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    • 1. 发明授权
    • Dual display timepiece
    • 双显示时钟
    • US08848488B2
    • 2014-09-30
    • US13186968
    • 2011-07-20
    • Vincent Calabrese
    • Vincent Calabrese
    • G04F7/00G04B19/22G04F7/08G04B19/23
    • G04B19/235G04F7/0828G04F7/0833G04F7/0871G04F7/0876G04F7/0885
    • A timepiece mechanism for a secondary display of a first physical quantity, wherein a push-button activates first mechanism for the coupling/uncoupling of the secondary display to or from a movement including a first display, and a pivoting first physical quantity cannon-pinion heart, wherein the first mechanism controls the coupling/uncoupling to or from the movement. A second push-button controls the zero reset of the secondary display, by uncoupling the first coupling/uncoupling mechanism, and returning the heart-piece to the original position thereof. A second coupling/uncoupling control mechanism includes either a pivoting time zone wheel set including a friction wheel, meshing with the movement, and a time zone wheel which, when the wheel set is in the coupling position, drives a second physical quantity cannon-pinion heart and/or a third physical quantity cannon-pinion heart, the friction wheel and time zone wheel being coaxial and cooperating via friction; or an inter-time zone mechanism.
    • 一种用于第二物理量的辅助显示器的钟表机构,其中按钮激活第一机构,用于将二次显示器耦合/解耦到包括第一显示器的运动或从包括第一显示器的运动和枢转的第一物理量大炮小齿轮心脏 ,其中所述第一机构控制所述运动与所述运动的耦合/解耦。 第二按钮通过解耦第一耦合/解耦机构并将心脏件返回到其初始位置来控制辅助显示器的零复位。 第二联接/解耦控制机构包括包括与运动啮合的摩擦轮的枢转时段轮组以及当车轮组处于联接位置时驱动第二物理量大炮小齿轮的时间轮 心脏和/或第三物理量的大炮小齿轮心脏,摩擦轮和时间带轮通过摩擦同轴并协作; 或时段间机制。
    • 2. 发明申请
    • Stopwatch and watch
    • 秒表和手表
    • US20050041535A1
    • 2005-02-24
    • US10855971
    • 2004-05-28
    • Eiichi Hiraya
    • Eiichi Hiraya
    • G04C10/00G04F7/08G04F8/00G04B1/00
    • G04F8/00G04C10/00G04F7/0804G04F7/0833G04F7/0842
    • A timepiece having basic timepiece pointers, chronograph information pointers, a mechanical energy storage section, a train wheel, a power generator, and a control section. The basic timepiece pointers are rotated to indicate the standard time. The chronograph information pointers are rotated to indicate chronograph information. The mechanical energy storage section includes a mainspring. The train wheel is disposed between the mechanical energy storage section and the pointers, and transmits energy from the mechanical energy storage section to the pointers. The power generator has a rotating rotor connected to the train wheel, and generates electric power upon receiving the energy from the mechanical energy storage section. The control section is energized by the electric power produced by the power generator, and controls the rotation cycle of the rotor.
    • 具有基本钟表指针,计时器信息指针,机械能量存储部,轮系,发电机和控制部的钟表。 基本的钟表指针旋转以指示标准时间。 计时码表信息指针旋转以指示计时码表信息。 机械储能部包括发条。 轮系设置在机械能量存储部分和指针之间,并且将能量从机械能量存储部分传递到指针。 发电机具有连接到轮系的旋转转子,并且在从机械储能部接收能量时产生电力。 控制部由发电机产生的电力通电,并控制转子的旋转周期。
    • 6. 发明授权
    • Vertical clutch device for timepiece
    • 时钟立式离合器
    • US07712953B2
    • 2010-05-11
    • US12136790
    • 2008-06-11
    • Karl-Friedrich Scheufele
    • Karl-Friedrich Scheufele
    • G04B27/04
    • G04B11/008G04F7/0833G04F7/0847G04F7/0876
    • Clutch device for timepiece, comprising first and second coaxial rotary mobile parts (1, 2) able to take up a relative axial coupled position in which a rotation of the first mobile part (1) gives rise to a rotation of the second mobile part (2), and a relative axial uncoupled position in which a rotation of the first mobile part (1) does not give rise to a rotation of the second mobile part (2), characterised in that is also comprises a friction element of viscoelastic material (30) intercalated between the mobile parts (1, 2) in order to transmit the rotation of the first mobile part (1) in the coupled position to the second mobile part (2).
    • 用于钟表的离合器装置包括能够吸收相对轴向联接位置的第一和第二同轴旋转移动部件(1,2),其中第一移动部件(1)的旋转引起第二移动部件的旋转 以及第一可动部件(1)的旋转不引起第二可移动部件(2)的旋转的相对轴向非联接位置,其特征在于,还包括粘弹性材料的摩擦元件( 30)插入在所述可移动部件(1,2)之间,以便将所述第一可移动部件(1)在所述联接位置的旋转传递到所述第二移动部件(2)。