A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Concrete pouring device in slide-resistant pile construction
The invention discloses a concrete pouring device in slide-resistant pile construction, which comprises a retaining wall supporting formwork, the retaining wall supporting formwork is connected with a drainage assembly, the drainage assembly is connected with a winch, the winch controls the drainage assembly and the retaining wall supporting formwork to move vertically, the drainage assembly comprises a drainage cylinder, and the lower end of the drainage cylinder is connected with a straight hanging cylinder. A shunting part is arranged below the straight hanging cylinder; compared with the prior art, the pile hole retaining wall construction device has the beneficial effects that when pile hole retaining wall construction is carried out, a retaining wall supporting formwork is lowered to the bottom of a pile hole, then concrete on the ground is poured into the drainage barrel, the concrete falls on the conical body after passing through the straight hanging barrel, and at the moment, the flow dividing cover carries out rotary drainage; therefore, the concrete flows into the space between the retaining wall supporting formwork and the pile hole wall through the flow dividing cover, manual concrete allocation is not needed in the concrete pouring process, the concrete between the retaining wall supporting formwork and the pile hole wall is relatively uniform, the flowing efficiency of the concrete is effectively improved, and the construction efficiency is shortened.
本发明公开了一种抗滑桩施工中混凝土灌注装置，包括护壁支模，护壁支模连接有引流组件，引流组件连接有卷扬机，卷扬机控制引流组件和护壁支模竖向移动，引流组件包括引流筒，引流筒的下端连接有直吊筒，在直吊筒的下方设置有分流部件；与现有技术相对比，本发明的有益效果是：在进行桩孔护壁施工时，将护壁支模下放至桩孔底部位置，然后通将地面上的混凝土灌注至引流筒内，混凝土经过直吊筒后落在锥形体上，此时的分流罩进行旋转引流，从而使混凝土经过分流罩流入护壁支模与桩孔壁之间，在混凝土灌注的过程中，无需人工分摊混凝土，并且使护壁支模与桩孔壁之间的混凝土相对均匀，混凝土的流动效率也得到有效提高，缩短施工效率。
Concrete pouring device in slide-resistant pile construction
The invention discloses a concrete pouring device in slide-resistant pile construction, which comprises a retaining wall supporting formwork, the retaining wall supporting formwork is connected with a drainage assembly, the drainage assembly is connected with a winch, the winch controls the drainage assembly and the retaining wall supporting formwork to move vertically, the drainage assembly comprises a drainage cylinder, and the lower end of the drainage cylinder is connected with a straight hanging cylinder. A shunting part is arranged below the straight hanging cylinder; compared with the prior art, the pile hole retaining wall construction device has the beneficial effects that when pile hole retaining wall construction is carried out, a retaining wall supporting formwork is lowered to the bottom of a pile hole, then concrete on the ground is poured into the drainage barrel, the concrete falls on the conical body after passing through the straight hanging barrel, and at the moment, the flow dividing cover carries out rotary drainage; therefore, the concrete flows into the space between the retaining wall supporting formwork and the pile hole wall through the flow dividing cover, manual concrete allocation is not needed in the concrete pouring process, the concrete between the retaining wall supporting formwork and the pile hole wall is relatively uniform, the flowing efficiency of the concrete is effectively improved, and the construction efficiency is shortened.
本发明公开了一种抗滑桩施工中混凝土灌注装置，包括护壁支模，护壁支模连接有引流组件，引流组件连接有卷扬机，卷扬机控制引流组件和护壁支模竖向移动，引流组件包括引流筒，引流筒的下端连接有直吊筒，在直吊筒的下方设置有分流部件；与现有技术相对比，本发明的有益效果是：在进行桩孔护壁施工时，将护壁支模下放至桩孔底部位置，然后通将地面上的混凝土灌注至引流筒内，混凝土经过直吊筒后落在锥形体上，此时的分流罩进行旋转引流，从而使混凝土经过分流罩流入护壁支模与桩孔壁之间，在混凝土灌注的过程中，无需人工分摊混凝土，并且使护壁支模与桩孔壁之间的混凝土相对均匀，混凝土的流动效率也得到有效提高，缩短施工效率。
Concrete pouring device in slide-resistant pile construction
一种抗滑桩施工中混凝土灌注装置
LI HONGGANG (author) / XIA SHUANGHONG (author) / YAN XING (author) / HE YUANHUA (author) / WANG JIE (author) / JIANG RUI (author) / NIU YONGHONG (author) / ZHANG CHAO (author) / WANG HONGYI (author)
2024-10-29
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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