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    • 52. 发明申请
    • BATTERY PACK AND OVER-DISCHARGE PROTECTING METHOD THEREOF
    • 电池组及其放电保护方法
    • US20100214707A1
    • 2010-08-26
    • US12710282
    • 2010-02-22
    • Changyong Yun
    • Changyong Yun
    • H02H3/24
    • H02J7/0031H02J7/0013H02J7/0026H02J2007/004
    • A battery pack includes a first battery stack having a plurality of battery cells connected in series, a second battery stack having a plurality of battery cells connected in series and connected in parallel to the first battery stack, a controller for sensing voltages of the plurality of battery cells of the first battery stack and the plurality of battery cells of the second battery stack and for outputting a fuse blowing signal when at least one of the sensed voltages is lower than a first reference voltage, and a fuse blowing unit for electrically decoupling the first and second battery stacks from an output terminal of the battery pack in response to the fuse blowing signal from the controller. A fuse blowing signal is also sent to the fuse blowing unit when the at least one of the sensed voltages is higher than a second reference voltage.
    • 一种电池组包括具有串联连接的多个电池单元的第一电池组,具有串联连接并与第一电池组并联连接的多个电池单元的第二电池组,用于感测多个 第一电池堆的电池单元和第二电池组的多个电池单元,并且当至少一个所感测的电压低于第一参考电压时,输出保险丝熔断信号;以及保险丝熔断单元,用于电耦合 响应于来自控制器的保险丝熔断信号,电池组的输出端子的第一和第二电池堆叠。 当感测电压中的至少一个高于第二参考电压时,保险丝熔断信号也被发送到保险丝熔断单元。
    • 55. 发明申请
    • Safety device for prevention of electrical shocks
    • 防止电击的安全装置
    • US20100118452A1
    • 2010-05-13
    • US12586743
    • 2009-09-25
    • Vernon M. Hull, JR.
    • Vernon M. Hull, JR.
    • H02H3/00H02H3/24H02H3/20G10L13/00
    • H02H11/002H02H3/33Y10T307/858
    • A safety device can provide electrical shock protection for an electrical appliance. Voltage sensors can monitor voltage levels among a power conductor, a neutral conductor, and a ground conductor. When sensed voltages indicate that these conductors are properly wired to an electrical power utility, inline switches can close to allow power to pass through the safety device to the appliance. When one or more of the sensed voltages indicates that the power level is too low to operate the appliance, one or more switches of the safety device can open to block power from passing through to the appliance. When one or more of the sensed voltages indicates that an electrical problem posing a shock hazard exists in the electrical appliance, one or more switches of the safety device can open to interrupt power from transmitting to the appliance.
    • 安全装置可以为电器提供电击保护。 电压传感器可以监测电源导体,中性导体和接地导体之间的电压电平。 当检测到的电压指示这些导体正确连接到电力公用设施时,内联开关可以关闭,以允许电力通过安全装置到设备。 当感测电压中的一个或多个表示功率水平太低而不能操作设备时,安全设备的一个或多个开关可以打开以阻止电力通过设备。 当感测电压中的一个或多个表示在电器中存在存在电击危险的电气问题时,安全装置的一个或多个开关可以打开以中断从发射到器具的电力。
    • 57. 发明授权
    • Reset circuit
    • 复位电路
    • US07545186B2
    • 2009-06-09
    • US10998060
    • 2004-11-29
    • Hideaki SuzukiHirokazu Yamazaki
    • Hideaki SuzukiHirokazu Yamazaki
    • H02H3/24
    • H03K17/223H03K3/356008
    • A reset circuit includes a power supply detection circuit, a power-down detection circuit, and an output circuit. The power supply detection circuit outputs a first signal when a first voltage according to a power supply voltage is higher than a first threshold and outputting a second signal when the first voltage is lower than the first threshold during power-on and power-down. The power-down detection circuit outputs a third signal when a second voltage according to the power supply voltage becomes lower than a second threshold after the second signal is outputted during power-down. The output circuit outputs a power-on reset signal which changes from low to high when the first signal is outputted during power-on and outputs a power-down reset signal which changes from low to high when the third signal is outputted during power-down.
