A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Method for controlling construction depth of vibro-replacement stone column machine
The invention discloses a vibro-replacement stone column machine construction depth control method, a vibro-replacement stone column machine comprises a main machine, a hoisting system, a drill rod system and a vibro-replacement device system, and the method comprises the steps that in vibro-replacement construction of the vibro-replacement stone column machine, the vibro-replacement stone column machine is vertically lowered through the hoisting system; in the process of vertically lowering the vibroflot system, the lowering depth of the vibroflot system is detected in real time to obtain the real-time lowering depth of the vibroflot system; according to the obtained real-time lowering depth of the vibroflot system, whether the lowering depth reaches a preset depth or not is judged; and if the lowering depth does not reach the preset depth, the vibroflot system continues to be vertically lowered through the hoisting system until the vibroflot system reaches the preset depth. According to the method, the lowering depth of the vibroflot system can be detected in real time, the lowering depth of the vibroflot system is adjusted according to the depth information, real-time regulation and monitoring of the vibroflot depth are achieved, the pile forming accuracy is improved, the construction period is effectively shortened, and the construction cost is reduced.
本发明公开了一种振冲碎石桩机施工深度控制的方法，振冲碎石桩机包括主机、吊装系统、钻杆系统及振冲器系统，方法包括：在振冲碎石桩机振冲施工中，通过吊装系统垂直下放振冲器系统；在垂直下放振冲器系统的过程中，对振冲器系统的下放深度进行实时检测，以获得振冲器系统的实时下放深度；根据获得的振冲器系统的实时下放深度，判断下放深度是否到达预设深度；若下放深度未到达预设深度，通过吊装系统继续垂直下放振冲器系统，直至振冲器系统到达预设深度。本发明方法，可实时检测振冲器系统的下放深度，并根据深度信息调节振冲器系统下放深度，实现振冲深度的实时调控与监测，提高成桩精确度，有效缩短施工工期，降低施工成本。
Method for controlling construction depth of vibro-replacement stone column machine
The invention discloses a vibro-replacement stone column machine construction depth control method, a vibro-replacement stone column machine comprises a main machine, a hoisting system, a drill rod system and a vibro-replacement device system, and the method comprises the steps that in vibro-replacement construction of the vibro-replacement stone column machine, the vibro-replacement stone column machine is vertically lowered through the hoisting system; in the process of vertically lowering the vibroflot system, the lowering depth of the vibroflot system is detected in real time to obtain the real-time lowering depth of the vibroflot system; according to the obtained real-time lowering depth of the vibroflot system, whether the lowering depth reaches a preset depth or not is judged; and if the lowering depth does not reach the preset depth, the vibroflot system continues to be vertically lowered through the hoisting system until the vibroflot system reaches the preset depth. According to the method, the lowering depth of the vibroflot system can be detected in real time, the lowering depth of the vibroflot system is adjusted according to the depth information, real-time regulation and monitoring of the vibroflot depth are achieved, the pile forming accuracy is improved, the construction period is effectively shortened, and the construction cost is reduced.
本发明公开了一种振冲碎石桩机施工深度控制的方法，振冲碎石桩机包括主机、吊装系统、钻杆系统及振冲器系统，方法包括：在振冲碎石桩机振冲施工中，通过吊装系统垂直下放振冲器系统；在垂直下放振冲器系统的过程中，对振冲器系统的下放深度进行实时检测，以获得振冲器系统的实时下放深度；根据获得的振冲器系统的实时下放深度，判断下放深度是否到达预设深度；若下放深度未到达预设深度，通过吊装系统继续垂直下放振冲器系统，直至振冲器系统到达预设深度。本发明方法，可实时检测振冲器系统的下放深度，并根据深度信息调节振冲器系统下放深度，实现振冲深度的实时调控与监测，提高成桩精确度，有效缩短施工工期，降低施工成本。
Method for controlling construction depth of vibro-replacement stone column machine
振冲碎石桩机施工深度控制的方法
ZHAO JUN (author) / ZHANG JIAJUN (author) / GAO LIANWU (author) / SUN LIANG (author) / TANG YONGJUN (author) / HAN WEI (author) / SHI FENG (author) / SEAN SHANG (author) / XU FANGCAI (author) / XING SHULONG (author)
2023-02-17
Patent
Electronic Resource
Chinese
Vibro-replacement hole-forming construction method of vibro-replacement stone column machine
| European Patent Office | 2023
Method for controlling construction perpendicularity of vibro-replacement stone column machine
| European Patent Office | 2023
Construction method of vibro-replacement stone column machine
| European Patent Office | 2023
Method for controlling launching of vibro-replacement stone column machine
| European Patent Office | 2023
Method for controlling launching of vibro-replacement stone column machine
| European Patent Office | 2023