism into tactile signals about the current time from the watch case of the surface of the user’s body of the watch by means of the watches installed in the case and associated with the clock mechanism of the device for counting time and converting into a sequence of signals and the actuator of the tactile effect of tactile s gnal to the surface of the body of the user of the watch. 13. The watch according to item 12, characterized in that it contains a device for tactile indication of the current time according to any one of claims 1 to 11. 14. The watch according to item 12, characterized in that it is made of electronic, electronic-mechanical, quartz or mechanical.

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