    • 复位电路包括电源检测电路,掉电检测电路和输出电路。 当电源电压的第一电压高于第一阈值时,电源检测电路输出第一信号,并且在上电和掉电期间当第一电压低于第一阈值时输出第二信号。 当在掉电期间输出第二信号之后,当根据电源电压的第二电压变得低于第二阈值时,掉电检测电路输出第三信号。 输出电路在上电时输出第一个信号时,输出从低电平变为高电平的上电复位信号,并在断电时输出第三个信号输出时从低电平变为高电平的掉电复位信号 。
    • 59. 发明授权
    • Protection circuits for hybrid power systems
    • 混合动力系统的保护电路
    • US07531916B2
    • 2009-05-12
    • US10855206
    • 2004-05-26
    • Jerrold E. FranklinJames M. Oros
    • Jerrold E. FranklinJames M. Oros
    • H02J7/34H02H3/20H02H3/24
    • B60L11/1887H01M8/04559H01M8/04567H01M8/04589H01M8/04604H01M8/04679H01M8/04686H01M8/0488H01M8/0491H01M16/006Y02T90/34Y10T307/615Y10T307/625
    • A power management and protection system is provided for a hybrid fuel cell system. The hybridization includes a fuel cell stack and an energy storage device (ESD) having either batteries, ultracapacitors, or both, in parallel with the fuel cell for delivering power to an electrical load. Voltage and current protection is provided to the stack, ESD, and load by use of a two stage control system. The first stage limits the current drawn from the stack and the charging rate of the ESD and provides for the voltage output to be within an adjustable predetermined range to prevent an over-voltage condition on the ESD and the load and an under-voltage condition in the stack. The second stage limits the current delivered to the load to an adjustable predetermined level, prevents an under-voltage condition on the load, and prevents rapid discharge of the ESD in the case of a short circuit.
    • 为混合燃料电池系统提供电力管理和保护系统。 该杂交包括燃料电池堆和具有电池,超级电容器或两者的能量存储装置(ESD),其与用于将功率传递到电负载的燃料电池并联。 电压和电流保护通过使用两级控制系统提供给堆栈,ESD和负载。 第一级限制了从堆叠中提取的电流和ESD的充电速率,并将电压输出设置在可调节的预定范围内,以防止ESD和负载上的过压状况以及欠压状态 堆栈。 第二级将传送到负载的电流限制到可调节的预定电平,防止负载上的欠压状态,并防止在短路情况下ESD的快速放电。
    • 60. 发明授权
    • System and method for providing a temperature compensated under-voltage-lockout circuit
    • 提供温度补偿欠压锁定电路的系统和方法
    • US07450359B1
    • 2008-11-11
    • US11071867
    • 2005-03-03
    • Tawen MeiThomas Yang
    • Tawen MeiThomas Yang
    • H02H3/24
    • H03K17/223H03K17/145
    • A system and a method are disclosed for providing a temperature compensated under-voltage-lockout circuit that has a trip point voltage that is not sensitive to temperature variation. The under-voltage-lockout circuit of the invention comprises (1) an inverter circuit that is coupled to a supply voltage and (2) a temperature compensation circuit that is coupled to the supply voltage and to the inverter circuit. The temperature compensation circuit and the inverter circuit temperature compensate a trip point voltage of the inverter circuit by driving an input of the inverter circuit with a voltage that has a same temperature coefficient as the trip point voltage of the inverter circuit.
    • 公开了一种用于提供具有对温度变化不敏感的跳变点电压的温度补偿欠压锁定电路的系统和方法。 本发明的欠压锁定电路包括(1)耦合到电源电压的逆变器电路和(2)耦合到电源电压的温度补偿电路和逆变器电路。 温度补偿电路和逆变器电路温度通过以与逆变器电路的跳闸点电压相同的温度系数的电压驱动逆变器电路的输入来补偿逆变器电路的跳闸点电压。