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    • 95. 发明授权
    • Detent escapement for timepiece and mechanical timepiece
    • 钟表和机械钟表的擒纵机构
    • US08801268B2
    • 2014-08-12
    • US13199953
    • 2011-09-13
    • Hiroki UchiyamaMatsuo KishiTakashi NiwaMasayuki KodaMiei Sato
    • Hiroki UchiyamaMatsuo KishiTakashi NiwaMasayuki KodaMiei Sato
    • G04B15/00G04B15/06
    • G04B15/06
    • A detent escapement for a mechanical timepiece includes an escape wheel, a balance mounted for undergoing oscillation movement about a balance staff, a blade and an actuating spring. The balance has an unlocking stone and has an impulse jewel for contacting a wheel tooth of the escape wheel. The blade has a locking stone for contacting the wheel tooth of the escape wheel and is supported for undergoing movement in approaching and separating directions relative to the escape wheel. The actuating spring is configured to contact the unlocking stone and is mounted for undergoing elastic deformation along the approaching and separating directions with respect to the blade. An adjustment mechanism adjusts a projecting amount of a spring tip portion of the actuating spring from a blade tip portion of the blade.
    • 用于机械钟表的止动擒纵机构包括擒纵轮,平衡机,其围绕平衡人员进行振荡运动,叶片和致动弹簧。 天平具有解锁的石头,并具有用于接触擒纵轮的轮齿的脉冲宝石。 叶片具有用于接触擒纵轮的齿轮的锁定石块,并且被支撑成在相对于擒纵轮的接近和分离方向上进行移动。 致动弹簧被构造成接触解锁石头,并被安装成沿相对于叶片的接近和分离方向发生弹性变形。 调整机构从叶片的叶片前端部调整起动弹簧的弹簧顶端部的突出量。
    • 97. 发明授权
    • Timepiece bearing, movement, and portable timepiece
    • 钟表轴承,机芯和便携式钟表
    • US08702301B2
    • 2014-04-22
    • US12924550
    • 2010-09-29
    • Masashi HiraokaMasahiro NakajimaTakashi Niwa
    • Masashi HiraokaMasahiro NakajimaTakashi Niwa
    • G04B31/00
    • G04B31/02G04B17/06G04B31/0082G04B31/012
    • A timepiece bearing has a bearing member of unitary construction that is provided at least at one end portion of a shaft member for undergoing rotation around an axis and that regulates movement of the shaft member in axial and radial directions of the shaft member. An elastic member applies an urging force in an axial direction of the bearing member to hold the bearing member in contact with the shaft member. A frame member supported by and fixed to a support member contains the bearing member. The elastic member is provided so as to establish connection between the bearing member and the frame member. The shaft member is configured to undergo rotation around the rotational axis while the shaft member and the bearing member are held in contact with each other by the elastic member.
    • 一种钟表轴承具有整体构造的轴承构件,至少在轴构件的一个端部处设置用于围绕轴线旋转,并且调节轴构件在轴构件的轴向和径向方向上的运动。 弹性构件沿轴承构件的轴向施加推压力以将轴承构件保持与轴构件接触。 由支撑构件支撑并固定的框架构件包含轴承构件。 弹性构件设置成在轴承构件和框架构件之间建立连接。 轴构件被构造成在轴构件和轴承构件通过弹性构件保持彼此接触的同时围绕旋转轴线旋转。
    • 98. 发明授权
    • Detent escapement and mechanical timepiece including detent escapement
    • 擒纵机构和机械钟表,包括制动擒纵机构
    • US08696194B2
    • 2014-04-15
    • US13395674
    • 2010-08-31
    • Masayuki KodaTakashi Niwa
    • Masayuki KodaTakashi Niwa
    • G04B15/00
    • G04B15/06
    • A detent escapement 100 includes an escape wheel 110, a balance 120 which has an impulse pallet 122 and an unlocking stone 124, and a blade 130 which has a locking stone 132. A one side actuating spring 140 which can contact the unlocking stone 124 is provided in the blade 130. When a working reference line 129, which is a line connecting the rotation center of the balance 120 and the rotation center of the blade 130, is set to a reference, the one side actuating spring 140 is disposed at an angle so that a distance of the tip of the one side actuating spring from the working reference line is increased as the tip is separated from the rotation center of the balance 120 in a side opposite to the side at which the escape wheel 110 is present. The one side actuating spring 140 is disposed between the locking stone support arm 131 and the one side actuating spring support arm 133.
    • 止动擒纵机构100包括擒纵轮110,具有冲击托盘122和解锁石124的平衡部120以及具有锁定石132的刀片130.能够接触解锁石124的一侧致动弹簧140是 设置在叶片130中的工作参考线129.将作为连接天平120的旋转中心的线和叶片130的旋转中心的线的工作参考线129设定为基准,单侧致动弹簧140设置在 角度使得一边致动弹簧的顶端距工作基准线的距离随着尖端在与擒纵轮110所在的一侧相反的一侧与天平120的旋转中心分离而增加。 单侧致动弹簧140设置在锁定石支撑臂131和单侧致动弹簧支撑臂133之间。