A wireless communication control logistics electronic lock

Abstract

A wireless communication control logistics electronic lock comprises a lock rod, a lock body and a lock cylinder assembly installed inside the lock body, wherein the lock cylinder assembly comprises a reset spring, a ball, a sliding board, a swinging board, a corrugated washer and a swinging magnetic sensor; the sliding board, a switching knob and the swinging board are coaxially and sequentially connected in series through a screw shaft; the corrugated washer at the tail end of the screw shaft and the swinging board are compressed through a nut, so that the screw shaft drives the swinging board to rotate; the sliding board comprises a locking bayonet arranged correspondingly to a locking convex block on a motor wheel, first sliding grooves buckled with two lock body shaft protrusions arranged on the lock body, a second sliding groove buckled with the screw shaft, a third sliding groove buckled with a swinging shaft protrusion of the swinging board, and a reset spring shaft protrusion; and the swinging board is further provided with a swinging induction magnetic block matched with the swinging magnetic sensor on the lock body. The wireless communication control logistics electronic lock is simple in structure, can protect an internal structure and a motor, prevents malicious damage from external force, and is firmer and more durable.

Description

technical field [0001] The invention relates to a lock or an electronic lock, in particular to an electronic lock for controlling logistics through wireless communication. Background technique [0002] In the current cargo transportation process, in order to ensure the safety of the goods in transit, mechanical seals are generally used to close the container doors, compartment doors or valves, but the mechanical seals are poor in safety, easy to imitate and counterfeit, and the cost of use is high. Although there are electronic seals with detection functions It can be closed, but it can no longer fully meet the requirements of supervision on the way. Nowadays, electronic locks are used in the market to realize the monitoring of goods in logistics, but generally, supporting physical keys or supporting IC cards are used to lock and unlock electronic locks, but the physical keys of electronic locks are easy to lose, which makes it impossible to unlock on site, and The structur...

AI Technical Summary

Problems solved by technology

However, there are still the following disadvantages: 1. During the logistics transportation process, due to the vibration, it is easy to cause damage to the lock, especially because the motor directly controls the closing of the lock. Therefore, if the motor of the lock may be damaged due to vibration during transportation 2. Because the internal protection mechanism is not perfect, it may cause damage to the motor or circuit or the lock cylinder due to the artificial action of external force. On the basis of the product technical scheme, further transformation has been carried out to produce a more advanced technical scheme of the seventh-generation lock

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