Manual and automatic engagement and disengagement driver of artificial intelligent lock

Abstract

The invention discloses a manual and automatic engagement and disengagement driver of an artificial intelligent lock. A motor gear, a driving engagement and disengagement gear and an engagement and disengagement power gear are arranged in a clutch shell; a gear shaft pipe is cast in the center of the engagement and disengagement power gear, and is coaxial with a guiding pipe; an engagement and disengagement sleeve is arranged in the gear shaft pipe; the two ends of the gear shaft pipe are movably connected with the inner wall of a first ring and the inner wall of a second ring in a sleeved manner correspondingly; the motor gear is engaged with the driving engagement and disengagement gear; and the engagement and disengagement power gear is engaged with a tail-stage gear of a speed reducingmotor. The manual and automatic engagement and disengagement driver of the artificial intelligent lock is in manual unlocking under the normal condition, when a fault happens to automatic unlocking,a manual rotating nut can be used to return to the manual unlocking state, manual safety emergency unlocking or normal manual unlocking is achieved, and normal use is not affected; and meanwhile, theautomatic unlocking frequency is reduced, the power consumption is reduced, different unlocking habits and requirements of people are fully met, an essential control structure is provided for controlover humanized locks, and a basis is laid for development of the artificial intelligent lock.

Description

technical field [0001] The invention relates to the field of electronic locks, in particular to a manual clutch driver for an artificial intelligence lock. Background technique [0002] The existing ordinary electronic locks are manually unlocked through the clutch connection operating mechanism. Manual unlocking is people's daily habits. Direct operation has a sense of security, but for people who are physically disabled or inconvenient to unlock by hand, manual unlocking feels uncomfortable. Convenience, there is a kind of fully automatic lock on the market at present, the inside and outside of the door are all automatically unlocked, and the lock cannot be unlocked manually, especially when there is a failure, the lock can only be broken to enter the door. If the key is used to unlock the lock in an emergency, it cannot prevent technical unlocking and theft. The safety is greatly reduced. The safety and convenience of this type of automatic lock cannot be taken into accou...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a manual and automatic clutch driver for an artificial intelligence lock in view of the deficiencies in the existing common electronic lock and automatic lock structure technology, so that the electronic lock has an automatic conversion structure for manual and automatic unlocking, and the manual and automatic locks can be manually and automatically unlocked. The automatic unlocking function is integrated into the same electronic lock, which fully meets the needs of humanized unlocking, and at the same time solves the problem of conflicting lock structure safety and emergency unlocking, laying the foundation for the development of "artificial intelligence locks"

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