Danger source supervision system and method

Abstract

The invention discloses a danger source supervision system, for supervising the safety of fire operation. The system comprises a server for operating a danger source positioning supervision system module and opening ports which can be accessed by client computation, at least one client computer for operating a browser module in interaction connection with the server, at least one hand-held user terminal for operating a patrol module which interacts with the server according to an agreed protocol and is distributed to a building site patrol worker for use, and at least one radio-frequency identification label for a fire operation worker to wear. According to the invention, through the introduction of the hand-held user terminal, real-time flexible acquisition of fire construction on-site information is realized, the disadvantage of a large number of blind points and blind areas caused by fixed point fixed point monitoring is avoided, at the same time, the fire construction on-site information can be fed back in real time by transmitting the information acquired by the hand-held user terminal in real time to the server and the client computer, and effective supervision is facilitated.

Description

technical field [0001] The invention relates to the field of building construction, in particular to a hazard source supervision system for hot work. Background technique [0002] There are the following problems in the traditional way of supervision of hot work hazards: [0003] 1) The construction sites are scattered, the fire points are scattered, and data collection is difficult; [0004] 2) On-site inspections are recorded on paper documents, and the information transmission cycle is long and lacks timeliness; [0005] 3) Purely manual text records are inefficient and lack intuitive understanding; [0006] 4) Application and approval of paper-based hot work certificates, and the circulation of documents is slow; [0007] 5) Purely manual data statistics have a large workload and a long cycle, making it difficult to implement complex analysis projects and the results are displayed in a single form. [0008] Deficiencies in the full-range video surveillance mode: [...

AI Technical Summary

Problems solved by technology

[0003] 1) The construction sites are scattered, the fire points are scattered, and data collection is difficult;

[0004] 2) On-site inspections are recorded on paper documents, and the information transmission cycle is long and lacks timeliness;

[0005] 3) Purely manual text records are inefficient and lack intuitive understanding;

[0006] 4) Application and approval of paper-based hot work certificates, and the circulation of documents is slow;

[0007] 5) Purely manual data statistics have a large workload and a long cycle, making it difficult to implement complex analysis projects and the results are presented in a single form

[0009] 1) Blocked by obstacles, the signal coverage is incomplete, and there are a large number of blind spots or even blind spots;

[0010] 2) The cost is relatively high

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