专利检索_ 机芯尺寸与时钟机构相关的自动上发条机构组件的配置入G04B5/18专利检索_ 机芯尺寸与时钟机构相关的自动上发条机构组件的配置入G04B5/18专利检索查询_ 机芯尺寸与时钟机构相关的自动上发条机构组件的配置入G04B5/18专利检索查询分析平台

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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
121	Modular clock movement with functional module	JP2012272087	2012-12-13	JP2013125033A	2013-06-24	JEAN-BERNARD PETERS; ROLAND KERIN; IVAN VILLAR; RAPHAEL BALMER
PROBLEM TO BE SOLVED: To provide a mechanical clock movement in a form of a modular unit.SOLUTION: The movement includes at least one mechanical modular unit 1 for performing a particular timepiece function, and the unit 1 is irreversibly pre-adjusted by irreversible securing of adjustment and assembling components included in the functional module 1 after the particular timepiece function is adjusted and checked on a test bench. Further, the at least one pre-adjusted functional module 1 is irreversibly secured to a plate 10 included in the movement or in another pre-adjusted functional module 1 of the movement, or irreversibly secured to another pre-adjusted functional module 1 included in the movement.
122	Coaxial Watch Movement	JP2010550272	2008-03-11	JP2011513760A	2011-04-28	カプシツァー，アーニー
Horological movement that includes an energy accumulator, wheel units fitted with time indicator members, kinematic connection means creating multiplication or demultiplication ratios between the different wheel units, and a regulator member. The energy accumulator, the wheel units and the regulator member are arranged coaxially. Each wheel unit possesses a shape similar to a cup, each cup having a different diameter to allow it to fit partially one inside the other. The horological movement also has a differential arranged coaxially with the energy accumulator to provide the kinematic connection between the energy accumulator and one of the cups through a main arbour and a main pipe which is fitted coaxially around the main arbour, the pipe being designed to support both the other cup or cups and the said kinematic connection means. One of the cups preferably corresponds to the second wheel unit in which the regulator member is located.
123	Mechanical device for electronic clock	JP8303084	1984-04-26	JPS59210391A	1984-11-29	JIYANNKUROODO SHIYAFUNAA

124	Wheel train receiving structure of clock	JP11252581	1981-07-18	JPS5814074A	1983-01-26	MIZUNO YUKIO; KAWAMURA MITSUMASA; SAGA MAKOTO
PURPOSE:To make it possible to miniaturize the size of a whole clock by inserting wheel into and through holes that have a diameter larger than that of the wheel. CONSTITUTION:A wheel shaft 21 is fixed on a wheel train bearing 20, and the head section at the periphery of this wheel shaft is provided with a sword guard sectin 21a in its die facing a main plate. The wheel shaft 21 is inserted with its sword guard section 21a contacting with the wheel train bearing. The wheel shaft 21 is thereby positioned at right angle to the wheel train bearing. A wheel 23 is mounted rotatably on the wheel shaft 21, and to this wheel 23 a gear section 23a is located near the upper section of the wheel 23 and extends between the wheel train bearing and the main plate 22 and a pinion sectin 23c that is provided to the shaft section 23b of the wheel 23 are assembled. Further, the wheel 23 is provided with an engaging stop section 23d that extends between the gear sectin 23a and the main palte 22. The wheel 23 is thereby supported axially by the main plate 22.
125	Electronic timepiece	JP4954476	1976-04-30	JPS52132874A	1977-11-07	KUME KAZUNARI; WATANABE MINORU; OONO SHIYUUJI; TAMARU MUNETAKA
PURPOSE: To provide an electronic timepiece, in which pulse motor is used for electric-mechanical converting means, and the pulse motor is supported by a flat support plate, that also serves as timepiece plate, whereby number of component parts can be reduced, and at the same time, timepiece can be made compact and thin. COPYRIGHT: (C)1977,JPO&Japio
126	JPS4840112B1 -	JP1011570	1970-02-06	JPS4840112B1	1973-11-28

