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    • 1. 发明授权
    • Chronoglobe
    • 计时器
    • US5379271A
    • 1995-01-03
    • US161154
    • 1993-12-02
    • Philip C. Moedt
    • Philip C. Moedt
    • G04B19/22G09B27/08
    • G04B19/226G09B27/08
    • A rotating sphere (98) within a rotating sphere (20) device. The outer sphere (20) is a translucent earth globe. The slightly smaller inner sphere (98), consisting of one reflective white surfaced hemisphere (100) and one nonreflective black surfaced hemisphere (102), is the day-night, "terminator" line device. With normal levels of incident light, this inner sphere (98) reflects (or non-reflects) light back through the translucent earth globe (20) giving a day-night appearance to the outer earth globe (20). The inner sphere (98) is controlled by a set of outer control magnets (126A,B) that are "locked" to a set of inner magnets (114A,B) attached to the inner sphere (98). These outer magnets (126A,B), external to the earth globe (20), are rotated to achieve inner sphere (98) "terminator" line (104) rotation. With continued, appropriately timed, rotational stepping of both the outer earth globe (20) and the inner day-night sphere (98), display of proper visual manifestations and chronometric characteristics of the Earth-Sun astronomical system are presented throughout the calendar year. An associated alternate sphere role reversal configuration, using the outer sphere (204) as the day-night sphere and inner sphere (202) as the earth globe sphere, also presents display of proper visual manifestations and chronometric characteristics.
    • 在旋转球体(20)装置内的旋转球体(98)。 外球体(20)是半透明的地球球体。 由一个反射白色表面半球(100)和一个非反射黑色表面半球(102)组成的略小的内球(98)是昼夜的“终止器”线装置。 在正常水平的入射光下,该内球体(98)反射(或不反射)通过半透明地球球体(20)反射,从而给外部地球球体(20)提供昼夜的外观。 内球(98)由一组外部控制磁体(126A,B)控制,该组控制磁体被“锁定”到附接到内球体(98)的一组内磁体(114A,B)。 在地球球体(20)外部的这些外磁体(126A,B)旋转以实现内球(98)“终止器”线(104)旋转。 随着对地球外壳(20)和内昼夜球(98)的持续适时调整,旋转踏步,在整个日历年中呈现出地球 - 太阳天文系统的适当视觉表现和计时特征。 使用外球体(204)作为昼夜球体和内球体(202)作为地球球体的相关的替代球体角色反转配置也呈现适当的视觉表现和计时特征的显示。