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    • 11. 发明专利
    • Collet, and hairspring structure equipped with the collet, balance wheel, governor escaping mechanism and mechanical watch
    • 胶带和发条结构配有胶条,平衡轮,总裁机构和机械手表
    • JP2009288083A
    • 2009-12-10
    • JP2008141093
    • 2008-05-29
    • Seiko Instruments Incセイコーインスツル株式会社
    • SUZUKI SHIGEOWATANABE MAMORU
    • G04B18/06
    • PROBLEM TO BE SOLVED: To provide a collet capable of not only being easily and surely attached to a predetermined relative position to a balance staff, but also of controlling the misalignment to the balance staff minimum, and to provide a hair spring structure containing the collet, a balance wheel, a governor escapement mechanism and a mechanical watch.
      SOLUTION: The collet 1 constituting the hairspring structure of the balance wheel of the governor escapement mechanism of the mechanical watch is configured of a long material 70 having a pair of free ends 72a, 73a and includes a pair of end parts 72, 73, each of which contains corresponding free end, and its body 71 continuously connected to end parts of the opposite side of the free ends of the end part. The body 71 is configured so as to be fixed to a balance staff 10, by nipping the outer circumference of the balance staff, and the pair of the end parts 72, 73 cross each other in the extended direction of the axis line of the rotating center of the balance staff 10.
      COPYRIGHT: (C)2010,JPO&INPIT
    • 要解决的问题:提供一种夹头,其能够不仅容易且可靠地附接到平衡人员的预定相对位置,而且还控制与平衡人员最小化的不对准,并且提供发条结构 包含夹头,摆轮,调速器擒纵机构和机械手表。 解决方案:构成机械表的调速器擒纵机构的摆轮的游丝结构的夹头1由具有一对自由端72a,73a的长材料70构成,并具有一对端部72, 其各自包含相应的自由端,并且其主体71连续地连接到端部的自由端的相对侧的端部。 主体71被构造成通过夹住平衡人员的外周而固定到平衡工作人员10,并且一对端部72,73在旋转的轴线的延伸方向上彼此交叉 中心的平衡工作人员10.

      版权所有(C)2010,JPO&INPIT

    • 12. 发明专利
    • Mechanical timepiece comprising rotary cage
    • 包含旋转笼的机械定时器
    • JP2008058094A
    • 2008-03-13
    • JP2006234097
    • 2006-08-30
    • Seiko Instruments Incセイコーインスツル株式会社
    • SUZUKI SHIGEO
    • G04B29/02G04B17/28G04B45/02
    • G04B17/285
    • PROBLEM TO BE SOLVED: To provide a mechanical timepiece with frictional resistance of a support part for a rotary member reduced during rotation and structured so as to inhibit the rotary member from inclining.
      SOLUTION: This mechanical timepiece is equipped with an inside rotary member 220 rotating based on the rotation of a gear train, a plurality of roller bearings 230 disposed on a peripheral part of the rotary member 220, and a roller propping member including a roller propping surface disposed so as to have a gap with respect to a peripheral surface of the roller bearing. The roller bearings 230 each comprise annular rollers and a roller stabilizing member stabilizing the rollers so as to allow them to rotate relative to the rotary member 220.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种机械钟表,其具有用于在旋转期间减小的旋转构件的支撑部分的摩擦阻力,并且构造成阻止旋转构件倾斜。 解决方案:该机械钟表配备有基于齿轮系的旋转而旋转的内部旋转构件220,设置在旋转构件220的周边部分上的多个滚柱轴承230,以及滚子支撑构件, 辊支撑表面设置成相对于滚子轴承的圆周表面具有间隙。 滚子轴承230各自包括环形辊和稳定辊的辊稳定构件,以便允许它们相对于旋转构件220旋转。版权所有(C)2008,JPO和INPIT
    • 13. 发明专利
    • Clock with display arrangement for state of winding of power spring, including distortion segment gear
    • 具有电力弹簧绕组状态的显示装置的时钟,包括失真部分齿轮
    • JP2005214655A
    • 2005-08-11
    • JP2004018501
    • 2004-01-27
    • Seiko Instruments Incセイコーインスツル株式会社
    • SUZUKI SHIGEO
    • G04B9/00
    • G04B9/005
