Intelligent fire control water sprinkling system

Abstract

The invention discloses an intelligent fire control water sprinkling system, and belongs to the technical field of water spraying and fire extinguishing. The intelligent fire control water sprinklingsystem is characterized by comprising a water supply source, a water pump, a pipe net, intelligent sprayers and a central control module; the water pump is used for being connected with the water supply source for water supply, one end of the pipe net is connected with the water pump, and the other end of the pipe net is provided with a plurality of water outlets; and the multiple intelligent sprayers are arranged and fixedly connected with the multiple water outlets of the pipe net, and the central control module is connected with the intelligent sprayers and the water pump. The purposes thatthe structure is simple, cost is low, response is fast, multiple safety guarantees exist, and stability and reliability are achieved are achieved.

Description

Technical field [0001] The invention relates to the technical field of water spraying and fire extinguishing, in particular to an intelligent fire sprinkling system. Background technique [0002] The automatic sprinkler system is currently the most widely used, the highest fire extinguishing efficiency, lower investment and maintenance costs, environmental protection and energy saving, and has been tested by various fire environments at home and abroad and long-term development and improvement to form a fire extinguishing system. The existing sprinkler system has several problems: [0003] The first is passive fire extinguishing, which must develop until the temperature of the space around the nozzle rises to the set temperature after a fire occurs, and after a certain period of time, the nozzle can be turned on to spray water, and the best time to extinguish the fire is missed. [0004] The second is that fire extinguishing is not highly targeted. In places with large and high fire...

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Problems solved by technology

[0004] The second is that the fire extinguishing is not targeted. In places with large and high fire extinguishing spaces, due to the changeable movement of the hot air flow, the nozzles that are opened due to the influence of the hot air flow are most likely not the most effective position for sprinkler fire extinguishing, and may even be invalid. , the invalid opening of too many sprinklers may paralyze the entire automatic sprinkler system due to the lack of water supply, and miss the opportunity to extinguish the fire

[0005] Third, once the fire extinguishing system is turned on, it cannot be turned off, turning the fire into a flood, and even causing damage to other floors in other areas

[0006] Fourth, the system is isolated, unable to perform self-inspection and self-reporting, and cannot effectively feedback whether there is water in the system at any time, as well as water pressure conditions, and cannot reflect important information such as ambient temperature, gas composition, and environmental images, and cannot be connected to the central control module. Realize intelligent central monitoring

[0007] Fifth, the adaptability to certain special temperatures and special environments is not strong, such as cold storage, outdoor corridors, etc.

[0008] Sixth, the whole system requires a huge and complete fire protection foundation, and it is necessary to install alarm valves, pressure switches, delayers, water flow indicators and specific fire protection pipes, etc., in many old buildings or various buildings without fire protection foundation , the installation of the whole system requires a large amount of work and high cost, making it difficult to popularize

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