A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent operation method for cement-soil mixing pile
The invention relates to an intelligent operation method for a cement-soil mixing pile. The intelligent operation method comprises the steps that firstly, the depth of a bearing stratum of a construction site is determined through a static sounding method, the accurate construction pile length is finally given according to the determined top face elevation and bottom face elevation of the bearing stratum, wherein the depth of the mixing pile entering the bearing stratum is 0.5-1.0 m; then depth control parameters of a mixing pile machine drilling bit entering the bearing stratum are determined; and finally, a confirmed current value and tension value entering the bearing stratum and a tension and current limit value exceeding a rated current serve as automatic control construction pile length parameters and are input into an intelligent control program, and intelligent drilling construction of the cement-soil mixing pile is carried out. Bidirectional mixing, intelligent operation, remote monitoring and management technologies are mainly applied to cement-soil mixing pile construction, so that the construction quality is greatly improved, and the construction cost is reduced. On-site construction control parameters are monitored in real time, and violation operation and special conditions can be remotely controlled.
一种水泥土搅拌桩智能化操作方法，首先通过静力触探法确定施工工地持力层深度，按确定的持力层的顶面高程和底面高程，最终给出准确的施工桩长，其中搅拌桩进入持力层的深度为0.5‑1.0m；然后确定搅拌桩机钻头进入持力层深度控制参数：最后将确认的进入持力层的电流值和拉力值，超过额定电流的拉力和电流极限值作为自动控制施工桩长参数，输入到智能化控制的程序中，进行水泥土搅拌桩智能化钻进施工。本发明主要是将双向搅拌、智能化操作、远程监控及管理技术应用到水泥土搅拌桩施工中，使其施工质量大幅度提高，降低工程造价。对现场施工控制参数进行实时监控，并可对违规操作和特殊情况进行远程操控。
Intelligent operation method for cement-soil mixing pile
The invention relates to an intelligent operation method for a cement-soil mixing pile. The intelligent operation method comprises the steps that firstly, the depth of a bearing stratum of a construction site is determined through a static sounding method, the accurate construction pile length is finally given according to the determined top face elevation and bottom face elevation of the bearing stratum, wherein the depth of the mixing pile entering the bearing stratum is 0.5-1.0 m; then depth control parameters of a mixing pile machine drilling bit entering the bearing stratum are determined; and finally, a confirmed current value and tension value entering the bearing stratum and a tension and current limit value exceeding a rated current serve as automatic control construction pile length parameters and are input into an intelligent control program, and intelligent drilling construction of the cement-soil mixing pile is carried out. Bidirectional mixing, intelligent operation, remote monitoring and management technologies are mainly applied to cement-soil mixing pile construction, so that the construction quality is greatly improved, and the construction cost is reduced. On-site construction control parameters are monitored in real time, and violation operation and special conditions can be remotely controlled.
一种水泥土搅拌桩智能化操作方法，首先通过静力触探法确定施工工地持力层深度，按确定的持力层的顶面高程和底面高程，最终给出准确的施工桩长，其中搅拌桩进入持力层的深度为0.5‑1.0m；然后确定搅拌桩机钻头进入持力层深度控制参数：最后将确认的进入持力层的电流值和拉力值，超过额定电流的拉力和电流极限值作为自动控制施工桩长参数，输入到智能化控制的程序中，进行水泥土搅拌桩智能化钻进施工。本发明主要是将双向搅拌、智能化操作、远程监控及管理技术应用到水泥土搅拌桩施工中，使其施工质量大幅度提高，降低工程造价。对现场施工控制参数进行实时监控，并可对违规操作和特殊情况进行远程操控。
Intelligent operation method for cement-soil mixing pile
一种水泥土搅拌桩智能化操作方法
HUANG QIAOLIAN (author) / ZHOU JUNSHU (author) / YANG ZHENGMAO (author) / DONG HUAJUN (author) / JIN LU (author) / YANG YONG (author) / ZHANG DINGWEN (author) / LEI WANXIONG (author) / ZHANG YANFA (author) / FENG TAIKUN (author)
2021-06-04
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Construction method of intelligent cement-soil mixing pile
| European Patent Office | 2023
Cement-soil mixing pile construction system and method and cement-soil mixing pile
| European Patent Office | 2023
| European Patent Office | 2015
Intelligent cement-soil mixing pile construction equipment and construction method thereof
| European Patent Office | 2023