A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an intelligent cabinet lock structure which comprises a handle, a base, a passive lock cylinder and an electronic key matched with a key hole of the passive lock cylinder; thepassive lock cylinder is fixedly installed in the handle through a lock cylinder screw, a lock cylinder front cover is fixedly arranged on the passive lock cylinder through a lock cylinder front coverscrew, and a pressing plate is fixedly arranged on the base through a pressing plate screw; a cam groove and a lock cylinder rear cover are arranged at the bottom of the passive lock cylinder, a camis arranged in the cam groove, a motor shaft is arranged in the cam, steel balls are arranged at the two sides of the cam, a clutch groove is formed below the cam, a clutch is arranged in the clutch groove, and a torsional spring is arranged outside the clutch in a sleeving manner; and a motor for controlling the clutch to operate and a lock cylinder control panel for controlling the motor are arranged in the passive lock cylinder. The intelligent cabinet lock structure has the advantages that dependence of a traditional lock on a mechanical key is eliminated, the problems of technical unlocking and large-batch key management are solved, and meanwhile, unlocking and intelligent management of the lock can be ensured anytime and anywhere.
本发明公开了一种智能箱柜锁结构，包括把手、基座、无源锁芯，以及与无源锁芯的钥匙孔相配的电子钥匙，无源锁芯通过锁芯螺钉固定安装在把手内，无源锁芯上通过锁芯前盖螺钉固定设置有锁芯前盖，基座上通过压板螺钉固定设置有压板，无源锁芯底部设置有凸轮凹槽和锁芯后盖，凸轮凹槽内设置有凸轮，凸轮内设置有电机轴，凸轮两侧设置有钢球，凸轮下方设置有离合器凹槽，离合器凹槽内设置有离合器，离合器外套接设置有扭簧，无源锁芯内设置有控制离合器运转的电机和控制电机的锁芯控制板。本发明优点在于：摆脱传统锁具对机械钥匙的依赖，解决技术盗开和大批量钥匙管理问题，同时可以确保随时随地的对锁具的开启及智能化管理。
The invention discloses an intelligent cabinet lock structure which comprises a handle, a base, a passive lock cylinder and an electronic key matched with a key hole of the passive lock cylinder; thepassive lock cylinder is fixedly installed in the handle through a lock cylinder screw, a lock cylinder front cover is fixedly arranged on the passive lock cylinder through a lock cylinder front coverscrew, and a pressing plate is fixedly arranged on the base through a pressing plate screw; a cam groove and a lock cylinder rear cover are arranged at the bottom of the passive lock cylinder, a camis arranged in the cam groove, a motor shaft is arranged in the cam, steel balls are arranged at the two sides of the cam, a clutch groove is formed below the cam, a clutch is arranged in the clutch groove, and a torsional spring is arranged outside the clutch in a sleeving manner; and a motor for controlling the clutch to operate and a lock cylinder control panel for controlling the motor are arranged in the passive lock cylinder. The intelligent cabinet lock structure has the advantages that dependence of a traditional lock on a mechanical key is eliminated, the problems of technical unlocking and large-batch key management are solved, and meanwhile, unlocking and intelligent management of the lock can be ensured anytime and anywhere.
本发明公开了一种智能箱柜锁结构，包括把手、基座、无源锁芯，以及与无源锁芯的钥匙孔相配的电子钥匙，无源锁芯通过锁芯螺钉固定安装在把手内，无源锁芯上通过锁芯前盖螺钉固定设置有锁芯前盖，基座上通过压板螺钉固定设置有压板，无源锁芯底部设置有凸轮凹槽和锁芯后盖，凸轮凹槽内设置有凸轮，凸轮内设置有电机轴，凸轮两侧设置有钢球，凸轮下方设置有离合器凹槽，离合器凹槽内设置有离合器，离合器外套接设置有扭簧，无源锁芯内设置有控制离合器运转的电机和控制电机的锁芯控制板。本发明优点在于：摆脱传统锁具对机械钥匙的依赖，解决技术盗开和大批量钥匙管理问题，同时可以确保随时随地的对锁具的开启及智能化管理。
Intelligent cabinet lock, control method of intelligent cabinet lock and cabinet equipment
| European Patent Office | 2022