Intelligent door lock management method of hydropower station

Abstract

The invention relates to an intelligent door lock management method of a hydropower station. The intelligent door lock management method comprises the following steps: firstly, setting grade authority of an electronic lock by a door lock management main engine according to the important degree of a door, and carrying out RFID encoding on the electronic lock with the grade authority; secondly, setting door opening authorities of an electronic key by the door lock management main engine, and distributing the electronic keys with the door opening authorities to operators according to positions; if the operators need to unlock the electronic lock of the upper-grade grade authority according to the requirements, sending information to the door lock management main engine by the electronic key or directly requiring the upper-grade door opening authority by the door lock management main engine; and finally, judging whether the door opening authority, a door opening authority range and time are given by an administrator or not according to required information, and recording operation content by the door lock management main engine. According to the method, one electronic key can unlock all non-five-prevention type locksets so that the key management is simplified.

Description

technical field [0001] The invention relates to a management method for an intelligent door lock of a hydropower station. Background technique [0002] At present, there are many kinds of locks and keys for hydropower plant and aviation management equipment. Protection cabinet doors, monitoring cabinet doors, terminal box doors, mechanism box doors, and various power distribution cabinet doors have their own locks and keys. The equipment adopts old-fashioned mechanical locks. Management in the same way, even without lock management, these large number and variety of keys now make unlocking and key management of Shuikou Hydropower Station a headache. It often takes a long time to find the corresponding key when unlocking the door. Low. [0003] There are problems: [0004] Some door cabinets use the same lock core (same lock solution) for locks in multiple compartments to solve this problem, but this solution is likely to cause operators to go to the wrong compartment and c...

AI Technical Summary

Problems solved by technology

[0005] 1. It takes a long time to get the keys in daily operation: due to the large number of unlocking keys and the inconvenience of daily management, it takes a lot of time for the operators to find and try out the keys when they need to operate, which increases the workload of the operators. , reducing work efficiency

[0006] 2. The unlocking operation process is out of control: due to too many types of cabinet doors, the operator will cause confusion between different types of cabinet doors during the work process, which will easily cause the operator to be physically and mentally exhausted and thus enter the electrified interval by mistake or perform misoperation, resulting in Occurrence of security incidents

[0007] 3. The unlocking process is complicated, which leads to a huge increase in the workload of the operating personnel: in addition to on-site operations, the operating personnel need to find a special person to review the work ticket in addition to the daily inspection work, equipment repair and maintenance, which causes the staff to be tired of various processes and cause Operators are exhausted

[0008] 4. The safety awareness of the operating personnel is weak, and the daily work is coping with things: due to the weak safety awareness of some operating personnel, the sense of responsibility is not strong, they are passive and slow down after receiving the task, and even hand over the task to others to complete without authorization

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