A kind of factory building fire prevention method

Abstract

The invention belongs to the technical field of factory building fire prevention and particularly provides a factory building fire disaster precautionary method. The method comprises the following steps that clapboards required for a roof and the inner wall of a factory building are made of fire-prevention heat-preservation boards; the outer side of a foam heat-preservation board inside each fire-prevention heat-preservation board is provided with a plurality of second blind holes, second springs type-fixed and compressed by third hot melt glue are placed inside the second blind holes, and buffer pads are placed on the outer sides of the second springs; a plurality of first pipes are juxtaposed between a first cavity of each fire-prevention heat-preservation board and a tap water pipe of the factory building, and the first pipes are provided with temperature valves and mechanical valves; the first pipes are made to be arranged along the wall in different directions, and the temperaturevalves are made to be arranged at positions with more inflammable materials near the factory building; and the end portions of the first pipes leading to the first cavity are provided with automaticrotating spray heads, and the automatic rotating spray heads are made to abut against a fire-prevention rubber board inside each fire-prevention heat-preservation board and are sealed through thin film. By means of the factory building fire disaster precautionary method, the heat-insulation heat-preservation and fire-prevention fire-fighting performance of the factory building can be effectively improved, and the factory building environment and safety degree are improved.

Description

technical field [0001] The invention belongs to the technical field of factory building fire protection, in particular to a method for preventing factory building fire. Background technique [0002] At present, building energy consumption accounts for about 28% of my country's total social energy consumption, and with the development of the national economy, this proportion will continue to increase. 30% to 50% of building energy consumption is lost through the enclosure structure, and strengthening the thermal insulation of the enclosure structure is an effective measure to achieve building energy conservation. Because the building board does not have the function of fire prevention and heat preservation, the heat loss caused is greater than that of the outer wall and the ground. In cities, due to the multi-storey or high-rise structure of the building, the relatively small roof area accounts for about 8% to 10% of the total energy consumption of the building. In rural ar...

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Problems solved by technology

Therefore, the roof is an important part of building energy saving. Therefore, if the building board material of the roof is not used properly, it will seriously affect the total energy consumption of the whole building; therefore, the rational use of building board material in the roof structure can improve the building's Thermal insulation effect, reducing heating and air-conditioning energy loss, improving indoor thermal comfort. At the same time, most factory buildings have poor fire prevention and fire extinguishing capabilities, so that in the event of a fire, the factory itself cannot be alarmed and automatically extinguishes the fire, making people's property loss magnification

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