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Sectional type steel structure truss corridor and mounting method thereof
The invention provides a sectional type steel structure truss corridor. The sectional type steel structure truss corridor is composed of a plurality of truss rod pieces. The truss rod piece comprises a bracket, a chord member, a horizontal connecting rod, a vertical connecting rod and an inclined pull rod; two ends of the bracket are respectively connected with two steel structure buildings, one end of the vertical connecting rod is connected with the bracket, the other end of the vertical connecting rod is connected with the chord member, and the middle part of the vertical connecting rod is connected with the horizontal connecting rod; the brackets, the chord members, the horizontal connecting rods and the vertical connecting rods are mutually connected to form a plurality of rectangular frames, one ends of the inclined pull rods are connected with one corners of the frames, and the other ends of the inclined pull rods are connected with the edges or the opposite corners of the frames; the corridor has the beneficial effects that the main structure of the corridor is built through the brackets, the chord members, the horizontal connecting rods and the vertical connecting rods, then the corridor is reinforced through the inclined pull rods, the tensile property and the compression resistance are improved, and the corridor is more stable.
本发明提供了分段式钢结构桁架连廊,由若干根桁架杆件构成;所述桁架杆件包括托座、弦杆、水平联系杆、竖向联系杆以及斜向拉杆;所述托座的两端分别连接两个钢结构建筑,所述竖向联系杆一端与托座连接,另一端与弦杆连接,竖向联系杆中间部位与水平联系杆连接;所述托座、弦杆、水平联系杆以及竖向联系杆互相连接形成若干个长方形的框架,所述斜向拉杆一端连接该框架的一个角,另一端与该框架的边或相对的角连接;本发明的有益效果:通过托座、弦杆、水平联系杆以及竖向联系杆搭建成连廊主结构,再通过斜向拉杆对连廊进行加固,提高抗拉、抗压性能,连廊更稳定。
Sectional type steel structure truss corridor and mounting method thereof
The invention provides a sectional type steel structure truss corridor. The sectional type steel structure truss corridor is composed of a plurality of truss rod pieces. The truss rod piece comprises a bracket, a chord member, a horizontal connecting rod, a vertical connecting rod and an inclined pull rod; two ends of the bracket are respectively connected with two steel structure buildings, one end of the vertical connecting rod is connected with the bracket, the other end of the vertical connecting rod is connected with the chord member, and the middle part of the vertical connecting rod is connected with the horizontal connecting rod; the brackets, the chord members, the horizontal connecting rods and the vertical connecting rods are mutually connected to form a plurality of rectangular frames, one ends of the inclined pull rods are connected with one corners of the frames, and the other ends of the inclined pull rods are connected with the edges or the opposite corners of the frames; the corridor has the beneficial effects that the main structure of the corridor is built through the brackets, the chord members, the horizontal connecting rods and the vertical connecting rods, then the corridor is reinforced through the inclined pull rods, the tensile property and the compression resistance are improved, and the corridor is more stable.
本发明提供了分段式钢结构桁架连廊,由若干根桁架杆件构成;所述桁架杆件包括托座、弦杆、水平联系杆、竖向联系杆以及斜向拉杆;所述托座的两端分别连接两个钢结构建筑,所述竖向联系杆一端与托座连接,另一端与弦杆连接,竖向联系杆中间部位与水平联系杆连接;所述托座、弦杆、水平联系杆以及竖向联系杆互相连接形成若干个长方形的框架,所述斜向拉杆一端连接该框架的一个角,另一端与该框架的边或相对的角连接;本发明的有益效果:通过托座、弦杆、水平联系杆以及竖向联系杆搭建成连廊主结构,再通过斜向拉杆对连廊进行加固,提高抗拉、抗压性能,连廊更稳定。
Sectional type steel structure truss corridor and mounting method thereof
分段式钢结构桁架连廊及其安装方法
ZHANG WUYOU (author) / FANG WEI (author) / HU MINZHI (author)
2022-08-16
Patent
Electronic Resource
Chinese
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