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A platform for research: civil engineering, architecture and urbanism
Locking structure for intelligent lock
The invention relates to a locking structure for an intelligent lock. The locking structure comprises a lock body assembly, an electronic module and a locking mechanism, the lock body assembly comprises a lock shell, two parallel sliding grooves are formed in the edge of the lock shell, sliding rails corresponding to the sliding grooves are arranged on the edge of the electronic module, the sliding rails are detachably connected with the sliding grooves, and a mounting base used for mounting electronic devices is further arranged in the electronic module. The mounting base and the locking mechanism are mounted in the lock shell in a stacked mode, an avoiding groove and a clamping groove are formed in the side, adjacent to the lock shell, of the mounting base, the locking mechanism is mounted at the avoiding groove in an embedded mode, and the protruding end of the locking mechanism is movably clamped in the clamping groove. The electronic module is integrally locked on the lock shell through the locking mechanism, non-maintenance personnel are prevented from pulling out the electronic module at will, the electronic module can be pulled out by pressing the locking mechanism, overall disassembly is achieved, and the situation that electronic parts are prone to being lost due to the fact that the electronic module is disassembled and assembled in a split mode is avoided, modularized assembling is achieved, and the assembling and after-sales maintenance cost is reduced.
本发明涉及一种智能锁用锁固结构，包括锁体组件，电子模块与锁固机构，锁体组件包括锁壳，锁壳的边部设置有两条平行的滑槽，电子模块边部对应滑槽设置有滑轨，滑轨与滑槽可拆卸连接，电子模块内还设置有用于安装电子器件的安装座，安装座与锁固机构层叠安装在锁壳内，安装座与锁壳相邻一侧设置有避让槽与卡接槽，锁固机构嵌合安装在避让槽处，锁固机构的凸出端活动卡接在所述卡接槽内。本发明使用锁固机构将电子模块整体锁固在锁壳上，避免非维护人员随意拔出电子模块，并可以通过按压锁固机构拔出电子模块，实现整体拆卸，避免将电子模块分体拆装，容易导致电子零部件遗失；实现模块化拼装，并降低组装及售后维护成本。
Locking structure for intelligent lock
The invention relates to a locking structure for an intelligent lock. The locking structure comprises a lock body assembly, an electronic module and a locking mechanism, the lock body assembly comprises a lock shell, two parallel sliding grooves are formed in the edge of the lock shell, sliding rails corresponding to the sliding grooves are arranged on the edge of the electronic module, the sliding rails are detachably connected with the sliding grooves, and a mounting base used for mounting electronic devices is further arranged in the electronic module. The mounting base and the locking mechanism are mounted in the lock shell in a stacked mode, an avoiding groove and a clamping groove are formed in the side, adjacent to the lock shell, of the mounting base, the locking mechanism is mounted at the avoiding groove in an embedded mode, and the protruding end of the locking mechanism is movably clamped in the clamping groove. The electronic module is integrally locked on the lock shell through the locking mechanism, non-maintenance personnel are prevented from pulling out the electronic module at will, the electronic module can be pulled out by pressing the locking mechanism, overall disassembly is achieved, and the situation that electronic parts are prone to being lost due to the fact that the electronic module is disassembled and assembled in a split mode is avoided, modularized assembling is achieved, and the assembling and after-sales maintenance cost is reduced.
本发明涉及一种智能锁用锁固结构，包括锁体组件，电子模块与锁固机构，锁体组件包括锁壳，锁壳的边部设置有两条平行的滑槽，电子模块边部对应滑槽设置有滑轨，滑轨与滑槽可拆卸连接，电子模块内还设置有用于安装电子器件的安装座，安装座与锁固机构层叠安装在锁壳内，安装座与锁壳相邻一侧设置有避让槽与卡接槽，锁固机构嵌合安装在避让槽处，锁固机构的凸出端活动卡接在所述卡接槽内。本发明使用锁固机构将电子模块整体锁固在锁壳上，避免非维护人员随意拔出电子模块，并可以通过按压锁固机构拔出电子模块，实现整体拆卸，避免将电子模块分体拆装，容易导致电子零部件遗失；实现模块化拼装，并降低组装及售后维护成本。
Locking structure for intelligent lock
一种智能锁用锁固结构
FANG YIBIAO (author) / LIU GUOHONG (author) / ZHAI XIONGFEI (author)
2021-08-03
Patent
Electronic Resource
Chinese
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