A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Cable-stayed cantilever beam supporting system of scaffold
The invention discloses a cable-stayed cantilever beam supporting system of a scaffold. A supporting piece comprises a diagonal member, a profile steel beam, a first pull connecting piece and a secondpull connecting piece; the profile steel beam comprises I-shaped steel, a connecting steel plate and a first lug plate, one side of the I-shaped steel is connected with the connecting steel plate, the other end of the I-shaped steel is a free end, and the first lug plate is arranged on the side, close to the free end, of the I-shaped steel; and one end of the profile steel beam is in pull connection with a concrete structure in the middle through the second pull connecting piece, the other end of the profile steel beam is connected with one end of the diagonal member through the first lug plate, and the other end of the diagonal member is in pull connection with a concrete structure on the upper portion through the first pull connecting piece. A cable-stayed steel cantilever beam bearingdevice for bearing the load of the scaffold is formed through the diagonal member, the profile steel beam, the first pull connecting piece and the second pull connecting piece, and the device does notpenetrate through a building structural member or damage the building structural member, is convenient to disassemble and assemble, and has less material consumption; a force transmission rod piece can be recovered after construction is completed, so that waste of building materials is reduced; and the building cost is reduced and the building quality is improved.
本发明公开了一种脚手架的斜拉式悬挑梁支撑体系，支撑件包括斜拉杆、型钢梁、第一拉接件、第二拉接件；型钢梁包括工字钢、连接钢板、第一耳板，工字钢的一侧连接有连接钢板，工字钢的另一端为自由端，且工字钢上靠近自由端的一侧设有第一耳板；型钢梁的一端通过第二连接件与位于中间的混凝土结构拉接，型钢梁的另一端通过第一耳板与斜拉杆的一端连接，斜拉杆的另一端通过第一拉接件与位于上方的混凝土结构拉接。本发明采用斜拉杆、型钢梁、第一拉接件、第二拉接件组成承载脚手架荷载的斜拉式钢悬挑梁承力装置不穿透建筑结构件，不损伤建筑构件，拆装方便，耗材少，施工完成传力杆件能够回收，减少建筑材料的浪费，它节约建筑成本、提高建筑质量。
Cable-stayed cantilever beam supporting system of scaffold
The invention discloses a cable-stayed cantilever beam supporting system of a scaffold. A supporting piece comprises a diagonal member, a profile steel beam, a first pull connecting piece and a secondpull connecting piece; the profile steel beam comprises I-shaped steel, a connecting steel plate and a first lug plate, one side of the I-shaped steel is connected with the connecting steel plate, the other end of the I-shaped steel is a free end, and the first lug plate is arranged on the side, close to the free end, of the I-shaped steel; and one end of the profile steel beam is in pull connection with a concrete structure in the middle through the second pull connecting piece, the other end of the profile steel beam is connected with one end of the diagonal member through the first lug plate, and the other end of the diagonal member is in pull connection with a concrete structure on the upper portion through the first pull connecting piece. A cable-stayed steel cantilever beam bearingdevice for bearing the load of the scaffold is formed through the diagonal member, the profile steel beam, the first pull connecting piece and the second pull connecting piece, and the device does notpenetrate through a building structural member or damage the building structural member, is convenient to disassemble and assemble, and has less material consumption; a force transmission rod piece can be recovered after construction is completed, so that waste of building materials is reduced; and the building cost is reduced and the building quality is improved.
本发明公开了一种脚手架的斜拉式悬挑梁支撑体系，支撑件包括斜拉杆、型钢梁、第一拉接件、第二拉接件；型钢梁包括工字钢、连接钢板、第一耳板，工字钢的一侧连接有连接钢板，工字钢的另一端为自由端，且工字钢上靠近自由端的一侧设有第一耳板；型钢梁的一端通过第二连接件与位于中间的混凝土结构拉接，型钢梁的另一端通过第一耳板与斜拉杆的一端连接，斜拉杆的另一端通过第一拉接件与位于上方的混凝土结构拉接。本发明采用斜拉杆、型钢梁、第一拉接件、第二拉接件组成承载脚手架荷载的斜拉式钢悬挑梁承力装置不穿透建筑结构件，不损伤建筑构件，拆装方便，耗材少，施工完成传力杆件能够回收，减少建筑材料的浪费，它节约建筑成本、提高建筑质量。
Cable-stayed cantilever beam supporting system of scaffold
一种脚手架的斜拉式悬挑梁支撑体系
2020-05-19
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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