专利检索_ .有差动部件的专利检索_ .有差动部件的专利检索查询

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G04B13/008： ..{差动器}

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	计时器	CN200880104548.3	2008-08-25	CN101939707A	2011-01-05	伊夫·科尔泰斯
该计时器包括机箱(1)；传动齿轮系；至少两个支架(2，6，21)，安装得可绕各自的铰接轴(A1，A2)旋转；差动修正装置，用以抵消支架(2，6，21)的运动在传动齿轮中引起的角位移。该修正装置包括参照运动件(11，12)，与每一个铰接轴(A1，A2)同轴，其中每一个都同样与传动齿轮系的运动件(9，10)同轴；一个运动连接处于两个参照运动件(11，12)之间，和一个运动连接处于两个传动运动件(9，10)之间，其齿轮比均相等，一个参照运动件(11，23)和与之同轴的铰接轴连成一体，另一个参照运动件(12，11′a)装配得可绕与之同轴的铰接轴旋转。
2	计时器	CN200880104548.3	2008-08-25	CN101939707B	2013-06-12	伊夫·科尔泰斯
本发明计时器包括机箱(1)；传动齿轮系；至少两个支架(2，6，21)，安装得可绕各自的铰接轴(A1，A2)旋转；差动修正装置，用以抵消支架(2，6，21)的运动在传动齿轮中引起的角位移。该修正装置包括参照运动件(11，12)，与每一个铰接轴(A1，A2)同轴，其中每一个都同样与传动齿轮系的运动件(9，10)同轴；一个运动连接处于两个参照运动件(11，12)之间，和一个运动连接处于两个传动运动件(9，10)之间，其齿轮比均相等，一个参照运动件(11，23)和与之同轴的铰接轴连成一体，另一个参照运动件(12，11′a)装配得可绕与之同轴的铰接轴旋转。
3	Watch with automatic winding	US51065365	1965-11-30	US3357174A	1967-12-12	FRED GUYOT

4	Timer transmission	US28550963	1963-06-04	US3273421A	1966-09-20	JONES GERALD W

5	Going train for a timepiece	US13450506	2012-04-19	US08737176B2	2014-05-27	Kewin Bas; Cyrille Chatel
The going train for a timepiece has a mechanical movement having a frame (0), a barrel (1) and an escapement pinion (5) which are connected by the going train. This going train has a stepping-up epicyclic train having a first planet gear (6) with a constant rotational speed during normal operation of the movement, a second planet gear (7) kinematically connected to the escapement pinion (5), at least one satellite gear (9) each meshing with the first planet gear (6) and the second planet gear (7), and a satellite carrier (8) kinematically connected to the barrel (1) and carrying the satellite gear(s) (9).
6	Epicyclic clock drive mechanism	US32007063	1963-10-30	US3184909A	1965-05-25	LOHF GERALD W; WALKER PHILIP F; RAY ELLSWORTH ALONZO

7	Constant torque drive	US42316354	1954-04-14	US2783657A	1957-03-05	WALTER KOHLHAGEN

8	JPS5749183Y2 -	JP15751575	1975-11-20	JPS5749183Y2	1982-10-27

9	JPS5269954U -	JP15751575	1975-11-20	JPS5269954U	1977-05-24

10	clock	JP2010522155	2008-08-25	JP5389805B2	2014-01-15	イヴコルテシー，

11	Clock movement	JP11162079	1979-08-31	JPS5537996A	1980-03-17	PIEERUUARAN BUIYU

12	GOING TRAIN FOR A TIMEPIECE	US13450506	2012-04-19	US20120269044A1	2012-10-25	Kéwin BAS; Cyrille CHATEL
The going train for a timepiece has a mechanical movement having a frame (0), a barrel (1) and an escapement pinion (5) which are connected by the going train. This going train has a stepping-up epicyclic train having a first planet gear (6) with a constant rotational speed during normal operation of the movement, a second planet gear (7) kinematically connected to the escapement pinion (5), at least one satellite gear (9) each meshing with the first planet gear (6) and the second planet gear (7), and a satellite carrier (8) kinematically connected to the barrel (1) and carrying the satellite gear(s) (9).
13	Timepiece movement with differential gear mechanism	US70054	1979-08-27	US4259735A	1981-03-31	Pierre-Alain Vuille
In a timepiece movement, more particularly a quartz wrist watch movement, having a low-torque stepping motor, there is provided a differential mechanism which drives the hands and makes it possible to move the hour-hand alone in jumps. A cannon-pinion having a toothing acts as a sun gear. A planet gear is mounted on an hour-wheel which acts as a planet carrier. A ring gear takes the form of an annulus having internal teeth which is normally stationary but is controlled by a stem and can be rotated by jumps to cause the planet gear to roll along the cannon-pinion toothing, thus causing the planet carrier and consequently the hour hand to jump.
14	Digital clock of leaf type	US742890	1976-11-18	US4122659A	1978-10-31	Katuo Hashimoto
A rotary transmission between a "minute" display mechanism and an "hour" display mechanism is disclosed for use in a digital clock of leaf type. The transmission is disposed between a first bobbin supporting minute's display members and a second bobbin supporting "hour's" display members. The first bobbin carries a planetary gear, which meshes with a ring gear as well as a driven gear formed on the second bobbin. The ring gear has a number of teeth which is different from the number of teeth on the driven gear.
15	Clock regulating apparatus	US52821966	1966-02-17	US3416304A	1968-12-17	LITTLE ARTHUR J

16	Flumm	US2899509D		US2899509A	1959-08-11

17	Synchronous motor clockwork	US6366348	1948-12-06	US2574430A	1951-11-06	ALLEN EDGAR A

18	計時器用表輪列	JP2012108887	2012-04-19	JP6016447B2	2016-10-26	ケウィンバス; シリルシャテル

19	Going train for timepiece	JP2012108887	2012-04-19	JP2012225931A	2012-11-15	KEWIN BAS; CYRILLE CHATEL
PROBLEM TO BE SOLVED: To increase the output of the stepping-up gear train of a timepiece.SOLUTION: A going train for a timepiece has a mechanical movement having a frame (0), a barrel (1) and an escapement pinion (5) which are connected by the going train. This going train has a first planet gear (6) with a constant rotational speed during normal operation of the movement, a second planet gear (7) kinematically connected to the escapement pinion (5), at least one satellite gear (9) each meshing with the first planet gear (6) and the second planet gear (7), and a satellite carrier (8) kinematically connected to the barrel (1) and supporting the satellite gears (9).
20	clock	JP2010522155	2008-08-25	JP2010537205A	2010-12-02	イヴコルテシー，
The time piece has a differential correction device for neutralizing angular movements generated in a transmission gear by movements of bearing frames (2, 6). The device has reference wheels (11, 12) coaxial to orthogonal articulation axes (A1, A2). A setting wheel (19) is arranged in a kinematic link between the reference wheel (12) and a reference side inlet of a differential gear for reversing rotations relative to the inlet of the differential gear. An outlet of the differential gear is in a kinematic link with a wheel (14) and an escapement wheel (15) of the transmission gear.

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