    • PROBLEM TO BE SOLVED: To provide a clock with spring winding status display arrangement so constituted as to arrange the rotation center of stem needle at an arbitrary proper position within its movement. SOLUTION: A movement 100 comprises a barrel wheel 120 and a speed reduction mechanism linked with a barrel gear 120d for reducing rotation speed of barrel gear 120d, that is, a planet unit 150. A segment gear 184 is provided so as to rotate from the power of the planet unit 150. A stem indicating wheel 190 rotates based on the operation of the segment gear 184. A spring winding status display member 196 displays the status of winding the spring from the rotation of the stem indicating wheel 190. COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:提供具有弹簧卷绕状态显示装置的时钟,其构造为将杆针的旋转中心布置在其运动内的任意适当位置。 解决方案:机芯100包括筒轮120和与筒齿轮120d连接的减速机构,用于降低筒形齿轮120d(即行星单元150)的转速。分段齿轮184设置成 从行星单元150的动力旋转。杆指示轮190基于分段齿轮184的操作而旋转。弹簧卷绕状态显示构件196显示从杆指示轮190的旋转中卷绕弹簧的状态。 版权所有(C)2005,JPO&NCIPI
    • 14. 发明专利
    • 表示機構、時計用ムーブメントおよび時計
    • 显示机构,手表和手表的运动
    • JP2014235094A
    • 2014-12-15
    • JP2013117175
    • 2013-06-03
    • セイコーインスツル株式会社Seiko Instruments Inc
    • SUZUKI SHIGEO
    • G04B19/00
    • 【課題】所定領域を指示部が往復移動して時間情報を表示するとともに、指示部の移動方向を容易に判別できる表示機構、時計用ムーブメントおよび時計を提供する。【解決手段】表示機構5は、レトログラード表示領域21を指示部6が往復移動して時間情報を表示する表示部20と、指示部6が、レトログラード表示領域21の一端22から他端23へ、またはレトログラード表示領域21の他端23から一端22へ向かう際の、指示部6の移動方向を示す方向表示部30と、を備えている。動力伝達機構40は、指示部6がレトログラード表示領域21の一端22から他端23へ移動するときに第1マーク31を第1開口部15から露出させ、指示部6がレトログラード表示領域21の他端23から一端22へ移動するときに第2マーク32を第2開口部16から露出させるように、方向表示部30を動作させる。【選択図】図4
    • 要解决的问题:提供一种显示机构,用于手表的移动和通过指定区域中的指示部件的往复运动来显示时间信息并且能够容易地识别指示部件的移动方向的手表。解决方案 显示机构5包括:显示部20,用于通过指示部6在逆行显示区域21中的往复运动来显示时间信息; 以及方向显示部30,用于示出当指示部6从逆行显示区域21的一端22朝向另一端23的方向或从逆行的另一端朝向一端22时的指示部6的移动方向 动力传递机构40允许方向显示部30以如下方式操作:当指示部6从逆行显示区域21的一端22移动到第一标记31时,从第一开口部15露出, 当指示部6从逆行区域21的另一端移动到一端22时,另一端23和第二标记32从第二开口部16露出。
    • 15. 发明专利
    • Retrograde display mechanism, movement with mechanism, and analog timepiece
    • 机械展示机构,机械运动和模拟时间表
    • JP2014159999A
    • 2014-09-04
    • JP2013030297
    • 2013-02-19
    • Seiko Instruments Incセイコーインスツル株式会社
    • ITO KENGOSUZUKI SHIGEOFUJIEDA HISASHI
    • G04B19/02G04B19/00
    • PROBLEM TO BE SOLVED: To provide a retrograde display mechanism which enables an operation cam to reverse through a three-dimensional structure of the operation cam and an operation lever, a movement with the mechanism, and an analog timepiece.SOLUTION: A retrograde display mechanism 1 of a movement and an analog timepiece includes a return guide step part 45 which allows a cam follower 51a to return to a position where the cam follower abuts on a large-diameter region 44c from a position where the cam follower abuts on a minimum-diameter part 44b when an operation cam 40 which can be displaced in a thickness direction H relatively to an operation lever 50 having a cam arm part 51 including the cam follower 51a and has a gradual increase cam surface 44 is rotated in a reverse direction F2. The operation lever 50 has a first three-dimensional engagement structure part 53 at the cam arm part 51, and the operation cam 40 has a second three-dimensional engagement structure part 46 which engages the first three-dimensional engagement structure part 53 to change a relative position in the thickness direction H so as to guide the cam follower 51a to the return guide step part 45 when the operation cam 40 is rotated in the reverse direction F2.
