Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
High-heat-insulating wallboard with building solid waste recycled aggregate as aggregate
The invention discloses a high-heat-insulating wallboard with a building solid waste recycled aggregate as an aggregate. The high-heat-insulating wallboard includes a board end, a board surface, a board edge, a joint slot, built-in buffer tubes, buffer nets, rock-wool layers, steel plate layers and fireproof layers, a tenon is arranged at the upper end of the board end, a tenon slot is formed in the lower end of the board end, the top end of the joint slot is connected to the tenon, the side surface of the joint slot is fixedly connected to the board edge, the built-in buffer tubes are embedded in the board end and located between the tenon and the tenon groove, the fireproof layers are located on the two sides of the inner side of the board surface, the steel plate layers are arranged onthe inner sides of the fireproof layers, and the rock-wool layers are arranged on the inner sides of the steel plate layers. According to the high-heat-insulating wallboard, by taking the constructionsolid waste recycled aggregate, coal slag, fly ash and other industrial waste residues as the main raw materials, energy is saved, waste is recycled, and the environment is purified; by arranging thefireproof layers and the steel plate layers, the structure is more stable, and the rock-wool layers can be used for increasing the sound insulation effect of a wall; and the built-in buffer tubes andthe buffer nets in the tubes can be used for increasing the seismic resistance and heat insulation capacity of the wall.
本发明公开了一种建筑固体废弃物再生骨料为集料的高隔热性能墙板，包括板端、板面、板边、接缝槽、内置缓冲管、缓冲网、岩棉层、钢板层和防火层，所述板端的上端设有榫头，下端设有榫槽，所述接缝槽的顶端与榫头相连接，侧面与板边固定连接，所述内置缓冲管镶嵌于板端中，且位于榫头和榫槽之间，所述防火层位于板面的内部两侧，所述钢板层设置在防火层的内侧，所述岩棉层设置在钢板层的内侧。该墙板通过建筑固体废弃物再生骨料、煤渣、粉煤灰等工业废渣为主要原料，节能利废和净化环境，通过设有防火层和钢板层，使结构更加的稳定，同时岩棉层可以增加墙体的隔音效果，内置缓冲管和管内的缓冲网可以增加墙体的抗震力和隔热能力。
High-heat-insulating wallboard with building solid waste recycled aggregate as aggregate
The invention discloses a high-heat-insulating wallboard with a building solid waste recycled aggregate as an aggregate. The high-heat-insulating wallboard includes a board end, a board surface, a board edge, a joint slot, built-in buffer tubes, buffer nets, rock-wool layers, steel plate layers and fireproof layers, a tenon is arranged at the upper end of the board end, a tenon slot is formed in the lower end of the board end, the top end of the joint slot is connected to the tenon, the side surface of the joint slot is fixedly connected to the board edge, the built-in buffer tubes are embedded in the board end and located between the tenon and the tenon groove, the fireproof layers are located on the two sides of the inner side of the board surface, the steel plate layers are arranged onthe inner sides of the fireproof layers, and the rock-wool layers are arranged on the inner sides of the steel plate layers. According to the high-heat-insulating wallboard, by taking the constructionsolid waste recycled aggregate, coal slag, fly ash and other industrial waste residues as the main raw materials, energy is saved, waste is recycled, and the environment is purified; by arranging thefireproof layers and the steel plate layers, the structure is more stable, and the rock-wool layers can be used for increasing the sound insulation effect of a wall; and the built-in buffer tubes andthe buffer nets in the tubes can be used for increasing the seismic resistance and heat insulation capacity of the wall.
本发明公开了一种建筑固体废弃物再生骨料为集料的高隔热性能墙板，包括板端、板面、板边、接缝槽、内置缓冲管、缓冲网、岩棉层、钢板层和防火层，所述板端的上端设有榫头，下端设有榫槽，所述接缝槽的顶端与榫头相连接，侧面与板边固定连接，所述内置缓冲管镶嵌于板端中，且位于榫头和榫槽之间，所述防火层位于板面的内部两侧，所述钢板层设置在防火层的内侧，所述岩棉层设置在钢板层的内侧。该墙板通过建筑固体废弃物再生骨料、煤渣、粉煤灰等工业废渣为主要原料，节能利废和净化环境，通过设有防火层和钢板层，使结构更加的稳定，同时岩棉层可以增加墙体的隔音效果，内置缓冲管和管内的缓冲网可以增加墙体的抗震力和隔热能力。
High-heat-insulating wallboard with building solid waste recycled aggregate as aggregate
一种建筑固体废弃物再生骨料为集料的高隔热性能墙板
LIU FANGXU (Autor:in)
12.06.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
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