Multifunctional air-conditioning glass system with color-changing, noctilucent, anti-seismic, fireproofing, air-purifying and energy-saving functions

Abstract

The invention discloses a multifunctional air-conditioning glass system with color-changing, noctilucent, anti-seismic, fireproofing, air-purifying and energy-saving functions. The multifunctional air-conditioning glass system comprises exterior glass, intermediate glass and interior glass, the interior glass and the intermediate glass are collected through a sealant, and an intermediate water layer is formed in the cavity between the interior glass and the intermediate glass; the multifunctional air-conditioning glass system further comprises a water supply unit supplying water to the intermediate water layer; the interior glass, the intermediate layer and the intermediate water layer enclose to form a row of air cavities which are located above the intermediate water layer; the multifunctional air-conditioning glass system further comprises an air purifying unit supplying air to the air cavities through the intermediate water layer. By the arrangement, the color-changing function of the glass can be realized, and transparent colorless of the glass is creatively utilized to enable the glass to be colored to have liquid layer colors by changing colors of a liquid layer; by the design of a three-layer structure, a water solution with pigment is injected into the position of the middle of the outer double-layer glass to enable the glass to be colored with the water solution with the pigment.

Description

technical field [0001] The multi-functional color-changing luminous anti-seismic fire-proof air-purifying air-conditioning temperature-regulating glass system can be widely used in the fields of household air-conditioning, commercial air-conditioning, glass curtain walls, interior decoration (such as doors and windows, floors, partitions, etc.), air purification, geothermal fields, The field of fresh air system, building fire protection, building wind and earthquake resistance, building thermal insulation and building sound insulation. Background technique [0002] Glass is widely used in the field of building curtain walls, doors and windows because of its good light transmission, excellent mechanical properties, thermal properties, wind resistance and resistance to outdoor heat radiation and heat conduction. Glass curtain wall buildings are regarded as a symbol of urban architectural modernization. The main types of glass are: embossed glass, crystal glass, crystal glass, ...

AI Technical Summary

Problems solved by technology

[0007] However, the LOW-E glass, insulating glass, laminated glass or three types of glass superimposed in the current technology have the following technical defects in production: after the color of the glass is determined, the color cannot be changed, the color cannot be changed, and there is no air purification function. Poor thermal insulation performance, poor fire resistance, high energy consumption, no active temperature adjustment, no building wind and earthquake resistance, poor sound insulation, poor ventilation, no water curtain function and other single-function problems, as well as urban light pollution, etc. question

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