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    • 41. 发明授权
    • Electronic watch and method of charging the same
    • 电子手表和充电方式相同
    • US5835457A
    • 1998-11-10
    • US778777
    • 1997-01-06
    • Fumio Nakajima
    • Fumio Nakajima
    • G04C10/00G04G19/02G04B1/00G04C3/00
    • G04G19/02G04C10/00
    • The electronic watch according to the invention comprises an energy source 1 (power supply), storage circuit 3, clock output unit 4, constant voltage circuit 5, voltage detection circuit 6, switching circuit 8, and control unit. The energy source 1 transforms external energy into electric energy and supplies a power supply voltage. The storage circuits 3 stores the power supply voltage or a booster voltage of the power supply voltage and thereby supplies a storage voltage. The clock output unit has a watch system and a condenser of a small capacitance, receives any of the power supply voltage or the booster voltage, and the storage voltage, and supplies a plurality of logic signals. The constant voltage circuit 5 generates a reference voltage from the clock voltage. The voltage detection circuit 6 compares the power supply voltage or booster voltage, storage voltage, and clock voltage selectively with a voltage set on the basis of the reference voltage and supplies a voltage detection signal. The switch circuit 8 is provided with a plurality of switches for controlling charging times of the storage circuit and the clock output unit. The control unit controls the switching circuit 8 by a plurality of pulse width variable switch control signals corresponding to a plurality of the logic signals and the voltage detection signal.
    • 根据本发明的电子手表包括能量源1(电源),存储电路3,时钟输出单元4,恒压电路5,电压检测电路6,开关电路8和控制单元。 能源1将外部能量转换为电能并提供电源电压。 存储电路3存储电源电压或电源电压的升压电压,从而提供存储电压。 时钟输出单元具有手表系统和小电容的电容器,接收任何电源电压或升压电压以及存储电压,并提供多个逻辑信号。 恒压电路5从时钟电压产生参考电压。 电压检测电路6将电源电压或升压电压,存储电压和时钟电压选择性地与基于参考电压设定的电压进行比较,并提供电压检测信号。 开关电路8设置有用于控制存储电路和时钟输出单元的充电时间的多个开关。 控制单元通过对应于多个逻辑信号和电压检测信号的多个脉冲宽度可变开关控制信号来控制开关电路8。
    • 43. 发明授权
    • System for charging the battery of watches without opening the lid
    • 系统为电池充电而不打开盖子
    • US5703460A
    • 1997-12-30
    • US666313
    • 1996-09-19
    • Francisco Planells Almerich
    • Francisco Planells Almerich
    • G04C10/00H01M10/46G04C3/00
    • G04C10/00Y10S320/26
    • The battery (4) is never removed from its location. The battery is charged through the difference of voltage maintained by means of an external source. The two poles of the source may be connected to the watch (1) through a plug if the lid of the watch is connected to the earth of its circuit, and through two plugs if the lid is isolated, or by a method of connection without penetration. The orifices (7) for inserting the plugs may be provided with appropriate isolators. In the case of two plugs, and in order to avoid an erroneous connection, the plugs may have different and incompatible shapes. Application to watches and apparatuses which are battery-operated.
