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    • 2. 发明授权
    • Display correcting mechanism and timepiece having display correcting mechanism
    • 具有显示校正机构的显示校正机构和钟表
    • US07275860B2
    • 2007-10-02
    • US11043883
    • 2005-01-26
    • Kei HiranoShigeo Suzuki
    • Kei HiranoShigeo Suzuki
    • G04B27/04
    • G04B19/25G04B27/001G04B27/026
    • A timepiece has a train wheel, a display member for undergoing rotation in accordance with rotation of the train wheel, and a display correcting mechanism for correcting a display content of the display member. The display correcting mechanism has a corrector setting transmission wheel mounted for undergoing rotation, a correction transmitting spring mounted for undergoing movement in accordance with rotation of the corrector setting transmission wheel, a correcting member for undergoing operation in accordance with rotation of the corrector setting transmission wheel and movement of the correction transmitting spring to correct a display content of a display member, and a hand setting stem mounted for undergoing rotation to rotate the corrector setting transmission wheel and move the correction transmitting spring to thereby operate the correcting member to correct the display content of the display member.
    • 钟表具有列车轮,根据轮系的转动进行旋转的显示部件,以及用于校正显示部件的显示内容的显示校正机构。 显示校正机构具有安装用于旋转的校正器设置传动轮,安装用于根据校正器设置传动轮的旋转进行移动的校正传递弹簧,根据校正器设置传动轮的旋转进行操作的校正构件 以及校正传递弹簧的移动以校正显示构件的显示内容,以及安装用于进行旋转的手设置杆,以旋转校正器设置传动轮并移动校正传递弹簧,从而操作校正构件以校正显示内容 的显示构件。
    • 3. 发明授权
    • Second stop device of clock
    • 时钟秒钟装置
    • US4400091A
    • 1983-08-23
    • US231797
    • 1981-02-05
    • Musuo OgiharaNobuo ShinozakiTadashi IshikawaYoichi Seki
    • Musuo OgiharaNobuo ShinozakiTadashi IshikawaYoichi Seki
    • G04C3/14G04B27/00G04C9/00G04C9/04G04B19/04
    • G04B27/001G04C9/00
    • A timepiece has a second hand, a minute hand and an hour hand which are rotationally driven by a gear train under control of an electromechanical transducer. The transducer has a plastic coil frame on which is wound a coil and electric drive signals are applied to the coil in response to which the transducer produces a rotational output for driving the gear train. A hand stopping device is formed integrally with the coil frame and functions to temporarily stop the rotational movement of the gear train to thereby enable setting or correction of the position of the second hand. The device comprises a flexible arm formed integrally with and projecting from the coil frame, the arm having a manually operated portion in the form of a button which, when actuated, resiliently flexes the arm from an inoperative position to an operative position, and an interlocking portion operable when the arm is flexed to its inoperative position to releaseably interlock with a gear of the gear train to thereby stop the rotational movement of the gear train.
    • 钟表具有在机电换能器的控制下由齿轮系旋转驱动的秒针,分针和时针。 传感器具有塑料线圈框架,线圈上缠绕线圈,电驱动信号施加到线圈,响应于此,换能器产生用于驱动齿轮系的旋转输出。 手刹装置与线圈架一体地形成,用于临时停止齿轮系的旋转运动,从而能够设定或校正秒针的位置。 该装置包括与线圈架一体形成并且从线圈框架突出的柔性臂,该臂具有按钮形式的手动操作部分,该按钮在致动时将臂从不工作位置弹性地弯曲到操作位置, 当臂弯曲到其不工作位置时,该部分可操作以可释放地与齿轮系的齿轮互锁,从而停止齿轮系的旋转运动。
    • 4. 发明授权
    • Slip mechanism of clock
    • 时钟滑移机制
    • US4127984A
    • 1978-12-05
    • US772566
    • 1977-02-28
    • Masuo OgiharaKozo ChimuraNobuo Shinozaki
    • Masuo OgiharaKozo ChimuraNobuo Shinozaki
    • G04B11/00G04B13/02G04B27/00G04B33/10F16D7/02G04B33/00
    • G04B13/02G04B11/003G04B27/001G04B33/10
    • A slip mechanism in the gear train of a clock comprises a gear wheel and an associated pinion coaxial with the gear. The gear wheel and pinion have interengaging surfaces for centering and rotatively guiding them relative to one another. A circle of resilient fingers on one of the gear wheel and pinions resiliently, frictionally and radially engage an annular friction surface of the other to provide a frictional coupling between them. Moreover hooks on the fingers retain the gear wheel and pinion in assembled relation to one another. In one embodiment the resilient fingers are integral with the pinion and are received in a concentric opening in the gear wheel of lesser diameter than a circle defined by the fingers in relaxed conditions. In another embodiment the resilient fingers are integral with the gear wheel and engage the outside of a concentric flange on the pinion of larger diameter than a circle defined by the fingers in relaxed condition. The pinion and gear can readily be formed of plastic material thus providing an inexpensive slip mechanism which can be easily assembled.
