Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Door lock structure and charging pile with same
The invention provides a door lock structure and a charging pile with the door lock structure. The door lock structure comprises a locking rod and a lock catch, the locking rod is installed on a smallside door, the lock catch is arranged in the interior of a cabinet body; the locking rod comprises a sleeve, a lock pin, a first spring and a stop block; and the lock catch comprises a locking blockand a stop rod, an inserting hole and a passing groove are formed in the locking block, the stop rod is installed on the locking block in a guiding mode, a guiding installation hole communicates withthe passing groove, the first end of the stop rod is provided with a stopping station which extends into the passing groove to be close to the inserting hole so as to be matched with the stop block ina stopping mode and further provided with an avoiding station which is away from the inserting hole to enable the stop block to pass through, the second end of the stop rod is provided with a controlstructure capable of controlling the first end to be switched from the stopping station to the avoiding station, and an operation part of the control structure is arranged in the interior of the cabinet body. By the adoption of the door lock structure, the small side door can be unlocked only by opening a front door with the good anti-theft effect on the cabinet body, so that the effects that thesmall side door cannot be opened outside a cabinet, and the small side door and the cabinet body can realize locking with the good anti-theft effect are realized.
本发明提供了一种门锁结构及具有该结构的充电桩，门锁结构包括：锁杆，安装在侧小门上；锁扣，安装在柜体内部；锁杆包括：套筒、锁销、第一弹簧、止动块；锁扣包括：锁块，锁块上设有插孔和通过槽；止动杆，导向安装在锁块上，导向安装孔与通过槽连通，止动杆的第一端具有伸入通过槽靠近插孔以与止动块挡止配合的挡止工位，还具有远离插孔使止动块通过的避让工位，止动杆的第二端设有能够控制第一端由挡止工位切换至避让工位的控制结构，控制结构的操作部位设在柜体内部。采用本发明的门锁结构，需要先打开柜体上防盗效果比较好的前门，才可以进行侧小门的解锁，实现了在柜外无法打开侧小门，使得侧小门与柜体实现防盗效果比较好的锁止。
Door lock structure and charging pile with same
The invention provides a door lock structure and a charging pile with the door lock structure. The door lock structure comprises a locking rod and a lock catch, the locking rod is installed on a smallside door, the lock catch is arranged in the interior of a cabinet body; the locking rod comprises a sleeve, a lock pin, a first spring and a stop block; and the lock catch comprises a locking blockand a stop rod, an inserting hole and a passing groove are formed in the locking block, the stop rod is installed on the locking block in a guiding mode, a guiding installation hole communicates withthe passing groove, the first end of the stop rod is provided with a stopping station which extends into the passing groove to be close to the inserting hole so as to be matched with the stop block ina stopping mode and further provided with an avoiding station which is away from the inserting hole to enable the stop block to pass through, the second end of the stop rod is provided with a controlstructure capable of controlling the first end to be switched from the stopping station to the avoiding station, and an operation part of the control structure is arranged in the interior of the cabinet body. By the adoption of the door lock structure, the small side door can be unlocked only by opening a front door with the good anti-theft effect on the cabinet body, so that the effects that thesmall side door cannot be opened outside a cabinet, and the small side door and the cabinet body can realize locking with the good anti-theft effect are realized.
本发明提供了一种门锁结构及具有该结构的充电桩，门锁结构包括：锁杆，安装在侧小门上；锁扣，安装在柜体内部；锁杆包括：套筒、锁销、第一弹簧、止动块；锁扣包括：锁块，锁块上设有插孔和通过槽；止动杆，导向安装在锁块上，导向安装孔与通过槽连通，止动杆的第一端具有伸入通过槽靠近插孔以与止动块挡止配合的挡止工位，还具有远离插孔使止动块通过的避让工位，止动杆的第二端设有能够控制第一端由挡止工位切换至避让工位的控制结构，控制结构的操作部位设在柜体内部。采用本发明的门锁结构，需要先打开柜体上防盗效果比较好的前门，才可以进行侧小门的解锁，实现了在柜外无法打开侧小门，使得侧小门与柜体实现防盗效果比较好的锁止。
Door lock structure and charging pile with same
一种门锁结构及具有该结构的充电桩
ZHOU CHUANPENG (Autor:in) / QI HONGZHU (Autor:in) / ZHANG ZIYANG (Autor:in) / CHEN BIN (Autor:in) / WANG WEIMING (Autor:in) / WANG HAN (Autor:in) / WU JUNWEI (Autor:in) / MA FANGJUN (Autor:in)
29.01.2021
Patent
Elektronische Ressource
Chinesisch
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