Intelligent lock cluster system

Abstract

The invention discloses an intelligent lock cluster system, and specifically relates to the technical field of safety protection. The intelligent lock cluster system comprises an intelligent lock, a Bluetooth key, a mobile handheld terminal and a background management platform; the background management platform, the mobile handheld terminal and the Bluetooth key communicate through wireless signals, and a key head of the Bluetooth key is matched with a key opening of the intelligent lock; the background management platform is associated with a pipeline P&ID diagram for intelligently promptingmaintenance and repair security material preparation; an operator completes security confirmation before maintenance and repair on line through the mobile handheld terminal, padlock authorization isissued to the Bluetooth key, and on-site padlock is completed; after the operator completes security confirmation before maintenance and repair through the mobile handheld terminal, the system issuesan unlocking authorization signal to the Bluetooth key, and unlocking is completed; and after the Bluetooth key receives the authorization signal of the mobile handheld terminal, the key head of the Bluetooth key extends into the key opening of the intelligent lock to rotate to supply electricity to the intelligent lock, and a lock catch of the intelligent lock is opened.

Description

technical field [0001] The invention relates to the technical field of safety protection, in particular to an intelligent lock group system. Background technique [0002] In petrochemical enterprises, when inspecting and maintaining various equipment, because of the electrical energy and mechanical energy that may be released accidentally, it is necessary to adopt reliable methods to isolate these energies. Otherwise, during operation, accidental release of these energies may cause injuries and electrical burns. [0003] The current control operation basically adopts the traditional way of tagging and locking. However, energy isolation locks are not widely used in the petrochemical industry at present. One of the main reasons is that the existing lock systems are large in number, complex in use environment, and many keys. Careful classification is required for management, which is time-consuming and laborious. ;After the key is distributed to the staff, there is a problem t...

AI Technical Summary

Problems solved by technology

Otherwise, in the process of operation, the accidental release of these energies may cause personal injuries, electric burns

[0003] The current control operation basically adopts the traditional way of tagging and locking. However, energy isolation locks are not widely used in the petrochemical industry at present. One of the main reasons is that the existing lock systems are large in number, complex in use environment, and many keys. Careful classification is required for management, which is time-consuming and laborious. ;After the key is distributed to the staff, there is a problem that it is impossible to monitor its use time and place of use; the key is easily assigned privately, and there are loopholes in the management; after the key is lost, the lock needs to be replaced in time; there is a possibility of being unlocked by technology

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