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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 Programmable watch winding apparatus US12462313 2009-07-31 US20110026374A1 2011-02-03 Shih-Tsung Chang
A programmable watch winding apparatus includes a user interface for users to input a winding number and rotational direction of turns the programmable watch winding apparatus performs to wind a mechanical watch, and a control unit controlling a transmission device to rotate a rotatory base according to the users' input. Thereby, the programmable watch winding apparatus is fully controlled to automatically wind the mechanical watch carried thereon.
122 Combination watch winder and display US12074947 2008-03-07 US20090225632A1 2009-09-10 Charles Agnoff
A device is described for use in winding self-winding watches that includes a case having a cavity for receiving a watch winder; and an electrically powered watch winder insertable in the case cavity. The watch winder has a first or display orientation and a second or winding orientation, and including a winding mechanism circuit with a tilt switch that is open when the winder is in the display orientation and closed when the winder is in the winding orientation. The winder may be oriented as a unit with, or independent of, the case. The winding mechanism may also include a manually operable on-off switch.
123 Timepiece including a striking work US10472119 2001-03-21 US07021819B2 2006-04-04 Christian Schmiedchen
A timepiece including a clockwork movement for measuring the time, and a striking work actuated by a barrel with a motor spring independent of the clockwork movement, this timepiece also including mechanical control means capable of being actuated manually to trigger the striking work, wherein the barrel is wound by means of a winding bar that ends, at its free end, in a toothed sector or rack and is kinematically connected to a winding push-button on the one hand, and to the motor spring of said striking work on the other hand.
124 Portable watch US10784422 2004-02-23 US20050013202A1 2005-01-20 Haruki Hiranuma; Hisamitsu Yoshikawa
To provide a portable watch enabling components exchange around a crown while retaining the waterproof capability of a winding-stem-pipe attachment section when the screw lock capability is reduced. A winding stem pipe is screwed into a pipe-attachment hole of a case band for attachment in a removable manner. To an intracase-band end section of this winding stem pipe, provided is a screw section being a reverse screw to a first male screw section of the winding stem pipe screwed into the pipe-attachment hole. To this screw section, a clamp ring is screwed into in a removable manner. The case band is sandwiched by the ring and the extracase-band end section of the winding stem pipe screwed with the crown, and a waterproof gasket is sandwiched between the case band and the winding stem pipe. When the winding stem pipe receives the rotation forces in the loosening direction through the operation of the crown, the clamp ring is clamped to a greater degree, and the winding stem pipe does not loosen to a greater degree. As such, characteristically, there is no need for adhesive attachment of the winding stem pipe.
125 Tom grove hull US442377D US442377A 1890-12-09
126 腕時計のぜんまい巻き装置 JP2009005739 2009-08-12 JP3154770U 2009-10-22 張世宗
【課題】ぜんまい巻き不足または過度の問題が避けられる腕時計のぜんまい巻き装置の提供。【解決手段】腕時計の自動ぜんまい巻き装置の一種で、それは使用者に機械式腕時計が必要とするぜんまい巻き回転回数及び回転方向を入するためのインターフェイスと、使用者が入力した指令によってぜんまい巻き装置の伝動装置を制御し、機械式腕時計が取り付けられた回転座を予定回数駆動するコントロールユニットが含まれる。【選択図】図1
127 POWER ASSIST DEVICE JP2001383472 2001-12-17 JP2003185766A 2003-07-03 IWANAGA EIJI; FUKUDA MASAO

PROBLEM TO BE SOLVED: To provide a power assist device which causes motorized devices with motors storing the kinetic energy of weights as motive power, like self- winders, to vary momentum to move weights, and which can efficiently cause the motorized devices to vary momentum.

SOLUTION: The power assist device includes a plurality of mounting parts 5 for mounting the motor-equipped devices 6, and drive means for driving the plurality of mounting parts 5. The drive means cause the plurality of mounting parts 5 to rotate about a common axis and move up and down. In particular, the axis of rotation of the mounting parts 5 is not vertical, so the mounting parts 5 rotate also about their own axes. The drive means cause the plurality of mounting parts 5 to rotate about the common axis as well as their own axes. The drive means use planetary gear mechanisms 31 and 32.

COPYRIGHT: (C)2003,JPO

128 TRANSMISSION WHEEL, MANUFACTURE THEREOF, AND AUTOMATIC WHEEL TRAIN STRUCTURE JP161798 1998-01-07 JPH11194177A 1999-07-21 SHIGEJIYOU KOUICHIROU; ISHII MITSURU
PROBLEM TO BE SOLVED: To reduce the number of manufacturing processes of a transmission wheel. SOLUTION: A second transmission wheel 100 is constituted of two bodies of a gear 1 and a pinion 2. A hole section 12 for assembling the pinion 2 is drilled through the central part of the gear 1 and two chord-like stopping sections 13 are provided to the hole section 12. The chord lengths of the stopping sections 13 are nearly equal to the interval between two adjacent teeth 21 of the pinion 2. At the time of fitting the pinion 2 in the gear 1, two adjacent teeth 21 and 21 of the gear 13 are positioned to both sides of each stopping section 13. Therefore, the relative rotation between the gear 1 and pinion 2 in the peripheral direction can be suppressed by engaging the teeth 21 and 21 of the pinion 2 with the stopping sections 13 even when no notch is provided to the pinion 2.
129 JP13842477 1977-10-15 JPS5467952U 1979-05-14
130 JP16270675 1975-12-01 JPS5274174U 1977-06-02
131 JP10897273 1973-09-28 JPS5061261A 1975-05-26
132 JP7537073 1973-06-25 JPS5022064U 1975-03-12
133 JP5553073 1973-05-14 JPS506268U 1975-01-22
134 JP4127673 1973-04-05 JPS49142265U 1974-12-07
135 JP5273172 1972-05-27 JPS4910774A 1974-01-30
136 JP10405669 1969-10-31 JPS4839648Y1 1973-11-21
137 JP9217471 1971-10-07 JPS4848465U 1973-06-25
138 JP10720068 1968-12-09 JPS4727961Y1 1972-08-24
139 JP6790170 1970-07-09 JPS4711181Y1 1972-04-25
140 JP6311268 1968-07-25 JPS4518456Y1 1970-07-28