A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Process for machining and manufacturing steel arch shell by adopting jig frame
The invention discloses a process for machining and manufacturing a steel arch shell by adopting a jig frame, the process is used for manufacturing the steel arch shell, the steel arch shell is connected to a flat bridge, the steel arch shell comprises an arch rib middle part and four side longitudinal beam ends, the arch rib middle part is opened and hollowed out from top to bottom, and the four side longitudinal beam ends are arranged on the arch rib middle part. The four side longitudinal beam ends are connected to the four ends of a bottom port in the middle of the arch rib respectively. The manufacturing process comprises the steps that the special-shaped webs used for assembling the middles of the arch ribs are manufactured, the multiple special-shaped webs are assembled on a jig frame, and the multiple assembled special-shaped webs are coated; the jig frame comprises a plurality of stand columns and a plurality of inclined rods. The multiple stand columns are arranged in an array mode, the multiple inclined rods are arranged in two rows, the inclined rods in each row are obliquely connected to the top ends of the stand columns, and the obliquely-downward ends of the two rows of inclined rods correspond to each other. The multiple special-shaped web plates are laid on the top faces of the inclined rods to be assembled. The technical effect of ensuring the curvature of the arch rib can be achieved.
本发明公开了一种采取胎架加工制造钢拱壳的工艺，该工艺用于制造钢拱壳，所述钢拱壳连接于平桥上，所述钢拱壳包括：拱肋中部和四个边纵梁端，所述拱肋中部由上至下开口镂空，四个所述边纵梁端分别连接于所述拱肋中部底端口的四个端部；所述制造工艺包括：制造组装所述拱肋中部用的异型腹板、多块所述异型腹板在胎架上组装、对组装在一起的多块所述异型腹板涂装；所述胎架包括：多根立柱和多根斜杆；多根所述立柱呈阵列排布，多根所述斜杆设置为两排，每排的所述斜杆倾斜连接于所述立柱的顶端，且两排所述斜杆倾斜向下的端部相对应设置；多块所述异型腹板铺设于所述斜杆的顶面进行组装。本发明可实现确保拱肋弯曲度的技术效果。
Process for machining and manufacturing steel arch shell by adopting jig frame
The invention discloses a process for machining and manufacturing a steel arch shell by adopting a jig frame, the process is used for manufacturing the steel arch shell, the steel arch shell is connected to a flat bridge, the steel arch shell comprises an arch rib middle part and four side longitudinal beam ends, the arch rib middle part is opened and hollowed out from top to bottom, and the four side longitudinal beam ends are arranged on the arch rib middle part. The four side longitudinal beam ends are connected to the four ends of a bottom port in the middle of the arch rib respectively. The manufacturing process comprises the steps that the special-shaped webs used for assembling the middles of the arch ribs are manufactured, the multiple special-shaped webs are assembled on a jig frame, and the multiple assembled special-shaped webs are coated; the jig frame comprises a plurality of stand columns and a plurality of inclined rods. The multiple stand columns are arranged in an array mode, the multiple inclined rods are arranged in two rows, the inclined rods in each row are obliquely connected to the top ends of the stand columns, and the obliquely-downward ends of the two rows of inclined rods correspond to each other. The multiple special-shaped web plates are laid on the top faces of the inclined rods to be assembled. The technical effect of ensuring the curvature of the arch rib can be achieved.
本发明公开了一种采取胎架加工制造钢拱壳的工艺，该工艺用于制造钢拱壳，所述钢拱壳连接于平桥上，所述钢拱壳包括：拱肋中部和四个边纵梁端，所述拱肋中部由上至下开口镂空，四个所述边纵梁端分别连接于所述拱肋中部底端口的四个端部；所述制造工艺包括：制造组装所述拱肋中部用的异型腹板、多块所述异型腹板在胎架上组装、对组装在一起的多块所述异型腹板涂装；所述胎架包括：多根立柱和多根斜杆；多根所述立柱呈阵列排布，多根所述斜杆设置为两排，每排的所述斜杆倾斜连接于所述立柱的顶端，且两排所述斜杆倾斜向下的端部相对应设置；多块所述异型腹板铺设于所述斜杆的顶面进行组装。本发明可实现确保拱肋弯曲度的技术效果。
Process for machining and manufacturing steel arch shell by adopting jig frame
一种采取胎架加工制造钢拱壳的工艺
ZHUO LEI (author) / LI CHUNLIN (author) / CHENG XIANGYANG (author) / SHI ZHONGPAN (author) / TAO QIANQIAN (author) / AN HUAN (author) / ZHAO ZEXU (author) / HAO LINJIE (author) / TIAN KAIKAI (author)
2023-11-03
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
| European Patent Office | 2024