A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Fabricated low-energy-consumption wall
The invention discloses a fabricated low-energy-consumption wall which comprises wall units, heat preservation units and splicing units, the heat preservation units are connected into a whole through the splicing units, and the wall units cover the two sides of the heat preservation units and the two sides of the splicing units correspondingly; the heat preservation unit comprises a heat preservation material, an inner net plate and an outer net plate, the inner net plate and the outer net plate are oppositely fixed, a first gap is reserved between the inner net plate and the outer net plate, the first gap is filled with the heat preservation material in a pouring mode, and a heat preservation layer is formed after the first gap is filled with the heat preservation material. According to the fabricated low-energy-consumption wall body, the heat preservation units are all prefabricated in a factory, gaps are filled with heat preservation materials in a pouring mode, the closed heat preservation layer is formed, the sealing performance of the heat preservation layer is guaranteed, meanwhile, the heat preservation layer is located in the middle of the wall body units, the heat preservation layer, the hollow holes and the like in the wall body are in a closed state, and the energy consumption of the wall body is low.
本发明公开了一种装配式低能耗墙体，所述低能耗墙体包括墙体单元、保温单元和拼装单元，所述保温单元通过拼装单元连接成一个整体，所述墙体单元分别覆盖在保温单元和拼装单元的两侧；所述保温单元包括保温材料、相对地固定的内网板和外网板，内网板与外网板之间留有第一空隙，保温材料通过灌注方式填满第一空隙，保温材料填满第一空隙后形成保温层。本发明提供的装配式低能耗墙体，保温单元全部在工厂预制好，保温材料通过灌注方式填满空隙并形成密闭的保温层，保证保温层的密封性，同时，保温层位于墙体单元的中间，墙体内的保温层、中空孔等处于密闭状态，墙体的能耗低。
Fabricated low-energy-consumption wall
The invention discloses a fabricated low-energy-consumption wall which comprises wall units, heat preservation units and splicing units, the heat preservation units are connected into a whole through the splicing units, and the wall units cover the two sides of the heat preservation units and the two sides of the splicing units correspondingly; the heat preservation unit comprises a heat preservation material, an inner net plate and an outer net plate, the inner net plate and the outer net plate are oppositely fixed, a first gap is reserved between the inner net plate and the outer net plate, the first gap is filled with the heat preservation material in a pouring mode, and a heat preservation layer is formed after the first gap is filled with the heat preservation material. According to the fabricated low-energy-consumption wall body, the heat preservation units are all prefabricated in a factory, gaps are filled with heat preservation materials in a pouring mode, the closed heat preservation layer is formed, the sealing performance of the heat preservation layer is guaranteed, meanwhile, the heat preservation layer is located in the middle of the wall body units, the heat preservation layer, the hollow holes and the like in the wall body are in a closed state, and the energy consumption of the wall body is low.
本发明公开了一种装配式低能耗墙体，所述低能耗墙体包括墙体单元、保温单元和拼装单元，所述保温单元通过拼装单元连接成一个整体，所述墙体单元分别覆盖在保温单元和拼装单元的两侧；所述保温单元包括保温材料、相对地固定的内网板和外网板，内网板与外网板之间留有第一空隙，保温材料通过灌注方式填满第一空隙，保温材料填满第一空隙后形成保温层。本发明提供的装配式低能耗墙体，保温单元全部在工厂预制好，保温材料通过灌注方式填满空隙并形成密闭的保温层，保证保温层的密封性，同时，保温层位于墙体单元的中间，墙体内的保温层、中空孔等处于密闭状态，墙体的能耗低。
Fabricated low-energy-consumption wall
一种装配式低能耗墙体
ZHAO HAIYAN (author) / LU NINGHAI (author) / ZOU MENGKE (author) / LIN HAI (author) / ZOU BENNING (author) / ZHANG ZUGANG (author) / TAO FENG (author) / BIAN QIUBO (author)
2023-02-03
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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