A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Novel fabricated pipe truss structure
The invention relates to a novel fabricated pipe truss structure. The novel fabricated pipe truss structure comprises a steel beam, a U-shaped channel is formed in the middle of the steel beam, a circular through hole is formed in the U-shaped channel in the curvature direction, a nut is welded to the outer side of the circular through hole, a V-shaped frame is welded to the bottom side of the steel beam, a left row of reinforcing rods and a right row of reinforcing rods are installed between the V-shaped frame and the steel beam through the circular through hole and the nut, a row of sinkingseats are arranged on the V-shaped frame, and a left row of reinforcing rods and a right row of reinforcing rods are arranged between the V-shaped frame and the steel beam through the sinking seats and the nut. The strength of the steel beam is improved again through the arrangement of the reinforcing rods, an existing welding type installation mode is replaced with the installation mode of the reinforcing rods, replacement and installation are convenient, and springs are arranged in the sinking seats, the bottoms of the reinforcing rods inserted into the sinking seats have a certain bufferingeffect, so that when a house is damaged, deformation of a roof is reduced by utilizing the reinforcing rods with the buffering effect and adopting a buffering force unloading mode, and the pipe trussstructure is more reasonable.
本发明涉及一种新型装配式管桁架结构，包括钢梁，所述钢梁中部设置有U道，U道内按曲率走向开设有圆形通孔，所述圆形通孔外侧焊接有螺母，所述钢梁底侧焊接有V形架，V形架与钢梁之间通过圆形通孔和螺母安装有左右两排加强杆，在V形架上设置有一排沉座，利用沉座和螺母在V形架与钢梁之间设置了左右两排加强杆，加强杆的设置再次提高了钢梁的强度，而加强杆的这一安装方式代替现有的焊接式安装方式，便于更换，且安装方便，沉座内设置有弹簧，使得插接于沉座中的上述加强杆底部具有一定的缓冲效果，因此可使得房屋受损时，利用具有缓冲效果的加强杆，采用缓冲卸力的方式来减少房顶变形，令管桁架结构更加合理。
Novel fabricated pipe truss structure
The invention relates to a novel fabricated pipe truss structure. The novel fabricated pipe truss structure comprises a steel beam, a U-shaped channel is formed in the middle of the steel beam, a circular through hole is formed in the U-shaped channel in the curvature direction, a nut is welded to the outer side of the circular through hole, a V-shaped frame is welded to the bottom side of the steel beam, a left row of reinforcing rods and a right row of reinforcing rods are installed between the V-shaped frame and the steel beam through the circular through hole and the nut, a row of sinkingseats are arranged on the V-shaped frame, and a left row of reinforcing rods and a right row of reinforcing rods are arranged between the V-shaped frame and the steel beam through the sinking seats and the nut. The strength of the steel beam is improved again through the arrangement of the reinforcing rods, an existing welding type installation mode is replaced with the installation mode of the reinforcing rods, replacement and installation are convenient, and springs are arranged in the sinking seats, the bottoms of the reinforcing rods inserted into the sinking seats have a certain bufferingeffect, so that when a house is damaged, deformation of a roof is reduced by utilizing the reinforcing rods with the buffering effect and adopting a buffering force unloading mode, and the pipe trussstructure is more reasonable.
本发明涉及一种新型装配式管桁架结构，包括钢梁，所述钢梁中部设置有U道，U道内按曲率走向开设有圆形通孔，所述圆形通孔外侧焊接有螺母，所述钢梁底侧焊接有V形架，V形架与钢梁之间通过圆形通孔和螺母安装有左右两排加强杆，在V形架上设置有一排沉座，利用沉座和螺母在V形架与钢梁之间设置了左右两排加强杆，加强杆的设置再次提高了钢梁的强度，而加强杆的这一安装方式代替现有的焊接式安装方式，便于更换，且安装方便，沉座内设置有弹簧，使得插接于沉座中的上述加强杆底部具有一定的缓冲效果，因此可使得房屋受损时，利用具有缓冲效果的加强杆，采用缓冲卸力的方式来减少房顶变形，令管桁架结构更加合理。
Novel fabricated pipe truss structure
一种新型装配式管桁架结构
OUYANG QI (author) / YANG CHUNXIANG (author) / LIANG WEISHUN (author)
2021-02-26
Patent
Electronic Resource
Chinese
Modular fabricated space pipe truss framework membrane structure system
| European Patent Office | 2020