Intelligent automatic noise reduction and fireproofing hollow glass window, building and method of intelligent automatic noise reduction and fireproof hollow glass window

Abstract

The invention discloses an intelligent automatic noise reduction and fireproofing hollow glass window, a building and method of the intelligent automatic noise reduction and fireproof hollow glass window, and belongs to the technical field of glass window noise reduction and fireproofing. The intelligent automatic noise reduction and fireproofing hollow glass window comprises a window frame, outer layer glass, inner layer glass and a hollow interlayer. The window frame is internally provided with noise sensors and temperature sensors. The exterior of the hollow interlayer is provided with storing boxes used for storing soundproof and fireproof materials. Upper openings of the hollow interlayer are connected with the upper parts of the storing boxes through upper pipelines. Lower openings of the hollow interlayer are connected with the lower parts of the storing boxes through lower pipelines. The upper pipelines are provided with pressure jetting pumps. The lower pipelines are provided with vacuum suction pumps. The hollow glass window is further provided with a central control unit. The noise sensors, the temperature sensors, the pressure jetting pumps and the vacuum suction pumps are all connected with the central control unit. According to the intelligent automatic noise reduction and fireproofing hollow glass window, the soundproof and fireproof effects are good, and automatic noise reduction or fireproofing can be achieved.

Description

Technical field [0001] The invention relates to the technical field of glass window noise reduction, in particular to an intelligent automatic noise reduction fireproof hollow glass window, a building and a method thereof. Background technique [0002] With the development of urbanization, noise pollution has become more and more serious, especially the noise in business districts, on both sides of roads and around the factory area, which has seriously affected people's night rest. Walls, doors and windows, etc. have a certain sound insulation effect, but for changes in outdoor environmental noise, the sound insulation effect is fixed and passive. In order to reduce the impact of noise, methods such as increasing the number or thickness of window glass are now usually used. Although this method can achieve a certain sound insulation effect, due to the increase in the number or thickness of the glass, the load-bearing capacity of the window frame is increased, the cost is higher, ...

AI Technical Summary

Problems solved by technology

Walls, doors and windows all have a certain sound insulation effect, but for changes in outdoor environmental noise, the sound insulation effect is fixed and passive. In order to reduce the impact of noise, methods such as increasing the number of layers or thickness of window glass are usually used. Although this approach can achieve a certain sound insulation effect, due to the increase in the number of glass layers or thickness, the load-bearing of the window frame is increased, the cost is high, and the sound insulation effect is average. Moreover, the traditional glass window with sound insulation has a single function. , can not play a fire function

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