    • 要解决的问题:提供一种逆行显示机构,其使操作凸轮能够通过操作凸轮的三维结构和操作杆,与机构的运动以及模拟时钟相反。解决方案:逆行显示机构 运动和模拟时计的图1包括返回引导台阶部分45,其允许凸轮从动件51a从凸轮随动件抵接在最小尺寸的位置返回到凸轮从动件抵接在大直径区域44c上的位置, 当相对于具有包括凸轮从动件51a的凸轮臂部51并且具有逐渐增加的凸轮表面44的操作杆50而能够在厚度方向H上移位的操作凸轮40沿相反方向F2旋转时,直径部44b。 操作杆50在凸轮臂部51具有第一立体卡合结构部53,操作凸轮40具有与第一三维卡合结构部53卡合的第二三维卡合结构部46, 当操作凸轮40沿相反方向F2旋转时,在厚度方向H上的相对位置,以将凸轮从动件51a引导到返回引导台阶部45。
    • 16. 发明专利
    • Slip structure for watch wheel and watch using the same
    • 用于观察车轮的滑动结构和使用其的手表
    • JP2012198041A
    • 2012-10-18
    • JP2011060771
    • 2011-03-18
    • Seiko Instruments Incセイコーインスツル株式会社
    • MIYOSHI NATSUOSUZUKI SHIGEO
    • G04B13/02
    • G04B13/023
    • PROBLEM TO BE SOLVED: To provide a slip structure for watch wheel which is operated easily stably for a long time even in the state where a slip torque between a gear part and a shank is high to a certain extent, and an analog watch with the same.SOLUTION: A slip structure 1 for a minute gear body structure 3 of an analog watch 5 comprises a ceramic bush 50 which is fitted to a shank 30, and a gear part 40 which is fitted to the bush 50 in an elastic engage portion. The gear part 40 is elastically friction-engaged to the bush 50 in the elastic engage part in such a manner that the gear part 40 and the bush 50 integrally move under operation of a torque smaller than a predetermined level and that the gear part 40 is rotated while slipping with respect to the bush 50 under operation of a torque larger than the predetermined level. Typically, the bush 50 is fitted into a recess 38 in a terminal of the shank 30 by a tubular part 52 at one end side, and the elastic engage portion of the gear part 40 is friction-engaged to a tubular part 51 at the other end side of the bush 50.
    • 要解决的问题:即使在齿轮部分和柄部之间的滑动扭矩在一定程度上高的状态下,也可以长时间稳定地操作的钟表的滑动结构,以及模拟 看同样的。 解决方案:用于模拟表5的微小齿轮体结构3的滑动结构1包括装配到柄30的陶瓷衬套50和与弹簧接合的衬套50嵌合的齿轮部40 一部分。 齿轮部分40以弹性接合部分中的衬套50弹性地摩擦接合,使得齿轮部分40和衬套50在小于预定水平的转矩的作用下一体地移动,并且齿轮部分40是 在大于预定水平的扭矩的作用下相对于衬套50滑动而旋转。 通常,衬套50在一端侧通过管状部件52装配到柄30的端子中的凹部38中,并且齿轮部40的弹性接合部分在另一端摩擦接合到管状部件51 丛书50的末端。版权所有(C)2013,JPO&INPIT
    • 17. 发明专利
    • Button lock mechanism of clock, clock movement with the mechanism, and clock with the movement
    • 时钟的按钮锁定机构,与机构的时钟运动,以及运动时钟
    • JP2011252863A
    • 2011-12-15
    • JP2010128280
    • 2010-06-03
    • Seiko Instruments Incセイコーインスツル株式会社
    • SUZUKI SHIGEO
    • G04B3/04G04B19/25
    • PROBLEM TO BE SOLVED: To provide a button lock mechanism of a clock, a clock movement, and a clock capable of surely locking a button by the movement itself.SOLUTION: A button lock mechanism 1 of a movement 2 of a clock 3 includes a setting lever 14 capable of swinging between a set position PS0 and a release position PS1 according to in-and-out of a winding stem 12; and a button lock lever 70 capable of swinging according to the swing of the setting lever 14, and when the setting lever 14 is set to the set position PS0, being set to a locking position Q0 and, when the setting lever is set to the release position PS1, being set to an unlocking position Q1. When the setting lever 14 is set to the set position PS0 according to the in-and-out of the winding stem 12, the button lock lever 70 is set to the locking position Q0 to prevent the displacement of a button 11, and when the setting lever 14 is set to the release position PS1, the button lock lever 70 is set to the unlocking position Q1 to allow the displacement of the button 11.
