Mortise lock with no load when the bolt operates

Abstract

The invention provides a mortise without load generation in bolt operation. The mortise includes a deadbolt a sub latch, a main latch, and a deadbolt operation unit to lock and unlock a door. In particular, a deadbolt operation member and a driven gear are coupled to be able to rotate by using a guide groove so that a locking protrusion and a pressing protrusion part are separated from each otheron opposite sides, and the mortise includes a control means to control a motor in order to allow the driven gear to operate the deadbolt operation member and then to be returned to an original position thereof. Accordingly, when the deadbolt is locked and unlocked manually by using a key or a handle, or through operation of the motor by an input of a password, the deadbolt operation member or thedriven gear is rotated at first in a non-load state, thereby smoothly performing locking and unlocking operations of the deadbolt.

Description

Technical field [0001] The present invention provides a mortise lock that does not generate load when the door bolt is in operation, including a door bolt lock and bolt for locking and unlocking the door, a door bolt operating unit, and more specifically, a controller, and a door bolt operating member The rotation with the driven gear keeps the clamping block and the pressure projection at a certain distance. When the driven gear drives the door bolt operating member, the driven gear is controlled by the motor to return to the original position. The door bolt is locked or unlocked by the key or the handle or by the action of the motor such as password input. When the door bolt is locked and unlocked, the door bolt operating member or the driven gear is rotated under no load to realize the door bolt Locking and unlocking actions. Background technique [0002] Smart door locks are used on different doors in ordinary homes, such as halls, offices, and warehouses. Smart door locks i...

AI Technical Summary

Problems solved by technology

[0011] Therefore, when the mortise lock is assembled or the mortise lock is installed on the door, the separate shafts should be inserted according to the indoor and indoor purposes. Since the accessories driven by each shaft are different, the lock that drives the bolt and deadbolt Escape can only be realized by linking each shaft correctly on the dead wheel and the bolt cam. If there are no other accessories with simple link structure on each shaft of the existing bolt lock and each cam, care must be taken when assembling the shaft. In this way, the assembly and installation of the bolt lock will become easier Difficult to obtain and longer to operate

[0012] In addition, in order to solve the problems in the prior art 2, a mortise lock (hereinafter referred to as the prior art 3) is currently being developed, which increases the contact of the door lock buckle to enter and eject the sub-lock, and restricts the locking of the bolt. Furthermore, when the mortise lock shown in prior art 3 is in the closed state of the door, the sub-lock will not pop out completely through contact with the door lock when the door is closed, but a part of it will pop out, that is, a semi-protruding state. When the door is opened At the same time, when the sub-lock is fully ejected, it will be ejected again. At the same time, when the direction is switched, an impact will be generated. In this way, the sub-lock is easy to repair problems such as damage or the function of the sub-lock.

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