A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Minimally invasive inner waterproof layer reconstruction process method
The invention relates to the technical field of waterproofing, in particular to a process method for reconstructing a minimally invasive inner waterproof layer. The method comprises the following steps of: 1, determining a water leakage or water seepage area; 2, drilling holes in the roof in the water leakage or water seepage area; thirdly, CPS node waterproof sealant is injected into the drill hole in a high-pressure pouring mode; fourthly, after injection, the CPS node waterproof sealant is rapidly diffused on the surface of the original waterproof layer, and finally a reconstructed waterproof layer is formed on the surface of the original waterproof layer; and step 5, detecting after standing, and if water leakage or water seepage occurs, repeating the step 1 to the step 4 until no water leakage or water seepage occurs, thereby completing the reconstruction of the minimally invasive inner waterproof layer. Compared with a traditional maintenance project, the construction period is greatly shortened, the construction procedure is simplified, the dismantling cost and the garbage transportation cost are greatly reduced, the comprehensive cost is reduced by 50%-60% compared with the cost of the traditional maintenance project, meanwhile, building material resources are saved, the environment is protected, and construction noise is reduced.
本发明涉及防水技术领域，是一种微创内层防水层再造工艺方法；按下述步骤进行：第一步，确定漏水或渗水区域；第二步，在漏水或渗水区域内在屋顶钻孔；第三步，通过高压灌注的方式，将CPS节点防水密封膏注入钻孔内；第四步，注入后使CPS节点防水密封膏在原防水层表面迅速扩散，最后在原防水层表面形成一层再造防水层；第五步，静置后检测，若漏水或渗水重复第一步至第四步直至不漏水或不渗水，完成微创内层防水层再造。本发明较传统的维修工程不仅大大缩短了工期，简化了施工工序，还大幅减少了拆除费用和垃圾运输费用，本发明综合成本较传统的维修工程成本降低了50%至60%，同时节约了建筑材料资源，保护了环境，降低了施工噪音。
Minimally invasive inner waterproof layer reconstruction process method
The invention relates to the technical field of waterproofing, in particular to a process method for reconstructing a minimally invasive inner waterproof layer. The method comprises the following steps of: 1, determining a water leakage or water seepage area; 2, drilling holes in the roof in the water leakage or water seepage area; thirdly, CPS node waterproof sealant is injected into the drill hole in a high-pressure pouring mode; fourthly, after injection, the CPS node waterproof sealant is rapidly diffused on the surface of the original waterproof layer, and finally a reconstructed waterproof layer is formed on the surface of the original waterproof layer; and step 5, detecting after standing, and if water leakage or water seepage occurs, repeating the step 1 to the step 4 until no water leakage or water seepage occurs, thereby completing the reconstruction of the minimally invasive inner waterproof layer. Compared with a traditional maintenance project, the construction period is greatly shortened, the construction procedure is simplified, the dismantling cost and the garbage transportation cost are greatly reduced, the comprehensive cost is reduced by 50%-60% compared with the cost of the traditional maintenance project, meanwhile, building material resources are saved, the environment is protected, and construction noise is reduced.
本发明涉及防水技术领域，是一种微创内层防水层再造工艺方法；按下述步骤进行：第一步，确定漏水或渗水区域；第二步，在漏水或渗水区域内在屋顶钻孔；第三步，通过高压灌注的方式，将CPS节点防水密封膏注入钻孔内；第四步，注入后使CPS节点防水密封膏在原防水层表面迅速扩散，最后在原防水层表面形成一层再造防水层；第五步，静置后检测，若漏水或渗水重复第一步至第四步直至不漏水或不渗水，完成微创内层防水层再造。本发明较传统的维修工程不仅大大缩短了工期，简化了施工工序，还大幅减少了拆除费用和垃圾运输费用，本发明综合成本较传统的维修工程成本降低了50%至60%，同时节约了建筑材料资源，保护了环境，降低了施工噪音。
Minimally invasive inner waterproof layer reconstruction process method
微创内层防水层再造工艺方法
YANG SHEN (author) / YANG MENGKAI (author)
2022-12-02
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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