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    • 1. 发明公开
    • TIMEPIECE
    • UHR
    • EP1666989A4
    • 2008-12-17
    • EP04736592
    • 2004-06-10
    • SEIKO EPSON CORP
    • USHIKOSHI KENICHI
    • G04B1/02G04B15/14G04B45/04G04C1/04
    • G04C1/085G04B1/02G04B1/06G04B15/14G04B19/02G04B45/0038
    • A timepiece (1000) comprises a conical body, a conical body lifting means (100) for lifting the conical body supplied to a lower position to an upper position, a rotary wheel (210) provided with a plurality of supports (212) along the outer periphery, the supports being capable of holding the conical body, and an escapement mechanism which intermittently drives the rotary wheel, the conical body lifting means including a driving body (110) provided with a spiral driving surface having a horizontal or inclined axis, and a rotary drive source for rotation-driving the driving body around the axis, the arrangement being such that the conical body is driven by the driving surface through rotation of the driving body to make a parallel motion from lower to upper position, and the conical body lifted to the upper position by the conical body lifting means is supplied to a receiving section disposed in the upper region, whereby the conical body discharged from the receiving section after the rotary wheel has rotated through a predetermined angle is returned to the lower position in the lower region. This makes it possible to provide a novel timepiece construction which ensures an operation using lower driving power than in the prior art, less energy consumption, appreciation-worthy mechanical movements, and suitability as an ingenious timepiece.
    • 本发明提供一种钟表(1000),其包括圆锥体,用于将供给到下部位置的圆锥体提升到上部位置的圆锥体提升装置(100),设置有多个支撑件(212)的旋转轮(210) 所述支撑体能够保持所述圆锥体;以及间歇地驱动所述旋转轮的擒纵机构,所述圆锥体提升装置包括驱动体(110),所述驱动体设置有具有水平或倾斜轴线的螺旋驱动表面,以及 旋转驱动源,用于围绕所述轴旋转驱动所述驱动体,所述布置使得所述锥形体通过所述驱动体的旋转由所述驱动面驱动,以从下向上进行平行运动,并且所述锥体 由圆锥体提升装置提升到上部位置的液体被供应到设置在上部区域中的接收部分,由此在r之后从接收部分排出的圆锥体 旋转预定角度的旋转轮返回到下部区域中的下部位置。 这使得可以提供一种新颖的钟表结构,其确保使用比现有技术更低的驱动功率的操作,更少的能量消耗,适合欣赏的机械运动以及作为巧妙的钟表的适合性。
    • 2. 发明公开
    • TIMEPIECE
    • EP1666989A1
    • 2006-06-07
    • EP04736592.9
    • 2004-06-10
    • SEIKO EPSON CORPORATION
    • USHIKOSHI, Kenichi, c/o SEIKO EPSON CORPORATION
    • G04B1/02G04B15/14G04B45/04G04C1/04
    • G04C1/085G04B1/02G04B1/06G04B15/14G04B19/02G04B45/0038
    • A clock 1000 of the invention includes a dead-weight body, dead-weight body lifting means 100 for lifting the dead-weight body supplied to a lower position to an upper position, a rotation wheel 210 having, at its periphery, plural reception parts 212 which can hold the dead-weight body, and an escapement mechanism which actuates the rotation wheel intermittently. The dead-weight lifting means includes a drive body 110 provided with a spiral drive surface having a horizontal or inclined axis, and a rotation drive source which rotation-drives the drive body around the axis. The dead-weight lifting means is constructed such that the dead-weight body is driven on the drive surface by rotation of the drive body thereby to be translated from the lower position to the upper position. The dead-weight body lifted by the dead-weight lifting means to the upper position is supplied to the upper reception part, whereby the rotation wheel rotates by the predetermined angle. Thereafter, the dead-weight body exhausted from the reception part is returned to the lower position. Hereby, it is possible to provide a novel clock structure suitable for a moving mechanism clock, in which the operation can be performed with smaller drive force than the conventional drive force, consumption energy is small, and appreciation of the mechanism operation is superior.
    • 本发明的计时器1000包括:自重体,将被供给到下部位置的自重体提升到上部位置的自重体提升装置100,在其外围具有多个接收部的旋转轮210 能够保持静重主体的擒纵机构212以及间歇地驱动旋转轮的擒纵机构。 自重提升装置包括设置有具有水平或倾斜轴线的螺旋驱动表面的驱动主体110以及围绕轴线旋转驱动驱动主体的旋转驱动源。 自重提升装置被构造成使得通过驱动体的旋转在驱动表面上驱动自重体从而从下位置转换到上位置。 通过自重提升装置提升到上部位置的重量体被供应到上部接收部件,由此旋转轮旋转预定角度。 之后,从接收部排出的自重体返回到下方位置。 由此,可以提供一种适用于移动机构时钟的新型时钟结构,其中可以用比传统驱动力小的驱动力执行操作,消耗能量小,并且机构操作的评价优异。