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    • 23. 发明授权
    • Mechanism for driving a jumping element
    • 驾驶跳跃元素的机制
    • US09429914B2
    • 2016-08-30
    • US14958162
    • 2015-12-03
    • Blancpain SA
    • Bernat MonferrerRobin RusterholzEdmond CaptMarco Rochat
    • G04B15/08G04B15/14G04B13/00
    • G04B15/14G04B13/00G04B13/002G04B15/08G04B15/10G04B19/02
    • The invention relates to a mechanism for driving a jumping element comprising a drive wheel (1), an indicator of a unit of time, a jumping element (6) integral with said indicator and coaxial to said drive wheel (1) to which said jumping element (6) is coupled by a spring (8), a cam (12) arranged to rock a pallet-lever (20) in an oscillating motion so as to release the jumping element (6) once per unit of time. According to the invention, the cam (12) and the jumping element (6) have distinct pivot arbors, said drive mechanism, further comprising an intermediate train kinematically connecting the drive wheel (1) to the cam (12), and the pallet-lever (20) has four distinct arms (20a, 20b, 20c, 20d), two (20a, 20b) of the four arms forming feelers arranged to cooperate with the cam (12) and the other two arms (20c, 20d) forming escapement arms arranged to successively block and release the jumping element (6) once per unit of time, alternately.
    • 本发明涉及一种用于驱动跳跃元件的机构,包括驱动轮(1),时间单位指示器,与所述指示器成一体的跳跃元件(6),与所述驱动轮(1)同轴,所述跳跃元件 元件(6)通过弹簧(8)联接,凸轮(12)布置成以振荡运动摇动托盘杆(20),以便每单位时间释放跳跃元件(6)一次。 根据本发明,凸轮(12)和跳跃元件(6)具有不同的枢转轴心,所述驱动机构还包括将驱动轮(1)与凸轮(12)运动地连接的中间列, 杠杆(20)具有四个不同的臂(20a,20b,20c,20d),四个臂形成的触针中的两个(20a,20b)布置成与凸轮(12)和另外两个臂(20c,20d) 擒纵臂被布置成交替地以单位时间顺序地阻止和释放跳跃元件(6)一次。
    • 24. 发明授权
    • Analog electronic timepiece
    • 模拟电子表
    • US09310773B2
    • 2016-04-12
    • US13962882
    • 2013-08-08
    • CASIO COMPUTER CO., LTD.
    • Jyunichi HirokawaShigeki HisadaTeruhisa Tokiwa
    • G04C15/00G04B19/04G04B19/06G04B19/02G04B19/00G04B25/00G04C17/00G04B13/02G04B13/00G04G5/00G04B35/00G04C3/14
    • G04B19/02G04B13/00G04B13/027G04B35/00G04C3/146G04G5/00
    • An analog electronic timepiece includes a stepping motor, a gear train mechanism having gears, a pointer, a drive control unit, a control content changing unit, and a pointer position adjustment unit. If an operational command to rotate the pointer to a different moving target position is obtained while an operational control for rotating the pointer to a certain moving target position is in progress, the control content changing unit terminates the control and changes a control content to an operational control according to the command. If the reverse rotation driving operation is being performed, the pointer position adjustment unit performs an adjustment operation for removing shifting between a predicted position of the pointer and an actual position of the pointer which occurs because of rotational input from the stepping motor not being transmitted to the pointer due to gaps relating to the mesh of the gears.
    • 模拟电子钟表包括步进电机,具有齿轮的齿轮系机构,指针,驱动控制单元,控制内容改变单元和指针位置调整单元。 如果在将指针旋转到某个移动目标位置的操作控制正在进行的情况下获得将指针旋转到不同的移动目标位置的操作命令,则控制内容改变单元终止控制并将控制内容改变为操作 根据命令进行控制。 如果正在执行反向旋转驱动操作,则指针位置调整单元执行用于去除指针的预测位置与由于不被传送到步进电机的旋转输入而发生的指针的实际位置之间的偏移的调整操作 由于与齿轮的网格有关的间隙引起的指针。
    • 25. 发明申请
    • WATCH HAVING GEARS FOR OBSERVATION
    • 观察有齿轮观测
    • US20150301504A1
    • 2015-10-22
    • US14411117
    • 2013-06-25
    • Tae-Hyun KIM
    • Tae Hyun KIM
    • G04B37/00G04B19/04G04B13/00
    • G04B37/00G04B13/00G04B19/04G04B45/02
    • A watch having gears for observation, including: a watch body; a hand assembly having a second hand, a minute hand or an hour hand to be rotated at a surface of the watch body so as to display a time; gears for observation independently and rotatably provided at one end of the had assembly and to be rotated in a rotation process of the hand assembly; and a driving gear assembly provided at one side of the outside or the inside of the watch body and engaged with the gears for observation. The present invention can utilize the watch as a studying material through the gears for observation which are independently rotated according to the rotation of the hand assembly such as the second hand and the like.
