Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Vibro-replacement gravel pile machine hole forming and feeding method
The invention discloses a vibro-replacement gravel pile machine hole-forming and feeding method which comprises the following steps: automatically guiding a vibro-replacement gravel pile machine according to latitude and longitude information of a to-be-constructed pile point and the vibro-replacement gravel pile machine, and aligning a vibro-replacement device system of the vibro-replacement gravel pile machine to the to-be-constructed pile point; after the vibroflot system is automatically aligned with the pile point to be constructed, the vibroflot system carries out downward vibroflot on the stratum of the pile point to be constructed according to the perpendicularity requirement so as to form a vertical pile hole; and after the vertical pile hole is formed, a loading machine is used for automatically feeding materials into the pile hole, so that the uniform and continuous vibro-replacement gravel pile meeting the perpendicularity requirement is formed. According to the method, the vibro-replacement gravel pile machine can be automatically and accurately positioned to the pile point to be constructed, construction can be conducted at night or under the condition that illumination is insufficient, efficiency is high, safety is good, the perpendicularity of the vibro-replacement construction pile hole meets the requirement, automatic feeding can be achieved, the weight of stone can be dynamically measured in real time, operation is easy and convenient, measurement is accurate, and the work efficiency is improved.
本发明公开了一种振冲碎石桩机成孔及上料的方法，其包括：根据待施工桩点和振冲碎石桩机的经纬度信息，自动引导振冲碎石桩机并使其振冲器系统对准待施工桩点；振冲器系统自动对准待施工桩点后，振冲器系统按照垂直度要求对施工桩点的地层向下振冲，以形成垂直的桩孔；形成垂直的桩孔后，通过装载机向桩孔内自动上料，以形成均匀连续且符合垂直度要求的振冲碎石桩。本发明的方法，振冲碎石桩机可自动精准定位到待施工桩点处，可在夜间或照明不足条件下进行施工，效率高，安全性好，振冲施工的桩孔垂直度符合要求，能自动上料并动态实时计量石料重量，操作简便，计量准确，提高工效。
Vibro-replacement gravel pile machine hole forming and feeding method
The invention discloses a vibro-replacement gravel pile machine hole-forming and feeding method which comprises the following steps: automatically guiding a vibro-replacement gravel pile machine according to latitude and longitude information of a to-be-constructed pile point and the vibro-replacement gravel pile machine, and aligning a vibro-replacement device system of the vibro-replacement gravel pile machine to the to-be-constructed pile point; after the vibroflot system is automatically aligned with the pile point to be constructed, the vibroflot system carries out downward vibroflot on the stratum of the pile point to be constructed according to the perpendicularity requirement so as to form a vertical pile hole; and after the vertical pile hole is formed, a loading machine is used for automatically feeding materials into the pile hole, so that the uniform and continuous vibro-replacement gravel pile meeting the perpendicularity requirement is formed. According to the method, the vibro-replacement gravel pile machine can be automatically and accurately positioned to the pile point to be constructed, construction can be conducted at night or under the condition that illumination is insufficient, efficiency is high, safety is good, the perpendicularity of the vibro-replacement construction pile hole meets the requirement, automatic feeding can be achieved, the weight of stone can be dynamically measured in real time, operation is easy and convenient, measurement is accurate, and the work efficiency is improved.
本发明公开了一种振冲碎石桩机成孔及上料的方法，其包括：根据待施工桩点和振冲碎石桩机的经纬度信息，自动引导振冲碎石桩机并使其振冲器系统对准待施工桩点；振冲器系统自动对准待施工桩点后，振冲器系统按照垂直度要求对施工桩点的地层向下振冲，以形成垂直的桩孔；形成垂直的桩孔后，通过装载机向桩孔内自动上料，以形成均匀连续且符合垂直度要求的振冲碎石桩。本发明的方法，振冲碎石桩机可自动精准定位到待施工桩点处，可在夜间或照明不足条件下进行施工，效率高，安全性好，振冲施工的桩孔垂直度符合要求，能自动上料并动态实时计量石料重量，操作简便，计量准确，提高工效。
Vibro-replacement gravel pile machine hole forming and feeding method
振冲碎石桩机成孔及上料的方法
ZHAO JUN (Autor:in) / CAO JIE (Autor:in) / ZHANG JIAJUN (Autor:in) / TANG YONGJUN (Autor:in) / SUN LIANG (Autor:in) / HAN WEI (Autor:in) / SHI FENG (Autor:in) / SEAN SHANG (Autor:in) / XU FANGCAI (Autor:in) / DING HAILONG (Autor:in)
17.02.2023
Patent
Elektronische Ressource
Chinesisch
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