    • 时钟齿轮系中的滑动机构包括齿轮和与齿轮同轴的相关小齿轮。 齿轮和小齿轮具有相互接合的表面,用于对中并相对于彼此旋转地引导它们。 在齿轮和小齿轮之一上的弹性指状物的一圈弹性地摩擦和径向地接合另一个的环形摩擦表面,以在它们之间提供摩擦联接。 此外,手指上的钩子保持齿轮和小齿轮彼此组装的关系。 在一个实施例中,弹性指状物与小齿轮成一体,并且在松弛条件下被容纳在比由手指限定的圆直径小的齿轮中的同心开口中。 在另一个实施例中,弹性指状物与齿轮成一体,并且与松弛状态下由指状物限定的圆形直径相比小齿轮上的同心凸缘的外侧接合。 小齿轮和齿轮可以容易地由塑料材料形成,从而提供便于组装的便宜的滑动机构。
    • 5. 发明授权
    • Sweep second watch movement
    • SWEEP第二次观察运动
    • US3747329A
    • 1973-07-24
    • US3747329D
    • 1972-05-22
    • GOLAY BERNARD SA
    • GOLAY J
    • G04B13/00G04B19/02G04B27/00G04B33/00G04B27/02
    • G04B19/02G04B27/001
    • A driven wheel in a timing mechanism is provided with two coaxial, rotationally interdependent planet wheels, one of which drives a gear train for a sweep second hand as well as for minute and hour hands, the other planet wheel being engaged with a normally stationary gear which is selectively driven by a crown wheel positioned externally of the gear casing. The crown wheel is integral with an axially displaceable tube by means of which male and female members are engaged to enable the crown wheel to displace said normally stationary gear to set the minute and hour hands.
    • 定时机构中的从动轮设置有两个同轴,旋转相互依赖的行星轮,其中一个行星轮驱动用于扫掠秒针的齿轮系以及分针和小时针,另一个行星轮与正常静止齿轮 其由位于齿轮箱外部的冠轮选择性地驱动。 冠轮与可轴向移动的管是一体的,通过该管,凸形和凹形构件接合以使冠轮能够移动所述常规的齿轮以设定分针和时针。
    • 8. 发明授权
    • Autonomous control mechanism for a timepiece
    • 手表的自动控制机构
    • US09176476B2
    • 2015-11-03
    • US13596723
    • 2012-08-28
    • Raphael LoeffelIvan VillarMarco Bettelini
    • Raphael LoeffelIvan VillarMarco Bettelini
    • G04B27/04G04B27/00
    • G04B27/04G04B27/001
    • Autonomous control mechanism (100) for a movement, comprising a control stem (10) moveable relative to a bar (80) between stable stem positions, for controlling the pivoting, in each of said positions, of a single control train of the control trains of said mechanism (100).It includes, on a first side (81) of said bar (80), a first control train (810), and on a second side (82) opposite said bar (80), a second control train (820). Every stable position of the control stem (10) drives a stable position of a pull-out piece (20) fitted to one of said sides and moveable relative to a boss (210) of said bar (80). In said stable pull-out piece position, any movement applied to the control stem (10) causes the pivoting movement, of either a single first control train (810), or a single second control train (820).
