A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building steel structure and machining method thereof
The invention relates to the technical field of buildings, in particular to a building steel structure and a machining method thereof. The method has the beneficial effect that the building steel structure capable of treating tiny deformation generated by a building can be machined. A building steel structure machining method comprises the following steps that S1, profile steel is cut, and a fixed framework raw material and a movable framework raw material are prefabricated; s2, carrying out secondary welding and assembly processing on the fixed skeleton raw material and the movable skeleton raw material to obtain a fixed skeleton and a movable skeleton; s3, a movable framework is installed on the fixed framework; s4, an adjusting part is installed at the top end of the movable framework, and an assembling part is manufactured; s5, the multiple splicing parts are fixedly combined, and the steel structure component is manufactured; and S6, the steel structure component is installed at the preset position, the fixed component is installed and adjusted, and building steel structure assembling is completed. A building steel structure comprises a plurality of splicing parts and fixing components, and each splicing part is composed of a plurality of fixed frameworks, a plurality of movable frameworks and a plurality of adjusting parts.
本发明涉及建筑技术领域，更具体的说是一种建筑钢结构及其加工方法。其有益效果为能够加工出可处理建筑自身产生的微小变形的建筑钢结构。一种建筑钢结构加工方法，包括以下步骤：S1：将型钢裁切，预制固定骨架原材及活动骨架原材；S2：对固定骨架原材及活动骨架原材进行二次焊接及装配加工，制得固定骨架及活动骨架；S3：在固定骨架上安装活动骨架；S4：在活动骨架顶端安装调整部，制得拼装部；S5：将多个拼装部固定组合，制得钢结构构件；S6：将钢结构构件安装在预定位置，安装固定构件并调整，完成建筑钢结构装配。一种建筑钢结构，该建筑钢结构包括多个拼装部及固定构件，多个拼装部皆由若干固定骨架、活动骨架及调整部组成。
Building steel structure and machining method thereof
The invention relates to the technical field of buildings, in particular to a building steel structure and a machining method thereof. The method has the beneficial effect that the building steel structure capable of treating tiny deformation generated by a building can be machined. A building steel structure machining method comprises the following steps that S1, profile steel is cut, and a fixed framework raw material and a movable framework raw material are prefabricated; s2, carrying out secondary welding and assembly processing on the fixed skeleton raw material and the movable skeleton raw material to obtain a fixed skeleton and a movable skeleton; s3, a movable framework is installed on the fixed framework; s4, an adjusting part is installed at the top end of the movable framework, and an assembling part is manufactured; s5, the multiple splicing parts are fixedly combined, and the steel structure component is manufactured; and S6, the steel structure component is installed at the preset position, the fixed component is installed and adjusted, and building steel structure assembling is completed. A building steel structure comprises a plurality of splicing parts and fixing components, and each splicing part is composed of a plurality of fixed frameworks, a plurality of movable frameworks and a plurality of adjusting parts.
本发明涉及建筑技术领域，更具体的说是一种建筑钢结构及其加工方法。其有益效果为能够加工出可处理建筑自身产生的微小变形的建筑钢结构。一种建筑钢结构加工方法，包括以下步骤：S1：将型钢裁切，预制固定骨架原材及活动骨架原材；S2：对固定骨架原材及活动骨架原材进行二次焊接及装配加工，制得固定骨架及活动骨架；S3：在固定骨架上安装活动骨架；S4：在活动骨架顶端安装调整部，制得拼装部；S5：将多个拼装部固定组合，制得钢结构构件；S6：将钢结构构件安装在预定位置，安装固定构件并调整，完成建筑钢结构装配。一种建筑钢结构，该建筑钢结构包括多个拼装部及固定构件，多个拼装部皆由若干固定骨架、活动骨架及调整部组成。
Building steel structure and machining method thereof
一种建筑钢结构及其加工方法
LAN WENJUAN (author)
2024-03-01
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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