According to some examples, a charging handle for electrically charging an electric vehicle includes a housing and a movable core having a fluid connector that engages a charging port on the vehicle, an electrical connector, and a data connector. A drive mechanism moves the core relative to the housing between a disengaged position and an engaged position to extend or retract the connector. The latch mechanism secures the housing to the vehicle when engaged and releases the handle when disengaged. The fluid connector provides cooling fluid circulation, the electrical connector delivers charging current, and the data connector enables communication. The sequential engagement and disengagement of the connectors by the drive mechanism ensures secure connection under load. The latch mechanism allows an independent engagement force without pushing the vehicle body component. The charging handle provides a safe, reliable physical interface between an electric vehicle charging port and an external charging device by managing high power electrical, fluid, and data connections.
根据一些示例,用于对电动交通工具进行电充电的充电手柄包括壳体和可移动芯部,该可移动芯部具有与交通工具上的充电端口接合的流体连接器、电连接器和数据连接器。驱动机构相对于壳体在脱离位置和接合位置之间移动芯部,以伸出或缩回连接器。闩锁机构在接合时将壳体固定到交通工具,并且在脱离时释放手柄。流体连接器提供冷却流体循环,电连接器递送充电电流,数据连接器实现通信。驱动机构对连接器的顺序接合和分离确保了负载下的安全连接。闩锁机构允许独立的接合力,而不会推动车身部件。充电手柄通过管理高功率电连接、流体连接和数据连接,在电动交通工具充电端口和外部充电设备之间提供安全、可靠的物理接口。
Charging handle for electric vehicle
用于电动交通工具的充电手柄
11.04.2025
Patent
Elektronische Ressource
Chinesisch
Europäisches Patentamt | 2018
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