    • 用于运动的自动控制机构(100)包括可相对于稳定杆位置之间的杆(80)移动的控制杆(10),用于控制在每个所述位置中的每个控制列的单个控制列 的所述机构(100)。 在所述杆(80)的第一侧(81)上包括第一控制系(810),并且在与所述杆(80)相对的第二侧(82)上包括第二控制系(820)。 控制杆(10)的每个稳定位置驱动装配到所述侧面之一的拉出件(20)的稳定位置,并相对于所述杆(80)的凸台(210)移动。 在所述稳定的拉出件位置中,施加到所述控制杆(10)的任何运动导致单个第一控制系(810)或单个第二控制系(820)的枢转运动。
    • 9. 发明申请
    • AUTONOMOUS CONTROL MECHANISM FOR A TIMEPIECE
    • 自动控制机制
    • US20130051194A1
    • 2013-02-28
    • US13596723
    • 2012-08-28
    • Raphaël LOEFFELIvan VILLARMarco BETTELINI
    • Raphaël LOEFFELIvan VILLARMarco BETTELINI
    • G04B19/02
    • G04B27/04G04B27/001
    • Autonomous control mechanism (100) for a movement, comprising a control stem (10) moveable relative to a bar (80) between stable stem positions, for controlling the pivoting, in each of said positions, of a single control train of the control trains of said mechanism (100).It includes, on a first side (81) of said bar (80), a first control train (810), and on a second side (82) opposite said bar (80), a second control train (820). Every stable position of the control stem (10) drives a stable position of a pull-out piece (20) fitted to one of said sides and moveable relative to a boss (210) of said bar (80). In said stable pull-out piece position, any movement applied to the control stem (10) causes the pivoting movement, of either a single first control train (810), or a single second control train (820).
    • 用于运动的自动控制机构(100)包括可相对于稳定杆位置之间的杆(80)移动的控制杆(10),用于控制在每个所述位置中的每个控制列的单个控制列 的所述机构(100)。 在所述杆(80)的第一侧(81)上包括第一控制系(810),并且在与所述杆(80)相对的第二侧(82)上包括第二控制系(820)。 控制杆(10)的每个稳定位置驱动装配到所述侧面之一的拉出件(20)的稳定位置,并相对于所述杆(80)的凸台(210)移动。 在所述稳定的拉出件位置中,施加到所述控制杆(10)的任何运动导致单个第一控制系(810)或单个第二控制系(820)的枢转运动。
    • 10. 发明申请
    • DEVICE FOR CORRECTING A TIMEPIECE DISPLAY MECHANISM
    • 用于校正时序显示机制的设备
    • US20100226215A1
    • 2010-09-09
    • US12663140
    • 2008-06-02
    • Olivier MahlerSalvatore Dettori
    • Olivier MahlerSalvatore Dettori
    • G04B27/02
    • G04B19/25G04B27/001
    • The invention relates to a device for correcting a time indication given by a display mechanism for a timepiece of the type comprising a first display member, comprising: a winding stem arranged to occupy at least one time indication correction position A, a pinion coupled in rotation to the winding stem, a correction motion transfer connected kinematically to the pinion when the stem is occupying the correction position A, and a correction wheel assembly engaging with the display member and operated by the correction motion transfer. According to the invention, the correction motion transfer is formed by a ring having an internal circumference and an external circumference, at least one of which is provided with teeth meshing at least indirectly with said correction wheel assembly.
    • 本发明涉及一种用于校正由包括第一显示构件的类型的钟表的显示机构给出的时间指示的装置,包括:上条柄,其布置成占据至少一个时间指示校正位置A,小齿轮旋转 当所述杆处于校正位置A时,校正运动传递与所述小齿轮连接,以及校正轮组件,其与所述显示构件接合并通过所述校正运动传递来操作。 根据本发明,校正运动传递由具有内圆周和外圆周的环形成,其中至少一个具有至少间接与所述校正轮组件啮合的齿。