Dual-layer light regulating glass with inner microstructure

Abstract

The invention discloses dual-layer light regulating glass with an inner microstructure. The dual-layer light regulating glass comprises light incidence layer glass and light emergent layer glass, wherein a closed soundproof layer is formed between the light incidence layer glass and the light emergent layer glass at intervals; a light-transmission interlayer adopting a zigzag array structure is arranged on the inner side surface of the light incidence layer glass, two corresponding ends of the light incidence layer glass and the light emergent layer glass are respectively and movably connected through connecting components, and an inclined angle between the light incidence layer glass and a vertical plane is regulated through the connecting components. Through the use of the dual-layer light regulating glass, the light transmissivity can be effectively regulated and controlled, the over-high sunshine strength in the summer is lowered, appropriate illumination in the spring, autumn and winter is maintained, the uniformity of the space distribution and the time distribution of incidence sunshine is improved, the dual-layer light regulating glass has a soundproof effect and is simple in manufacture, low in cost, wide in application range and high in use efficiency, and defects in the prior art and the functions of functional glass are overcome.

Description

technical field [0001] The invention relates to the field of functional glass structures, in particular to a double-layer dimming glass with a microstructure inside. Background technique [0002] With the continuous progress of society and the continuous improvement of human living standards, ordinary glass has been difficult to meet the increasing material function needs of human beings, and functional glass with heat insulation, sound insulation and even selective transmission of light has begun to be widely proposed. Affected by the earth's rotation and revolution, indoor lighting and heating in human society is facing a common problem: in summer and at noon, the sun's altitude angle is relatively large, and only a small part of the sunlight will be affected by total reflection, while most of the sunlight will be affected by total reflection. The ability to pass through the lighting glass smoothly will lead to an increase in the indoor temperature, and at the same time it...

AI Technical Summary

Problems solved by technology

Affected by the earth's rotation and revolution, indoor lighting and heating in human society is facing a common problem: in summer and at noon, the sun's altitude angle is relatively large, and only a small part of the sunlight will be affected by total reflection, while most of the sunlight will be affected by total reflection. Can pass through the lighting glass smoothly, leading to an increase in indoor temperature, and at the same time, it is easy to cause many problems such as electrical damage, furniture aging, etc., which brings inconvenience to human life

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