Glass heat-preservation brick capable of adjusting light beam

Abstract

The invention provides a glass heat-preservation brick capable of adjusting light beam, belonging to an external wall surface brick of building material, in particular to a glass heat-preservation brick which can adjust the light beam entering indoors. The glass heat-preservation brick comprises four slab glass which is parallel to each other; a solid structure is formed by that a rectangular external frame is bonded to the four edges of the four slab glass; three chambers such as internal chamber, middle chamber and external chamber are formed between the external frame and the four slab glass; all chambers are vacuum chambers or sealed normal-pressure chambers which have a certain heat-preservation function; a row of light adjusting blocks with two reflecting surfaces are arranged in the external chamber in the horizontal direction, thus adjusting the light beam direction in the morning and evening; when the glass heat-preservation bricks are constructed as walls, four surfaces of the external frames of all glass heat-preservation bricks are bonded by glue water and the wall body is formed by assembly of a plurality of glass heat-preservation bricks. The glass heat-preservation brick can be used for lighting walls and can adjust the direction and intensity of the light beam entering indoors, in addition, the glass heat-preservation brick has the advantages of leading the lighting, heat-preservation and sound-insulation effects indoors to be better.

Description

1. Technical field [0001] The invention relates to an exterior wall brick belonging to building materials, in particular to a glass thermal insulation brick which can adjust the direction and intensity of light entering the room. 2. Background technology [0002] With the continuous improvement of people's living standards, the requirements for living conditions are getting higher and higher, especially for the comfort, aesthetics and energy saving of the living room. At present, the walls of buildings are generally made of burnt red bricks, which are solid cubes with no lighting effect, poor heat insulation and sound insulation effects, and the surface still needs to be painted and decorated. For large public buildings, glass curtain wall structures are used, which have good lighting effects, but poor thermal insulation effects, high energy consumption, and cannot be adjusted for light; recently, hollow glass bricks have also appeared. The entry and exit of the sun also ha...

AI Technical Summary

Problems solved by technology

At present, the walls of buildings are generally made of fired red bricks, which are solid cubes, have no lighting effect, and the heat insulation and sound insulation effects are not good, and the surface needs to be painted and decorated

For large public buildings, glass curtain wall structures are used, which have good lighting effects, but poor thermal insulation effects, high energy consumption, and cannot be adjusted for light; recently, hollow glass bricks have also appeared. The entry and exit of the sun also has no adjustment function, which cannot meet people's requirements for lighting at different times of the day. For example, they hope to get the sun early in the morning and evening, and hope to weaken the sun at noon.

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