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    • 1. 发明授权
    • Surge protection
    • 浪涌保护
    • US08724280B2
    • 2014-05-13
    • US13580084
    • 2010-10-08
    • Arne AnderssonSten-Magnus JonassonMikael Strandljung
    • Arne AnderssonSten-Magnus JonassonMikael Strandljung
    • H02H3/08H02H9/02H02H3/20H02H9/04
    • H02H3/087H02H3/07
    • An electronic fuse (506, 507) suitable for use in a direct current, DC, applications which is exposed to surges. The electronic fuse (506,507) comprises a current sensor (500) for measuring a current flowing in a current path of the DC system, the electronic fuse comprising a first transistor switch (501) which is arranged in the current path, the first transistor switch comprising at least one parasitic diode (511) having a forward direction which is opposite to an operational DC direction of the current path. The electronic fuse further comprising a controller (502) operatively connected to the current sensor (500) and adapted to control the first transistor switch (501) based on the measured current, and a current restrictor (503,520) which is capable of blocking a current from flowing in the current path in a direction opposite to the operational DC direction.
    • 适用于暴露于浪涌的直流,直流应用中的电子熔丝(506,507)。 电子熔丝(506,507)包括用于测量在DC系统的电流路径中流动的电流的电流传感器(500),该电子熔丝包括布置在电流通路中的第一晶体管开关(501),第一晶体管开关 包括至少一个寄生二极管(511),其具有与当前路径的操作DC方向相反的正向。 电子熔断器还包括可操作地连接到电流传感器(500)并且适于基于测量的电流来控制第一晶体管开关(501)的控制器(502),以及能够阻塞电流的电流限制器(503,520) 在电流路径中沿与操作DC方向相反的方向流动。
    • 2. 发明申请
    • Surge Protection
    • 浪涌保护
    • US20120327547A1
    • 2012-12-27
    • US13580084
    • 2010-10-08
    • Arne AnderssonSten-Magnus JonassonMikael Strandljung
    • Arne AnderssonSten-Magnus JonassonMikael Strandljung
    • H02H9/02H02H3/06H01H69/02
    • H02H3/087H02H3/07
    • An electronic fuse (506, 507) suitable for use in a direct current, DC, applications which is exposed to surges. The electronic fuse (506,507) comprises a current sensor (500) for measuring a current flowing in a current path of the DC system, the electronic fuse comprising a first transistor switch (501) which is arranged in the current path, the first transistor switch comprising at least one parasitic diode (511) having a forward direction which is opposite to an operational DC direction of the current path. The electronic fuse further comprising a controller (502) operatively connected to the current sensor (500) and adapted to control the first transistor switch (501) based on the measured current, and a current restrictor (503,520) which is capable of blocking a current from flowing in the current path in a direction opposite to the operational DC direction.
    • 适用于暴露于浪涌的直流,直流应用中的电子熔丝(506,507)。 电子熔丝(506,507)包括用于测量在DC系统的电流路径中流动的电流的电流传感器(500),该电子熔丝包括布置在电流通路中的第一晶体管开关(501),第一晶体管开关 包括至少一个寄生二极管(511),其具有与当前路径的操作DC方向相反的正向。 电子熔断器还包括可操作地连接到电流传感器(500)并且适于基于测量的电流来控制第一晶体管开关(501)的控制器(502),以及能够阻塞电流的电流限制器(503,520) 在电流路径中沿与操作DC方向相反的方向流动。
    • 3. 发明授权
    • Arrangement and method for determining the state of a battery based on a capacity of the battery
    • 基于电池的容量来确定电池的状态的布置和方法
    • US09285429B2
    • 2016-03-15
    • US13985727
    • 2011-02-21
    • Arne AnderssonMikael Strandljung
    • Arne AnderssonMikael Strandljung
    • H01M10/44H01M10/46G01R31/36H01M10/48
    • G01R31/3606H01M10/482
    • A method for determining the state of a battery comprising at least two battery strings, wherein said battery strings are connected to a load and to a power supply unit, the method comprising: disconnecting (401) at least one first battery strings from said load; reducing (402) an output voltage of said power supply unit to said load below a first threshold value; discharging (403) at least one second battery string to said load; monitoring (404) the discharging of the at least one second battery string; determining (405) a capacity of said at least one second battery string based on at least in part the monitoring of discharging; and reconnecting (406) said at least one first battery strings to said power supply unit and to said load.
    • 一种用于确定包括至少两个电池串的电池的状态的方法,其中所述电池串连接到负载和电源单元,所述方法包括:从所述负载断开(401)至少一个第一电池串; 将所述电源单元的输出电压(402)降低(402)到所述负载低于第一阈值; 将至少一个第二电池串放电(403)到所述负载; 监测(404)所述至少一个第二电池串的放电; 至少部分地基于放电监视来确定(405)所述至少一个第二电池串的容量; 并且将所述至少一个第一电池组重新连接(406)到所述电源单元和所述负载。
    • 4. 发明申请
    • Arrangement and Method for Determining the State of a Battery
    • 确定电池状态的布置和方法
    • US20130320992A1
    • 2013-12-05
    • US13985727
    • 2011-02-21
    • Arne AnderssonMikael Strandljung
    • Arne AnderssonMikael Strandljung
    • G01R31/36
    • G01R31/3606H01M10/482
    • A method for determining the state of a battery comprising at least two battery strings, wherein said battery strings are connected to a load and to a power supply unit, the method comprising: disconnecting (401) at least one first battery strings from said load; reducing (402) an output voltage of said power supply unit to said load below a first threshold value; discharging (403) at least one second battery string to said load; monitoring (404) the discharging of the at least one second battery string; determining (405) a capacity of said at least one second battery string based on at least in part the monitoring of discharging; and reconnecting (406) said at least one first battery strings to said power supply unit and to said load.
    • 一种用于确定包括至少两个电池串的电池的状态的方法,其中所述电池串连接到负载和电源单元,所述方法包括:从所述负载断开(401)至少一个第一电池串; 将所述电源单元的输出电压(402)降低(402)到所述负载低于第一阈值; 将至少一个第二电池串放电(403)到所述负载; 监测(404)所述至少一个第二电池串的放电; 至少部分地基于放电监视来确定(405)所述至少一个第二电池串的容量; 并且将所述至少一个第一电池组重新连接(406)到所述电源单元和所述负载。