专利检索_ 调整时间指示装置的机械装置专利检索_ 调整时间指示装置的机械装置专利检索查询

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
141	Time-setting mechanism for analog timepiece	EP88105525.5	1988-04-06	EP0286078A3	1989-11-23	Shoji, Masaru Pat. Dept. Dev. Div. Hamura R&D; Yatabe, Mitsunobu Pat. Dept. Dev. Div. Hamura R&D
In a time-setting mechanism for an analog timepiece, when an operation member (17) is moved in its axial direction, a pinion (18) provided on the operation member is brought into mesh with a gear (19) which is normally rotated in an interlocked relation to hands (3a to 3c). When the operation member (17) is turned in this state, the torque thereof is transmitted via the pinion (18) and gear (19) to the hands (3a to 3c) for time-setting. The pinion (18) and gear (19) are made of synthetic resins, and the pinion (18) is made of a resin material having a higher flexibility than the resin material of the gear (19).
142	Vorrichtung zur axialen Spielbegrenzung des Zeigerwerks einer Kleinuhr	EP87100235.8	1987-01-10	EP0274550A1	1988-07-20	Schnell, Hans-Georg
Die Spielbegrenzung der Räder des Zeigerwerks einer Kleinuhr wird im allgemeinen durch Räderwerksbrücken oder einer Räderwerksplatte bewirkt. Diese Teile sind schwierig zu fertigen und zu montieren, ebenso wie ein das Spiel der Stellwelle begrenzender Federarm. Die Erfindung gibt eine einfach zu fertigende und ohne Verschraubung zu montierende Deckplatte an, die an den entsprechenden Rädern des Zeigerwerks anliegt und auch mit einem Positionierungsarm in die Stellwelle eingreift.
143	Dispositif de mise à l'heure	EP83111086.1	1983-11-07	EP0108412B1	1987-03-11	Vuilleumier, Cyril

144	Pièce d'horlogerie électronique à affichage analogique	EP84104863.0	1984-04-30	EP0124853A1	1984-11-14	Schaffner, Jean-Claude
Le stator (10) du moteur sert de platine unique non seulement pour le rotor, les mobiles et les axes d'aiguilles, mais aussi pour la bascule (72), la tirette (70) et le renvoi (80) de roue de minuterie. En outre, le stator est localement embouti pourformer, d'une part, une rainure qui assure le guidage de l'extrémité de la tige de commande (64) et, d'autre part, un tenon dans lequel est chassé le clou (82) servant d'axe au renvoi (80).
145	Dispositif de mise à l'heure	EP83111086.1	1983-11-07	EP0108412A1	1984-05-16	Vuilleumier, Cyril
Le dispositif permet la mise à l'heure d'une pièce d'horlogerie à affichage analogique mécanique. Il comprend une tige (1) à couronne actionnable manuellement et susceptible d'être crantée dans au moins deux positions axiales dont une active, tirée par rapport à une position neutre enfoncée. La tige est équipée d'un pignon denté (3) qui engrène avec un pignon déplaçable axialement (6). Lesdits pignons (3, 6) sont disposés l'un à côté de l'autre et un mécanisme comportant une tirette (9), une bascule (10) et un levier (21) asservit à la tige le pignon déplaçable axialement. Cette disposition présente l'avantage de prendre peu de place et de bien s'intégrer dans une pièce d'horlogerie de faible épaisseur.
146	Battery powered timepiece	EP81305167	1981-10-30	EP0069814A3	1983-03-16	Inage, Kuniyoshi
A casing 17' houses a plurality of wheels including a particular wheel which is coupled to a minute hand of the timepiece, a correction device which can be operated to correct the position of the minute hand, and a slip device which enables the said particular wheel to slip relative to the remaining wheels during such operation of the correction device. Also housed within the casing 17' are two terminal plates 8' and 14' for engagement with a dry element battery, and an electro-magnetically actuated sounder 6'. The size of a sound outlet 6a' of the sounder can be adjusted by means of a blade (29', Figure 12 not shown) to alter the level of the sound emitted therefrom.
147	Battery powered timepiece	EP81305167.9	1981-10-30	EP0069814A2	1983-01-19	Inage, Kuniyoshi
A casing 17' houses a plurality of wheels including a particular wheel which is coupled to a minute hand of the timepiece, a correction device which can be operated to correct the position of the minute hand, and a slip device which enables the said particular wheel to slip relative to the remaining wheels during such operation of the correction device. Also housed within the casing 17' are two terminal plates 8' and 14' for engagement with a dry element battery, and an electro-magnetically actuated sounder 6'. The size of a sound outlet 6a' of the sounder can be adjusted by means of a blade (29', Figure 12 not shown) to alter the level of the sound emitted therefrom.
