Driving structure of clutch of electronic lock

Abstract

The invention discloses a driving structure of a clutch of an electronic lock. The driving structure comprises a base and a spring plate; the bottom part of the spring plate is provided with a supporting seat; the lower end of the supporting seat penetrates through the upper wall of the base and is arranged in a passive cavity; a motor and a screw are also arranged in the passive cavity; the upper end part of the screw is glidingly arranged in a first blind hole; the screw is provided with a supporting block which is in screw-thread fit with the screw; a groove is formed in each of two sides of the upper end of the supporting block; the lower end face of the supporting seat is provided with protrusions separately matched with the grooves; a connecting joint is arranged in an active cavity; the lower end face of the connecting joint is provided with an upper ejector pin; the upper ejector pin penetrates through the lower cavity body wall of the active cavity and extends outwards; one end of a connecting rod is glidingly arranged in a second blind hole; and the other end of the connecting rod penetrates through the upper cavity body wall of the active cavity and extends outwards. In a manner of electronic unlocking and mechanical unlocking, practical performance of a lock body is increased; moreover, a handle is in an idling condition all the time in a door closed state, so that a lawless person cannot open the lock outdoors or indoors through the handle, and safety performance of the lock body is enhanced.

Description

technical field [0001] The invention relates to an electronic lock, in particular to a driving structure of an electronic lock clutch. Background technique [0002] The current anti-theft lock body is divided into a full mechanical anti-theft lock body and an electronic intelligent anti-theft lock body. Fully mechanical anti-theft locks are becoming less and less suitable for modern people's life characteristics due to the inconvenience of locking the door, and have been gradually replaced by electronic anti-theft locks; however, the original electronic lock body is generally thick, wide and large It meets the installation requirements of some anti-theft doors (especially thin doors), and at the same time, the damage to the door is relatively large; and the existing electronic lock has a too complicated structure in the control of handling the 360° rotation of the handle to open the door lock, and it is difficult to deal with mechanical keys. There is no good way. Content...

AI Technical Summary

Problems solved by technology

Fully mechanical anti-theft locks are becoming less and less suitable for modern people's life characteristics due to the inconvenience of locking the door, and have been gradually replaced by electronic anti-theft locks; however, the original electronic lock body is generally thick, wide and large It meets the installation requirements of some anti-theft doors (especially thin doors), and at the same time, the damage to the door is relatively large; and the existing electronic lock has a too complicated structure in the control of handling the 360° rotation of the handle to open the door lock, and it is difficult to deal with mechanical keys. no good way

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