Fire extinguish wall

Abstract

The invention discloses a fire extinguish wall. A plurality of cavities (14) are formed in a wall body (11). Columnsyns (13) are arranged between the cavities (14), and the cavities (14) communicate with one other through charging channels (15). A fire extinguish material is loaded in each cavity (14). Material feed openings (12) are formed in the upper portion of the wall body (11). Material discharging openings (16) are distributed in the two sides of the wall body (11). A fire extinguish control system installed on the wall body (11) comprises a processor, fire extinguish alarming devices, a plurality of smoke sensors and temperature sensors, and the smoke sensors and the temperature sensors are distributed on the two sides of the wall body (11). The smoke sensors, the temperature sensors and the fire extinguish alarming devices are connected with the processor, and the fire extinguish alarming devices are arranged on the material discharging openings (16). Fire protection and fire extinguish devices are arranged in the space of the four walls of a room, the wall spaces are fully used for achieving proactive fire protection and fire extinguish, and the walls can be repeatedly used, so that the cost is reduced. The four walls respond simultaneously, the fire extinguish effect is good, secondary waterlogging loss is avoided, and safety is ensured.

Description

technical field [0001] The invention relates to a fire extinguishing device, in particular to a fire extinguishing wall, which belongs to the field of disaster prevention and mitigation of building structures. Background technique [0002] With the rapid development of the domestic economy, more and more tall spaces appear in contemporary buildings. In order to maintain a spacious and transparent effect and meet the requirements of use, such spaces have broken through the regulations on the maximum allowable area of ​​​​the fire compartment, but The requirements for fire extinguishing facilities have also been increased accordingly. In the event of a fire, the four walls of the room have a large fire-receiving area and are an important structure that can effectively block the spread of fire. However, most fire-fighting methods at home and abroad are to set up additional fire-fighting facilities, and the use of the building itself has not been considered. The effective space...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the domestic economy, more and more tall and large spaces appear in contemporary buildings. In order to maintain a spacious and transparent effect and meet the requirements of use, such spaces have broken through the regulations on the maximum allowable area of ​​​​the fire compartment, but The requirements for fire extinguishing facilities have also been increased accordingly.

In the event of a fire, the four walls of the room have a large fire area and are an important structure that can effectively block the spread of fire. At present, most of the fire-fighting methods at home and abroad are to set up additional fire-fighting facilities, and the use of the building itself has not been considered. The effective space for active fire extinguishing, this kind of passive fire extinguishing device increases the additional cost, and needs to be replaced after one use, and the fire extinguishing effect is not ideal at the same time

In addition, water spraying systems are mostly used at home and abroad at present, and water spraying systems are likely to cause large secondary water damage losses and electric shock casualties to non-fire areas

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