Electronic lock combination with induction device

Abstract

The invention discloses an electronic lock combination with an induction device. The electronic lock combination comprises a lock body, a control board and a door frame, wherein at least two lock holes are formed in the lock body, a bolt and an induction bolt are arranged in the lock body, and the bolt and the induction bolt correspondingly penetrate through the two lock holes so as to be popped out of the lock body or retract into the lock body; the control board is arranged in the lock body, the signal input end of the control board is connected with an induction assembly, and the inductionassembly correspondingly senses and identifies the position of the induction bolt and feeds back corresponding signals to the control board; and a lock groove is formed in the position, correspondingto the bolt, of the door frame, and a lock groove is not formed in the position, corresponding to the induction bolt, of the door frame. When a door is closed, the bolt enters the lock groove, the induction bolt abuts against the door frame to retract into the lock body, the induction assembly senses and identifies the induction bolt to pop out of the lock body or retract into the lock body and feed back different signals to the control board, so that the electronic lock identifies the door body being in an open state or a closed state, therefore the accuracy of automatic locking of the electronic lock is improved, and meanwhile, the electronic lock is prevented from being worn.

Description

technical field [0001] The invention relates to the field of lock bodies, in particular to an electronic lock combination with a sensing device. Background technique [0002] At present, the fully automatic electronic lock body is an electronic product that automatically controls the closing of the mechanical switch after closing the door to complete the task of locking the door. Since the safety performance of the electronic lock is higher than that of the general mechanical lock, and its degree of automation is high, the fully automatic electronic lock body It is widely used in various occasions. [0003] And all have square tongue and oblique bolt on the existing electronic lock body, and also can be provided with square bolt lockhole and oblique bolt lockhole correspondingly on the door frame, when the door body is pushed in the doorframe, square tongue and oblique bolt When moving to the corresponding keyhole position, the square tongue and oblique tongue will automati...

AI Technical Summary

Problems solved by technology

In order to complete the automatic locking action of the door body, an induction tongue is installed in the existing electronic lock body, and a lock groove corresponding to the induction tongue is provided on the door frame. When the door is closed, the induction tongue is briefly squeezed and then springs back into the lock In the groove, the sensing tongue returns to the unsqueezed state at this time. The time for the sensing tongue to be squeezed is too short during this process. The lock body immediately ejects the square tongue after it is touched by mistake. If the lock tongue has been ejected before the door is closed, the lock body will directly collide with the door frame rigidly during the process of closing the door, causing serious wear and tear on the lock tongue and affecting the lock body. The service life of the lock body

Therefore, the existing electronic lock body cannot accurately know when the lock body is in the closed state, so that the lock body cannot accurately perform the locking action, and the probability of error is too high, which affects the normal use of the lock body

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