Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Fabricated building outer wall energy-saving construction method
The energy-saving construction method comprises a plurality of energy-saving external wall panels, a plurality of middle guide rails and side guide rails, the middle guide rails and the side guide rails are vertically and evenly distributed, and channels for the energy-saving external wall panels to move up and down are formed between the middle guide rails and between the middle guide rails and the side guide rails. The energy-saving external wall panels are installed in the channels in a sliding mode, grooves are vertically formed in the back faces of the energy-saving external wall panels, stretching pieces for pulling the energy-saving external wall panels to move upwards are arranged in the vertically-opposite grooves, and driving mechanisms for driving the stretching pieces to move upwards are installed above the middle guide rail and the side guide rails. The structure is simple, the energy-saving external wall panel can be installed from bottom to top, high-altitude operation is not needed, the safety is greatly improved, after the bottom plate is fixed to the lower portion of the channel, the installed energy-saving external wall panel can be positioned, meanwhile, the energy-saving external wall panel can be vertically supported through the stretching pieces, falling is avoided, and the energy-saving external wall panel is convenient to use. Therefore, the installation stability is ensured.
本发明公开了一种装配式建筑外墙节能施工方法，包括多块节能外墙板、多根中间导轨和侧导轨，所述中间导轨和侧导轨之间垂直均匀分布，中间导轨之间及中间导轨与侧导轨之间均形成供节能外墙板上下移动的通道，节能外墙板均滑动装入于通道中，节能外墙板的背面上均垂直设有凹槽，垂直相对的凹槽中均设有向上拉动节能外墙板向上移动的拉伸片，中间导轨和侧导轨的上方安装有带动拉伸片向上移动的驱动机构。本发明结构简单，能从下至上的完成对节能外墙板的安装，无需高空作业，大大的增加了安全性，且在底板固定在通道的下方后，能将安装后的节能外墙板定位，同时通过拉伸片能为节能外墙板提供垂直支撑功能，避免了下坠，以确保安装的稳定性。
Fabricated building outer wall energy-saving construction method
The energy-saving construction method comprises a plurality of energy-saving external wall panels, a plurality of middle guide rails and side guide rails, the middle guide rails and the side guide rails are vertically and evenly distributed, and channels for the energy-saving external wall panels to move up and down are formed between the middle guide rails and between the middle guide rails and the side guide rails. The energy-saving external wall panels are installed in the channels in a sliding mode, grooves are vertically formed in the back faces of the energy-saving external wall panels, stretching pieces for pulling the energy-saving external wall panels to move upwards are arranged in the vertically-opposite grooves, and driving mechanisms for driving the stretching pieces to move upwards are installed above the middle guide rail and the side guide rails. The structure is simple, the energy-saving external wall panel can be installed from bottom to top, high-altitude operation is not needed, the safety is greatly improved, after the bottom plate is fixed to the lower portion of the channel, the installed energy-saving external wall panel can be positioned, meanwhile, the energy-saving external wall panel can be vertically supported through the stretching pieces, falling is avoided, and the energy-saving external wall panel is convenient to use. Therefore, the installation stability is ensured.
本发明公开了一种装配式建筑外墙节能施工方法，包括多块节能外墙板、多根中间导轨和侧导轨，所述中间导轨和侧导轨之间垂直均匀分布，中间导轨之间及中间导轨与侧导轨之间均形成供节能外墙板上下移动的通道，节能外墙板均滑动装入于通道中，节能外墙板的背面上均垂直设有凹槽，垂直相对的凹槽中均设有向上拉动节能外墙板向上移动的拉伸片，中间导轨和侧导轨的上方安装有带动拉伸片向上移动的驱动机构。本发明结构简单，能从下至上的完成对节能外墙板的安装，无需高空作业，大大的增加了安全性，且在底板固定在通道的下方后，能将安装后的节能外墙板定位，同时通过拉伸片能为节能外墙板提供垂直支撑功能，避免了下坠，以确保安装的稳定性。
Fabricated building outer wall energy-saving construction method
一种装配式建筑外墙节能施工方法
LI DIAN (Autor:in) / LI GUIYONG (Autor:in) / WU HONGLIANG (Autor:in) / LI SIWEI (Autor:in) / LI MEILING (Autor:in)
06.08.2024
Patent
Elektronische Ressource
Chinesisch
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