Safety intelligent lock system and unlocking and locking control method

Abstract

The invention discloses a safety intelligent lock system and an unlocking and locking control method. The safety intelligent lock system comprises a lock, a key, a portable electronic device and a remote main station, wherein the portable electronic device is in communication connection with the remote main station, the key is connected with the portable electronic device in a Bluetooth communication manner, the key is in communication connection with the lock, and the portable electronic device is provided with a Bluetooth module. Through the connection communication among the lock, the key, the portable electronic device and the remote main station, the unlocking action and locking action as well as a series of information verification before the unlocking are realized so as to guarantee safe unlocking. The key is small in size, the cost is low, intelligence, convenience in operation, safety and reliability can be achieved, and the unlocking by mistake can be prevented; meanwhile, by adopting the general control and information storage function of a communication network and the main station, the information of unlocking and locking such as an operation target, an operator, a target state, operation time and the like can be effectively recorded and managed, so that the management system in the electric power field can be completed.

Description

Technical field [0001] The invention relates to a safe intelligent lock system and a method for unlocking and closing a lock. Background technique [0002] At present, five-proof locks and ordinary locks are commonly used in electric power systems. The five-proof locks are easy to be opened and cause major losses. The cost is also high. The keys of the five-proof locks are relatively large; the keys corresponding to the ordinary locks are numerous and relatively large. Difficult to manage. After the key is lost, there is a risk of being misused; after the operation ticket is issued, it is impossible to grasp the specific operation objects (including metering cabinets, substation cabinets, etc.), operation time, and post-operations to be operated by on-site staff from the data information. The state of the object. Summary of the invention [0003] The present invention provides a safe intelligent lock system and a lock unlocking and closing control method, which overcomes the shor...

AI Technical Summary

Problems solved by technology

[0002] At present, in the power system, five-proof locks and ordinary locks are generally used. Five-proof locks are easy to be pried open, resulting in heavy losses. The cost is also high, and the keys of five-proof locks are relatively large; Difficult to manage, there is a risk of being misused after the key is lost; after the operation ticket is issued, it is impossible to grasp the specific operation objects (including metering cabinets, transformer cabinets, etc.), operation time, and post-operation the state of the object

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