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A platform for research: civil engineering, architecture and urbanism
Charging pile interface self-locking anti-theft charging structure
The invention discloses a charging pile interface self-locking anti-theft charging structure. The structure comprises a box body, a socket is installed in the box body and connected with a power line, the power line penetrates out of one side of the box body, a door plate is hinged to the box body on the outer side of the socket, a wire inlet groove is formed in the middle of the door plate, the width of the wire inlet groove is larger than that of a charger wire and smaller than that of a charger plug, and a connecting column is fixedly connected to the inner side of the door plate. An electromagnetic lock body is arranged in the box body, a lock plate matched with the electromagnetic lock body is arranged at the inner end of the connecting column, and the electromagnetic lock body is connected with the power line. The socket is arranged in the box body, the door plate is arranged on the box body, the wire inlet groove is formed in the door plate, a charger plug can be inserted into the socket when the door plate is opened, the size of the wire inlet groove can accommodate a charger wire, normal charging is not affected, and during charging, a current charging user can open the door plate according to needs; other people cannot open the door plate and cannot replace the charger plug, so that charging stealing is avoided.
本发明公开了一种充电桩接口自锁防盗充结构。该结构包括盒体，盒体内安装有插座，插座与电源线连接，电源线从盒体的一侧穿出，插座外侧的盒体上铰接有门板，门板的中部设有进线槽，进线槽的宽度大于充电器线的宽度，且小于充电器插头的宽度，门板的内侧固定连接有连接柱，盒体内设有电磁锁体，连接柱的内端设有与电磁锁体配合的锁板，电磁锁体与电源线连接。本发明通过将插座设置在盒体内，在盒体上设置门板，并在门板上的进线槽，在门板打开状态下可将充电器插头插入插座内，进线槽的尺寸可容纳充电器线，不影响正常充电，在充电期间，当前充电用户可根据需要打开门板，其它人无法打开门板，也无法更换充电器插头，进而避免出现盗充。
Charging pile interface self-locking anti-theft charging structure
The invention discloses a charging pile interface self-locking anti-theft charging structure. The structure comprises a box body, a socket is installed in the box body and connected with a power line, the power line penetrates out of one side of the box body, a door plate is hinged to the box body on the outer side of the socket, a wire inlet groove is formed in the middle of the door plate, the width of the wire inlet groove is larger than that of a charger wire and smaller than that of a charger plug, and a connecting column is fixedly connected to the inner side of the door plate. An electromagnetic lock body is arranged in the box body, a lock plate matched with the electromagnetic lock body is arranged at the inner end of the connecting column, and the electromagnetic lock body is connected with the power line. The socket is arranged in the box body, the door plate is arranged on the box body, the wire inlet groove is formed in the door plate, a charger plug can be inserted into the socket when the door plate is opened, the size of the wire inlet groove can accommodate a charger wire, normal charging is not affected, and during charging, a current charging user can open the door plate according to needs; other people cannot open the door plate and cannot replace the charger plug, so that charging stealing is avoided.
本发明公开了一种充电桩接口自锁防盗充结构。该结构包括盒体，盒体内安装有插座，插座与电源线连接，电源线从盒体的一侧穿出，插座外侧的盒体上铰接有门板，门板的中部设有进线槽，进线槽的宽度大于充电器线的宽度，且小于充电器插头的宽度，门板的内侧固定连接有连接柱，盒体内设有电磁锁体，连接柱的内端设有与电磁锁体配合的锁板，电磁锁体与电源线连接。本发明通过将插座设置在盒体内，在盒体上设置门板，并在门板上的进线槽，在门板打开状态下可将充电器插头插入插座内，进线槽的尺寸可容纳充电器线，不影响正常充电，在充电期间，当前充电用户可根据需要打开门板，其它人无法打开门板，也无法更换充电器插头，进而避免出现盗充。
Charging pile interface self-locking anti-theft charging structure
一种充电桩接口自锁防盗充结构
ZENG CHAOMING (author) / YANG SHUN (author) / YANG FEIFEI (author) / CHEN HAO (author)
2021-12-28
Patent
Electronic Resource
Chinese
IPC:
B60L
PROPULSION OF ELECTRICALLY-PROPELLED VEHICLES
,
Antrieb von elektrisch angetriebenen Fahrzeugen
/
E05C
Riegel oder Feststellvorrichtungen für Flügel, insbesondere für Türen oder Fenster
,
BOLTS OR FASTENING DEVICES FOR WINGS, SPECIALLY FOR DOORS OR WINDOWS
/
H01R
Elektrisch leitende Verbindungen
,
ELECTRICALLY-CONDUCTIVE CONNECTIONS
| European Patent Office | 2021
Charging pile anti-theft device based on electromagnetic induction principle
| European Patent Office | 2020