Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Auxiliary system for positioning and mounting latticed column and construction method of auxiliary system
The invention provides an auxiliary system for positioning and mounting a latticed column and a construction method of the auxiliary system. The auxiliary system comprises a guide frame and a positioning mechanism, the guide frame can be embedded and inserted into the latticed column and is detachably connected with the latticed column, and the guide frame comprises a positioning frame body and a plurality of first positioning blocks fixed to the outer side of the positioning frame body; the positioning mechanism is used for controlling the center deviation and perpendicularity of the latticed column by adjusting the center deviation and perpendicularity of the guide frame and comprises a rectangular frame with the hollow interior, four jacks installed at the bottoms of the four corners of the rectangular frame and an adjusting mechanism used for adjusting the hole opening size of a hole opening where the guide frame penetrates. The hole opening is located in the frame body of the rectangular frame, the hole opening size of the hole opening is matched with the size of the positioning frame body, and the multiple first positioning blocks are located on the rectangular frame and abut against the rectangular frame. When the auxiliary system is used for installing the latticed column, the positioning difficulty of the ultra-long hollow pile latticed column is reduced, the positioning operation time is effectively shortened, and the positioning effect is stable and reliable.
本发明提供了一种用于格构柱定位安装的辅助系统及其施工方法。所述辅助系统包括导向架和定位机构，其中，导向架能够嵌套插入格构柱内并与格构柱可拆卸连接，导向架包括定位框体、及固定于定位框体外侧的多个第一定位块；定位机构用于通过调节导向架的中心偏差和垂直度来控制格构柱的中心偏差和垂直度，定位机构包括内部中空的矩形框、安装于矩形框的四个角的底部的四个千斤顶、及用于调节导向架穿过的孔口的孔口尺寸的调节机构，孔口位于矩形框的框体内，且孔口的孔口尺寸与定位框体的尺寸相匹配，多个第一定位块位于矩形框上且与矩形框抵接。通过采用该辅助系统安装格构柱，降低了超长空桩格构柱的定位难度，有效地缩短了定位作业时间，定位效果稳定可靠。
Auxiliary system for positioning and mounting latticed column and construction method of auxiliary system
The invention provides an auxiliary system for positioning and mounting a latticed column and a construction method of the auxiliary system. The auxiliary system comprises a guide frame and a positioning mechanism, the guide frame can be embedded and inserted into the latticed column and is detachably connected with the latticed column, and the guide frame comprises a positioning frame body and a plurality of first positioning blocks fixed to the outer side of the positioning frame body; the positioning mechanism is used for controlling the center deviation and perpendicularity of the latticed column by adjusting the center deviation and perpendicularity of the guide frame and comprises a rectangular frame with the hollow interior, four jacks installed at the bottoms of the four corners of the rectangular frame and an adjusting mechanism used for adjusting the hole opening size of a hole opening where the guide frame penetrates. The hole opening is located in the frame body of the rectangular frame, the hole opening size of the hole opening is matched with the size of the positioning frame body, and the multiple first positioning blocks are located on the rectangular frame and abut against the rectangular frame. When the auxiliary system is used for installing the latticed column, the positioning difficulty of the ultra-long hollow pile latticed column is reduced, the positioning operation time is effectively shortened, and the positioning effect is stable and reliable.
本发明提供了一种用于格构柱定位安装的辅助系统及其施工方法。所述辅助系统包括导向架和定位机构，其中，导向架能够嵌套插入格构柱内并与格构柱可拆卸连接，导向架包括定位框体、及固定于定位框体外侧的多个第一定位块；定位机构用于通过调节导向架的中心偏差和垂直度来控制格构柱的中心偏差和垂直度，定位机构包括内部中空的矩形框、安装于矩形框的四个角的底部的四个千斤顶、及用于调节导向架穿过的孔口的孔口尺寸的调节机构，孔口位于矩形框的框体内，且孔口的孔口尺寸与定位框体的尺寸相匹配，多个第一定位块位于矩形框上且与矩形框抵接。通过采用该辅助系统安装格构柱，降低了超长空桩格构柱的定位难度，有效地缩短了定位作业时间，定位效果稳定可靠。
Auxiliary system for positioning and mounting latticed column and construction method of auxiliary system
用于格构柱定位安装的辅助系统及其施工方法
MENG ZILONG (Autor:in) / GUO HU (Autor:in) / LIU RUI (Autor:in) / XIAO CONG (Autor:in) / HU PINGHUI (Autor:in)
04.08.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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