    • 要解决的问题:提供时钟,时钟移动和时钟的按钮锁定机构,其能够通过移动本身可靠地锁定按钮。 解决方案:时钟3的移动体2的按钮锁定机构1包括能够根据卷绕杆12的进出而在设定位置PS0和释放位置PS1之间摆动的设定杆14; 以及能够根据设定杆14的摆动而摆动的按钮锁定杆70,并且当将设定杆14设定在设定位置PS0时,设定为锁定位置Q0,并且当将设定杆设定为 释放位置PS1被设定为解锁位置Q1。 当设定杆14根据卷绕杆12的进出而设定在设定位置PS0时,按钮锁定杆70被设定在锁定位置Q0,以防止按钮11的位移,并且当 设定杆14被设定为释放位置PS1,按钮锁定杆70被设定在解锁位置Q1,以允许按钮11的移动。版权所有:(C)2012,JPO&INPIT
    • 18. 发明专利
    • Display mechanism of watch, display mechanism of winding mark remaining amount, and watch equipped with the mechanisms
    • 手表显示机构,绕线标记剩余量显示机构及配备机械手表
    • JP2009175084A
    • 2009-08-06
    • JP2008016309
    • 2008-01-28
    • Seiko Instruments Incセイコーインスツル株式会社
    • SUZUKI SHIGEO
    • G04B9/00
    • PROBLEM TO BE SOLVED: To provide a display mechanism of watch, a display mechanism of winding mark remaining amount, and a watch equipped with the mechanisms capable of displaying various trajectories without changing of a fundamental mechanism.
      SOLUTION: The display mechanism 1 of the watch 2 includes a first transmission wheel 40 equipped with a first transmission wheel body section 42 and a first gear section 44, a second transmission wheel 50 equipped with a second transmission wheel body section 52 and a second gear section 54 geared with the first gear section 44, a first linking member 60 connected with the first transmission wheel body section 42 rotatably at a first coupling section at one end side while equipped with a second coupling section at another end side, a second link implement 70 connected with a second transmission wheel body section 52 rotatably at a third coupling section at one end side while connected with a second coupling section of the first linking member 60 rotatably at a fourth coupling section at another end side end, and a displaying section 84 prepared at the another end side of the first linking member 60.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供手表的显示机构,卷绕标记剩余量的显示机构和配备有能够显示各种轨迹的机构而不改变基本机构的表。 手表2的显示机构1包括配备有第一传动轮主体部42和第一齿轮部44的第一传动轮40,配备有第二传动轮主体部52的第二传动轮50和 与第一齿轮部44配合的第二齿轮部54,第一连接部件60,其与第一传动轮主体部42连接,可旋转地位于一端侧的第一连接部,同时在另一端侧配备有第二连接部, 第二连杆机构70,其与第二传动轮主体部分52连接,第二传动轮主体部分52可旋转地连接在一端侧的第三连接部分处,同时与另一端侧端部处的第四连接部分处的第一连接部件60的第二联接部分连接, 显示部分84在第一连接部件60的另一端侧准备。版权所有:(C)2009,JPO&INPIT
    • 19. 发明专利
    • Timepiece with short hand display mechanism
    • 时尚与短暂的展示机制
    • JP2006234677A
    • 2006-09-07
    • JP2005051535
    • 2005-02-25
    • Seiko Instruments Incセイコーインスツル株式会社
    • SUZUKI SHIGEO
    • G04B19/02G04B19/243
    • G04B19/02
    • PROBLEM TO BE SOLVED: To provide a timepiece with a short hand display mechanism capable of forming a plurality of kinds of movement layouts equipped with each short hand having a different rotational frequency only by changing specification of partial components without changing the size and the shape of a main component of a movement.
