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A platform for research: civil engineering, architecture and urbanism
Installation and construction method for light energy-saving wall partition plate
The invention relates to the technical field of building light partition wall construction, and discloses a light energy-saving wall partition plate installation construction method, which comprises the following steps: base layer cleaning: carrying out base layer cleaning on contact parts of a light partition wall and a structural wall surface as well as a floor and thoroughly wetting the contact parts with water; according to the light energy-saving wall partition plate installation construction method, loose substances and dust on the contact face of a structure to be installed can be removed through cleaning and water spraying, meanwhile, the permeability of mortar between plates in the later period and the connection strength after drying can be improved, the splicing plate width and load distribution are effectively planned by measuring the size, paying off and cutting, and the construction efficiency is improved. The embedded part and the steel plate clamping part are installed to be matched with mortar to reinforce the splicing strength and the deformation resistance strength of the male tenon groove and the female tenon groove, and the wooden wedge is matched with the embedded part and the steel plate clamping part to support, limit and fix the spliced light partition wall, so that the mortar can be shaped, dried and solidified; and the connection strength and the deformation resistance strength of the light partition wall are improved and the service life is prolonged through the anti-cracking cloth attached to the joints.
本发明涉及建筑轻质隔墙施工技术领域，且公开了一种轻质节能墙隔板安装施工方法，包括如下步骤：基层清理包括对轻质隔墙与结构墙面及楼面的接触部位进行基层清理及水淋湿透。该轻质节能墙隔板安装施工方法，通过清理及水淋有助于除去待安装结构接触面的松散物质及灰尘，同时有助于增大后期板与板之间砂浆的渗透性能及干燥后的连接强度，通过测量尺寸并放线及裁切有效规划各块拼接板幅及荷载分布，通过安装预埋件及钢板卡件配合砂浆加固公母隼槽拼接强度及抗变形强度，通过木楔配合预埋件及钢板卡件对拼接轻质隔墙进行支撑限位及固定使得砂浆能够定型干固，并通过接缝处的贴防裂布增大该轻质隔墙的连接强度、抗变形强度及延长使用寿命长。
Installation and construction method for light energy-saving wall partition plate
The invention relates to the technical field of building light partition wall construction, and discloses a light energy-saving wall partition plate installation construction method, which comprises the following steps: base layer cleaning: carrying out base layer cleaning on contact parts of a light partition wall and a structural wall surface as well as a floor and thoroughly wetting the contact parts with water; according to the light energy-saving wall partition plate installation construction method, loose substances and dust on the contact face of a structure to be installed can be removed through cleaning and water spraying, meanwhile, the permeability of mortar between plates in the later period and the connection strength after drying can be improved, the splicing plate width and load distribution are effectively planned by measuring the size, paying off and cutting, and the construction efficiency is improved. The embedded part and the steel plate clamping part are installed to be matched with mortar to reinforce the splicing strength and the deformation resistance strength of the male tenon groove and the female tenon groove, and the wooden wedge is matched with the embedded part and the steel plate clamping part to support, limit and fix the spliced light partition wall, so that the mortar can be shaped, dried and solidified; and the connection strength and the deformation resistance strength of the light partition wall are improved and the service life is prolonged through the anti-cracking cloth attached to the joints.
本发明涉及建筑轻质隔墙施工技术领域，且公开了一种轻质节能墙隔板安装施工方法，包括如下步骤：基层清理包括对轻质隔墙与结构墙面及楼面的接触部位进行基层清理及水淋湿透。该轻质节能墙隔板安装施工方法，通过清理及水淋有助于除去待安装结构接触面的松散物质及灰尘，同时有助于增大后期板与板之间砂浆的渗透性能及干燥后的连接强度，通过测量尺寸并放线及裁切有效规划各块拼接板幅及荷载分布，通过安装预埋件及钢板卡件配合砂浆加固公母隼槽拼接强度及抗变形强度，通过木楔配合预埋件及钢板卡件对拼接轻质隔墙进行支撑限位及固定使得砂浆能够定型干固，并通过接缝处的贴防裂布增大该轻质隔墙的连接强度、抗变形强度及延长使用寿命长。
Installation and construction method for light energy-saving wall partition plate
一种轻质节能墙隔板安装施工方法
ZHU XIAOPING (author) / LIAN JIANPING (author) / TSAI CHIH-LONG (author) / YU BINGZHU (author) / ZHAO BOYU (author) / FU TIANHAO (author) / XIE JUNBANG (author) / LYU ZHIQIANG (author)
2024-03-08
Patent
Electronic Resource
Chinese
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