    • 具有观察齿轮的手表,包括:手表主体; 具有秒针,分针或时针的手组件在手表主体的表面上旋转以便显示时间; 齿轮用于独立且可旋转地设置在组件的一端并​​在手组件的旋转过程中旋转; 以及驱动齿轮组件,其设置在表体的外侧或内侧的一侧,并与齿轮啮合以进行观察。 本发明可以通过用于观察的齿轮将手表用作研究材料,这些齿轮根据诸如二手等的手组件的旋转独立地旋转。
    • 27. 发明授权
    • Timepiece
    • 钟表
    • US06367966B1
    • 2002-04-09
    • US09600577
    • 2000-07-19
    • Tatsuo Hara
    • Tatsuo Hara
    • G04B110
    • G04B1/10G04B13/00G04B33/10G04C10/00
    • A fourth wheel 8 disposed in a torque transmission path and to which a second hand is mounted includes a pinion 8a and a gear 8b. Therefore, when the gear 8b engages a fifth-wheel first intermediate wheel 9, the diametrical dimension from a center of rotation of the fourth wheel 8 to a portion where it engages the fifth-wheel first intermediate wheel 9 can be made large, so that, even when the fourth wheel 8 is decentered, the amount by which the second hand gets shifted can be made small by making the effects of the decentering at the center-of-rotation side small. In addition, since the fourth wheel 8 is disposed so as not to overlap a mainspring 1a, the width of the mainspring 1a can be made correspondingly small. Thus, the length of time a timepiece continues operating can be increased by increasing the torque of the mainspring 1a without increasing the thickness of the entire timepiece.
    • 设置在转矩传递路径中并且第二只手被安装的第四轮8包括小齿轮8a和齿轮8b。 因此,当齿轮8b接合第五轮第一中间轮9时,可以使从第四轮8的旋转中心到与第五轮第一中间轮9接合的部分的直径尺寸变大,使得 即使当第四轮8偏心时,通过使旋转中心侧的偏心的效果较小,能够使二手变位的量变小。 此外,由于第四轮8被布置成不与主发条1a重叠,所以可以使发条1a的宽度相应地变小。 因此,通过在不增加整个钟表的厚度的情况下增加发条1a的扭矩,可以增加钟表继续操作的时间长度。
    • 28. 发明授权
    • Clock construction, Geneva clutch therefor and methods of making the same
    • 钟表施工,日内瓦离合器及其制作方法
    • US4634289A
    • 1987-01-06
    • US796902
    • 1985-11-12
    • Larry V. Price
    • Larry V. Price
    • G04B13/00G04B27/00G04B19/02
    • G04B13/00G04B27/00
    • A clock construction, a Geneva clutch therefor and methods of making the same are provided, the clock construction comprising a frame, a drive unit carried by the frame, a time indicating unit carried by the frame, and a Geneva clutch carried by the frame and operatively interconnecting the drive unit to the time indicating unit so that the drive unit can drive the time indicating unit in a timed sequence thereof, the clutch comprising a shaft rotatably carried by the frame, a pair of leaf springs each having opposed ends with a longitudinal axis therebetween, one of the opposed of each leaf spring being fixed to the shaft so that the leaf springs rotate in unison therewith, and a Geneva pinion rotatably disposed on the shaft and having a multi-sided section engaged by the leaf springs to tend to cause the shaft to rotate in unison with the pinion about an axis of rotation as the pinion is being rotated by the drive unit, the leaf springs each having the longitudinal axis thereof disposed substantially transverse to the axis of rotation of the shaft and the pinion. The other opposed ends of the leaf springs extending in opposite directions relative to each other.
    • 提供时钟结构,日内瓦离合器及其制造方法,时钟结构包括框架,由框架承载的驱动单元,由框架承载的时间指示单元和由框架承载的日内瓦离合器,以及 将所述驱动单元可操作地互连到所述时间指示单元,使得所述驱动单元可以以其定时顺序驱动所述时间指示单元,所述离合器包括由所述框架可旋转地承载的轴,一对板簧,每个具有相对的端部, 轴线之间,每个板簧相对的一个固定到轴上,使得板簧与其一致地旋转;以及可旋转地设置在轴上并具有由板簧接合的多侧部分的日内瓦小齿轮,倾向于 使得当小齿轮由驱动单元旋转时,轴与小齿轮一起围绕旋转轴线旋转,每个具有其纵向轴线的板簧 基本上横向于轴和小齿轮的旋转轴线。 板簧的另一相对端彼此相反地延伸。