Intelligent induction lock with dehumidification and dedusting functions

Abstract

The invention relates to an intelligent induction lock with dehumidification and dedusting functions. The intelligent induction lock comprises a main body and a handle. The main body is internally provided with a groove, a lifting groove, a dehumidification mechanism and a dedusting mechanism. An induction head is arranged in the groove, and the dedusting mechanism comprises a lifting unit, a baffle and a cleaning block. The dehumidification mechanism comprises an air extraction unit, a dehumidification pipe and an air exhaust pipe, and the air extraction unit comprises a motor, a rotary disc,a positioning pin, a limiting rod, a swing rod, a strip-shaped hole, a shipper rod, a pushing block, an air extraction pipe and a check valve. According to the intelligent induction lock with the dehumidification and dedusting functions, dust accumulated on the induction head can be cleaned up through the dedusting mechanism to prevent the situation that the dust affects the induction property ofthe intelligent induction lock so that the intelligent induction lock can quickly and effectively sense an induction card; and not only that, air in the groove can be dehumidified by the intelligentinduction lock through the dehumidification mechanism, damage to electronic components in the intelligent induction lock is prevented, the induction property of the induction head is ensured, and theworking efficiency of the intelligent induction lock is improved.

Description

technical field [0001] The invention relates to the field of intelligent locks, in particular to an intelligent induction lock with dehumidification and dust removal functions. Background technique [0002] Smart locks refer to locks that are more intelligent in terms of user identification, security, and management, which are different from traditional mechanical locks. Smart locks are the executive components for locking doors in the access control system. [0003] But dust is easy to accumulate on the sensing head of existing smart sensor locks, and dust will affect the sensing performance of existing smart sensor locks, making existing smart sensor locks unable to sense proximity cards quickly and effectively. Not only that, existing The smart sensor lock is composed of a large number of electronic components, but the sealing effect of the existing smart sensor lock is poor. Moist air will enter the inside of the smart sensor lock, causing short circuits in the electroni...

AI Technical Summary

Problems solved by technology

[0003] But dust is easy to accumulate on the sensing head of existing smart sensor locks, and dust will affect the sensing performance of existing smart sensor locks, making existing smart sensor locks unable to sense proximity cards quickly and effectively. Not only that, existing The smart sensor lock is composed of a large number of electronic components, but the sealing effect of the existing smart sensor lock is poor, and the humid air will enter the inside of the smart sensor lock, which will cause a short circuit of the electronic components, which will affect the working efficiency of the existing smart sensor lock.

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