Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Ecological protection and construction method for complex loose rock mass high-filling deep-excavation multi-stage cutting slope
The invention provides an ecological protection and construction method for a complex loose rock mass high-filling deep-excavation multi-stage cutting slope. The ecological protection and construction method comprises a steel pipe few-support construction platform, an integrated movable construction platform device, an orifice temporary support, an integrated steel plate closed water-filling and pressure-pressing device and a shaped angle brace stable steel formwork device. According to the steel pipe less-support construction platform, the tedious workload of support erection is effectively reduced, the erection speed of the construction platform is increased, and the turnover rate of support materials and machines on a construction site is increased; according to the integrated movable construction platform device, the convenient mobility of a slope construction platform is enhanced, the construction position can be flexibly adjusted, the integrated movable construction platform device can be repeatedly used in slope construction, the installation time of the device is short, and the construction efficiency is high; the hole opening temporary support is provided with an anchor cable operation hole, the extending length facilitates installation operation in the anchor cable hole on a construction platform, and the fixing and guiding functions can be achieved during frame beam steel bar construction in the later period.
本发明提供复杂松散岩体高填深挖多级路堑边坡生态防护及施工方法，包括钢管少支架施工平台、一体式移动施工平台装置、孔口临时支架、整体式钢板封闭充水平压装置以及定型化角撑稳固钢模板装置；钢管少支架施工平台有效减少了支架搭设的繁琐工作量，提高了施工平台搭设速度，提升了施工现场的支架材料、机械周转率；一体式移动施工平台装置，增强了边坡施工平台的便捷移动性，可以灵活调整施工位置并在边坡施工中反复使用，装置安装时间短、具有较高的施工效率；孔口临时支架，设有锚索作业孔，伸出长度方便在施工平台上对锚索孔内的安装作业，后期在框架梁钢筋施工时也可提供固定、导向作用。
Ecological protection and construction method for complex loose rock mass high-filling deep-excavation multi-stage cutting slope
The invention provides an ecological protection and construction method for a complex loose rock mass high-filling deep-excavation multi-stage cutting slope. The ecological protection and construction method comprises a steel pipe few-support construction platform, an integrated movable construction platform device, an orifice temporary support, an integrated steel plate closed water-filling and pressure-pressing device and a shaped angle brace stable steel formwork device. According to the steel pipe less-support construction platform, the tedious workload of support erection is effectively reduced, the erection speed of the construction platform is increased, and the turnover rate of support materials and machines on a construction site is increased; according to the integrated movable construction platform device, the convenient mobility of a slope construction platform is enhanced, the construction position can be flexibly adjusted, the integrated movable construction platform device can be repeatedly used in slope construction, the installation time of the device is short, and the construction efficiency is high; the hole opening temporary support is provided with an anchor cable operation hole, the extending length facilitates installation operation in the anchor cable hole on a construction platform, and the fixing and guiding functions can be achieved during frame beam steel bar construction in the later period.
本发明提供复杂松散岩体高填深挖多级路堑边坡生态防护及施工方法，包括钢管少支架施工平台、一体式移动施工平台装置、孔口临时支架、整体式钢板封闭充水平压装置以及定型化角撑稳固钢模板装置；钢管少支架施工平台有效减少了支架搭设的繁琐工作量，提高了施工平台搭设速度，提升了施工现场的支架材料、机械周转率；一体式移动施工平台装置，增强了边坡施工平台的便捷移动性，可以灵活调整施工位置并在边坡施工中反复使用，装置安装时间短、具有较高的施工效率；孔口临时支架，设有锚索作业孔，伸出长度方便在施工平台上对锚索孔内的安装作业，后期在框架梁钢筋施工时也可提供固定、导向作用。
Ecological protection and construction method for complex loose rock mass high-filling deep-excavation multi-stage cutting slope
复杂松散岩体高填深挖多级路堑边坡生态防护及施工方法
HU CHAOFENG (Autor:in) / GAO JINGLU (Autor:in) / LIU JINYUAN (Autor:in) / LIU JIAN (Autor:in) / YANG LEI (Autor:in) / LIANG MENG (Autor:in) / JIN YAOU (Autor:in) / LI WENLIN (Autor:in) / SUN FENG (Autor:in) / GAO WEI (Autor:in)
21.06.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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