127	TIMEPIECE	US15869697	2018-01-12	US20180231942A1	2018-08-16	Makoto SAWADA; Kazumasa YOKOO
A timepiece including an antenna, a holding member arranged with a predetermined space above the antenna, a pointer shaft arranged corresponding to an area above the antenna and rotatably held by the holding member, and a pointer mounted on the pointer shaft.
128	Display mechanism	US15298057	2016-10-19	US09746830B2	2017-08-29	Franck-Charles-Cyril Orny; Johnny Frederic Girardin
A centralized control unit for controlling an arm moving in a clockwise direction and in a counter-clockwise direction includes an arbor about which the centralized control unit pivots. The arm is integrally mounted on a toothed actuating wheel as an assembly, and the assembly is mounted to freely rotate about the arbor. The centralized control unit also includes a wheel to control the arm in the clockwise direction, a wheel to control the arm in the counter-clockwise direction, and a power wheel kinematically connected to an independent barrel to drive the arm.
129	Modular mechanical timepiece movement with functional modules	US14333138	2014-07-16	US09557713B2	2017-01-31	Jean-Bernard Peters; Laurent Kaelin; Ivan Villar; Raphael Balmer
A timepiece sub-assembly includes, irreversibly fixed to a main plate and each irreversibly pre-adjusted by the irreversible securing of adjustment and/or assembly components, after the particular timepiece function thereof has been adjusted and function checked on the test bench, functional modules including a gear train module, a display module, and a time-setting module. Other mechanical sub-assemblies, each irreversibly fixed to the preceding lower order mechanical sub-assembly, include various modules including motor module, frame-mounted self-winding device module, escapement holder regulating module, motion work train, date module, and self-winding module. A mechanical movement including at least one mechanical sub-assembly of this type and a watch including a mechanical movement of this type are also disclosed. A method of assembling mechanical sub-assemblies of this type by the irreversible securing of mechanical sub-assemblies and irreversibly pre-adjusted modules is also disclosed.
130	Display mechanism	US14442629	2013-11-15	US09529329B2	2016-12-27	Franck-Charles-Cyril Orny; Johnny Frederic Girardin
A display mechanism displaying plural mutually different horometric items of information, including: plural information supports on each of which appears one of the horometric items of information; a magazine, in which the information supports are stored; a platform arranged to receive, in a movable manner according to the horometric items of information to be displayed, the selected information support; a first displacement mechanism moving the selected information support between an inactive storage position in the magazine and an active operating position on the platform, the first displacement mechanism being mounted between the magazine and the platform; and a controller controlling the first displacement mechanism.
131	DISPLAY MECHANISM	US14442629	2013-11-15	US20160282815A1	2016-09-29	Franck-Charles-Cyril ORNY; Johnny Frederic GIRARDIN
A display mechanism displaying plural mutually different horometric items of information, including: plural information supports on each of which appears one of the horometric items of information; a magazine, in which the information supports are stored; a platform arranged to receive, in a movable manner according to the horometric items of information to be displayed, the selected information support; a first displacement mechanism moving the selected information support between an inactive storage position in the magazine and an active operating position on the platform, the first displacement mechanism being mounted between the magazine and the platform; and a controller controlling the first displacement mechanism.
132	Modular mechanical timepiece unit with functional modules	US14634260	2015-02-27	US09081369B1	2015-07-14	Laurent Kaelin; Jean-Bernard Peters
A method for assembling a mechanical modular unit includes storing in a controller a list of assembly parts of the unit. The method includes irreversibly transforming a sub-assembly of each functional module into a ready to use functional module, after adjustment and function checking of a particular timepiece function have been performed on a test bench. The method includes storing in a storage place components required for the assembly list. The method includes programming a manipulator controlled by the controller to look, in a pre-defined sequence peculiar to each assembly list, for each component or module to be assembled. The method includes programming a shape recognition part to operate the manipulator to pick up each functional module according to a locating part included therein, to arrange the module in an assembly position. The method includes each time, irreversibly assembling precisely arranged elements of the mechanical modular unit to each other.
