Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a stand column construction method in one-column one-pile construction. A tool column is coaxially assembled at the upper end of a stand column, a clinometer is arranged in the stand column, and at least part of the tool column is exposed out of the ground when the stand column is inserted into a pile hole to the elevation; the stand column is hoisted, first-time verticality adjusting is conducted, the reading of the clinometer when the stand column is perpendicular is recorded as an initial value, and the stand column is inserted into the pile hole to the elevation; and the tool column is adjusted to conduct second-time verticality adjusting on the stand column till the reading of the clinometer is consistent with the initial value, the tool column is horizontally moved to enable the center of the tool column to be consistent with the design center, and center positioning of the stand column is completed. According to the stand column construction method in one-column one-pile construction, in the construction process, the assembled tool column is used for being matched with a stand column holding and inserting device to conduct holding and inserting construction on the stand column, the hoisting difficulty of the stand column is greatly reduced, the verticality adjusting and center positioning processes of the stand column are simplified, the perpendicular precision and the center positioning precision of the inserted stand column are both remarkably improved, and the construction quality is greatly improved.
本发明涉及一柱一桩施工中的立柱施工方法，在立柱的上端装配同轴设置的工具柱，在立柱内设置测斜仪，所述的工具柱在立柱插入桩孔至标高时至少部分露出于地面，吊装立柱，进行第一次调垂，记录立柱垂直时测斜仪读数作为初始值，立柱插入桩孔中至标高，调节工具柱对立柱进行第二次调垂，至测斜仪读数与初始值一致，平移工具柱使工具柱中心与设计中心一致完成对立柱的中心定位。本发明在施工过程中，使用可装配式工具柱配合立柱抱插装置对立柱进行抱插施工，大大降低了立柱的吊装难度，简化了立柱的调垂和中心定位的过程，插入的立柱垂直精度、中心定位精度都得到了显著的提高，大大提升了施工质量。
The invention relates to a stand column construction method in one-column one-pile construction. A tool column is coaxially assembled at the upper end of a stand column, a clinometer is arranged in the stand column, and at least part of the tool column is exposed out of the ground when the stand column is inserted into a pile hole to the elevation; the stand column is hoisted, first-time verticality adjusting is conducted, the reading of the clinometer when the stand column is perpendicular is recorded as an initial value, and the stand column is inserted into the pile hole to the elevation; and the tool column is adjusted to conduct second-time verticality adjusting on the stand column till the reading of the clinometer is consistent with the initial value, the tool column is horizontally moved to enable the center of the tool column to be consistent with the design center, and center positioning of the stand column is completed. According to the stand column construction method in one-column one-pile construction, in the construction process, the assembled tool column is used for being matched with a stand column holding and inserting device to conduct holding and inserting construction on the stand column, the hoisting difficulty of the stand column is greatly reduced, the verticality adjusting and center positioning processes of the stand column are simplified, the perpendicular precision and the center positioning precision of the inserted stand column are both remarkably improved, and the construction quality is greatly improved.
本发明涉及一柱一桩施工中的立柱施工方法，在立柱的上端装配同轴设置的工具柱，在立柱内设置测斜仪，所述的工具柱在立柱插入桩孔至标高时至少部分露出于地面，吊装立柱，进行第一次调垂，记录立柱垂直时测斜仪读数作为初始值，立柱插入桩孔中至标高，调节工具柱对立柱进行第二次调垂，至测斜仪读数与初始值一致，平移工具柱使工具柱中心与设计中心一致完成对立柱的中心定位。本发明在施工过程中，使用可装配式工具柱配合立柱抱插装置对立柱进行抱插施工，大大降低了立柱的吊装难度，简化了立柱的调垂和中心定位的过程，插入的立柱垂直精度、中心定位精度都得到了显著的提高，大大提升了施工质量。
Stand column construction method in one-column one-pile construction
一柱一桩施工中的立柱施工方法
HU XIAOHU (Autor:in)
25.05.2021
Patent
Elektronische Ressource
Chinesisch
Stand column construction method in one-column one-pile construction
| Europäisches Patentamt | 2021
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