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A platform for research: civil engineering, architecture and urbanism
Automatic perpendicularity adjusting device for elevated stand column
The invention discloses an automatic perpendicularity adjusting device for an elevated stand column, wherein the control unit, the hydraulic device, the folding arm, the perpendicularity adjusting hydraulic jack and the supporting hydraulic jack are carried on an engineering vehicle, wherein the hydraulic device is arranged on the engineering vehicle through the workbench; the folding arms are arranged on the workbench and located on the two sides of the engineering truck. The two perpendicularity adjusting hydraulic jacks are respectively arranged on the folding arm; the other perpendicularity adjusting hydraulic jack is arranged at the tail of the workbench, the supporting hydraulic jack is located at the bottom of the engineering truck, angle sensors are arranged on the two side faces of the stand column to measure the inclination angle of the stand column in real time and transmit the inclination angle to the control unit, and the control unit is connected with the hydraulic deviceand outputs a control instruction. The perpendicularity adjusting process is automatic, the human resource cost is saved, the construction efficiency is improved, Meanwhile, due to the fact that thenumber of on-site construction personnel is reduced, safety accidents are reduced to a certain extent.
一种高架立柱自动调垂装置，包括：搭载于工程车上的控制单元、液压装置、折叠臂、调垂液压千斤顶和支撑液压千斤顶，其中：液压装置通过工作台设置于工程车上，折叠臂设置于工作台上并位于工程车两侧，两台调垂液压千斤顶分别设置于折叠臂上，另外一台调垂液压千斤顶设置于工作台的尾部，支撑液压千斤顶位于工程车的底部，立柱的两个侧面上设有角度传感器以实时测定立柱的倾斜角度并传输至控制单元，控制单元与液压装置相连并输出控制指令。本发明调垂过程实现自动化，节省人力资源成本并提高了施工效率，同时由于现场施工人员人数的降低，一定程度上减少了安全事件的发生。
Automatic perpendicularity adjusting device for elevated stand column
The invention discloses an automatic perpendicularity adjusting device for an elevated stand column, wherein the control unit, the hydraulic device, the folding arm, the perpendicularity adjusting hydraulic jack and the supporting hydraulic jack are carried on an engineering vehicle, wherein the hydraulic device is arranged on the engineering vehicle through the workbench; the folding arms are arranged on the workbench and located on the two sides of the engineering truck. The two perpendicularity adjusting hydraulic jacks are respectively arranged on the folding arm; the other perpendicularity adjusting hydraulic jack is arranged at the tail of the workbench, the supporting hydraulic jack is located at the bottom of the engineering truck, angle sensors are arranged on the two side faces of the stand column to measure the inclination angle of the stand column in real time and transmit the inclination angle to the control unit, and the control unit is connected with the hydraulic deviceand outputs a control instruction. The perpendicularity adjusting process is automatic, the human resource cost is saved, the construction efficiency is improved, Meanwhile, due to the fact that thenumber of on-site construction personnel is reduced, safety accidents are reduced to a certain extent.
一种高架立柱自动调垂装置，包括：搭载于工程车上的控制单元、液压装置、折叠臂、调垂液压千斤顶和支撑液压千斤顶，其中：液压装置通过工作台设置于工程车上，折叠臂设置于工作台上并位于工程车两侧，两台调垂液压千斤顶分别设置于折叠臂上，另外一台调垂液压千斤顶设置于工作台的尾部，支撑液压千斤顶位于工程车的底部，立柱的两个侧面上设有角度传感器以实时测定立柱的倾斜角度并传输至控制单元，控制单元与液压装置相连并输出控制指令。本发明调垂过程实现自动化，节省人力资源成本并提高了施工效率，同时由于现场施工人员人数的降低，一定程度上减少了安全事件的发生。
Automatic perpendicularity adjusting device for elevated stand column
高架立柱自动调垂装置
CHEN ZIQIANG (author) / PANG CHAOFEI (author) / NIE WEIMIN (author) / ZHOU SHIYAO (author)
2020-06-16
Patent
Electronic Resource
Chinese
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