A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a light assembly type steel structure building which comprises I-shaped steel bodies, supporting pieces used for supporting the adjacent I-shaped steel bodies, assembly pieces and connecting pieces used for connecting the adjacent I-shaped steel bodies, the supporting pieces are arranged at the ends of the I-shaped steel bodies, and the connecting pieces are detachably assembled at the ends of the I-shaped steel bodies. Assembling pieces are arranged between the connecting pieces and the supporting pieces at the adjacent ends of the I-shaped steel body, and the connecting pieces and the supporting pieces at the adjacent ends of the I-shaped steel body are assembled and connected through the assembling pieces. The defects that after being assembled, existing I-shaped steel and an existing connecting structure are affected by vibration transmitted by the I-shaped steel, bolts at the splicing position are loosened and abraded, and therefore the connecting firmness of the I-shaped steel and the connecting structure is reduced, and meanwhile the I-shaped steel and the connecting structure are relatively abraded due to vibration, and the overall connecting tightness and strength of the I-shaped steel and the connecting structure are affected are overcome. And certain potential safety hazards exist.
本发明公开了一种轻型装配式钢结构建筑，包括工字钢本体、用于支撑相邻工字钢本体的支撑件、组装件和用于连接相邻工字钢本体的连接件，工字钢本体的端部设置有支撑件，且工字钢本体的端部可拆卸组装有连接件，工字钢本体相邻端部的连接件和支撑件之间设置有组装件，且工字钢本体相邻端部的连接件和支撑件通过组装件组装连接。本发明克服现有的工字钢和连接结构，组装后受到工字钢传递的震动影响，导致拼装处的螺栓松动磨损，从而导致二者的连接牢固性降低，同时工字钢和连接结构因为震动发生相对磨损，影响二者的整体连接紧密性和强度，具有一定的安全隐患的问题的问题。
The invention discloses a light assembly type steel structure building which comprises I-shaped steel bodies, supporting pieces used for supporting the adjacent I-shaped steel bodies, assembly pieces and connecting pieces used for connecting the adjacent I-shaped steel bodies, the supporting pieces are arranged at the ends of the I-shaped steel bodies, and the connecting pieces are detachably assembled at the ends of the I-shaped steel bodies. Assembling pieces are arranged between the connecting pieces and the supporting pieces at the adjacent ends of the I-shaped steel body, and the connecting pieces and the supporting pieces at the adjacent ends of the I-shaped steel body are assembled and connected through the assembling pieces. The defects that after being assembled, existing I-shaped steel and an existing connecting structure are affected by vibration transmitted by the I-shaped steel, bolts at the splicing position are loosened and abraded, and therefore the connecting firmness of the I-shaped steel and the connecting structure is reduced, and meanwhile the I-shaped steel and the connecting structure are relatively abraded due to vibration, and the overall connecting tightness and strength of the I-shaped steel and the connecting structure are affected are overcome. And certain potential safety hazards exist.
本发明公开了一种轻型装配式钢结构建筑，包括工字钢本体、用于支撑相邻工字钢本体的支撑件、组装件和用于连接相邻工字钢本体的连接件，工字钢本体的端部设置有支撑件，且工字钢本体的端部可拆卸组装有连接件，工字钢本体相邻端部的连接件和支撑件之间设置有组装件，且工字钢本体相邻端部的连接件和支撑件通过组装件组装连接。本发明克服现有的工字钢和连接结构，组装后受到工字钢传递的震动影响，导致拼装处的螺栓松动磨损，从而导致二者的连接牢固性降低，同时工字钢和连接结构因为震动发生相对磨损，影响二者的整体连接紧密性和强度，具有一定的安全隐患的问题的问题。
Light fabricated steel structure building
一种轻型装配式钢结构建筑
TANG ZHENJUN (author)
2022-12-30
Patent
Electronic Resource
Chinese
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