A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to a double-lock-cylinder turntable intelligent lock which comprises an intelligent lock cylinder and further comprises an outer lock sleeve, an inner lock sleeve rotatably and concentrically inserted in the outer lock sleeve and a transition sleeve concentrically and detachably embedded in an opening in the front end of the inner lock sleeve, and the intelligent lock cylinder is concentrically and rotatably inserted in the transition sleeve. An emergency dismounting assembly is further arranged between the transition sleeve and the inner lock sleeve, a transmission shaft which is concentrically arranged is backwards formed on the outer wall of the rear end of the inner lock sleeve, a limiting ring which is concentrically arranged and arranged outside the transmission shaft in a sleeving mode is further fixed to the outer wall of the rear end of the inner lock sleeve, and a detachable sleeve shell is further fixed to the outer portion of the rear end of the outer lock sleeve. The limiting ring and the transmission shaft are arranged in the sleeve shell; a double-lock-cylinder structure is adopted, so that the operation step of taking out the intelligent lock cylinder is greatly simplified, the time-saving and labor-saving effect is achieved, and maintenance of the intelligent lock cylinder is greatly facilitated.
本发明涉及一种双锁芯转盘智能锁具，包括智能锁芯，还包括外锁套、可转动的同心插接在外锁套中的内锁套、以及同心并可拆卸的嵌设在内锁套前端开口处内部的过渡套，智能锁芯同心并可转动的插接在过渡套中，过渡套与内锁套之间还设有应急拆卸组件，内锁套的后端外壁上向后形成有一个同心设置的传动轴，内锁套的后端外壁上还固定有同心设置并套设在传动轴外的限位圈，外锁套的后端外部还固定有可拆卸的套壳,限位圈和传动轴均设于套壳内；本发明采用双锁芯结构，进而大幅简化了取出智能锁芯的操作步骤以达到省时省力的效果，从而大大方便了智能锁芯的检修。
The invention relates to a double-lock-cylinder turntable intelligent lock which comprises an intelligent lock cylinder and further comprises an outer lock sleeve, an inner lock sleeve rotatably and concentrically inserted in the outer lock sleeve and a transition sleeve concentrically and detachably embedded in an opening in the front end of the inner lock sleeve, and the intelligent lock cylinder is concentrically and rotatably inserted in the transition sleeve. An emergency dismounting assembly is further arranged between the transition sleeve and the inner lock sleeve, a transmission shaft which is concentrically arranged is backwards formed on the outer wall of the rear end of the inner lock sleeve, a limiting ring which is concentrically arranged and arranged outside the transmission shaft in a sleeving mode is further fixed to the outer wall of the rear end of the inner lock sleeve, and a detachable sleeve shell is further fixed to the outer portion of the rear end of the outer lock sleeve. The limiting ring and the transmission shaft are arranged in the sleeve shell; a double-lock-cylinder structure is adopted, so that the operation step of taking out the intelligent lock cylinder is greatly simplified, the time-saving and labor-saving effect is achieved, and maintenance of the intelligent lock cylinder is greatly facilitated.
本发明涉及一种双锁芯转盘智能锁具，包括智能锁芯，还包括外锁套、可转动的同心插接在外锁套中的内锁套、以及同心并可拆卸的嵌设在内锁套前端开口处内部的过渡套，智能锁芯同心并可转动的插接在过渡套中，过渡套与内锁套之间还设有应急拆卸组件，内锁套的后端外壁上向后形成有一个同心设置的传动轴，内锁套的后端外壁上还固定有同心设置并套设在传动轴外的限位圈，外锁套的后端外部还固定有可拆卸的套壳,限位圈和传动轴均设于套壳内；本发明采用双锁芯结构，进而大幅简化了取出智能锁芯的操作步骤以达到省时省力的效果，从而大大方便了智能锁芯的检修。
Double-container lock cylinder transmission structure of passive intelligent lock cylinder
| European Patent Office | 2024