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A platform for research: civil engineering, architecture and urbanism
Self-leveling semi-automatic verticality adjusting method for one-column-one-pile prefabricated foundation
The invention discloses a one-column one-pile prefabricated foundation self-leveling semi-automatic verticality adjusting method which comprises the following steps: S1, drilling to form a hole, and lowering a reinforcement cage; s2, manufacturing an integrated verticality adjusting disc; s3, placing an integrated verticality adjusting disc and leveling the verticality adjusting disc; s4, steel pipe column installation and perpendicularity displacement control; s5, finely adjusting the perpendicularity of the steel pipe; according to the method, after the steel casing is buried and fixed, an orifice site is leveled, the perpendicularity adjusting disc is directly hoisted to an orifice, self-leveling of the perpendicularity adjusting disc is carried out through a perpendicularity adjusting disc perpendicularity adjusting system, after leveling is completed, the steel pipe column is lowered, an upper clamp of an adjusting rod on the perpendicularity adjusting disc is controlled by receiving data fed back by an infrared inclinometer, and the perpendicularity adjusting disc is lifted to the orifice. And semi-automatic verticality adjustment of the steel pipe column is realized by manually operating the adjusting rod, so that the verticality adjustment precision is improved.
本发明公开一种一柱一桩预制基础自调平半自动化调垂方法，包括如下步骤：S1、钻进成孔、下放钢筋笼；S2、制作一体化调垂盘；S3、安放一体化调垂盘及调垂盘调平；S4、钢管柱安装及垂直度位移控制；S5、钢管垂直度精调；S6、浇筑混凝土，本发明在埋设、固定好钢护筒后，将孔口场地整平，直接将调垂盘吊运至孔口，通过调垂盘调垂系统，进行调垂盘自调平，调平完毕后，下放钢管柱，通过接收到红外线测斜仪反馈的数据，对调垂盘上的调节杆上抱夹进行控制，再由人工操作调节杆实现半自动化的钢管柱调垂，提高调垂精度。
Self-leveling semi-automatic verticality adjusting method for one-column-one-pile prefabricated foundation
The invention discloses a one-column one-pile prefabricated foundation self-leveling semi-automatic verticality adjusting method which comprises the following steps: S1, drilling to form a hole, and lowering a reinforcement cage; s2, manufacturing an integrated verticality adjusting disc; s3, placing an integrated verticality adjusting disc and leveling the verticality adjusting disc; s4, steel pipe column installation and perpendicularity displacement control; s5, finely adjusting the perpendicularity of the steel pipe; according to the method, after the steel casing is buried and fixed, an orifice site is leveled, the perpendicularity adjusting disc is directly hoisted to an orifice, self-leveling of the perpendicularity adjusting disc is carried out through a perpendicularity adjusting disc perpendicularity adjusting system, after leveling is completed, the steel pipe column is lowered, an upper clamp of an adjusting rod on the perpendicularity adjusting disc is controlled by receiving data fed back by an infrared inclinometer, and the perpendicularity adjusting disc is lifted to the orifice. And semi-automatic verticality adjustment of the steel pipe column is realized by manually operating the adjusting rod, so that the verticality adjustment precision is improved.
本发明公开一种一柱一桩预制基础自调平半自动化调垂方法，包括如下步骤：S1、钻进成孔、下放钢筋笼；S2、制作一体化调垂盘；S3、安放一体化调垂盘及调垂盘调平；S4、钢管柱安装及垂直度位移控制；S5、钢管垂直度精调；S6、浇筑混凝土，本发明在埋设、固定好钢护筒后，将孔口场地整平，直接将调垂盘吊运至孔口，通过调垂盘调垂系统，进行调垂盘自调平，调平完毕后，下放钢管柱，通过接收到红外线测斜仪反馈的数据，对调垂盘上的调节杆上抱夹进行控制，再由人工操作调节杆实现半自动化的钢管柱调垂，提高调垂精度。
Self-leveling semi-automatic verticality adjusting method for one-column-one-pile prefabricated foundation
一种一柱一桩预制基础自调平半自动化调垂方法
CHEN GANG (author) / XIONG RUIMING (author) / XIAO HAN (author) / WANG ZHENGFEI (author) / CHU CHUNBO (author) / CAI LEI (author) / ZHAO SHUWEI (author)
2023-08-01
Patent
Electronic Resource
Chinese
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