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A platform for research: civil engineering, architecture and urbanism
Pier column perpendicularity control device
The pier column perpendicularity control device comprises a cross formed by splicing four hollow pipes and a center disc, the center disc is located in the center of the upper portion of the cross, horizontal bubbles are arranged on the surface of the upper portion of the cross, drawing inner pipes are movably connected into the four hollow pipes of the cross in an inserted mode, and the drawing inner pipes are connected with the center disc in an inserted mode. One end of the drawing inner pipe extends out of the hollow pipe and is connected with a clamping column, and a plumb bob is hung below the clamping column. The device adopts a drawing design, and is suitable for detecting the perpendicularity of pier columns with various column diameters; four symmetrical plummets are designed, so that the error phenomenon caused by single plummet lofting is avoided, and continuous monitoring during the pouring period can be realized; through the design of the cross center disc, the problem that the center of the pier column is deviated due to the fact that the center position of the pier column cannot be lofted through a common method is solved.
本发明公开了一种墩柱垂直度控制装置，包括由四个空心管拼合形成的十字架和中心盘，所述中心盘位于十字架上方中心位置，所述十字架上方表面设置有水平气泡，所述十字架的四个空心管内均活动插接有抽拉内管，所述抽拉内管一端延伸出空心管且连接有卡柱，所述卡柱下方悬挂有铅锤。本发明采用抽拉设计，适用于各类柱径的墩柱垂直度检测；设计4根对称铅锤，规避了单铅锤放样出现误差现象，并能够做到浇筑期间持续监测；通过十字架中心盘设计，规避了采用一般方法无法放样墩柱中心位置，导致墩柱中心偏位准问题。
Pier column perpendicularity control device
The pier column perpendicularity control device comprises a cross formed by splicing four hollow pipes and a center disc, the center disc is located in the center of the upper portion of the cross, horizontal bubbles are arranged on the surface of the upper portion of the cross, drawing inner pipes are movably connected into the four hollow pipes of the cross in an inserted mode, and the drawing inner pipes are connected with the center disc in an inserted mode. One end of the drawing inner pipe extends out of the hollow pipe and is connected with a clamping column, and a plumb bob is hung below the clamping column. The device adopts a drawing design, and is suitable for detecting the perpendicularity of pier columns with various column diameters; four symmetrical plummets are designed, so that the error phenomenon caused by single plummet lofting is avoided, and continuous monitoring during the pouring period can be realized; through the design of the cross center disc, the problem that the center of the pier column is deviated due to the fact that the center position of the pier column cannot be lofted through a common method is solved.
本发明公开了一种墩柱垂直度控制装置，包括由四个空心管拼合形成的十字架和中心盘，所述中心盘位于十字架上方中心位置，所述十字架上方表面设置有水平气泡，所述十字架的四个空心管内均活动插接有抽拉内管，所述抽拉内管一端延伸出空心管且连接有卡柱，所述卡柱下方悬挂有铅锤。本发明采用抽拉设计，适用于各类柱径的墩柱垂直度检测；设计4根对称铅锤，规避了单铅锤放样出现误差现象，并能够做到浇筑期间持续监测；通过十字架中心盘设计，规避了采用一般方法无法放样墩柱中心位置，导致墩柱中心偏位准问题。
Pier column perpendicularity control device
一种墩柱垂直度控制装置
ZHAO LIFENG (author) / ZHOU YANG (author) / CAO JIXIAN (author) / WANG QIANG (author) / YANG TIANLI (author) / YAO TENGFEI (author) / WANG YIFAN (author) / LIANG SHENGQUAN (author)
2024-03-19
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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