A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of underwater anchor bar pile
The invention discloses a construction method of an underwater anchor bar pile. The construction method comprises the following steps: a, preparation before construction; b, constructing a concrete bottom plate; c, drilling holes; d, anchor bar piles are installed; and e, completing installation. The first hoisting equipment is arranged to be used for controlling the underwater auxiliary table to be hoisted to the water bottom, the underwater auxiliary table can be recycled after construction is completed, after the lower portion of the underwater auxiliary table reaches the water bottom, the underwater auxiliary table can stabilize the figure of an underwater constructor and can drive the underwater auxiliary table to rapidly reach a construction point position, and the construction efficiency is improved. According to the invention, underwater auxiliary personnel can conveniently assist the drilling mechanism to drill holes at the water bottom, the hoisting equipment II can be assisted to hoist an anchor bar bundle into an anchor bar pile hole, and the grouting pipe can be assisted to grout an underwater epoxy anchoring agent in the box body I into the anchor bar pile hole, so that the underwater construction efficiency is improved, the underwater construction precision is improved, and the construction cost is reduced. The second box body can provide sufficient oxygen for underwater constructors, the sufficient underwater construction time of the underwater constructors is prolonged, and the construction efficiency is improved again.
本发明公开一种水下锚筋桩的施工方，包括步骤：a、施工前准备；b、混凝土底板施工；c、钻孔；d、锚筋桩安装；e、完成安装。本发明通过设置吊放设备一用于控制将水下辅助台吊放至水底，施工完成后能够对水下辅助台进行回收再利用，水下辅助台下方至水底后，水下辅助台能够稳定水下施工人员身形，能够带动水下辅助人员快速达到施工点位，便于水下辅助人员辅助钻孔机构在水底打孔，还能辅助吊放设备二将锚筋束吊放至锚筋桩孔中，以及辅助注浆管将箱体一内的水下环氧锚固剂往锚筋桩孔中注浆，提高水下施工效率，提高水下施工精度，箱体二能够为水下施工人员提供充足的氧气，增加了水下施工人员在水下充足的施工时间，再次增加了施工效率。
Construction method of underwater anchor bar pile
The invention discloses a construction method of an underwater anchor bar pile. The construction method comprises the following steps: a, preparation before construction; b, constructing a concrete bottom plate; c, drilling holes; d, anchor bar piles are installed; and e, completing installation. The first hoisting equipment is arranged to be used for controlling the underwater auxiliary table to be hoisted to the water bottom, the underwater auxiliary table can be recycled after construction is completed, after the lower portion of the underwater auxiliary table reaches the water bottom, the underwater auxiliary table can stabilize the figure of an underwater constructor and can drive the underwater auxiliary table to rapidly reach a construction point position, and the construction efficiency is improved. According to the invention, underwater auxiliary personnel can conveniently assist the drilling mechanism to drill holes at the water bottom, the hoisting equipment II can be assisted to hoist an anchor bar bundle into an anchor bar pile hole, and the grouting pipe can be assisted to grout an underwater epoxy anchoring agent in the box body I into the anchor bar pile hole, so that the underwater construction efficiency is improved, the underwater construction precision is improved, and the construction cost is reduced. The second box body can provide sufficient oxygen for underwater constructors, the sufficient underwater construction time of the underwater constructors is prolonged, and the construction efficiency is improved again.
本发明公开一种水下锚筋桩的施工方，包括步骤：a、施工前准备；b、混凝土底板施工；c、钻孔；d、锚筋桩安装；e、完成安装。本发明通过设置吊放设备一用于控制将水下辅助台吊放至水底，施工完成后能够对水下辅助台进行回收再利用，水下辅助台下方至水底后，水下辅助台能够稳定水下施工人员身形，能够带动水下辅助人员快速达到施工点位，便于水下辅助人员辅助钻孔机构在水底打孔，还能辅助吊放设备二将锚筋束吊放至锚筋桩孔中，以及辅助注浆管将箱体一内的水下环氧锚固剂往锚筋桩孔中注浆，提高水下施工效率，提高水下施工精度，箱体二能够为水下施工人员提供充足的氧气，增加了水下施工人员在水下充足的施工时间，再次增加了施工效率。
Construction method of underwater anchor bar pile
一种水下锚筋桩的施工方法
RAN JIAN (author) / SONG JIANGFENG (author) / GENG SHIDI (author) / YONG CHENG (author) / YANG LINLONG (author) / HE LONG (author)
2024-02-06
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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