Intelligent entrance guard system for controlling unlocking through mobile terminal

Abstract

The invention relates to an intelligent entrance guard system for controlling unlocking through a mobile terminal. The intelligent entrance guard system comprises a host unit, the mobile terminal, a controller and a door lock, wherein the host unit, the mobile terminal and the controller are connected in sequence through a mobile communication network; the controller is connected with the door lock through a control wire; the mobile terminal requests and receives an operating ticket from the host unit and transmits the operating ticket to the controller, and the controller controls the door lock matched with the operating ticket to be unlocked. The intelligent entrance guard system realizes coordination and planning of patrolling management as well as feedback and counting of patrolling work; meanwhile, by design of the operating ticket, standardization of unlocking information is realized; higher expansibility is achieved.

Description

technical field [0001] The present invention relates to an intelligent access control system, in particular to an intelligent access control system that controls unlocking through a mobile terminal. Background technique [0002] Regular inspection and management of power distribution facilities in power distribution stations is a crucial and frequently used field in the daily work of power systems. Managers need to perform unified maintenance and management of equipment in different installation units in power distribution stations in different regions. The usual practice is Set up a separate lock and matching key for each equipment unit. When it needs to be overhauled, maintained or even replaced, the inspector will carry the key to the corresponding power distribution station for related operations. Due to the large population and uneven distribution in our country Evenly, the corresponding power distribution stations and distribution facilities also show discrete distribu...

AI Technical Summary

Problems solved by technology

[0002] Regular inspection and management of power distribution facilities in power distribution stations is a crucial and frequently used field in the daily work of power systems. Managers need to perform unified maintenance and management of equipment in different installation units in power distribution stations in different regions. The usual practice is Set up a separate lock and matching key for each equipment unit. When it needs to be overhauled, maintained or even replaced, the inspector will carry the key to the corresponding power distribution station for related operations. Due to the large population and uneven distribution in our country Evenly, the corresponding power distribution stations and distribution facilities also show discrete distribution characteristics. For this reason, inspection personnel are required to carry out periodic and frequency inspections according to the distribution and utilization of different power distribution stations and distribution facilities. At the same time, the information interaction between the equipment and facilities of the power distribution station and the inspector has a large lag under the isolation of time and space. What's more, the complicated correspondence between physical keys and locks and maintenance costs It also brings additional work burden and work risk to the inspection work

[0003] The inspection work of power distribution stations in the traditional field usually can only rely on the experience of the inspectors themselves to conduct regular inspections and inspections of power distribution stations and distribution facilities with different distribution and utilization rates. Human factors account for a high proportion and are not scalable and feasible At the same time, it is difficult for the inspectors to manage the power distribution facilities in the power distribution station in a unified and overall plan, and it is impossible to plan and standardize the inspectors to manage the power distribution facilities that need to be inspected at a reasonable location and at a reasonable time. The implementation and implementation of detection and inspection work cannot be counted and filed; the management and maintenance requirements of the power distribution facilities in the power distribution station cannot be fed back to the management personnel at the first time. Passivity and hysteresis; at the same time, the corresponding relationship between keys and locks is complicated, which causes great inconvenience to use and management. When it is accidentally lost or damaged, it brings huge problems to the daily maintenance and management of power distribution facilities in power distribution stations. The troubles caused the equipment and facilities to be managed and maintained to be unable to be operated before the corresponding keys and locks were replaced, increasing the workload and work risks, and reducing work efficiency

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