Intelligent fire extinguishing system for library and using method thereof

Abstract

The invention relates to an intelligent fire extinguishing system for a library and a using method thereof. The intelligent fire extinguishing system comprises a fire-fighting bookcase, a plurality ofsmoke alarms, a plurality of monitoring cameras, a plurality of temperature sensors and a control system, wherein at least one fire-fighting bookcase is located in the library; one smoke alarm, one monitoring camera and one temperature sensor form a fire-fighting early warning group; the top, corresponding to a library building, of the fire-fighting bookcase is provided with one fire-fighting early warning group coaxially distributed with the fire-fighting bookcase; and the lower end face of the top of the fire-fighting bookcase is provided with one fire-fighting early warning group; and thecontrol system is embedded in the inner side surface of a wall of the library building. The using method of the intelligent fire extinguishing system comprises three steps of equipment prefabrication,fire alarm, fire operation and the like. According to the intelligent fire extinguishing system for a library and the using method thereof, on one hand, the requirements of data storage operations ofvarious libraries, books with various structures and the like can be effectively met, and on the other hand, hidden fire hazards can be effectively found in time, fire extinguishing operation can beperformed in time, a fire can be effectively prevented from spreading in time, books and other materials cannot be damaged in the fire extinguishing process.

Description

technical field [0001] The invention relates to a bookshelf device, in particular to an intelligent fire-fighting system for a library and its use method. Background technique [0002] At present, the fire-fighting system used in the library is often based on the traditional fire-fighting water sprinkler system, and the fire extinguisher equipment based on dry powder and carbon dioxide placed in the library room. Although it can meet the needs of the library's fire-fighting operations to a certain extent, However, on the one hand, the fire protection system has poor operational flexibility and cannot effectively and accurately extinguish the fire source and prevent the fire from spreading, which makes the efficiency and accuracy of the fire protection system difficult to meet the needs of actual use; on the other hand, the water, When dry powder is used as a fire extinguishing agent, although it can meet the needs of fire extinguishing, it is very easy to cause damage to pap...

AI Technical Summary

Problems solved by technology

[0002] At present, the fire-fighting system used in the library is often based on the traditional fire-fighting water sprinkler system, and the fire extinguisher equipment based on dry powder and carbon dioxide placed in the library room. Although it can meet the needs of the library's fire-fighting operations to a certain extent, However, on the one hand, the fire protection system has poor operational flexibility and cannot effectively and accurately extinguish the fire source and prevent the fire from spreading, which makes the efficiency and accuracy of the fire protection system difficult to meet the needs of actual use; on the other hand, the water, When dry powder is used as a fire extinguishing agent, although it can meet the needs of fire extinguishing, it is very easy to cause damage to paper materials such as books during the fire extinguishing process, and the bookshelves used to carry books also lack effective protection for books and other materials, thus Further increase the damage ability of fire and fire extinguishing agents to books and other materials, so the current traditional fire protection system is difficult to effectively meet the needs of library fire protection operations

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