133	MODULAR MECHANICAL TIMEPIECE UNIT WITH FUNCTIONAL MODULES	US14634260	2015-02-27	US20150177699A1	2015-06-25	Laurent Kaelin; Jean-Bernard Peters
A method for assembling a mechanical modular unit includes storing in a controller a list of assembly parts of the unit. The method includes irreversibly transforming a sub-assembly of each functional module into a ready to use functional module, after adjustment and function checking of a particular timepiece function have been performed on a test bench. The method includes storing in a storage place components required for the assembly list. The method includes programming a manipulator controlled by the controller to look, in a pre-defined sequence peculiar to each assembly list, for each component or module to be assembled. The method includes programming a shape recognition part to operate the manipulator to pick up each functional module according to a locating part included therein, to arrange the module in an assembly position. The method includes each time, irreversibly assembling precisely arranged elements of the mechanical modular unit to each other.
134	Clock movement	US13256059	2010-03-22	US08894276B2	2014-11-25	Marco Tedeschi
The invention relates to a clock movement including a frame (6) having a barrel (1) that contains a mainspring, a finishing gear train (2-4), an escapement mechanism (5, 7), and a spiral balance spring (8). The frame (6) comprises first clamp bodies (25, 24) for receiving respective pivotal movement members of the escapement wheel (5) and of the anchor (7), and second homologous clamp bodies (22, 26) alternating with the first clamp bodies (25, 24), the first and second clamp bodies (25, 22) of the escapement wheel being located on a circle centered on the axis of the mean wheel (3) of the finishing gear train and defining a plane that is orthogonal to said axis.
135	CLOCK MOVEMENT	US13256059	2010-03-22	US20120092969A1	2012-04-19	Marco Tedeschi
The invention relates to a clock movement including a frame (6) having a barrel (1) that contains a mainspring, a finishing gear train (2-4), an escapement mechanism (5, 7), and a spiral balance spring (8). The frame (6) comprises first clamp bodies (25, 24) for receiving respective pivotal movement members of the escapement wheel (5) and of the anchor (7), and second homologous clamp bodies (22, 26) alternating with the first clamp bodies (25, 24), the first and second clamp bodies (25, 22) of the escapement wheel being located on a circle centered on the axis of the mean wheel (3) of the finishing gear train and defining a plane that is orthogonal to said axis.
136	Automatic watch	US914254	1997-08-19	US5867454A	1999-02-02	Masaaki Takahashi; Mitsuru Ishii
An automatic watch, a complete barrel 30 is disposed on the side opposite from the dial of a main plate 22, i.e. on the front side, and has the center of rotation thereof within a first domain 310 or a fourth domain 340 of the main plate 22. An escape wheel & pinion 50, a pallet fork 60 and a balance 70 have their center of rotation within a third domain 330 or a fourth domain 340, respectively. A setting lever 120 and a yoke 130 are disposed on the front side of the main plate 22 and have their center of oscillation within the second domain 320, respectively. A yoke holder 140 holds a part of the setting lever 120 and a part of the yoke 130, respectively.
137	Automatic winding watch	US48154474	1974-06-20	US3901021A	1975-08-26	TUTIYA HIDETAKA
An automatic winding mechanical watch movement wherein a gear meshing with a pinion pivotable in unison with a weight is mounted on a common bridge which mounts in turn an automatic winding gear train and time-keeping gear train in common.
138	Miniaturized electronic watch	US3628323D	1970-01-14	US3628323A	1971-12-21	BAUMGARTNER WERNER R; KAUFMAN HANS P
A miniaturized electronic watch in which a tuning fork resonator is sustained in vibration by a transistorized drive circuit energized by a single power cell, the vibratory action being converted into rotary motion to operate a dial train which turns the hands of the watch. The watch movement includes a pillar plate below which the power cell is so positioned that its periphery coincides at one point with the border of the plate, the body of the cell extending to or beyond the geometrical axis of the hands, which axis is normal to the plate. The tuning fork is disposed to one side of the cell below the plate, whereas the dial train is mounted above the cell to provide a highly compact layout.
139	High-frequency watch movement	US59076866	1966-10-31	US3465515A	1969-09-09	JAQUET FRANCIS

140	Electro-mechanical watch	US53995266	1966-04-04	US3375652A	1968-04-02	MAX HETZEL

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