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    • 64. 发明专利
    • GB1302220A
    • 1973-01-04
    • GB4560270
    • 1970-09-24
    • G04C3/14G04C3/00G04C9/00G04C9/04G04C13/11
    • 1302220 Electronic watches SUWA SEIKOSHA KK 24 Sept 1970 [25 Sept 1969] 45602/70 Heading G3T The description is substantially the same as that of Specification 1302219 but the claims are directed to a timepiece comprising an electric stepping motor the rotor 7 Fig.2 of which drives a seconds wheel 9 stepwise, the rotor shaft having an indexing member thereon, and means for adjusting the angular position of the indexing member i.e. cam 19, so as to adjust the rotor and hence the seconds hand to a predetermined position. When a control stem 13 is pulled outwardly it disengages a lever 12 portion 12B from an end 14B of a lever 14 thus allowing a spring 16 to rotate the lever 14 an end 14B engaging a cam lobe 19' of the three lobed indexing cam 19, which is thereby rotated together with the sixpole rotor 7 which carries the cam 19. Thereby the seconds hand is set to an angular position corresponding to an exact whole number of seconds on a seconds scale.
    • 68. 发明申请
    • Synchronization method, computer system and program
    • 同步方法,计算机系统和程序
    • US20050120258A1
    • 2005-06-02
    • US10996320
    • 2004-11-22
    • Takeshi Sohda
    • Takeshi Sohda
    • G04C9/04G04G5/00G04G7/00G06F1/12G06F1/14H04L7/00
    • G06F1/12
    • To implement an accurate synchronization by detecting a signal for time notice from an external reference clock without delay and acquiring the time of a system clock of comparison object at the present time without delay. A computer system comprises a time information inputting part 12 for detecting a signal for time notice sent from an external reference clock and acquiring an internal time at the present time from the system clock 20 inside the computer system, and a time correction controlling part 13 for comparing the time information together with the signal for time notice from the reference clock 40 and the internal time at the time of detecting the signal for time notice and correcting the time of the system clock 20 based on the comparison result. And the time correction controlling part 13 calculates a signal interval based on the internal time acquired from the time information inputting part 12. evaluating if the calculated signal interval falls within a certain confidence interval obtained by a statistical processing of sampling the signal for time notice over the past signal intervals, and judging whether or not it is required to correct the internal time.
    • 通过无延迟地检测来自外部参考时钟的时间信号的信号来实现准确的同步,并且毫无延迟地获取当前时间的比较对象的系统时钟的时间。 计算机系统包括时间信息输入部分12,用于检测从外部参考时钟发送的时间通知信号,并从计算机系统内的系统时钟20获取当前时间的内部时间;以及时间校正控制部分13,用于 将时间信息与来自参考时钟40的时间通知的信号和检测用于时间通知的信号时的内部时间进行比较,并且基于比较结果来校正系统时钟20的时间。 并且时间校正控制部13基于从时间信息输入部12获取的内部时间来计算信号间隔。评价计算出的信号间隔是否在通过对用于时间通知的信号进行采样的统计处理获得的一定置信区间内 过去的信号间隔,并判断是否需要校正内部时间。
    • 69. 发明授权
    • Portable information device and charger therefor
    • 便携式信息设备及其充电器
    • US5942877A
    • 1999-08-24
    • US789420
    • 1997-01-29
    • Kiyoshi Nishimura
    • Kiyoshi Nishimura
    • G04C9/04G04C10/00G04G5/00G06F1/14G06F1/26H02J7/00H04M1/00
    • G06F1/14G06F1/26H02J7/0004
    • A portable information device includes a portable main part having a clocking function, a source part which is detachably attachable to the main part and contains secondary batteries serving as a power source for the main part, and a charger which is separate from the main part and serves to charge the source part. The charger includes a clock part for setting time, and the information device is adapted to cause time data from the clock part to be transmitted to the source part when the source part is charged by the charger and, when the source part is attached to the main part, to transmit time data updated by the source part to the main part and to thereafter cause the main part to continue updating the time data.
    • 便携式信息装置包括具有时钟功能的便携式主要部件,可拆卸地附接到主要部件并且包含用作主要部件的电源的二次电池的源部分和与主要部分分离的充电器,以及 用于对源部分充电。 充电器包括用于设置时间的时钟部分,并且当源部分由充电器充电时,信息装置适于使来自时钟部分的时间数据被传送到源部分,并且当源部件附接到 主要部分,将由源部分更新的时间数据传送到主要部分,然后使主要部分继续更新时间数据。