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    • 5. 发明授权
    • Power line communication system
    • 电力线通信系统
    • US09337897B2
    • 2016-05-10
    • US14001421
    • 2012-02-01
    • Yousuke TakataYutaka KomatsuTakeshi HagiharaNobuyuki Nakagawa
    • Yousuke TakataYutaka KomatsuTakeshi HagiharaNobuyuki Nakagawa
    • H02J7/00H04B3/54H04B3/56B60L11/18
    • H04B3/54B60L11/1838B60L2230/12H04B3/56Y02T10/6269Y02T10/7005Y02T10/7088Y02T90/121Y02T90/128Y02T90/14Y02T90/16Y02T90/163
    • Provided is a power line communication system in which power line communication devices having different configurations from each other coexist. A charging station performs power line communication, using a signal superimposition/separation section in which a capacitor, a coupling transformer, and a capacitor are connected to branch lines branched from two AC lines. An electric vehicle performs power line communication, using a signal superimposition/separation section in which the coupling transformer is inserted in one AC line and a capacitor is connected to and between two AC lines. In a case where the charging station and the electric vehicle are connected to each other with a charging cable, a closed loop circuit is formed that is composed of the AC line, the branch line, the capacitor, a primary coil of the coupling transformer, the capacitor, the branch line, the AC line, an AC line, the AC line, the capacitor, a primary coil of a coupling transformer, the AC line, and an AC line. Thus, power line communication can be performed.
    • 提供了具有彼此不同配置的电力线通信装置共存的电力线通信系统。 充电站进行电力线通信,使用其中电容器,耦合变压器和电容器连接到从两条交流线路分支的分支线路的信号叠加/分离部分。 电动车辆使用信号叠加/分离部分进行电力线通信,其中耦合变压器插入一个AC线路中,并且电容器连接到两个AC线路之间并在两个AC线路之间连接。 在充电站和电动车辆用充电电缆彼此连接的情况下,形成由AC线,分支线,电容器,耦合变压器的初级线圈构成的闭环电路, 电源线,交流线路,交流线路,交流线路,电容器,耦合变压器的初级线圈,交流线路和交流线路。 因此,可以进行电力线通信。
    • 8. 发明申请
    • POWER LINE COMMUNICATION SYSTEM, CONNECTOR DEVICE, AND POWER LINE COMMUNICATION DEVICE
    • 电力线通信系统,连接器装置和电力线通信装置
    • US20130342008A1
    • 2013-12-26
    • US14003136
    • 2012-02-01
    • Yousuke TakataTakeshi HagiharaYutaka KomatsuHiroya AndohYuta OchiaiNobuyuki NakagawaYukihiro Miyashita
    • Yousuke TakataTakeshi HagiharaYutaka KomatsuHiroya AndohYuta OchiaiNobuyuki NakagawaYukihiro Miyashita
    • B60R16/023
    • B60R16/023H04B3/548H04B2203/547H04B2203/5483
    • Provided are a power line communication system, a connector device, and a power line communication device that allow downsizing of a device for power line communication in a vehicle that performs power line communication with a feeding device via a charging cable. An electromagnetic induction type signal converter and a filter necessary for power line communication are provided in a connector device 3, and a power line communication section which performs power line communication with the electromagnetic induction type signal converter is provided in an ECU. A capacitor 16, a signal wire 17, and a capacitor 16 are connected in series between AC lines 11 and 12 extending from a tubular part 32 of the connector device 3. The electromagnetic induction type signal converter is formed by a primary coil obtained by winding the signal wire 17 around a toroidal core 15c fitted on the tubular part 32, and a secondary coil obtained by winding a signal wire 13 connected to the power line communication section around the toroidal core 15c. Cutouts 32a and 32b for housing the signal wires 17 and 13 wound around the toroidal core 15c are formed in the tubular part 32 of the connector device 3.
    • 提供一种电力线通信系统,连接器装置和电力线通信装置,其允许通过充电电缆与进给装置进行电力线通信的车辆中的用于电力线通信的装置的小型化。 电磁感应型信号转换器和电力线通信所需的滤波器设置在连接器装置3中,并且在ECU中设置与电磁感应型信号转换器进行电力线通信的电力线通信部。 电容器16,信号线17和电容器16串联连接在从连接器装置3的管状部分32延伸的AC线11和12之间。电磁感应型信号转换器由绕组获得的初级线圈形成 围绕安装在管状部件32上的环形铁芯15c的信号线17以及通过将连接到电力线通信部分的信号线13卷绕在环形铁芯15c周围而获得的次级线圈。 在连接器装置3的管状部分32中形成有用于容纳围绕环形芯15c缠绕的信号线17和13的切口32a和32b。
    • 10. 发明申请
    • POWER LINE COMMUNICATION SYSTEM
    • 电力线通信系统
    • US20130328528A1
    • 2013-12-12
    • US14001421
    • 2012-02-01
    • Yousuke TakataYutaka KomatsuTakeshi HagiharaNobuyuki Nakagawa
    • Yousuke TakataYutaka KomatsuTakeshi HagiharaNobuyuki Nakagawa
    • H04B3/54
    • H04B3/54B60L11/1838B60L2230/12H04B3/56Y02T10/6269Y02T10/7005Y02T10/7088Y02T90/121Y02T90/128Y02T90/14Y02T90/16Y02T90/163
    • Provided is a power line communication system in which power line communication devices having different configurations from each other coexist. A charging station performs power line communication, using a signal superimposition/separation section in which a capacitor, a coupling transformer, and a capacitor are connected to branch lines branched from two AC lines. An electric vehicle performs power line communication, using a signal superimposition/separation section in which the coupling transformer is inserted in one AC line and a capacitor is connected to and between two AC lines. In a case where the charging station and the electric vehicle are connected to each other with a charging cable, a closed loop circuit is formed that is composed of the AC line, the branch line, the capacitor, a primary coil of the coupling transformer, the capacitor, the branch line, the AC line, an AC line, the AC line, the capacitor, a primary coil of a coupling transformer, the AC line, and an AC line. Thus, power line communication can be performed.
    • 提供了具有彼此不同配置的电力线通信装置共存的电力线通信系统。 充电站进行电力线通信,使用其中电容器,耦合变压器和电容器连接到从两条交流线路分支的分支线路的信号叠加/分离部分。 电动车辆使用信号叠加/分离部分进行电力线通信,其中耦合变压器插入一个AC线路中,并且电容器连接到两个AC线路之间并在两个AC线路之间连接。 在充电站和电动车辆用充电电缆彼此连接的情况下,形成由AC线,分支线,电容器,耦合变压器的初级线圈构成的闭环电路, 电源线,交流线路,交流线路,交流线路,电容器,耦合变压器的初级线圈,交流线路和交流线路。 因此,可以进行电力线通信。