A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Lock body gear separation type clutch lock
The invention relates to a lock body gear separation type clutch lock which comprises a shell. A clutch device, a driving device and a partition plate are arranged in the shell, and a spring bolt, a sensing module and a rotating device are arranged outside the shell. The sensing module is coupled with the driving device and used for controlling the driving device to start. The driving device is in linkage with the clutch device and used for controlling clamping and separation of the clutch device. The spring bolt is in linkage with the clutch device, the rotating device is in linkage with the clutch device, and when the clutch device is in a clamping state, the rotating device can drive the spring bolt to move through the clutch device; and when the clutch device is in a separation state, the rotating device cannot drive the spring bolt to move through the clutch device. A wire passing hole is formed in the partition plate and used for allowing a connecting wire of the external sensing module and the internal driving device to pass through. In conclusion, the clutch lock in the technical scheme has the following beneficial effects that the sensing module can control the driving device to start after receiving an unlocking signal so as to control clamping and separation of the clutch device.
本发明请求保护一种锁体齿轮分离式的离合锁，其包括有壳体，壳体内设置有离合装置、驱动装置和分隔片，壳体外设置有锁舌、感应模块和转动装置。感应模块与驱动装置耦接，用于控制驱动装置启动。驱动装置与离合装置联动设置，用于控制离合装置的卡合与分离。锁舌与离合装置联动设置，转动装置与离合装置联动设置，当离合装置卡合时，则转动装置通过离合装置能带动锁舌移动；当离合装置分离时，则转动装置通过离合装置不能带动锁舌移动。分隔片上开设有穿线孔，用于让外部感应模块与内部驱动装置的连接电线穿过。综上所述，上述技术方案中具有以下有益效果：感应模块接收到开锁信号后能控制驱动装置启动从而控制离合装置的卡合与分离。
Lock body gear separation type clutch lock
The invention relates to a lock body gear separation type clutch lock which comprises a shell. A clutch device, a driving device and a partition plate are arranged in the shell, and a spring bolt, a sensing module and a rotating device are arranged outside the shell. The sensing module is coupled with the driving device and used for controlling the driving device to start. The driving device is in linkage with the clutch device and used for controlling clamping and separation of the clutch device. The spring bolt is in linkage with the clutch device, the rotating device is in linkage with the clutch device, and when the clutch device is in a clamping state, the rotating device can drive the spring bolt to move through the clutch device; and when the clutch device is in a separation state, the rotating device cannot drive the spring bolt to move through the clutch device. A wire passing hole is formed in the partition plate and used for allowing a connecting wire of the external sensing module and the internal driving device to pass through. In conclusion, the clutch lock in the technical scheme has the following beneficial effects that the sensing module can control the driving device to start after receiving an unlocking signal so as to control clamping and separation of the clutch device.
本发明请求保护一种锁体齿轮分离式的离合锁，其包括有壳体，壳体内设置有离合装置、驱动装置和分隔片，壳体外设置有锁舌、感应模块和转动装置。感应模块与驱动装置耦接，用于控制驱动装置启动。驱动装置与离合装置联动设置，用于控制离合装置的卡合与分离。锁舌与离合装置联动设置，转动装置与离合装置联动设置，当离合装置卡合时，则转动装置通过离合装置能带动锁舌移动；当离合装置分离时，则转动装置通过离合装置不能带动锁舌移动。分隔片上开设有穿线孔，用于让外部感应模块与内部驱动装置的连接电线穿过。综上所述，上述技术方案中具有以下有益效果：感应模块接收到开锁信号后能控制驱动装置启动从而控制离合装置的卡合与分离。
Lock body gear separation type clutch lock
一种锁体齿轮分离式的离合锁
ZOU XIAOWEI (author) / JIANG XUDONG (author) / LI XU (author) / XIE JUNJUN (author) / CHEN KAI (author) / ZHANG RENYANG (author) / HUANG XUECHENG (author) / WANG CHUIBAO (author)
2021-09-21
Patent
Electronic Resource
Chinese