A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving glass pumice concrete building block hole type
The invention discloses an energy-saving glass pumice concrete building block hole type, and aims to provide a building block which can block solar shortwave radiation and intercept ground long wave radiation in order to achieve a heat insulation effect. The technical scheme is characterized in that the energy-saving glass pumice concrete building block hole type comprises a building block and holes, wherein the holes are distributed in the surface of the building block; the holes are rectangular or T-shaped; five layers of holes are sequentially distributed from top to bottom, and marked as alayer A, a layer B, a layer C, a layer D and a layer E respectively; the layer E and the layer A are of the same structure; the layer B and the layer D are of the same structure; the layer C comprises multiple groups of holes of different specifications; and the holes in the layer A, the layer B, the layer C, the layer D and the layer E are arranged in a staggered way.
本发明公开了一种节能型玻璃轻石混凝土砌块孔型，旨在提供一种既可以阻挡太阳短波辐射，又可以截留地面的长波辐射以达到热隔阻作用的砌块，其技术方案要点是，包括砌块、孔洞，所述孔洞分布在砌块的表面，所述孔洞为矩形或“T”字型，所述孔洞由上至下依次布置有五层，并将其分别标记位A层、B层、C层、D层、E层，所述E层与A层结构相同，所述B层与D层结构相同，所述C层中包括多组规格不同的孔洞，所述A层、B层、C层、D层与E层中的孔洞呈交错排列。
Energy-saving glass pumice concrete building block hole type
The invention discloses an energy-saving glass pumice concrete building block hole type, and aims to provide a building block which can block solar shortwave radiation and intercept ground long wave radiation in order to achieve a heat insulation effect. The technical scheme is characterized in that the energy-saving glass pumice concrete building block hole type comprises a building block and holes, wherein the holes are distributed in the surface of the building block; the holes are rectangular or T-shaped; five layers of holes are sequentially distributed from top to bottom, and marked as alayer A, a layer B, a layer C, a layer D and a layer E respectively; the layer E and the layer A are of the same structure; the layer B and the layer D are of the same structure; the layer C comprises multiple groups of holes of different specifications; and the holes in the layer A, the layer B, the layer C, the layer D and the layer E are arranged in a staggered way.
本发明公开了一种节能型玻璃轻石混凝土砌块孔型，旨在提供一种既可以阻挡太阳短波辐射，又可以截留地面的长波辐射以达到热隔阻作用的砌块，其技术方案要点是，包括砌块、孔洞，所述孔洞分布在砌块的表面，所述孔洞为矩形或“T”字型，所述孔洞由上至下依次布置有五层，并将其分别标记位A层、B层、C层、D层、E层，所述E层与A层结构相同，所述B层与D层结构相同，所述C层中包括多组规格不同的孔洞，所述A层、B层、C层、D层与E层中的孔洞呈交错排列。
Energy-saving glass pumice concrete building block hole type
一种节能型玻璃轻石混凝土砌块孔型
YANG ZHENGJUN (author) / JI LINGLI (author) / JIANG WENTAO (author) / WANG YANMEI (author) / YANG CHUN (author)
2020-07-31
Patent
Electronic Resource
Chinese
Pumice concrete building materials
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