148	Switch device and timepiece	US15083202	2016-03-28	US09709955B2	2017-07-18	Sen Hirayama
A switch device includes a case having a through hole, an operation member which is inserted into the through hole of the case and protrudes inside and outside the case, a waterproof member which is placed on at least one of the outer surface and the inner surface of the case and into which the operation member is slidably inserted, and a press member which presses the waterproof member against the case.
149	TIMEPIECE AND METHOD FOR MANUFACTURING TIMEPIECE	US15086502	2016-03-31	US20160313698A1	2016-10-27	Eiichi HIRAYA
A timepiece includes a winding stem, a calendar correction transfer wheel that rotates in synchronization with the winding stem in a state in which the winding stem is pulled to a first-step position, a calendar corrector wheel that rotates in synchronization with the calendar correction transfer wheel, a setting wheel lever that supports the calendar correction transfer wheel and the calendar corrector wheel, and a date indicator that rotates in synchronization with the calendar corrector wheel. The setting wheel lever is provided with shaft receiving holes to which the calendar corrector wheel is attachable in a rotatable manner, and the calendar corrector wheel is attached to one of the shaft receiving holes in accordance with the type of the date indicator.
150	MODULAR MECHANICAL TIMEPIECE UNIT WITH FUNCTIONAL MODULES	US13711125	2012-12-11	US20130148481A1	2013-06-13	Laurent KAELIN; Jean-Bernard Peters
Mechanical modular unit (100) with mechanical timepiece functional modules (1) each derived from a sub-assembly (1A) carrying components for a particular timepiece function of transforming a movement between input (3) and output (4) wheel sets.Said sub-assembly (1A) comprises adjustment components which are irreversibly secured after said timepiece function has been adjusted and function checked on the test bench, and said pre-adjusted module (1), derived from the transformation of said sub-assembly (1A) by the irreversible securing of said adjustment components thereof, includes at least one bearing surface (5) and a locating means (6) for the recognition and positioning of said module (1) relative to another element of said mechanical modular unit (100) or relative to a plate, by the abutment of said bearing surface (5) on a complementary bearing surface comprised in said other element or said plate.
151	MODULAR TIMEPIECE MOVEMENT WITH FUNCTIONAL MODULES	US13710737	2012-12-11	US20130148479A1	2013-06-13	Jean-Bernard PETERS; Laurent Kaelin; Ivan Villar; Raphael Balmer
Mechanical timepiece movement (100) in the form of a modular unit. It includes at least one mechanical modular unit (1) for performing a particular timepiece function, which is irreversibly pre-adjusted by the irreversible securing of adjustment and/or assembling components (9) comprised in said functional module (1) after said particular horological function has been adjusted and function checked on the test bench, and in that said at least one pre-adjusted functional module (1) is irreversibly secured to a plate (10) comprised in said movement (100) or comprised in another pre-adjusted functional module (1) of said movement (100), or is irreversibly secured to another pre-adjusted functional module (1) comprised in said movement (100).
152	Device for operating an electronic multifunctional device	US12316919	2008-12-16	US20090175130A1	2009-07-09	Beppo Hilfiker
An operating mechanism of a multifunctional device which can be worn on the wrist and has a housing with integrated electronics. The operating mechanism is integrated into the housing and has an operating element which is a one-piece or multi-piece setting stem. The setting stem partly crosses the housing, and the setting stem is arranged parallel to a planar enlargement of the housing and is rotatably and linearly moveably mounted. The setting stem can be moved linearly parallel to the longitudinal axis and rotatively about the rotational axis/longitudinal axis by a first operating watch button and optionally with a second operating watch button. The movement of the setting stem triggers various contacts on a contact plate, from which contacts electronic signals are sent to the electronics, as a result of which the electronic control of the multifunctional device is effected.
153	Correcting Device For a Timepiece	US10599278	2005-03-09	US20080259740A1	2008-10-23	Georg Schafer
The invention concerns a corrector device for a timepiece for correcting a piece of information provided by an indicator mechanism (46), the timepiece comprising a case (1) delimiting a volume (8), the device being characterised in that it includes a control lever (14) located outside the volume (8) of the case (1) and able to be actuated by a user, and an actuating lever (16) located inside the volume (8) of the case (1) and cooperating with the indicator mechanism (46) providing the information to be corrected, the control lever (14) and the actuating lever (16) being connected to each other by a stem (20).
