A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Large-diameter down-the-hole hammer hole guiding process method matched with vibroflotation construction
The invention relates to the technical field of building construction, in particular to a large-diameter down-the-hole hammer hole guiding process method matched with vibroflotation construction, comprising a large-diameter down-the-hole hammer hole guiding process method matched with vibroflotation construction, comprising the following steps: collecting soil at different depths underground at a hole guiding site through a sampling drilling machine at the hole guiding site; a soil analyzer is used for analyzing geology of different depths of the hole guiding site, a worker checks functions and parameters of the large-diameter down-the-hole hammer and the auxiliary automatic hole guiding equipment, and parameters of the automatic hole guiding equipment are preset according to geological data of the geology of different depths of the hole guiding site; in the construction process, parameters of the automatic hole guiding equipment are adjusted according to the actual condition of the hole guiding site; an instruction is input to the frequency converter through the motion execution module, the frequency converter controls the actuator to control the pile machine to drive the down-the-hole hammer to move, auxiliary hole guiding is carried out, a full-automatic construction control system is achieved for hole guiding construction of the large-diameter down-the-hole hammer, manpower consumption is reduced, and the work efficiency is improved.
本发明涉及建筑施工技术领域，具体为一种配合振冲施工的大直径潜孔锤引孔工艺方法，包括一种配合振冲施工的大直径潜孔锤引孔工艺方法，包括通过取样钻机在引孔地点采集引孔地点地下不同深度下的土壤，并使用土壤分析仪对引孔地点不同深度的地质进行分析工作人员检查大直径潜孔锤和辅助自动引孔设备的功能与参数，根据测试出的引孔地点不同深度的地质的地质资料对自动引孔设备的参数预设；施工过程中，根据引孔地点的实际情况对自动引孔设备进行参数调整；本发明通过运动执行模块给变频器输入指令，并通过变频器控制执行器控制桩机带动潜孔锤进行移动，进行辅助引孔，使大直径潜孔锤引孔施工实现全自动施工控制系统，减少人力消耗，提高工效。
Large-diameter down-the-hole hammer hole guiding process method matched with vibroflotation construction
The invention relates to the technical field of building construction, in particular to a large-diameter down-the-hole hammer hole guiding process method matched with vibroflotation construction, comprising a large-diameter down-the-hole hammer hole guiding process method matched with vibroflotation construction, comprising the following steps: collecting soil at different depths underground at a hole guiding site through a sampling drilling machine at the hole guiding site; a soil analyzer is used for analyzing geology of different depths of the hole guiding site, a worker checks functions and parameters of the large-diameter down-the-hole hammer and the auxiliary automatic hole guiding equipment, and parameters of the automatic hole guiding equipment are preset according to geological data of the geology of different depths of the hole guiding site; in the construction process, parameters of the automatic hole guiding equipment are adjusted according to the actual condition of the hole guiding site; an instruction is input to the frequency converter through the motion execution module, the frequency converter controls the actuator to control the pile machine to drive the down-the-hole hammer to move, auxiliary hole guiding is carried out, a full-automatic construction control system is achieved for hole guiding construction of the large-diameter down-the-hole hammer, manpower consumption is reduced, and the work efficiency is improved.
本发明涉及建筑施工技术领域，具体为一种配合振冲施工的大直径潜孔锤引孔工艺方法，包括一种配合振冲施工的大直径潜孔锤引孔工艺方法，包括通过取样钻机在引孔地点采集引孔地点地下不同深度下的土壤，并使用土壤分析仪对引孔地点不同深度的地质进行分析工作人员检查大直径潜孔锤和辅助自动引孔设备的功能与参数，根据测试出的引孔地点不同深度的地质的地质资料对自动引孔设备的参数预设；施工过程中，根据引孔地点的实际情况对自动引孔设备进行参数调整；本发明通过运动执行模块给变频器输入指令，并通过变频器控制执行器控制桩机带动潜孔锤进行移动，进行辅助引孔，使大直径潜孔锤引孔施工实现全自动施工控制系统，减少人力消耗，提高工效。
Large-diameter down-the-hole hammer hole guiding process method matched with vibroflotation construction
一种配合振冲施工的大直径潜孔锤引孔工艺方法
MA BIN (author) / LU WEI (author) / CHEN TAO (author) / YAO JUNPING (author) / LI GUO (author) / LI MENG (author) / SUN YUNFEI (author) / LIANG CUNSHAO (author) / LI CHENHAO (author) / LI XIAOLI (author)
2022-11-29
Patent
Electronic Resource
Chinese
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