A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a video guiding type grouting construction method, and relates to the technical field of grouting leakage stoppage. The method comprises the following steps that S1, an infrared thermal imager conducts scanning imaging on a water leakage part of a building, and the position and the range of water leakage are determined; S2, according to the water leakage position determinedthrough thermal imaging, grouting holes are drilled in a layout mode, and nails are distributed; S3, a grouting pipe is connected, a high-pressure grouting pump is started to push and extrude slurry,the coverage condition of the slurry is observed in real time through the infrared thermal imager in the grouting process, and flow direction guiding is conducted continuously; and S4, after groutingis completed, all the grouting holes are blocked, screeding is conducted after blocking, a waterproof coating is applied, the flow direction of the high-temperature slurry injected into the buildingis observed in real time through the infrared thermal imager, all cracks are filled through continuous flow direction guiding, the purpose of rapid leakage stoppage is achieved, the waterproof construction cost is effectively reduced, unnecessary damage to the building is reduced, and large-area secondary damage and expense caused by finding of the water leakage problem are reduced.
本发明公开了一种视频引导式注浆的施工方法，涉及注浆堵漏技术领域，包括以下步骤：S1.红外线热成像仪对建筑物漏水部位进行扫描成像，确定漏水的位置及范围；S2.按照热成像确定的漏水位置，布局性打注浆孔并布钉；S3.连接注浆管，启动高压注浆泵推挤浆料，注浆过程中通过红外线热成像仪实时观察浆料的覆盖情况，并不断进行流向引导；S4.注浆完毕后，将所有注浆孔封堵，封堵后抹平并施做防水涂层，通过红外线热成像仪对注入建筑物内高温浆料的流向进行实时观察，经过不断流向引导，填充所有裂缝，达到快速止漏的目的，有效的降低了防水施工成本；减少了对建筑物的不必要损害；减少了由于查找漏水问题，造成的大面积二次破坏和费用支出。
The invention discloses a video guiding type grouting construction method, and relates to the technical field of grouting leakage stoppage. The method comprises the following steps that S1, an infrared thermal imager conducts scanning imaging on a water leakage part of a building, and the position and the range of water leakage are determined; S2, according to the water leakage position determinedthrough thermal imaging, grouting holes are drilled in a layout mode, and nails are distributed; S3, a grouting pipe is connected, a high-pressure grouting pump is started to push and extrude slurry,the coverage condition of the slurry is observed in real time through the infrared thermal imager in the grouting process, and flow direction guiding is conducted continuously; and S4, after groutingis completed, all the grouting holes are blocked, screeding is conducted after blocking, a waterproof coating is applied, the flow direction of the high-temperature slurry injected into the buildingis observed in real time through the infrared thermal imager, all cracks are filled through continuous flow direction guiding, the purpose of rapid leakage stoppage is achieved, the waterproof construction cost is effectively reduced, unnecessary damage to the building is reduced, and large-area secondary damage and expense caused by finding of the water leakage problem are reduced.
本发明公开了一种视频引导式注浆的施工方法，涉及注浆堵漏技术领域，包括以下步骤：S1.红外线热成像仪对建筑物漏水部位进行扫描成像，确定漏水的位置及范围；S2.按照热成像确定的漏水位置，布局性打注浆孔并布钉；S3.连接注浆管，启动高压注浆泵推挤浆料，注浆过程中通过红外线热成像仪实时观察浆料的覆盖情况，并不断进行流向引导；S4.注浆完毕后，将所有注浆孔封堵，封堵后抹平并施做防水涂层，通过红外线热成像仪对注入建筑物内高温浆料的流向进行实时观察，经过不断流向引导，填充所有裂缝，达到快速止漏的目的，有效的降低了防水施工成本；减少了对建筑物的不必要损害；减少了由于查找漏水问题，造成的大面积二次破坏和费用支出。
Water-guiding grouting material, preparation method thereof and water-guiding grouting stone body
| European Patent Office | 2021
Guiding and splicing construction method for recyclable foundation grouting guide pipe
| European Patent Office | 2024
Pre-grouting type full-grouting sleeve structure and construction method
| European Patent Office | 2022
PRE-GROUTING TYPE FULL GROUTING SLEEVE STRUCTURE AND CONSTRUCTION METHOD
| European Patent Office | 2021
Pulse type grouting machine and double-liquid grouting construction method
| European Patent Office | 2020