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    • 4. 发明授权
    • Standby-power cutoff device for electronic product using power adaptor
    • US09906071B2
    • 2018-02-27
    • US14584749
    • 2014-12-29
    • MILPROS CO., LTD.
    • Chang-Ho Kim
    • H01H19/14H02J9/00H02M7/12H02M1/36H02M7/217H02M1/00
    • H02J9/005H02M1/36H02M7/12H02M7/217H02M2001/0032Y02B70/16Y10T307/76
    • The present invention is a standby-power cutoff device for an electronic product using a power adaptor. The power adaptor comprises: a power supply unit for receiving external commercial AC power and generating DC power required for the operation of the electronic product; a first switching unit and a first switching driving unit installed in the path for providing the external commercial AC power to the power supply unit so as to cut off or supply the external commercial AC power from/to the power supply unit; a second switching unit and a second switching driving unit having a first contact for cutting off or supplying DC power from/to the electronic product and a second contact additionally connected to a DC power-supply line; a current-sensing unit for sensing the state of the current being provided to the electronic product; and an adaptor control unit for receiving the sensed signal from the current sensing unit in order to detect whether the electronic product is in an off state, if the electronic product is in the off state, controlling the first switching unit and the second switching unit such that the first and second switching units cut off power, and controlling the second contact to be in an on state, receiving the state of the signal of the DC power supply line through the second contact in order to detect if the electronic product is turned on, and, if the electronic product is in the on state, controlling the first switching unit and the second switching unit such that the first and second switching units operate to supply power, and controlling the second contact to be in an off state.
    • 8. 发明授权
    • Electronic device with keys and voltage detecting method thereof
    • 具有按键的电子装置及其电压检测方法
    • US09537506B2
    • 2017-01-03
    • US14140292
    • 2013-12-24
    • Shenzhen Airdrawing Technology Service Co., Ltd
    • Jun-Juan GaoXiao-Wei YangYang WangChun-Ching Chen
    • H01H47/00H03M11/24
    • H03M11/24Y10T307/76
    • An electronic device with a plurality of keys which correspond to a plurality of standard voltages respectively comprises a voltage generation module, a detection module, storage, an acquiring module, a comparison module, and an extraction module. The voltage generation module with an initial voltage decreases the initial voltage to the standard voltage corresponding to the pressed key. The detection module detects whether the current voltage of the voltage generation module is equal to the initial voltage. The storage stores the current voltage as a reference voltage when the current voltage is not equal to the initial voltage. The acquiring module acquires a current voltage of the voltage generation module after a predetermined time. The comparison module compares the acquired current voltage with the reference voltage. When the acquired current voltage is equal to the reference voltage, the extraction module executes an operation corresponding to the reference voltage.
    • 具有对应于多个标准电压的多个键的电子设备分别包括电压产生模块,检测模块,存储器,获取模块,比较模块和提取模块。 具有初始电压的电压产生模块将初始电压降低到与按下的键对应的标准电压。 检测模块检测电压产生模块的当前电压是否等于初始电压。 当电流电压不等于初始电压时,存储器将当前电压作为参考电压存储。 获取模块在预定时间之后获取电压产生模块的当前电压。 比较模块将获取的电流电压与参考电压进行比较。 当获取的电流电压等于参考电压时,提取模块执行与参考电压相对应的操作。
    • 10. 发明授权
    • Bypassable battery modules
    • 旁路电池模块
    • US09525290B2
    • 2016-12-20
    • US14063043
    • 2013-10-25
    • SAFT S.A.
    • James G. Snyder
    • H02J1/00H02J7/00
    • H02J7/0016H02J7/0021H02J7/0065Y02T10/7055Y10T307/76
    • A battery system may include a plurality of battery modules connected in series. A battery module of the plurality of battery modules may include a cell stack array, a first solid state switch and a second solid state switch arranged in a half bridge configuration and configured to operate in a complementary fashion, and a solid state driver connected to both gates of the first solid state switch and second solid state switch and configured to turn on and off the first solid state switch and the second solid state switch. Further, the cell stack array is configured to be active when the first solid state switch is on and the second solid state switch is off, and configured to be bypassed when the first solid state switch is off and the second solid state switch is on.
    • 电池系统可以包括串联连接的多个电池模块。 多个电池模块的电池模块可以包括以半桥配置布置并配置为以互补方式操作的单元堆叠阵列,第一固态开关和第二固态开关,以及连接到两个电池模块的固态驱动器 第一固态开关和第二固态开关的门,并且被配置为接通和断开第一固态开关和第二固态开关。 此外,电池堆阵列被配置为当第一固态开关导通并且第二固态开关断开时被激活,并且被配置为当第一固态开关断开并且第二固态开关导通时被旁路。