Detection system of full-automatic antitheft lockset

Abstract

The invention discloses a detection system of a full-automatic antitheft lockset. The detection system of the full-automatic antitheft lockset comprises a lock body, a plurality of induction assemblies and a master controller, wherein a latch bolt mechanism, a pressing bolt mechanism, a main lock bolt mechanism and a drive mechanism are arranged in the lock body, the drive mechanism is linked withthe latch bolt mechanism and the main lock bolt mechanism, at least one of the induction assemblies is arranged on a part, corresponding to each of the pressing bolt mechanism, the latch bolt mechanism, the main lock bolt mechanism and the drive mechanism, of the lock body, the induction assemblies correspondingly induce and identify positions of all the mechanisms and feed back in-place information of all the mechanisms into the master controller, and the master controller is electrically connected with the induction assemblies and the drive mechanism, controls the drive mechanism to move according to the in-place information, and drives the latch bolt mechanism and the main lock bolt mechanism to execute door locking or unlocking motion. The detection system of the full-automatic antitheft lockset can perform motion state detection on each mechanism in the lock body, and controls execution of motion of a next step to start after the detection system detects that each mechanism movesin place in a last step, thereby improving cooperation accuracy of all components in the lock body, and accordingly improves the automatic degree of the lock body.

Description

technical field [0001] The invention relates to the field of anti-theft locks, in particular to a detection system for a fully automatic anti-theft lock. Background technique [0002] At present, electronic anti-theft locks are widely used in various occasions due to their high safety performance; after the existing electronic anti-theft locks pass the user authentication, the mechanical components in the lock body are automatically driven to cooperate with each other to complete the unlocking and locking actions. [0003] Since the various mechanical components in the electronic anti-theft lock require a high degree of cooperation, the anti-theft lock can be unlocked and locked smoothly. If there is a link that cannot accurately grasp the movement time, it will cause the cooperative action of each mechanical component to freeze , Even the action of unlocking or locking cannot be completed, which affects the degree of automation of the anti-theft lock. [0004] In the exist...

AI Technical Summary

Problems solved by technology

However, this method just blindly executes the actions prescribed by the program, but cannot detect whether each mechanical component in the lock body is really moving in place, and there may be an abnormality in a certain mechanical component in a certain link, or the failure of the previous link. The action has not been completed yet, but the main controller cannot know the current movement of each mechanical component in the lock body, and rigidly executes the action of the mechanical components in the next link, which leads to confusion among the mechanical components inside the anti-theft lock, affecting the normal unlocking and locking functions of the lock body

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