A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
High-strength heat preservation and insulation movable house structure
According to the high-strength heat preservation and insulation movable house structure, a heat preservation wallboard is installed in an inner cavity of a cement pouring wall, a steel wire net frame is installed on the front surface of the heat preservation wallboard, and adjusting devices are installed at the four corners of the front surface of the cement pouring wall correspondingly; the front side of the adjusting device penetrates through the clamping device, the heat preservation wall plate and the steel wire net frame, the heat preservation wall plate comprises a rear heat preservation wall body, and the front surface of the rear heat preservation wall body is fixedly connected with a front heat preservation wall body. Through cooperative use of the cement pouring wall, the heat preservation wall plate, the steel wire net frame, the clamping device and the adjusting device, the heat preservation wall has the advantages of being good in heat preservation performance, movable and convenient to assemble, the heat preservation layer cannot fall off or be damaged due to temperature changes, meanwhile, the heat preservation layer can be conveniently positioned in the installation process, and the installation efficiency is improved. The house structure can be moved to a required position to be assembled through a transport vehicle, the moving convenience is improved, rapid installation is facilitated, and heat preservation components cannot be damaged in the installation process.
本发明公开了一种高强度保温隔热可移动式房屋结构，包括水泥浇筑墙的内腔安装有保温墙板，所述保温墙板的正表面安装有钢丝网架，所述水泥浇筑墙正表面的四角均安装有调节装置，所述调节装置的前侧贯穿夹持装置、保温墙板和钢丝网架，保温墙板包括后保温墙体，后保温墙体的正表面固定连接有前保温墙体。本发明通过水泥浇筑墙、保温墙板、钢丝网架、夹持装置和调节装置的配合使用，具有保温性好、可移动和便于组装的优点，保温层不会受温度的变化而脱落损坏，同时方便在安装过程中对保温层进行定位，可利用运输车将房屋结构移动至所需位置进行组装，提高了移动的便捷性，方便进行快速安装，安装过程中不会损坏保温部件。
High-strength heat preservation and insulation movable house structure
According to the high-strength heat preservation and insulation movable house structure, a heat preservation wallboard is installed in an inner cavity of a cement pouring wall, a steel wire net frame is installed on the front surface of the heat preservation wallboard, and adjusting devices are installed at the four corners of the front surface of the cement pouring wall correspondingly; the front side of the adjusting device penetrates through the clamping device, the heat preservation wall plate and the steel wire net frame, the heat preservation wall plate comprises a rear heat preservation wall body, and the front surface of the rear heat preservation wall body is fixedly connected with a front heat preservation wall body. Through cooperative use of the cement pouring wall, the heat preservation wall plate, the steel wire net frame, the clamping device and the adjusting device, the heat preservation wall has the advantages of being good in heat preservation performance, movable and convenient to assemble, the heat preservation layer cannot fall off or be damaged due to temperature changes, meanwhile, the heat preservation layer can be conveniently positioned in the installation process, and the installation efficiency is improved. The house structure can be moved to a required position to be assembled through a transport vehicle, the moving convenience is improved, rapid installation is facilitated, and heat preservation components cannot be damaged in the installation process.
本发明公开了一种高强度保温隔热可移动式房屋结构，包括水泥浇筑墙的内腔安装有保温墙板，所述保温墙板的正表面安装有钢丝网架，所述水泥浇筑墙正表面的四角均安装有调节装置，所述调节装置的前侧贯穿夹持装置、保温墙板和钢丝网架，保温墙板包括后保温墙体，后保温墙体的正表面固定连接有前保温墙体。本发明通过水泥浇筑墙、保温墙板、钢丝网架、夹持装置和调节装置的配合使用，具有保温性好、可移动和便于组装的优点，保温层不会受温度的变化而脱落损坏，同时方便在安装过程中对保温层进行定位，可利用运输车将房屋结构移动至所需位置进行组装，提高了移动的便捷性，方便进行快速安装，安装过程中不会损坏保温部件。
High-strength heat preservation and insulation movable house structure
一种高强度保温隔热可移动式房屋结构
YAO YUBING (author)
2024-09-20
Patent
Electronic Resource
Chinese
Detachable and movable heat preservation and insulation unit block roof
| European Patent Office | 2021