A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Adjustable hoop device for capping beam construction
The invention relates to a bent cap construction supporting device, in particular to an adjustable hoop device for bent cap construction, a concrete pier column is vertically arranged at the bent cap construction position, and the adjustable hoop device comprises an annular steel plate, a perforated connecting steel plate, a reinforcing steel plate, an embedded steel groove, a U-shaped steel cylinder and a rectangular steel box. Annular steel plates are symmetrically buckled to the left side and the right side of the concrete pier column, perforated connecting steel plates used for being connected through high-strength bolts are welded to the two buckled ends of the annular steel plates, reinforcing steel plates are welded between the perforated connecting steel plates and the annular steel plates, and the U-shaped steel cylinders are welded to the middles of the outer sides of the annular steel plates. And fine sand is filled in the U-shaped steel cylinder. The triangular steel teeth are welded to the annular steel plate of the hoop, the meshing supporting force is increased on the basis that holding friction force is generated between the hoop and a pier column, and the supporting force of the hoop on capping beam construction is improved.
本发明涉及盖梁施工支撑装置，具体涉及一种用于盖梁施工的可调节抱箍装置，盖梁施工处立设有混凝土墩柱，包括环形钢板、开孔连接钢板、加强钢板、预埋钢槽、U形钢筒和矩形钢箱，所述环形钢板的截面呈半圆弧形，混凝土墩柱的左右两侧对称扣合有环形钢板，所述环形钢板的扣合两端焊接有用于通过高强螺栓连接的开孔连接钢板，所述开孔连接钢板与环形钢板之间焊接有加强钢板，所述U形钢筒焊接在所述环形钢板的外侧中间处，所述U形钢筒内装有细砂。本发明抱箍的环形钢板上焊接有三角钢齿，抱箍与墩柱之间在产生抱紧摩擦力的基础上增加了咬合支承力，提高了抱箍对盖梁施工的支撑力。
Adjustable hoop device for capping beam construction
The invention relates to a bent cap construction supporting device, in particular to an adjustable hoop device for bent cap construction, a concrete pier column is vertically arranged at the bent cap construction position, and the adjustable hoop device comprises an annular steel plate, a perforated connecting steel plate, a reinforcing steel plate, an embedded steel groove, a U-shaped steel cylinder and a rectangular steel box. Annular steel plates are symmetrically buckled to the left side and the right side of the concrete pier column, perforated connecting steel plates used for being connected through high-strength bolts are welded to the two buckled ends of the annular steel plates, reinforcing steel plates are welded between the perforated connecting steel plates and the annular steel plates, and the U-shaped steel cylinders are welded to the middles of the outer sides of the annular steel plates. And fine sand is filled in the U-shaped steel cylinder. The triangular steel teeth are welded to the annular steel plate of the hoop, the meshing supporting force is increased on the basis that holding friction force is generated between the hoop and a pier column, and the supporting force of the hoop on capping beam construction is improved.
本发明涉及盖梁施工支撑装置，具体涉及一种用于盖梁施工的可调节抱箍装置，盖梁施工处立设有混凝土墩柱，包括环形钢板、开孔连接钢板、加强钢板、预埋钢槽、U形钢筒和矩形钢箱，所述环形钢板的截面呈半圆弧形，混凝土墩柱的左右两侧对称扣合有环形钢板，所述环形钢板的扣合两端焊接有用于通过高强螺栓连接的开孔连接钢板，所述开孔连接钢板与环形钢板之间焊接有加强钢板，所述U形钢筒焊接在所述环形钢板的外侧中间处，所述U形钢筒内装有细砂。本发明抱箍的环形钢板上焊接有三角钢齿，抱箍与墩柱之间在产生抱紧摩擦力的基础上增加了咬合支承力，提高了抱箍对盖梁施工的支撑力。
Adjustable hoop device for capping beam construction
一种用于盖梁施工的可调节抱箍装置
ZHANG LIWEN (author) / ZHANG XIAOMING (author) / LIN DONGWEI (author) / MO HUA (author) / DENG YUANXIN (author) / ZHU HAIJIANG (author) / ZHANG WENJIE (author) / TAO MING (author) / ZHANG LUOCHUAN (author) / ZHANG ZIHUI (author)
2024-03-29
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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