Inner bolt type electronic and mechanical combined timing lock

Abstract

The invention discloses an inner bolt type electronic and mechanical combined timing lock. The inner bolt type electronic and mechanical combined timing lock comprises a panel and a pin tumbler lock, the pin tumbler lock comprises a lock cylinder sleeve, a lock cylinder and a rotating spring bolt, the pin tumbler lock is installed in a lock groove in one side of the panel, the lock cylinder sleeve fixedly sleeves the lock cylinder, and the rotating spring bolt is arranged at the end of the lock cylinder. The inner bolt type electronic and mechanical combined timing lock is characterized in that a time setting mechanism, a first plug pin mechanism used for clamping the lock cylinder sleeve within the set time, a disengaging mechanism enabling a plug pin of the first plug pin mechanism to retreat from the lock cylinder sleeve after the set time is up, and a combined power mechanism used for storing kinetic energy when the time setting mechanism sets the time and providing power for the time setting mechanism after setting time are arranged on the back face of the panel. According to the inner bolt type electronic and mechanical combined timing lock, timing is more convenient and accurate, gear operation is stable, the service life is longer, the first plug pin mechanism mainly pushes a first plug pin to advance through a check ring leaning piece on the upper portion of a gear when a driven gear rotates, the lock cylinder is clamped, a conductive contact piece makes contact with a conductive contact rod to be powered on when the lock cylinder is clamped, and power is cut off when the conductive contact piece retreats.

Description

technical field [0001] The invention relates to the technical field of timing anti-theft locks, in particular to an internal bolt type electronic-mechanical combination timing lockset. Background technique [0002] A lock refers to an object placed on an openable or closed object, which is opened with a key or a password. This instant-opening device can be mechanical or electric, and electric power requires electric energy. There are many types of locks such as: mechanical combination locks, mechanical pin locks, and with the improvement of people's living standards and the continuous advancement of technology, locks such as time locks, face recognition locks, and fingerprint locks have also been derived. Yet: timed lock just plays the effect of opening and unlocking regularly, and can not thoroughly solve the root problem of anti-theft. However, so-called high-tech electronic products such as face recognition locks and fingerprint locks are easy to be hacked by hackers whi...

AI Technical Summary

Problems solved by technology

[0004] Yet the power-up mechanism of this application is inside, need to insert the connecting gear in the clutch gear sleeve during power-up, then use the key belt lock core to turn and add force, easily cause two unfavorable reasons: 1, internal and external gear connection is difficult, easy Detachment, the teeth are staggered, and the timing error will also increase; 2. The process of applying force is complicated, the force is large, and the key is easy to break; in addition, the power control time and the design of the latch are controlled by the upper and lower movement of the screw and nut. There are spring parts inside the bolt assembly, which is easy to cause a large force on the screw and nut. After a period of use, the gap between the screw and the nut will become larger, and the deviation will increase. In view of this, it is necessary to upgrade the technology

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