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    • 3. 发明授权
    • Electronic timepiece with controlled date display updating
    • 电子钟表控制日期显示更新
    • US06912181B2
    • 2005-06-28
    • US10371749
    • 2003-02-21
    • Akihiko MaruyamaAkihiro Sawada
    • Akihiko MaruyamaAkihiro Sawada
    • G04C9/00G04C10/04G04C17/00G04G19/12G04C3/00G04B1/00G04C23/00
    • G04C17/0066G04G19/12
    • An electronic timepiece without system failure at the time of transfer from the power-saving mode to the display mode is provided. A power-saving control circuit 400 controls drive of a date dial displaying a date when updating a date display, which has been stopped in a power-saving mode, to a current date at the time of transfer from the power-saving mode to the display mode. The power-saving control circuit 400 outputs a date dial drive inhibiting signal, which prohibits drive of the date dial 75, to a date-updating control circuit 300, if a voltage VDD of a power source unit B is less than or equal to a low threshold voltage V1. It outputs a date dial deceleration driving signal, which drives a date dial 75 with a predetermined speed slower than a normal update speed when transferring to the display mode, to a date-updating control circuit 300, if a source voltage VDD is equal to or less than a high threshold voltage V2.
    • 提供了在从省电模式转移到显示模式时没有系统故障的电子钟表。 省电控制电路400控制显示将在节电模式中已经停止的日期显示更新的日期的日期拨盘的驱动变换为从省电模式传送到当前日期的当前日期 显示模式。 如果电源单元B的电压VDD小于或等于1,则省电控制电路400输出禁止日期拨盘75的驱动的日期拨盘驱动禁止信号到日期更新控制电路300 低阈值电压V1。 如果源电压VDD等于或等于或者等于或者等于或者等于或者等于或者等于或者等于或者等于或者等于或者等于或者等于或者等于 小于高阈值电压V2。
    • 10. 发明申请
    • SWITCHING-DEVICE REMAINING LIFETIME DIAGNOSIS METHOD AND APPARATUS
    • 切换设备剩余寿命诊断方法和设备
    • US20120022797A1
    • 2012-01-26
    • US13148817
    • 2009-02-23
    • Akihiko MaruyamaYuko MaruyamaKatsuhiko Horinouchi
    • Akihiko MaruyamaYuko MaruyamaKatsuhiko Horinouchi
    • G01B3/00
    • G05B23/0283G01R31/3274H01H3/001H01H33/6662H01H2071/044
    • There are provided a switching-device remaining lifetime diagnosis method and a switching-device remaining lifetime diagnosis apparatus, wherein as status amount history data, there are accumulated status amounts related to a deterioration status of a switching device, estimated based on measurement data obtained through measurement of performance characteristics of the switching device; based on the accumulated status amount history data, there are created a plurality of system data pieces in which the status amounts are arranged with the respective abscissas of an elapsed time during an operation period of the switching device, the number of operations of the switching device, an inoperative time of the switching device, and an accumulated operation time of the switching device; based on the created system data pieces, the remaining lifetime of the switching device is estimated.
    • 提供了一种开关装置剩余寿命诊断方法和开关装置剩余寿命诊断装置,其中,作为状态量历史数据,存在与基于通过以下方式获得的测量数据估计的与开关装置的劣化状态相关的累积状态量 测量开关装置的性能特征; 基于累积状态量历史数据,创建多个系统数据,其中状态量在切换装置的操作周期期间以经过时间的横坐标排列,切换装置的操作次数 ,切换装置的不工作时间,以及开关装置的累计运行时间; 基于所创建的系统数据,估计开关装置的剩余寿命。