      SOLUTION: The movement 100 is equipped with the first gear train rotation center for the first type gear train for operating the first short hand rotating at the first speed, and the second gear train rotation center for the second type gear train for operating the second short hand rotating at the second speed at the same rotation center as the short hand. A gear train for rotating the short hand is arranged to either of the first gear train rotation center and the second gear train rotation center. Time information or calendar information can be displayed by the short hand rotated by the first type gear train or the second type gear train.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供具有短手持显示机构的钟表,其能够通过仅改变部分分量的规格而不改变尺寸而形成配备有具有不同旋转频率的每个短手的多种运动布局,以及 运动的主要部件的形状。

      解决方案:机芯100配备有用于操作第一速度旋转的第一短手的第一齿轮系的第一齿轮系旋转中心和用于操作的第二齿轮系的第二齿轮系旋转中心 第二短手以与短手相同的旋转中心以第二速度旋转。 用于旋转短手的齿轮系布置在第一齿轮系旋转中心和第二齿轮系旋转中心中的任一个上。 时间信息或日历信息可以通过由第一类型齿轮系或第二类型齿轮系旋转的短手来显示。 版权所有(C)2006,JPO&NCIPI

    • 20. 发明专利
    • Retrograde display mechanism, movement, analog watch provided with retrograde display mechanism and power switching method
    • 延迟显示机构,运动,模拟手表,具有退出显示机构和电源切换方法
    • JP2013181907A
    • 2013-09-12
    • JP2012047106
    • 2012-03-02
    • Seiko Instruments Incセイコーインスツル株式会社
    • SUZUKI SHIGEO
    • G04B19/00G04B19/02
    • PROBLEM TO BE SOLVED: To provide a retrograde display mechanism capable of saving a cam follower part in accordance with reverse rotation of an operation cam, and an analog watch provided with the retrograde display mechanism.SOLUTION: A retrograde display mechanism 1 of an analog watch 2 has: a reference gear 32 rotated synchronously with a wheel 17 of a normal hand movement wheel train; an operation cam 4 rotated synchronously with the reference gear and provided with a cam surface 41 having a step part at a position of returning from the largest diameter part to the smallest diameter part; display parts 50, 60 for performing display in accordance with displacement of a cam follower part 51; and a swinging wheel mechanism 70 provided with a swinging intermediate gear structure 71 engaged with the reference gear, a swinging gear 77 engaged with the gear structure and a swinging lever 75 for supporting both the gears 71, 77, which has saving mechanisms 59, 55, 52 for saving the cam follower outside a rotation locus of the operation cam through a swinging gear at a first swinging position Q1 and a second swinging position in accordance with forward and backward rotations of the reference gear and a swinging gear of the swinging wheel mechanism existing at the second swinging position in accordance the backward rotation of the reference gear.
    • 要解决的问题:提供一种逆时针显示机构,其能够根据操作凸轮的反向旋转来节省凸轮从动部件,以及设置有逆行显示机构的模拟手表。解决方案:模拟手表的逆行显示机构1 2具有:与正常手动轮系的轮17同步旋转的基准齿轮32; 操作凸轮4与参考齿轮同步旋转,并且在从最大直径部分到最小直径部分返回的位置处设置有具有台阶部分的凸轮表面41; 用于根据凸轮从动件51的位移进行显示的显示部件50,60; 以及摆动轮机构70,其具有与基准齿轮啮合的摆动中间齿轮结构71,与齿轮结构啮合的摆动齿轮77和用于支承两个齿轮71,77的摆动杆75,齿轮71,77具有保存机构59,55 52,用于通过基准齿轮的前后旋转和摆轮机构的摆动齿轮在第一摆动位置Q1和第二摆动位置通过摆动齿轮将操作凸轮的旋转轨迹外侧的凸轮从动件保持在外侧 根据参考齿轮的反向旋转而存在于第二摆动位置。