154	Analog universal timepiece	US829238	1992-02-03	US5210721A	1993-05-11	Tadahiro Kikuchi
An analog universal watch has an area dial 4 showing different areas of the world attached to an area dial spindle 10 and an area dial wheel 11 linked to a timepiece drive mechanism through a minute wheel 15. A pawl fastened to an hour wheel 17 engages with a ratchet wheel 12 fastened to the area dial spindle 10 so that an hour hand spindle 16 is driven indirectly. Provisions are made to permit correcting the area dial spindle 10 by means of a hand setting stem through the minute wheel 15, along with the independent correction of the hour wheel 17 by means of the hour hand correcting wheel 25 that engages with and releases the hand setting stem. Thus, the timepiece permits not only the ordinary correction of the pointers but also the setting of the hour hand alone to the local time of the desired area.
155	Watch hand adjustment gear	US878343	1986-06-25	US4970709A	1990-11-13	Wolfgang Kroner
A hand adjustment structure for a wristwatch which has a spur gear structure disposed intermediate the minute and the hour gears of the watch includes a crown gear structure on one side of the spur gear disc for engagement with the pinion of a time setting shaft by which the spur gear structure can be rotated and together therewith the watch's minute and hour hands radial projections are stamped axially out of the spur gear disc in a circular array so as to form the crown gear structure integrally with the spur gear disc.
156	Timepiece structure	US138904	1987-12-28	US4862434A	1989-08-29	Imao Hiraga; Satoshi Yamazaki; Takehide Yamada; Tadashi Nishitani
An electronic timepiece in which a gear train is driven and the hand is moved by a stepping motor and, more particularly, the timepiece which surely permits time correcting owing to the simple structure even if the gear train is formed of plastic materials. One end of the third wheel and pinion engaged with the center wheel is guided or held by the operating lever interlocked with the external control member. When the external operating member is moved into the axis direction, this operating lever is rotated and the third wheel and pinion is radially removed from the engagement of the center wheel and pinion.
157	Arrangement for adjusting the hand position of a watch	US807344	1985-12-10	US4704710A	1987-11-03	Wolfgang Kroener
A timepiece hand adjustment mechanism especially for small wristwatches comprises a control shaft with a squared key structure formed thereon and a coupling lever operating member with squared central passage disposed on the key structure so as to be movable therewith. The coupling lever operating member has a collar of which a section projects into an elongated opening in a coupling operating lever so that the lever can be pivoted by axial movement of the control shaft for coupling the adjustment mechanism while, at the same time, it can be rotated for adjusting the hand position.
158	Gear train mechanism stop device of timepiece	US822018	1986-01-24	US4636087A	1987-01-13	Toshiyuki Suzuki
A gear train mechanism stop device is used in a timepiece having clock signal producing IC, a stepping motor for generating a given rotational movement in response to a clock signal produced from the IC, at least hour and minute hands, and a gear train mechanism for transmitting the rotational movement from the motor to hands so as to make the hands move in a given movement, which is selectively engaged with a specified gear in the gear train mechanism so as to stop rotation of the specified gear. The device comprises an engaging member movable between an engaged position at which the member is engaged with the specified gear in the gear train mechanism in the axial direction of the specified gear so as to stop rotation of the specified gear, and a disengaged position at which the member is disengaged from the specified gear and allows the specified gear to rotate so as to allow rotational movement transmission from the motor to the hands, and an operation member for selectively moving the engaging member between the engaged and disengaged positions, wherein the specified gear is made of a synthetic resin.
159	Timepiece construction	US313109	1981-10-20	US4496246A	1985-01-29	Tomio Ota; Mamoru Miyasaka; Imao Hiraga
A precision, reliable, analog timepiece uses plastic frame elements reinforced with metal, and plastic wheel and pinions pivoting in holes formed in the plastic of the frame elements. The plastic frame elements are separated into portions corresponding to the functional timepiece portions. Exposed areas of the reinforcing metal provide reference locations in molding the frame elements and for component mounting. The entire timepiece is assembled from one side of a base frame element.
160	Electronic watch movement with modular stepper motor and setting mechanism	US601454	1984-04-18	US4488819A	1984-12-18	Jean-Claude Schaffner
The stator (10) of the motor serves as a single plate, not only for the rotor, wheels and spindles for hands, but also for the rocker (72), the pulling crank (70) and the setting pinion of the minutes wheel. The stator is shaped locally to form, on the one hand, a groove which guides the end of the setting stem (64) and, on the other hand, a boss (84) into which is driven a pin (82) serving as a spindle for the setting pinion (80).

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