Fire protection safety assessment and fire risk and hidden danger management system and using method thereof

Abstract

The invention discloses a fire protection safety assessment and fire risk and hidden danger management system and a using method thereof, so as to solve problems that during a fire protection perambulation inspection process by a fire prevention supervision department in the prior art, whether paper rules and regulations exist can only be seen, whether the regulations are implemented and executed and the like are hard to supervise; and in addition, due to the dynamic property of the fire hidden dangers, the existing assessment method can only give a conclusion on a static fire protection safety condition in the case of data acquisition, and investigation on the fire protection safety condition can not be carried out from a dynamic point of view. The technical scheme of the invention comprises a PC, a handheld terminal and a GPS positioning recorder, and is characterized in that the PC is connected and interacted with the GPS positioning recorder and the handheld terminal via a wireless network. The system and the method of the invention have the advantages that the management process is simplified, an information island is opened, and multi-side fire prevention information sharing from building fire protection safety related supervision, an owner, assessment, fire protection perambulation inspection and the like is realized; and units are assisted to build standardized and dynamic fire protection electronic archives, the fire protection subject responsibility consciousness of the units is enhanced, and the fire protection management behaviors of the units are standardized.

Description

technical field [0001] The invention relates to the technical field of public safety management systems, in particular to a fire safety assessment and fire risk hidden danger management system for key fire-fighting units, especially high-fire-risk units, and a method for using the same. Background technique [0002] Key firefighting units, especially densely populated places, places with flammable and explosive dangerous goods, high-rise and underground public buildings and other high-fire risk units have a high probability of fire occurrence and difficulty in prevention and control. Once a fire occurs, it is easy to cause mass death and mass injury accidents. The main characteristics of fires in such places include: (1) There are many combustibles, large fire loads, violent burning, rapid development, and flashover in a short period of time. (2) Such places are densely populated and are not familiar with the on-site evacuation routes and fire-fighting facilities, making eva...

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Problems solved by technology

(2) This type of place is crowded with people and is not familiar with the evacuation routes and fire-fighting facilities on the site, so evacuation is difficult, and it is easy to cause mass death and mass injury

(3) The building structure is complex, the temperature of the fire scene is high, and it is difficult to fight the fire

(4) Building decoration and decoration materials are diverse, the smoke concentration in the building is high, the toxicity is high, and the rescue visibility is limited, which affects the follow-up rescue

(5) Fire accidents occur frequently, and fire losses are high, and the social impact is great

Since the above three parts are separated from each other in practical application, the information can not be used for reference. In particular, fire protection management relies on paper documents, and the management volume is large. It is difficult to understand the implementation of the system in the evaluation process.

At the same time, the maintenance of fire-fighting facilities can only see the final results. Evaluators cannot understand the fault maintenance of building fire-fighting facilities, cannot count fault records, and it is difficult to understand multiple comprehensive information conditions such as comprehensive building fire protection, fire-fighting facility management, and fire-fighting management systems. The overall security situation under

The evaluation under the existing conditions is mostly carried out by means of spot checks, and the evaluation results cannot fully and objectively reflect the real fire situation of the enterprise

[0004] In addition, fire protection evaluation can only be evaluated for data and fire safety conditions at specific time nodes. Due to the dynamic nature of fire hazards, the current method of collecting static fire protection data for evaluation cannot reflect the fire safety status after dynamic hidden dangers change. The applicability of the evaluation conclusions not tall

At the same time, the evaluation process needs to consult a lot of data, it is difficult to collect evaluation data, and the number of on-site inspection facilities is large, the evaluation process is time-consuming, laborious, costly, and burdens the enterprise

The evaluation process is often only aimed at the fire protection situation of the building or the enterprise itself, and it is impossible to give the evaluation results of the building risk in combination with the evaluation of the fire rescue forces in the area. , equipment and equipment, fire hydrants, fire cranes, reservoirs, natural water sources, etc., it is difficult to integrate external fire water source factors to give evaluation results

In addition, there is a lack of necessary supervision means for the follow-up application of the evaluation results, and it is difficult to implement supervision for the rectification of hidden dangers found in the evaluation

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