A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Vase pier R-corner template manufacturing method
The invention discloses a vase pier R-corner template manufacturing method which comprises the steps that S10, two first vertical rods are arranged according to the length and width of a vase pier R corner; S20, an arc of the vase pier is obtained through a three-circle arc drawing method; S30, a plurality of arc bending assemblies are arranged along the arc; S40, manual arc bending is performed on the reinforcing steel bars through an arc bending assembly, the bent reinforcing steel bars are cut out, and bent reinforcing steel bars are obtained; S50, a section of straight steel bar is cut out, and a plurality of reinforcing steel bars are welded between the bent arc steel bar and the straight steel bar; S60, the step S40 to the step S50 are repeated until a plurality of plane brackets are obtained, and the plurality of plane brackets are welded into a three-dimensional bracket by adopting a plurality of connecting steel bars; S70, a plurality of square wood columns are installed on the outer arc side of the three-dimensional support at intervals, and each square wood column intersects with all the bent arc steel bars; and S80, a plurality of formworks are laid and installed on all the square wood columns. Compared with the prior art, the construction cost can be greatly reduced, and the construction period can be effectively shortened.
本发明创造公开了花瓶墩R角模板的制造方法，S10、根据花瓶墩R角的长宽尺寸，设立两个第一立杆；S20、通过三圆画弧的方法得到花瓶墩的圆弧；S30、沿着圆弧设置多个弯弧组件；S40、利用弯弧组件来对钢筋进行人工弯弧，并对弯弧后的钢筋进行截取，以获得弯弧钢筋；S50、截取出一段直钢筋，在弯弧钢筋与直钢筋之间焊接多个加强钢筋；S60、重复步骤S40至步骤S50，直至获得多个平面支架，采用多个连接钢筋来将多个平面支架焊接成为一个立体支架；S70、将多个木枋间隔安装在立体支架的外弧侧，每个木枋均与所有的弯弧钢筋相交；S80、将多个模板铺设并安装在所有的木枋上。相比于现有技术，采用本发明创造能够大幅度地降低施工成本，并有效缩短施工工期。
Vase pier R-corner template manufacturing method
The invention discloses a vase pier R-corner template manufacturing method which comprises the steps that S10, two first vertical rods are arranged according to the length and width of a vase pier R corner; S20, an arc of the vase pier is obtained through a three-circle arc drawing method; S30, a plurality of arc bending assemblies are arranged along the arc; S40, manual arc bending is performed on the reinforcing steel bars through an arc bending assembly, the bent reinforcing steel bars are cut out, and bent reinforcing steel bars are obtained; S50, a section of straight steel bar is cut out, and a plurality of reinforcing steel bars are welded between the bent arc steel bar and the straight steel bar; S60, the step S40 to the step S50 are repeated until a plurality of plane brackets are obtained, and the plurality of plane brackets are welded into a three-dimensional bracket by adopting a plurality of connecting steel bars; S70, a plurality of square wood columns are installed on the outer arc side of the three-dimensional support at intervals, and each square wood column intersects with all the bent arc steel bars; and S80, a plurality of formworks are laid and installed on all the square wood columns. Compared with the prior art, the construction cost can be greatly reduced, and the construction period can be effectively shortened.
本发明创造公开了花瓶墩R角模板的制造方法，S10、根据花瓶墩R角的长宽尺寸，设立两个第一立杆；S20、通过三圆画弧的方法得到花瓶墩的圆弧；S30、沿着圆弧设置多个弯弧组件；S40、利用弯弧组件来对钢筋进行人工弯弧，并对弯弧后的钢筋进行截取，以获得弯弧钢筋；S50、截取出一段直钢筋，在弯弧钢筋与直钢筋之间焊接多个加强钢筋；S60、重复步骤S40至步骤S50，直至获得多个平面支架，采用多个连接钢筋来将多个平面支架焊接成为一个立体支架；S70、将多个木枋间隔安装在立体支架的外弧侧，每个木枋均与所有的弯弧钢筋相交；S80、将多个模板铺设并安装在所有的木枋上。相比于现有技术，采用本发明创造能够大幅度地降低施工成本，并有效缩短施工工期。
Vase pier R-corner template manufacturing method
花瓶墩R角模板的制造方法
LI SHENGYUE (author) / WAN YAOZE (author) / LYU ZHENGLIN (author) / HUANG SHENG (author)
2021-12-03
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Bridge vase pier steel formwork fixing construction method
| European Patent Office | 2024