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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
61		FR1055696D	1952-05-13	FR1055696A	1954-02-22

62	Buffer device for swinging weight in clocks with automatic winding	GB3507046	1946-11-26	GB619197A	1949-03-04
619,197. Clocks. ETERNA SOC. ANON. FABRIQUE D'HORLOGERIE. Nov. 26, 1946, No. 35070. Convention date, Dec. 11, 1945. [Class 139] A buffer spring for the swinging weight in clocks with automatic winding comprises a V-shaped spring 2 placed in a recess in the casing 1, Fig. 1, and cooperating with a member 7 in a recess or slot 8 against which.member the swinging weight 9 strikes. A pin 3 placed between the limbs of the spring 2 serves to suddenly increase the resistance offered to the weight by suddenly shortening the effective length of the limbs being bent by the weight. In Fig. 2 the limbs of the spring 2 are bent inwardly at 10 so dispensing with the pin 3. In another embodiment (not shown), a second V-shaped spring of stronger resistance is placed inside the spring 2.
63	Pièce d'horlogerie à remontage automatique et calendrier.	CH247036D	1944-12-06	CH247036A	1947-02-15	FABRIQUES MOVADO

64	Montre à remontage automatique.	CH246726D	1944-11-24	CH246726A	1947-01-31	A A SCHILD S

65	ROULEMENT HORLOGER	EP18196368.7	2018-09-24	EP3460275B1	2021-12-01	LE FÈVRE, Pierre; MILLET, Florent

66	ROULEMENT À BILLES POUR PIÈCE D'HORLOGERIE	EP18176688.2	2018-06-08	EP3418595A1	2018-12-26	Laager, Alain; Matthey, Yanick
L'invention concerne un roulement à billes (1) pour pièce d'horlogerie, le roulement (1) comprenant une pluralité de billes (6), une bague intérieure (4) engagée dans une bague extérieure (5), lesdites billes (6) étant logées entre la bague intérieure (4) et la bague extérieure (5). La bague intérieure est en deux parties et comprend une bague centrale (10) et une bague intermédiaire (4). Un amortisseur (11) est engagé entre ces deux parties, pour amortir les vibrations causées par le roulement des billes. L'invention concerne également un procédé de montage d'un roulement (1) selon l'invention. L'invention concerne en outre une suspension de masse oscillante comprenant un roulement (1) selon l'invention ainsi qu'un mouvement pour montre automatique comprenant une telle suspension.
67	PORTABLE TELEPHONE PROVIDED WITH A MECHANICAL WATCH	PCT/FR2008051554	2008-09-01	WO2009044027A3	2009-05-28	ANDRE ROMARIC; PRUVOT THOMAS; POIROT OLIVIER
Portable device, of all types, comprising a watch (1) with mechanical winding, characterised in that a mechanical device doing away with the need for the user to manually wind, uses the power of kinetic energy provided with simple actions making up normal usage of said device in order to carry out mechanical winding of the watch (1).
68	Self-winding mechanism for watches	US15293718	2016-10-14	US09927771B2	2018-03-27	Sylvain Marechal; Jerome Favre
Watch comprising a case containing an energy accumulator recharged by a winding mechanism, this watch is arranged to receive, attached to the case or in immediate proximity thereto, an additional self-winding mechanism arranged to be worn by a user at the same time as the watch and comprising a transmitter wheel set arranged for contactless cooperation with a receiver wheel set comprised in the winding mechanism, by remote interaction under the action of a field in the air-gap between the transmitter wheel set and the receiver wheel set, the intensity of the field and the maximum air-gap distance being defined to transmit to the receiver wheel set, to recharge the energy accumulator, a torque or a force imparted by a user to the transmitter wheel set, and the additional self-winding mechanism is removable and portable with respect to the case.
69	TIMEPIECE HAVING AN AUTOMATIC WINDING MECHANISM	US12740232	2008-10-24	US20100278018A1	2010-11-04	Frederic Jouvenot
A timepiece has a basic movement including at least one barrel (12) and a set of hands (14) for displaying the time now, the set of hands being situated at a first level, a mechanism for a supplementary function connected to at least one hand (18a) for displaying the supplementary function, the hand being situated at a second level and on a different axis from the set of hands (14), and an automatic winding mechanism for the barrel (12), including an oscillating mass (24) consisting of a carrier (24a) and a heavy sector (24b) situated at the periphery of the carrier. The carrier (24a) pivots in a plane situated between the first and second levels.
70	Photo album with provision for media playback	US10387137	2003-03-13	US06975832B2	2005-12-13	Guy de Warrenne Bruce Adams; David Mark Frohlich
A multi-media photograph album comprises a network of electrical conductors which connect with plural data storage devices storing audio data and/or image data. A user, via a user interface, selectively addresses the data storage devices. The user selects individual sound bites for immediate playback via a speaker in the photo album, or via transmission over a wireless link, for playback through an external audio device, for example a hi-fi system. Image data are retrieved from the data storage devices and sent via a wireless link to an image data storage device, e.g., a personal computer. The data storage device can be embedded within a photograph, or can be a separate data storage device attached to the album.
71	Receiving unit for timepieces	US950055	1978-10-10	US4213293A	1980-07-22	Hiroshi Mabuchi; Isao Yabe
A receiving unit for timepieces, especially an improved receiving unit for a self-winding mechanism of self-winding timepieces. The receiving unit comprises guide portions and springs which are formed together as a unitary structure using resin.
72	Elapsed-time indicator	US3635011D	1970-01-14	US3635011A	1972-01-18	PINDELL STUART M JR; JOHNSON DONALD J; FICKES ROBERT E; PERRY MALCOLM R; RADCLIFFE WAYNE K
The indicator has a casing carrying two plates mounting the gear train, motor assembly, escapement, and counter. The motor assembly includes a solenoid which impulses a flywheel to wind a mainspring which advances the counter through the gear train at a rate determined by the escapement. The plates and gearing are formed of plastic and this assembly is shock mounted in the plastic casing. Features hereof include a helical mainspring having opposite ends engaging between the baseplate and the flywheel respectively, direct pivotal mounting of the movement shafts in the plates without jewel bearings, a dynamically balanced armature for the motor assembly, coil spring leads from the motor assembly to the terminals on the plastic casing, and the application of ultrasonic welding techniques to the assembly.
73	ROULEMENT HORLOGER	EP18196368.7	2018-09-24	EP3460275A1	2019-03-27	LE FÈVRE, Pierre; MILLET, Florent
Cage (5) de séparation de corps roulants (2) pour un roulement (1), notamment pour un roulement horloger, la cage présentant des premières ouvertures (50) de réception des corps roulants et au moins une première zone (56) de contact destinée à venir en contact avec une bague de roulement et présentant au moins une première conformation (52) en creux.
74	TELEPHONE PORTABLE MUNI D'UNE MONTRE MECANIQUE	EP08836142.3	2008-09-01	EP2183649B1	2013-11-13	ANDRE, Romaric; PRUVOT, Thomas; POIROT, Olivier

