Enterprise safety production risk index analysis system

Abstract

The invention provides an enterprise safety production risk index analysis system. The system comprises a cloud monitoring server, a plurality of mobile terminals, a field alarm device and an alarm information collection device. Each mobile terminal is used for providing a safety management condition evaluation index and an enterprise inherent danger attribute evaluation index; the field alarm device is used for providing alarm parameter information. The alarm information collection device is used for providing key parameter monitoring alarm information; the cloud monitoring server is used forcalculating a safety production risk index of the enterprise according to a safety index algorithm; the algorithm of the safety index comprises the following steps: calculating an enterprise key parameter monitoring alarm index L according to a formula; calculating an enterprise safety management condition index M according to a formula; calculating an enterprise inherent danger attribute index Saccording to a formula enterprise inherent danger attribute; and calculating a safety production risk index T according to a formula T = L * M * S.

Description

technical field [0001] The invention relates to the field of safety evaluation services, in particular to an enterprise safety production risk index analysis system. Background technique [0002] Safety management is a very important part of the daily operation and management process of enterprises. With the rapid development of automation and information technology, enterprises have gradually built professional information management systems in the field of safety management, such as major hazard monitoring and early warning systems, and special operation management systems. These information systems obtain safety management elements through automatic collection or manual entry, providing means and support for various professional and technical personnel to carry out on-site safety management, and the work efficiency is low. And once the safety management elements are lost or damaged, they can only go back to the site and collect various safety data again. Especially for ...

AI Technical Summary

Problems solved by technology

These information systems obtain safety management elements in the form of automatic collection or manual entry, providing means and support for various professional and technical personnel to carry out on-site safety management, and the work efficiency is low

And once the safety management elements are lost or damaged, they can only go back to the site and collect various safety data again

Especially for enterprises whose sites are in other places, it is very troublesome if they are lost or damaged

[0003] In addition, at this stage, the government regulatory department or the senior management of the enterprise evaluate the overall safety status of the enterprise mainly through the inherent safety attributes of the enterprise (such as the situation of major hazards of the enterprise, the situation of safety facilities and equipment, the situation of historical accidents, etc.) and the results of safety inspections. , relying on management experience for subjective evaluation, lack of real-time, dynamic, quantitative evaluation basis and evaluation results

Regulatory departments and managers are extremely subjective when analyzing and making decisions on safety management behaviors such as safety inspections, training and education, and capital investment, and lack scientific and objective basis

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