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A platform for research: civil engineering, architecture and urbanism
High-precision automatic adjustment and control tool for perpendicularity of aluminum formwork wall column and construction method
The invention discloses a high-precision automatic adjustment and control tool for perpendicularity of an aluminum mold wall column and a construction method. A laser detection assembly is used for carrying out distance detection on label parts on detection labels on a connecting vertical plate and a connecting transverse plate; according to the distance detection data, the controller controls the piston ends of a first hydraulic rod and a second hydraulic rod of the adjusting assembly to extend outwards and retract inwards so as to accurately control the perpendicularity and the longitudinal offset of the aluminum formwork, and the first detection label and the second detection label are combined through the reference base, the self-adaptive adjusting rod piece, the connecting base and the label part. A second stepping motor drives a laser ranging assembly to longitudinally rotate, the distance between the laser ranging assembly and each second detection label is detected, then the controller controls the piston end of a second hydraulic rod to extend outwards or retract inwards, and then the angle of the wall corner is ensured.
本发明公开了铝模墙柱垂直度高精度自动调节控制工具及施工方法，通过激光检测组件对连接竖板、连接横板上检测标牌上的标牌部分进行距离检测，根据距离检测的数据经控制器控制调节组件液压杆一和液压杆二活塞端外伸和内收进而精准控制铝模板的垂直度和纵向偏移量，其中检测标牌一和检测标牌二经过基准座、自适应调节杆件和连接座、标牌部分的组合方式，根据步进电机二带动激光测距组件进行纵向转动，检测与各个检测标牌二的距离，进而经过控制器控制液压杆二活塞端的外伸或内收，进而确保墙角角度。
High-precision automatic adjustment and control tool for perpendicularity of aluminum formwork wall column and construction method
The invention discloses a high-precision automatic adjustment and control tool for perpendicularity of an aluminum mold wall column and a construction method. A laser detection assembly is used for carrying out distance detection on label parts on detection labels on a connecting vertical plate and a connecting transverse plate; according to the distance detection data, the controller controls the piston ends of a first hydraulic rod and a second hydraulic rod of the adjusting assembly to extend outwards and retract inwards so as to accurately control the perpendicularity and the longitudinal offset of the aluminum formwork, and the first detection label and the second detection label are combined through the reference base, the self-adaptive adjusting rod piece, the connecting base and the label part. A second stepping motor drives a laser ranging assembly to longitudinally rotate, the distance between the laser ranging assembly and each second detection label is detected, then the controller controls the piston end of a second hydraulic rod to extend outwards or retract inwards, and then the angle of the wall corner is ensured.
本发明公开了铝模墙柱垂直度高精度自动调节控制工具及施工方法，通过激光检测组件对连接竖板、连接横板上检测标牌上的标牌部分进行距离检测，根据距离检测的数据经控制器控制调节组件液压杆一和液压杆二活塞端外伸和内收进而精准控制铝模板的垂直度和纵向偏移量，其中检测标牌一和检测标牌二经过基准座、自适应调节杆件和连接座、标牌部分的组合方式，根据步进电机二带动激光测距组件进行纵向转动，检测与各个检测标牌二的距离，进而经过控制器控制液压杆二活塞端的外伸或内收，进而确保墙角角度。
High-precision automatic adjustment and control tool for perpendicularity of aluminum formwork wall column and construction method
铝模墙柱垂直度高精度自动调节控制工具及施工方法
MA YACHAO (author) / JI XIAOHUA (author) / PENG WENFENG (author)
2023-10-24
Patent
Electronic Resource
Chinese
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