A water delivery mechanism for a fire protection system of a smart high-rise building

Abstract

The invention discloses a water delivery mechanism for a fire protection system of an intelligent high-rise building, which includes a docking mechanism and a docking water pipe head. The docking mechanism includes a docking end, a sealing gasket, and a sealing gasket expansion mechanism. A sliding sealing plate, the butt end is snapped correspondingly to the butt water pipe head, the seal plate controls the connection and closure of the butt water pipe head, and the butt end slides telescopically on the docking mechanism , the butt end and the butt water pipe head are clamped to press against the sliding of the sealing plate, the sealing gasket is arranged in a ring shape, and the butt end and the butt water pipe head are correspondingly clamped , the gasket is pressed tightly on the butt water pipe head, and the gasket expansion and contraction mechanism controls the expansion and contraction of the gasket. pressure, thereby greatly improving the sealing of the butt joint water pipe head and the butt end.

Description

technical field [0001] The invention relates to a fire-fighting system, in particular to a water delivery mechanism of a fire-fighting system for a smart high-rise building, and in particular to a fire-fighting system for a smart high-rise building capable of automatic fire protection. Background technique [0002] With the continuous improvement of urban construction, the continuous improvement of the fire protection system has been further promoted. In the current fire protection system, most of the fire hoses are installed in the corridors. When a fire occurs, the fire hose can be used to achieve the purpose of fire , although the purpose of fire extinguishing can be achieved through fire water pipes, when a fire breaks out, professional firefighters are required to extinguish the fire. Fire extinguishing at the fire scene, due to the spread of the fire, it is extremely difficult to extinguish the fire, so when a fire breaks out, the fire can not be extinguished immediate...

AI Technical Summary

Problems solved by technology

[0002] With the continuous improvement of urban construction, the continuous improvement of the fire protection system has been further promoted. In the current fire protection system, most of the fire hoses are installed in the corridors. When a fire occurs, the fire hose can be used to achieve the purpose of fire , although the purpose of fire extinguishing can be achieved through fire water pipes, when a fire breaks out, professional firefighters are required to extinguish the fire. Fire extinguishing at the fire scene, due to the spread of the fire, it is extremely difficult to extinguish the fire, so when a fire breaks out, the fire can not be extinguished immediately, and the firefighters can only rely on the firefighters to extinguish the fire after they arrive at the fire scene, so the best way to extinguish the fire is lost Timing, in the case of fire extinguishing, water resources are the foundation of fire extinguishing, and most of them are transported through long pipelines in the process of water transportation. Since the water source is transported through long pipelines, it further leads to The waste of water resources transportation time, at the same time, due to the excessive water pressure at the connection position of the water pipe, there will often be water leakage, which will have a certain impact on fire fighting

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