A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent fingerprint lock, electric meter box maintenance system and electric meter box maintenance method
The invention relates to an intelligent fingerprint lock which is suitable for locking an electric meter box with a conductive shell. The intelligent fingerprint lock comprises a lock body, a fingerprint unlocking module and an electricity testing module, the fingerprint unlocking module and the electricity testing module are both arranged in the lock body, the fingerprint unlocking module is electrically connected with the electricity testing module, the lock body is provided with a fingerprint touch panel, and the fingerprint touch panel is used for triggering the fingerprint unlocking module to conduct fingerprint verification when touched. And the electricity testing module is triggered to perform electricity testing judgment on the electric meter box. According to the intelligent fingerprint lock, on one hand, a simple pressing type lock catch or a traditional universal padlock used by an old iron sheet meter box is replaced with a fingerprint unlocking mode, so that the problem that the lock is corroded and aged and cannot be unlocked is solved; and on the other hand, the electricity testing module is triggered to perform electricity testing judgment on the iron sheet electric meter box while fingerprint unlocking is performed by touching the fingerprint touch panel, so that integration of an unlocking function and an electricity testing function is realized, and improvement of the safety and the working efficiency of electric meter box maintenance work is facilitated.
本申请涉及一种智能指纹锁，适用于对具有导电外壳的电表箱上锁。智能指纹锁包括锁体、指纹解锁模块及验电模块，指纹解锁模块及验电模块均内置于锁体内，且指纹解锁模块与验电模块电连接，锁体上设有指纹触板，指纹触板用于在触摸时触发指纹解锁模块进行指纹验证，并触发验电模块对电表箱进行验电判断。上述智能指纹锁，一方面通过指纹解锁的方式代替老式铁皮表箱使用的简易按压式锁扣或传统通用挂锁，如此避免了锁具锈蚀老化无法开启的问题，另一方面通过触摸指纹触板进行指纹解锁的同时触发验电模块对铁皮电表箱进行验电判断，如此实现了解锁功能与验电功能的集成，有利于提高开展电表箱维护工作的安全性及工作效率。
Intelligent fingerprint lock, electric meter box maintenance system and electric meter box maintenance method
The invention relates to an intelligent fingerprint lock which is suitable for locking an electric meter box with a conductive shell. The intelligent fingerprint lock comprises a lock body, a fingerprint unlocking module and an electricity testing module, the fingerprint unlocking module and the electricity testing module are both arranged in the lock body, the fingerprint unlocking module is electrically connected with the electricity testing module, the lock body is provided with a fingerprint touch panel, and the fingerprint touch panel is used for triggering the fingerprint unlocking module to conduct fingerprint verification when touched. And the electricity testing module is triggered to perform electricity testing judgment on the electric meter box. According to the intelligent fingerprint lock, on one hand, a simple pressing type lock catch or a traditional universal padlock used by an old iron sheet meter box is replaced with a fingerprint unlocking mode, so that the problem that the lock is corroded and aged and cannot be unlocked is solved; and on the other hand, the electricity testing module is triggered to perform electricity testing judgment on the iron sheet electric meter box while fingerprint unlocking is performed by touching the fingerprint touch panel, so that integration of an unlocking function and an electricity testing function is realized, and improvement of the safety and the working efficiency of electric meter box maintenance work is facilitated.
本申请涉及一种智能指纹锁，适用于对具有导电外壳的电表箱上锁。智能指纹锁包括锁体、指纹解锁模块及验电模块，指纹解锁模块及验电模块均内置于锁体内，且指纹解锁模块与验电模块电连接，锁体上设有指纹触板，指纹触板用于在触摸时触发指纹解锁模块进行指纹验证，并触发验电模块对电表箱进行验电判断。上述智能指纹锁，一方面通过指纹解锁的方式代替老式铁皮表箱使用的简易按压式锁扣或传统通用挂锁，如此避免了锁具锈蚀老化无法开启的问题，另一方面通过触摸指纹触板进行指纹解锁的同时触发验电模块对铁皮电表箱进行验电判断，如此实现了解锁功能与验电功能的集成，有利于提高开展电表箱维护工作的安全性及工作效率。
Intelligent fingerprint lock, electric meter box maintenance system and electric meter box maintenance method
智能指纹锁、电表箱维护系统和电表箱维护方法
ZHU HAIYI (author) / PANG JIANJUN (author) / LIN LIANG (author) / ZHOU YI (author) / LU YUAN (author) / LUO BAIHONG (author) / ZHANG YAOZHONG (author) / LIU YIHENG (author) / PENG QIAO (author)
2024-01-30
Patent
Electronic Resource
Chinese
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