    • PCT No.PCT / ES95 / 00122 Sec。 371日期1996年9月19日 102(e)日期1996年9月19日PCT提交1995年11月3日PCT公布。 出版物WO96 / 14607 日期1996年5月17日电池(4)永远不会从其位置移除。 电池通过外部电源维持的电压差来充电。 如果手表的盖子连接到其电路的地,并且如果盖子被隔离通过两个插头,或者通过没有连接的方法连接的方法,则源的两极可以通过插头连接到手表(1) 渗透。 用于插入插头的孔口(7)可以设置有适当的隔离器。 在两个插头的情况下,为了避免错误的连接,插头可能具有不同的和不兼容的形状。 适用于电池供电的手表和设备。
    • 45. 发明授权
    • Timepiece including a power cell compartment closed by a gasket seal
    • 钟表包括用垫圈密封封闭的动力单元隔室
    • US5396473A
    • 1995-03-07
    • US142003
    • 1993-10-28
    • Jacques Crettenand
    • Jacques Crettenand
    • G04B37/08G04B37/11G04C10/00G04G19/00G04B1/00
    • G04C10/00G04B37/11
    • The invention concerns a timepiece of the type including: a case (2); a power cell compartment (4) formed by a housing (6) arranged in the interior of the case (2) so as to receive an electrical energy source formed by a power cell (P); and means for closing the housing (6), such means including a movable cap (14) capable of being mechanically latched onto the case (2) and a gasket seal (16) shaped to be interposed between the cap (14) and the case (2), such timepiece being characterized in that the gasket seal (16) is a seal with a full lip extending over the entire frontal surface (SF) of the power cell (P) and assuring, in addition to the sealing of the housing (6), an axial bearing of the power cell (P) towards the bottom of the housing (6).
    • 本发明涉及一种类型的钟表,包括:壳体(2); 由壳体(6)形成的动力单元隔室(4),所述壳体布置在所述壳体(2)的内部,以便容纳由所述动力单元(P)形成的电能源。 以及用于关闭所述壳体(6)的装置,所述装置包括能够被机械地锁定在所述壳体(2)上的活动盖(14)和形成为插入所述盖(14)和所述壳体 (2)中,所述钟表的特征在于,垫圈密封件(16)是具有在动力单元(P)的整个前表面(SF)上延伸的全唇的密封,并且除了密封外壳 (6),所述动力单元(P)朝向所述壳体(6)的底部的轴向轴承。
    • 49. 发明授权
    • Self-chargeable electronic timepiece with operating voltage checking
    • 具有工作电压检测功能的自动充电电子表
    • US4785435A
    • 1988-11-15
    • US35087
    • 1987-04-06
    • Yuichi InoueChiaki NakamuraShuji OhtawaHiroyuki Masaki
    • Yuichi InoueChiaki NakamuraShuji OhtawaHiroyuki Masaki
    • G04C10/00G04B3/00
    • G04C10/00
    • A self-chargeable timepiece includes a pair of small and large capacitors having respective small and large capacities and selectively disconnectably connected at their respective terminals to time-keeping circuitry and a solar cell. The pair of small and large capacitors cooperate with each other during the momentary operation of the solar cell for selectively receiving and storing the electric charge to develop respective terminal voltages across their respective terminals even after the momentary operation of the solar cell. A detector periodically detects the terminal voltages of the small and large capacitors during the time-keeping operation. A switching circuit responds to the detected terminal voltages for selectively connecting and disconnecting the small and large capacitors to and from the time-keeping circuitry to enable the small and large capacitors to selectively power the time-keeping circuitry. A regulating circuit operates when the time-keeping circuitry is powered by the small capacitor for regulating the detector to effect the periodical detection of the terminal voltages at relatively short time intervals and operates when the time-keeping circuit is powered by the large capacitor for regulating the detector to effect the periodical detection of the terminal voltages at relatively long time intervals.
    • 一种可自动充电的钟表包括一对小型和大型电容器,其具有相应的小型和大容量,并且在其各自的端子处选择性地可拆卸地连接到计时电路和太阳能电池。 一对小型和大型电容器在太阳能电池的瞬时操作期间彼此配合,用于选择性地接收和存储电荷,以便即使在太阳能电池的瞬时操作之后也跨越其各自的端子产生相应的端子电压。 在定时运行期间,检测器周期性地检测小型和大型电容器的端子电压。 开关电路响应检测到的端子电压,用于选择性地将小型和大型电容器连接和断开与时间保持电路的连接和断开,以使小型和大型电容器能够选择性地为定时电路供电。 当时间保持电路由小电容器供电以调节检测器以在相对短的时间间隔期间对端子电压进行周期性检测时,调节电路工作,并且当保持电路由用于调节的大电容器 检测器以相当长的时间间隔实现端子电压的周期性检测。