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    • 32. 发明专利
    • Rate adjusting method for mechanical timepieces.
    • HK1046443A1
    • 2003-01-10
    • HK02107651
    • 2002-10-22
    • SEIKO INSTR INC
    • TOKORO TAKESHIJUJO KOICHIROHOSHINO MASAFUMI
    • G04B17/06G04D7/08G04D7/12G04DG04B
    • The present invention relates to a rate adjusting method of a mechanical type timepiece including a movement constituted to include a mainspring constituting a power source of the mechanical type timepiece, a front train wheel rotated by a rotational force in rewinding the mainspring and an escapement & speed control apparatus for controlling rotation of the front train wheel, the escapement & speed control apparatus including a balance wheel with hairspring alternately repeating right-hand rotation and left-hand rotation, an escape wheel & pinion rotated based on rotation of the front train wheel and a pallet fork for controlling rotation of the escape wheel & pinion based on operation of the balance with hairspring and the balance with hairspring including a hairspring, a balance stem and a balance wheel. According to the rate adjusting method of the mechanical type timepiece of the invention, firstly, the movement 100 of the mechanical type timepiece is assembled. Further, rates are measured with regard to a plurality of "vertical attitudes" in a state in which the assembled movement 100 is arranged in "vertical attitude". The magnitude and the direction of an attitude difference vector are calculated based on a result of measuring the rates. Further, based on a result of calculating the magnitude and the direction of the attitude difference vector, a weight amount to be added to the balance wheel 140b or a weight amount to be removed from the balance wheel 140b is calculated and a position of the balance wheel 140b to be added with the weight amount or to be removed of the weight amount is calculated. Further, the weight amount is added to the balance wheel 140b or the weight amount is removed from the balance wheel 140b based on a calculation result for calculating the weight amount to be added to the balance wheel 140b or the weight amount to be removed from the balance wheel 140b and the position of the balance wheel 140b to be added with the weight amount or the position of the balance wheel 140b to be removed of the weight amount.
    • 38. 发明公开
    • MECHANICAL TIMEPIECE WITH TIMED ANNULAR BALANCE ROTATING ANGLE CONTROL MECHANISM
    • MECHANISCHER ZEITMESSER MIT DREHWINKELSTEUERECHANISMUS MIT SYNCHRONISIERTER RINGUNRUH
    • EP1126333A4
    • 2001-12-19
    • EP99933157
    • 1999-07-29
    • SEIKO INSTR INC
    • TAKAHASHI TAKASHITOKORO TAKESHI
    • G04B17/06G04B17/26
    • G04B17/06G04B17/26
    • A mechanical timepiece, comprising a movement (400) including a movement barrel (120), a center wheel (124), a third wheel (126), a fourth wheel (128), a timed annular balance (140), an escape wheel (130), and a pallet fork (142); specifically, a mechanical timepiece comprising a timed annular balance rotating angle control mechanism which is formed so that it gives an air resistance to the rotation of the timed annular balance (140) when a main spring is fully wound up and does not give the air resistance to the rotation of the timed annular balance (140) when the main spring is fully released, the timed annular balance rotating angle control mechanism including resistance levers (436, 496) arranged at a clearance provided on the outer peripheral part of the timed annular balance (140) and characterized by comprising a planetary gear mechanism (410) related to a movement barrel gear (120a) and a ratchet wheel (116).
    • 本发明公开了一种机械时计,包括机芯(400),该机芯包括机芯筒(120),中心轮(124),第三轮(126),第四轮(128),定时环形天平(140),擒纵轮 (130)和托盘叉(142); 具体而言,涉及一种机械钟表,其包括定时环形摆轮旋转角度控制机构,该机械时钟形成为当主弹簧被完全卷起时赋予对定时环形天平(140)的旋转的空气阻力,并且不赋予空气阻力 当主弹簧被完全释放时,定时环形摆轮(140)的转动受到限制,定时环形摆轮转动角度控制机构包括设置在定时环形摆轮的外周部上的间隙处的阻力杆(436,496) (140),并且其特征在于包括与运动套筒齿轮(120a)和棘轮(116)相关的行星齿轮机构(410)。
    • 39. 发明专利
    • SELF-WINDING WATCH
    • JPH11183645A
    • 1999-07-09
    • JP34910897
    • 1997-12-18
    • SEIKO INSTR INC
    • TAKAHASHI MASAAKITOKORO TAKESHI
    • G04B11/04G04B5/14
    • PROBLEM TO BE SOLVED: To provide a small-sized and thin self-winding watch, by arranging a pawl lever to the main plate side of a support member. SOLUTION: A movement 100 of a self-winding watch is provided with a main plate 102, a barrel and train wheel bridge 104, a center wheel bridge 106, a third wheel bridge 107, and a setting bridge 108. An oscillating weight 160 is attached to the third wheel bridge 106 in such a state that the weight 160 can oscillate. A first reduction intermediate wheel gear 178a is constituted so that the gear 178a may be meshed with a first reduction wheel gear 180a and an oscillating weight pinion 176. An eccentric shaft section 180d is provided to a first reduction wheel 180 and a pawl lever 182 is incorporated between the third wheel bridge 107 and the center wheel bridge 106. The guide hole 182a of the lever 102 is rotatably incorporated in the eccentric shaft section 180d. A mainspring is wound when the lever 182 makes eccentric motions.