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A platform for research: civil engineering, architecture and urbanism
Vertical steel inclined strut joint structure capable of adapting to various angles and design method
The invention discloses a vertical steel inclined strut joint structure capable of adapting to various angles and a design method. The vertical steel inclined strut joint structure comprises a fixing part and a traction part which are arranged on a side wall surface, a joint structure assembly is arranged on the fixing part; one end of the traction part is movably connected with the side wall surface, the other end of the traction part is movably connected with a vertical steel inclined strut part, the joint structure assembly is provided with a first inclined plane part, the vertical steel inclined strut part is provided with a second inclined plane part, and the first inclined plane part is in contact with the second inclined plane part; and a positioning part for positioning the vertical steel inclined strut piece is arranged on the first inclined plane part. The vertical steel inclined strut connector structure capable of adapting to the multiple angles is reasonable in structural design and convenient to operate, the angle of the connector structure is flexibly controlled by adjusting the wedge-shaped amount of the wedge-shaped block so as to be matched with a vertical steel inclined strut piece, and the vertical steel inclined strut connector structure is characterized in that the component size of the connector structure is determined according to the stress and the inclination angle of the vertical steel inclined strut piece, and factory prefabrication can be conducted.
一种可适应多种角度竖向钢斜撑接头结构及设计方法，包括设于侧墙面的固定部和牵引部；固定部上设有接头结构组件；牵引部的一端与所述侧墙面活动连接，另一端活动连接有竖向钢斜撑件，接头结构组件设有第一斜面部，竖向钢斜撑件设有第二斜面部，第一斜面部与第二斜面部相接触；在第一斜面部上设有用于定位竖向钢斜撑件的定位部。本发明提供的可适应多种角度竖向钢斜撑接头结构结构设计合理、操作方便，通过调整楔形块的楔形量灵活控制接头结构角度以匹配竖向钢斜撑件，其特点在于根据竖向钢斜撑件的受力和倾角确定接头结构构件尺寸，可进行工厂预制。
Vertical steel inclined strut joint structure capable of adapting to various angles and design method
The invention discloses a vertical steel inclined strut joint structure capable of adapting to various angles and a design method. The vertical steel inclined strut joint structure comprises a fixing part and a traction part which are arranged on a side wall surface, a joint structure assembly is arranged on the fixing part; one end of the traction part is movably connected with the side wall surface, the other end of the traction part is movably connected with a vertical steel inclined strut part, the joint structure assembly is provided with a first inclined plane part, the vertical steel inclined strut part is provided with a second inclined plane part, and the first inclined plane part is in contact with the second inclined plane part; and a positioning part for positioning the vertical steel inclined strut piece is arranged on the first inclined plane part. The vertical steel inclined strut connector structure capable of adapting to the multiple angles is reasonable in structural design and convenient to operate, the angle of the connector structure is flexibly controlled by adjusting the wedge-shaped amount of the wedge-shaped block so as to be matched with a vertical steel inclined strut piece, and the vertical steel inclined strut connector structure is characterized in that the component size of the connector structure is determined according to the stress and the inclination angle of the vertical steel inclined strut piece, and factory prefabrication can be conducted.
一种可适应多种角度竖向钢斜撑接头结构及设计方法，包括设于侧墙面的固定部和牵引部；固定部上设有接头结构组件；牵引部的一端与所述侧墙面活动连接，另一端活动连接有竖向钢斜撑件，接头结构组件设有第一斜面部，竖向钢斜撑件设有第二斜面部，第一斜面部与第二斜面部相接触；在第一斜面部上设有用于定位竖向钢斜撑件的定位部。本发明提供的可适应多种角度竖向钢斜撑接头结构结构设计合理、操作方便，通过调整楔形块的楔形量灵活控制接头结构角度以匹配竖向钢斜撑件，其特点在于根据竖向钢斜撑件的受力和倾角确定接头结构构件尺寸，可进行工厂预制。
Vertical steel inclined strut joint structure capable of adapting to various angles and design method
一种可适应多种角度竖向钢斜撑接头结构及设计方法
ZHANG YU (author) / TANG ZHIYANG (author) / LIU XIN (author) / LIU JINSONG (author) / WANG YANHONG (author)
2022-04-12
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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