75	ROULEMENT À BILLES DE PIÈCE D'HORLOGERIE	EP18176688.2	2018-06-08	EP3418595B1	2020-08-05	Laager, Alain; Matthey, Yanick

76	Affichage sur masse oscillante d'un mouvement à remontage automatique	EP12171999.1	2012-06-14	EP2674818B1	2017-08-02	Grossenbacher, Bernhard; Debaud, Nicolas

77	Masse oscillante annulaire et pièce d'horlogerie comportant une telle masse oscillante	EP14193348.1	2014-11-14	EP3021173B1	2017-05-24	Rochat, Marco; Cordier, Samuel

78	TELEPHONE PORTABLE MUNI D'UNE MONTRE MECANIQUE	EP08836142.3	2008-09-01	EP2183649A2	2010-05-12	ANDRE, Romaric; PRUVOT, Thomas; POIROT, Olivier
Portable device, of all types, comprising a watch (1) with mechanical winding, characterised in that a mechanical device doing away with the need for the user to manually wind, uses the power of kinetic energy provided with simple actions making up normal usage of said device in order to carry out mechanical winding of the watch (1).
79	휴대용 기기의 에너지원을 재충전하기 위한 진동추	KR1020070105858	2007-10-22	KR1020080039236A	2008-05-07	브래보,파울로; 에흐르삼,니콜라스
An oscillating weight for recharging an energy source of a portable appliance is provided to maintain balance movement through ordinary movement of a wearer. An oscillating weight for recharging an energy source of a portable appliance includes a first weight(10) and at least one second weight(20) moving relative to the first weight to create an impact. The first weight is fixed to a first drive arbor(6) which includes a pinion meshing having a kinematic chain. The first weight includes two arms(13a,13b) whose ends are coupled to each other by a felloe(14), an armature having a fixing ring(11), and a recess(8) having an annular sector for allowing displacement of the second weight.
80	대형 벽시계용 추의 진자 장치	KR2019850003486	1985-04-01	KR2019860013709U	1986-11-18	김영수

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