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    • 3. 发明授权
    • Power supply apparatus for charging-type device
    • 充电式设备电源装置
    • US4994726A
    • 1991-02-19
    • US255833
    • 1988-10-11
    • Kozo TamuraSyoichi NihiraYasuhiro TsukamotoAkira Iida
    • Kozo TamuraSyoichi NihiraYasuhiro TsukamotoAkira Iida
    • H02J7/04A61H33/02H01M10/46H02J7/00H02J7/35H02J9/06
    • A61H33/60A61H33/005H01M10/46H02J7/0068H02J9/062A61H33/02
    • There is provided a power supply apparatus for charging-type device including a transformer disposed in a main body of the power supply apparatus, current supply connection terminals connected to a secondary winding of the transformer, current receiving connection terminals so disposed in a charging-type device as to be capable of being coupled to and detached from the current supplying connection terminals, a storage battery so disposed in the charging-type device as to be charged from the current receiving connection terminals, and a load connected to the storage battery, the power supply apparatus for charging-type device comprising relay contacts of a relay connected to a primary side of a primary winding of the transformer, short-circuit contacts for the relay contacts, a relay coil for opering and closing the relay contacts, a first connection control terminal connected to the relay coil, and a second connection control terminal capable of being coupled and detached from the first connection control terminal, the relay coil being connected to a secondary side of secondary winding of the transformer via the first and second control terminals to interrupt a current flowing through the transformer upon completion of battery charging and upon detachment of the charging-type device from the main body of the power supply apparatus.
    • 提供了一种充电式设备的电源装置,包括设置在电源设备的主体中的变压器,连接到变压器的次级绕组的电流供应连接端子,设置成充电型的电流接收连接端子 装置,能够与当前的供电连接端子耦合和分离;一个如此设置在充电型装置中以从当前接收连接端子充电的蓄电池和连接到蓄电池的负载, 充电式装置的电源装置包括连接到变压器的初级绕组的初级侧的继电器的继电器触点,用于继电器触点的短路触点,用于操作和闭合继电器触点的继电器线圈,第一连接 连接到继电器线圈的控制端子,以及能够从开关端子连接和分离的第二连接控制端子 t连接控制端子,继电器线圈经由第一和第二控制端子连接到变压器的次级绕组的次级侧,以在电池充电完成时和在充电型装置脱离时中断流过变压器的电流 电源设备的主体。
    • 5. 发明授权
    • Bubble massager
    • 泡泡按摩器
    • US5195511A
    • 1993-03-23
    • US640212
    • 1991-01-11
    • Toshiharu KodatoKozo TamuraTomotaka HondaToshihiro TakahashiMasaki KajiShoichi Ito
    • Toshiharu KodatoKozo TamuraTomotaka HondaToshihiro TakahashiMasaki KajiShoichi Ito
    • A61H33/00
    • A61H33/6057A61H33/0091
    • The present invention relates to a bubble massager used in a bathtub in which a rechargeable storage battery is used as a power supply, One display unit for displaying both a charging state and an operating state is provided. It is possible to discharge and select three types of bubble jets, weak, strong and intermittent, and to display an operating mode. Futhermore, it is possible to display a trouble location of the bubble massager by high-speed flickering of the one display unit. Moreover, the bubble massager constructed so that the jet is controlled so as to be discharged in the order of weak.fwdarw.strong.fwdarw.intermittent and the intermittent jet is made to repeat strong .rarw..fwdarw. feeble jet for providing an uninterrupted jet in order to relieve a shock due to a sensible sudden change caused by change over of the bubble jet.
    • 本发明涉及一种在可充电蓄电池用作电源的浴缸中使用的气泡按摩器,提供了一种用于同时显示充电状态和操作状态的显示单元。 可以排出和选择三种类型的气泡,弱,强和间歇,并显示操作模式。 此外,可以通过一个显示单元的高速闪烁来显示气泡按摩器的故障位置。 此外,气泡按摩器被构造成使得喷射被控制以便以弱 - >强 - 间歇的顺序排出,并且间歇射流被重复强烈的< - >微弱射流以提供不间断的射流 以减轻由气泡喷射器的变化造成的明显突然变化的震动。
    • 7. 发明授权
    • Charging circuit
    • 充电电路
    • US5006780A
    • 1991-04-09
    • US336785
    • 1989-04-13
    • Kozo TamuraToshiharu KodatoSyoichi NihiraYasuhiro TsukamotoAkira Iida
    • Kozo TamuraToshiharu KodatoSyoichi NihiraYasuhiro TsukamotoAkira Iida
    • H02J7/00H02J7/02
    • H02J7/022
    • A charging circuit comprises a main circuit for charging a battery and a power unit connected to an electric power source. The main circuit and the power unit are connected through a connector to each other. The power source transformed by a transformer located at the power unit is supplied to the connector through a contact of a direct current relay. After alternating current is introduced to the main circuit from the power unit, the alternating current is rectified by a diode bridge. The direct current from the diode bridge is supplied to the battery through a control circuit. When the battery is charged sufficiently, the control circuit outputs an instruction signal to a diode portion of a photo-triac connected between an output terminal of the diode bridge and the control relay. When the instruction signal is transmitted to the diode portion, a triac portion of the photo-triac, which is connected between one of an input terminal of the diode bridge and the connector, outputs another instruction signal to the relay located at the power unit for opening the contact through the connector.
    • 充电电路包括用于对电池充电的主电路和连接到电源的电力单元。 主电路和电源单元通过连接器相互连接。 由位于电源单元的变压器变换的电源通过直流继电器的触点供应给连接器。 交流电从电源单元引入主电路后,交流电由二极管桥整流。 来自二极管电桥的直流电通过控制电路提供给电池。 当电池充电充足时,控制电路向连接在二极管电桥的输出端子和控制继电器之间的光电三端双向可控硅开关的二极管部分输出指令信号。 当指令信号被传送到二极管部分时,连接在二极管电桥的输入端子和连接器之一上的光电三端双向可控硅开关元件部分将另一指令信号输出到位于功率单元处的继电器 通过连接器打开触点。