A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Multi-pile mutual anchoring back pressure pile foundation rapid detection construction device
The invention discloses a multi-pile mutual anchoring back pressure pile foundation rapid detection construction device which comprises a pile foundation, a counter-force frame, a connecting structure and a jacking mechanism, the counter-force frame is connected with the pile foundation through the connecting structure, and the jacking mechanism is arranged between the pile foundation and the counter-force frame. The rapid detection construction device for the multi-pile mutual anchoring back pressure pile foundation has the beneficial effects that when the compressive bearing capacity and the pulling resistance of the pile foundation are detected, the requirement for the clear height is extremely low, and operability is high; meanwhile, according to the detection construction device, adjacent pile foundations are ingeniously utilized for mutual anchoring and back pressing, a large number of balancing weights are not needed, the difficulty of transferring the balancing weights and erecting a counter-force platform in an ultra-long structure is reduced, a transfer channel is reserved in advance, a follow-up structure can be inserted for construction after pile foundation detection in one area is completed, follow-up pile foundation detection is not affected, and the construction efficiency is improved. Therefore, labor force and mechanical cost input are reduced, working procedures are reasonably utilized, and good economic benefits are generated on the whole.
本发明公开了一种多桩互锚反压桩基快速检测施工装置，包括桩基、反力架、连接结构和顶升机构，反力架通过连接结构与桩基连接，顶升机构安置在桩基和反力架之间。本发明有益效果：本发明所述的一种多桩互锚反压桩基快速检测施工装置，在对桩基的抗压承载力、抗拔力检测时，对净高要求极低，可操作性高；同时本检测施工装置巧妙地利用相邻桩基进行互锚反压，不需要大量配重块，在超长结构中减少转移配重块及搭设反力平台的难度，并且通过提前预留转运通道，在一个区域桩基检测完成后即可插入后续结构施工而不影响后续桩基检测，从而减少劳动力、机械成本投入，合理利用工序穿插，整体产生了较好的经济效益。
Multi-pile mutual anchoring back pressure pile foundation rapid detection construction device
The invention discloses a multi-pile mutual anchoring back pressure pile foundation rapid detection construction device which comprises a pile foundation, a counter-force frame, a connecting structure and a jacking mechanism, the counter-force frame is connected with the pile foundation through the connecting structure, and the jacking mechanism is arranged between the pile foundation and the counter-force frame. The rapid detection construction device for the multi-pile mutual anchoring back pressure pile foundation has the beneficial effects that when the compressive bearing capacity and the pulling resistance of the pile foundation are detected, the requirement for the clear height is extremely low, and operability is high; meanwhile, according to the detection construction device, adjacent pile foundations are ingeniously utilized for mutual anchoring and back pressing, a large number of balancing weights are not needed, the difficulty of transferring the balancing weights and erecting a counter-force platform in an ultra-long structure is reduced, a transfer channel is reserved in advance, a follow-up structure can be inserted for construction after pile foundation detection in one area is completed, follow-up pile foundation detection is not affected, and the construction efficiency is improved. Therefore, labor force and mechanical cost input are reduced, working procedures are reasonably utilized, and good economic benefits are generated on the whole.
本发明公开了一种多桩互锚反压桩基快速检测施工装置，包括桩基、反力架、连接结构和顶升机构，反力架通过连接结构与桩基连接，顶升机构安置在桩基和反力架之间。本发明有益效果：本发明所述的一种多桩互锚反压桩基快速检测施工装置，在对桩基的抗压承载力、抗拔力检测时，对净高要求极低，可操作性高；同时本检测施工装置巧妙地利用相邻桩基进行互锚反压，不需要大量配重块，在超长结构中减少转移配重块及搭设反力平台的难度，并且通过提前预留转运通道，在一个区域桩基检测完成后即可插入后续结构施工而不影响后续桩基检测，从而减少劳动力、机械成本投入，合理利用工序穿插，整体产生了较好的经济效益。
Multi-pile mutual anchoring back pressure pile foundation rapid detection construction device
一种多桩互锚反压桩基快速检测施工装置
LI LONGGANG (author) / LEE DAE HYUNG (author) / CHEN SHAODONG (author) / CAO YUELIN (author) / QI PENGHUI (author) / ZHANG HEJIE (author) / CHEN SHIJIE (author) / XIANG YIMIN (author) / CHEN DONGGUI (author) / JIA BINGJIAN (author)
2024-10-11
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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