A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Installation method of box-type beam reinforcer
The invention discloses an installation method of a box-type beam reinforcer, and solves the technical problem of installation of a heavier reinforcer in a box-type beam in the prior art, the box-type beam comprises a beam body and a reinforcer, the beam body is provided with a plurality of inner cavities, manholes and hoisting holes, the inner cavities are communicated with the corresponding manholes and hoisting holes, each inner cavity is provided with a first bolt hole in advance, and each first bolt hole is provided with a second bolt hole in advance. The reinforcing piece is installed on the cavity wall of the inner cavity, and the installation step of the reinforcing piece comprises the steps that firstly, a suspension wire of a hoisting device penetrates through a hoisting hole of the beam body to enter the inner cavity, and the suspension wire is connected with the reinforcing piece; hoisting the reinforcer to a target mounting position by using a hoisting device, and finally dismounting the suspension wire and the reinforcer. The reinforcer is hoisted from the interior of the box-type beam to a mounting position, so that the mounting efficiency can be improved, and the mounting safety of operators is ensured; the suspension wire directly penetrates through the hoisting hole to be connected with the first bolt hole, the reinforcer is directly attached to the target position, the hoisting stability is improved, the subsequent adjusting step is omitted, and the installation position is more accurate.
本申请公开了一种箱式梁加强件的安装方法，解决现有技术中箱式梁内较重加强件安装的技术问题，箱式梁包括设有多个内腔、人孔以及吊运孔的梁本体和加强件，内腔与对应的人孔以及吊运孔连通，每个内腔均预置有设有第一螺栓孔，安装于内腔的腔壁的加强件，加强件安装步骤包括，先将吊运装置的吊线穿过梁本体的吊运孔至内腔中，将吊线与加强件连接；再用吊运装置将加强件吊运至目标安装位，最后将吊线与加强件拆除。本申请将加强件从箱式梁内部吊运至安装位，可提高安装效率，保证操作人员安装安全性；直接将吊线穿过吊运孔与第一螺栓孔相连接，直接使加强件贴合目标位，增加了吊运稳定性，省略后续的调整步骤，且安装位置更加精准。
Installation method of box-type beam reinforcer
The invention discloses an installation method of a box-type beam reinforcer, and solves the technical problem of installation of a heavier reinforcer in a box-type beam in the prior art, the box-type beam comprises a beam body and a reinforcer, the beam body is provided with a plurality of inner cavities, manholes and hoisting holes, the inner cavities are communicated with the corresponding manholes and hoisting holes, each inner cavity is provided with a first bolt hole in advance, and each first bolt hole is provided with a second bolt hole in advance. The reinforcing piece is installed on the cavity wall of the inner cavity, and the installation step of the reinforcing piece comprises the steps that firstly, a suspension wire of a hoisting device penetrates through a hoisting hole of the beam body to enter the inner cavity, and the suspension wire is connected with the reinforcing piece; hoisting the reinforcer to a target mounting position by using a hoisting device, and finally dismounting the suspension wire and the reinforcer. The reinforcer is hoisted from the interior of the box-type beam to a mounting position, so that the mounting efficiency can be improved, and the mounting safety of operators is ensured; the suspension wire directly penetrates through the hoisting hole to be connected with the first bolt hole, the reinforcer is directly attached to the target position, the hoisting stability is improved, the subsequent adjusting step is omitted, and the installation position is more accurate.
本申请公开了一种箱式梁加强件的安装方法，解决现有技术中箱式梁内较重加强件安装的技术问题，箱式梁包括设有多个内腔、人孔以及吊运孔的梁本体和加强件，内腔与对应的人孔以及吊运孔连通，每个内腔均预置有设有第一螺栓孔，安装于内腔的腔壁的加强件，加强件安装步骤包括，先将吊运装置的吊线穿过梁本体的吊运孔至内腔中，将吊线与加强件连接；再用吊运装置将加强件吊运至目标安装位，最后将吊线与加强件拆除。本申请将加强件从箱式梁内部吊运至安装位，可提高安装效率，保证操作人员安装安全性；直接将吊线穿过吊运孔与第一螺栓孔相连接，直接使加强件贴合目标位，增加了吊运稳定性，省略后续的调整步骤，且安装位置更加精准。
Installation method of box-type beam reinforcer
一种箱式梁加强件的安装方法
HU XUAN (author) / WU KUNPENG (author) / LI CHAOYANG (author) / HUANG LIHANG (author)
2024-01-02
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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