Potential safety risk monitoring system and method in power grid infrastructure construction

Abstract

The invention discloses a system and a method for monitoring potential safety risks in power grid infrastructure construction. The method comprises the following steps: identifying and tracking an operation site target and acquiring data; performing data matching, target detection, identification classification, region segmentation and field personnel identity and behavior identification on the acquired data to form target data, and performing data comparison with a risk decision library; according to the information of the data comparison, operation site risk judgment, sound-light alarm and risk plan execution are carried out; judging whether the risk of the operation site is relieved or not and transmitting judgment information; receiving the judgment information and carrying out sound-light alarm; a work log is remotely received and monitored; according to the invention, on-site management and control are carried out by artificial intelligence software and hardware technical means, the on-site operation personnel are autonomously supervised and reminded of behavior specifications, the fundamental purposes of timely controlling on-site variables and eliminating construction safety risks are achieved by monitoring on-site main risk control conditions, and artificial intelligence assisted power grid construction management is realized.

Description

technical field [0001] The invention relates to the technical field of electric power safety production risk management and control, and more specifically relates to an image recognition algorithm for autonomously identifying potential safety risks in power grid infrastructure construction. Background technique [0002] With the continuous development of power grid construction, the construction tasks of electric power engineering are becoming more and more heavy, and the transmission lines are developing in the direction of multi-circuit and heavy load. On-site command of data is difficult to control, and the safety risk of iron tower assembly is extremely high. The construction of power transmission and transformation projects, especially line construction, is due to field operations, complex terrain, multiple points and wide areas, and difficulties in the application of traditional large-scale machinery. There are many variables on site. Sudden on-site changes that are di...

AI Technical Summary

Problems solved by technology

[0004] 1. The allocation of resources is seriously unbalanced, the construction line is long, there are many types of work, and the risk is high. It requires a lot of manpower and material resources to control the process. At this stage, the wages of construction personnel are increasing year by year, and the aging of the operators is serious;

[0005] 2. The construction requirements of the operation layer team are high. The operation layer team needs to be equipped with construction backbone personnel to be responsible for the organization, command, control and other work of the operation. Multiple operation surfaces are constructed at the same time, and the number and quality of personnel are difficult to meet the requirements;

[0006] 3. Personnel management lacks a strong starting point, the field environment of line construction is difficult, the operation period is long, the safety awareness of construction personnel is easy to slack, it is difficult to accept the continuous improvement of the management model, and habitual mistakes of empiricism are made;

[0007] 4. The ball control system configured on the construction site basically uses a tripod-fixed ball control device, which cannot be moved independently, and frequent manual intervention is required during the use process; and in terms of data processing, it is impossible to independently predict and make decisions on site risks , still requires manual participation in management

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