The invention discloses a locking system and mechanism for an electric vehicle charger socket. The locking system comprises a plunger, one or more springs and an electric control actuator. The plunger contacts a lockable portion of an electric vehicle charger inserted in a channel of the electric vehicle charging socket. When not compressed, one or more springs position the tip of the plunger in a return position within the passage bore or above the bore. When compressed, the one or more springs exert a force in the second direction, returning the tip to the return position. When activated, the actuator applies a mechanical force to the plunger in a first direction, passing the tip through the bore and positioning the tip in a locked position in the channel to contact the lockable portion. When the operation is stopped, the actuator removes the mechanical force from the plunger, allowing the plunger to return to the return position by the one or more springs.
本发明公开了一种用于电动汽车充电器插座的锁定系统及机构,包括一个柱塞、一个或多个弹簧和一个电控执行器。所述柱塞接触插入在所述电动汽车充电插座的通道中的电动汽车充电器的可锁定部分。当不压缩时,一个或多个弹簧将柱塞的尖端定位在通道孔内或孔上方的返回位置。当被压缩时,一个或多个弹簧在第二个方向上施加一个力,使尖端返回到返回位置。当激活时,执行器向第一方向对柱塞施加机械力,使所述尖端通过所述孔并将所述尖端定位在通道中的锁定位置,以与所述可锁定部分接触。当停止工作时,执行机构从柱塞中移除机械力,允许柱塞通过一个或多个弹簧返回到返回位置。
Locking system and mechanism for electric vehicle charger socket
一种用于电动汽车充电器插座的锁定系统及机构
2025-05-27
Patent
Electronic Resource
Chinese
European Patent Office | 2025
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