Fireproof door based on Internet of Things and having extinguishing and smoke removing functions

Abstract

The invention relates to a fireproof door based on Internet of Things and having extinguishing and smoke removing functions. The fireproof door includes a main body and a handle and further includes an extinguishing mechanism, a casing and a smoke absorbing mechanism. The extinguishing mechanism includes a heat absorption assembly and a spraying assembly. The heat absorption assembly includes a water pump, a heat absorption plate, a heat absorption pipe and a stabilizing assembly. The spraying assembly includes a driving chamber, a driving unit and a spraying unit. The smoke absorbing mechanism includes a rotating assembly and a smoke absorbing assembly. In the fireproof door based on Internet of Things and having the extinguishing and smoke removing functions, through the extinguishing mechanism, a main body is effectively prevented from being heated and deforming; omnidirectional uniform spraying for extinguishing is performed through a spray head, and fire spreading is effectively retarded, to achieve the protective effect. Smoke can be absorbed through the smoke absorbing mechanism, to prevent the smoke from spreading, people's life safety is ensured as far as possible, and through these, the practicality and reliability of the fireproof door are greatly improved.

Description

technical field [0001] The invention relates to the field of safety fire doors, in particular to a fire door with fire extinguishing and smoke removal functions based on the Internet of Things. Background technique [0002] Fire doors refer to doors that can meet the requirements of fire resistance stability, integrity and heat insulation within a certain period of time. [0003] However, there are still some problems in the actual use of fire doors. Usually, these fire doors only play the role of fire prevention, and do not have the function of fire extinguishing. Once the fire is too large, the high temperature may cause the fire door to deform, thus affecting the safety and reliability of the fire door. In addition, when there is a fire, there will often be smoke, and the smoke may enter the isolation area through the door cracks. The door cracks below the fire doors can be artificially blocked to prevent smoke, but the door cracks above the fire doors are difficult. Blo...

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Problems solved by technology

[0003] However, there are still some problems in the actual use of fire doors. Usually, these fire doors only play the role of fire prevention, and do not have the function of fire extinguishing. Once the fire is too large, the high temperature may cause the fire door to deform, thus affecting the safety and reliability of the fire door. In addition, when there is a fire, there will often be smoke, and the smoke may enter the isolation area through the door cracks. The door cracks below the fire doors can be artificially blocked to prevent smoke, but the door cracks above the fire doors are difficult. If the above problems cannot be solved, the practicability and reliability of the fire door will be greatly reduced

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