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    • 76. 发明申请
    • ELECTRONIC TIMEPIECE
    • 电子计时器
    • US20110249539A1
    • 2011-10-13
    • US13083917
    • 2011-04-11
    • Nobuhiro Aoki
    • Nobuhiro Aoki
    • G04C9/04
    • G04C3/143
    • Disclosed is an electronic timepiece, comprising: hands which indicate time to display the time; a stepping motor which performs a stepping drive of the hands; a drive control section which supplies the stepping motor with drive pulses; a hand movement examining section which examines whether the hands are moving or not; and awaiting control section which temporarily interrupts a supply of the drive pulses by the drive control section to be in a waiting state, when the hand movement examining section judges that the hands are stopped, wherein the supply of the drive pulses by the drive control section and an examination of whether the hands are moving or not by the hand movement examining section are respectively restarted, after the waiting control section has released the waiting state.
    • 公开了一种电子钟表,包括:指示显示时间的时间的手; 执行手的步进驱动的步进电机; 驱动控制部,其向所述步进电机供给驱动脉冲; 手动检查部分,检查手是否移动; 以及等待控制部分,当所述手动检测部分判断所述指针停止时,所述等待控制部分暂时中断所述驱动控制部分的所述驱动脉冲的供给处于等待状态,其中所述驱动控制部分 并且在等待控制部分已经释放等待状态之后,分别重新开始由手动检查部分检查手是否移动。
    • 78. 发明授权
    • Method and device for managing status/alarm message of GPS receiver and
broadcasting system time
    • 用于管理GPS接收机状态/报警信息的方法和装置以及广播系统时间
    • US5973640A
    • 1999-10-26
    • US957114
    • 1997-10-24
    • Keun-Ju Lee
    • Keun-Ju Lee
    • G01S1/00G01S19/14G01S19/38G04C9/04G04G5/00H04B1/06H04B7/185G01S5/02
    • G04G7/02G01S19/23
    • Apparatus and methods for managing a detailed status message and alarm message of a global positioning system (GPS) receiver and broadcasting an accurate system time. The GPS receiver receives current time and positional information from a global positioning system satellite, to generate clocks to respective blocks in a base station and to generate self status and alarm message data and system time message data. A base station control processor receives the status and alarm message data and system time message data, and separates the system time therefrom to immediately broadcast the system time to processors of the base station. The base station control processor also periodically checks for a change of the status and alarm message in the system time message data to report the change of the status and alarm message to a base station control device.
    • 用于管理全球定位系统(GPS)接收机的详细状态消息和报警消息的装置和方法,并且广播精确的系统时间。 GPS接收器从全球定位系统卫星接收当前时间和位置信息,以产生基站中相应块的时钟并产生自身状态和报警消息数据和系统时间消息数据。 基站控制处理器接收状态和报警消息数据和系统时间消息数据,并将系统时间从其分离,以便立即将系统时间广播到基站的处理器。 基站控制处理器还周期地检查系统时间消息数据中的状态和报警消息的变化,以将状态和报警消息的改变报告给基站控制设备。
    • 80. 发明授权
    • Time correction of an electronic clock
    • 电子时钟的时间校正
    • US5748570A
    • 1998-05-05
    • US786256
    • 1997-01-22
    • Motoyoshi Komoda
    • Motoyoshi Komoda
    • G04G3/00G04C9/04G04G3/02G04G5/00G04G7/00G06F1/14H03B5/30
    • G04G3/04G04G3/02G04G7/00
    • An electronic clock includes a usual oscillator and a more accurate oscillator. The usual oscillator generates a first frequency which causes the electronic clock to operate and the more accurate oscillator generates a second frequency which is used as a reference frequency. Referring to the second frequency, the first frequency is measured by a frequency measurement circuit and a deviation of the first frequency from a design frequency is calculated by a processor. According to the deviation, time correction of the electronic clock is performed. Therefore, even if an actual oscillation frequency of the usual oscillator is not stable precisely, the accurate time correction can be achieved.
    • 电子时钟包括通常的振荡器和更精确的振荡器。 通常的振荡器产生使电子时钟工作的第一频率,并且更精确的振荡器产生用作参考频率的第二频率。 参考第二频率,第一频率由频率测量电路测量,并且第一频率与设计频率的偏差由处理器计算。 根据偏差,执行电子时钟的时间校正。 因此,即使通常振荡器的实际振荡频率精度不稳定,也能够实现准确的时间校正。