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    • 1. 发明授权
    • Digital clock or other counting device with resilient coupling means in the drive train
    • 数字时钟或具有传动系中弹性耦合装置的其他计数装置
    • US3918252A
    • 1975-11-11
    • US44874974
    • 1974-03-06
    • TRI TECH
    • HAYDON ARTHUR W
    • G04B19/21G04C19/04G06M1/04G06M1/14G04B19/02G04B19/00G06C15/26
    • G06M1/143G04B19/21G04C19/04G06M1/041
    • A digital clock or other counting device in which the output shaft on the drive motor of the device is resiliently connected to the gear train by means of a spiral spring. The drive motor is of the stepper motor type and applies energy to the spring in discrete increments. During the initial portion of each increment, the gear train remains stationary, and it then gradually accelerates and continues its movement after the motor shaft has come to rest. The arrangement is such that there is a very smooth and quiet transfer of energy from the shaft through the gear train to the individual counting elements. In some embodiments the counting elements comprise register drums in which motion is transferred between certain of the drums by a Geneva type transfer pinion assembly and between other drums by resiliently biased planetary gearing.
    • 数字时钟或其他计数装置,其中装置的驱动电动机上的输出轴通过螺旋弹簧弹性地连接到齿轮系。 驱动电机是步进电机类型,并以离散增量向弹簧施加能量。 在每个增量的初始部分期间,齿轮系保持静止,然后在电动机轴静止之后逐渐加速并继续其运动。 这种布置使得能量从轴通过齿轮系到各个计数元件非常平滑和安静地传递。 在一些实施例中,计数元件包括定位鼓,其中运动通过日内瓦型传递小齿轮组件在某些滚筒之间并且通过弹性偏置的行星齿轮传动在其它滚筒之间。
    • 2. 发明授权
    • Clock setting mechanism
    • 时钟设定机制
    • US3897700A
    • 1975-08-05
    • US48036674
    • 1974-06-18
    • TRI TECH
    • HAYDON ARTHUR W
    • G04B27/00F16H1/28G04C9/00G06C15/42
    • G04B27/005Y10T74/19121Y10T74/19516
    • Apparatus for setting the hour hand of a clock one hour ahead at the beginning of daylight saving time or one hour back at the end of daylight saving time by moving two gears that are connected together and are meshed, respectively, with a gear on the shaft that drives the minute hand and a separate gear on the concentric shaft that drives the hour hand. The pair of gears is mounted on a support that may be pivoted about the same axis as the minute and hour hands by moving the support mechanically or through the interaction of a magnetic member on the support and a magnetic controller.
    • 用于通过移动连接在一起的两个齿轮和在轴上的齿轮分别啮合的夏令时开始时间或在夏令时结束时一小时后将时钟设置为时钟的装置 它驱动分针,并在驱动时针的同心轴上分开一个齿轮。 一对齿轮安装在支撑件上,支撑件可以通过机械地移动支撑件或通过支撑件上的磁性构件和磁性控制器的相互作用而围绕与分针和时针相同的轴线枢转。
    • 4. 发明授权
    • Clock mechanism
    • 时钟机制
    • US3732685A
    • 1973-05-15
    • US3732685D
    • 1972-04-03
    • TRI TECH
    • HAYDON A
    • G04C13/02G04C13/10G04C11/04G04C9/00
    • G04C13/10G04C13/02
    • A clock mechanism driven by a pulsed stepper motor and having planetary reduction gearing which provides a continuous but resilient connection between the motor and the minute hand of the clock at all times. The motor includes a permanent magnet rotor in direct driving relationship with the minute hand, and the rotor poles serve as a magnetic detent to hold the minute hand in discrete angular positions. The mechanism may be employed either in individual clocks or in the secondary clocks of a mastersecondary clock system. In these latter embodiments the secondary clocks additionally include a pair of switches respectively controlled by the minute hand gearing and the hour hand gearing. The switches greatly facilitate the automatic resetting of the clocks in response to appropriate resetting signals from the master unit.
    • 由脉冲步进电机驱动并具有行星减速齿轮的时钟机构,其始终在电机和时钟的分针之间提供连续但有弹性的连接。 电动机包括与分针直接驱动关系的永磁转子,并且转子极用作磁力制动器以将分针保持在离散的角位置。 该机制可以在主时钟系统的单个时钟或次要时钟中使用。 在这些后面的实施例中,辅助时钟还包括分别由分针传动装置和时针传动装置控制的一对开关。 响应于来自主单元的适当复位信号,这些开关极大地方便了时钟的自动复位。