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A platform for research: civil engineering, architecture and urbanism
Bridge pier body reinforcing method and reinforcing template
The invention discloses a bridge pier body reinforcing method and a reinforcing formwork. The problem that in the prior art, the steps of assembling and disassembling a rigid formwork are tedious is solved. Each side mold template is composed of a stainless steel mold sheet, rubber ribs and rigid ribs, the stainless steel mold sheets are designed to be equal in thickness, the rubber ribs are fixed to the outer surfaces of the stainless steel mold sheets through bonding and steel nails, the rubber ribs are horizontally arranged at equal intervals, and the rigid ribs are arranged on the rubber ribs on the topmost portion and the bottommost portion. The top die and the bottom die are connected in a fastening manner through fasteners; the rigid ribs are vertically arranged and located on the side edges of the stainless steel mold pieces, a plurality of bolt penetrating holes are densely and evenly distributed in the rigid ribs, and the stainless steel mold pieces are enclosed end to end through fastening bolts to form a cylinder. And wrapping the pier column. After the concrete is poured, the mold cavity is filled with the concrete, and the concrete has an external supporting action on the mold plate, so that the appearance effect of the concrete is improved under the constraint of the rubber ribs.
本发明公开了一种桥梁墩身加固方法及加固模板，解决现有技术中钢性模板组模、拆模步骤繁琐的问题。侧模模板由不锈钢模片、橡胶肋条和刚性肋条组成，不锈钢模片为等厚度设计，在该不锈钢模片的外表面通过粘结和钢钉固定橡胶肋条，橡胶肋条等间距且水平设置，在最顶部的和最底部的橡胶肋条上，通过紧固件与顶模和底模进行紧固连接；刚性肋条竖向设置并位于不锈钢模片的侧边，竖向布置，并在刚性肋条上密集的均布有多个螺栓穿孔，通过紧固螺栓将不锈钢模片首尾围合形成一个圆筒体；包在墩柱周围。在浇筑混凝土后，混凝土被填充在模腔内，并于且混凝土对模板具有一个外撑的动作，在橡胶肋条的约束下，提高了混凝土的外观效果。
Bridge pier body reinforcing method and reinforcing template
The invention discloses a bridge pier body reinforcing method and a reinforcing formwork. The problem that in the prior art, the steps of assembling and disassembling a rigid formwork are tedious is solved. Each side mold template is composed of a stainless steel mold sheet, rubber ribs and rigid ribs, the stainless steel mold sheets are designed to be equal in thickness, the rubber ribs are fixed to the outer surfaces of the stainless steel mold sheets through bonding and steel nails, the rubber ribs are horizontally arranged at equal intervals, and the rigid ribs are arranged on the rubber ribs on the topmost portion and the bottommost portion. The top die and the bottom die are connected in a fastening manner through fasteners; the rigid ribs are vertically arranged and located on the side edges of the stainless steel mold pieces, a plurality of bolt penetrating holes are densely and evenly distributed in the rigid ribs, and the stainless steel mold pieces are enclosed end to end through fastening bolts to form a cylinder. And wrapping the pier column. After the concrete is poured, the mold cavity is filled with the concrete, and the concrete has an external supporting action on the mold plate, so that the appearance effect of the concrete is improved under the constraint of the rubber ribs.
本发明公开了一种桥梁墩身加固方法及加固模板，解决现有技术中钢性模板组模、拆模步骤繁琐的问题。侧模模板由不锈钢模片、橡胶肋条和刚性肋条组成，不锈钢模片为等厚度设计，在该不锈钢模片的外表面通过粘结和钢钉固定橡胶肋条，橡胶肋条等间距且水平设置，在最顶部的和最底部的橡胶肋条上，通过紧固件与顶模和底模进行紧固连接；刚性肋条竖向设置并位于不锈钢模片的侧边，竖向布置，并在刚性肋条上密集的均布有多个螺栓穿孔，通过紧固螺栓将不锈钢模片首尾围合形成一个圆筒体；包在墩柱周围。在浇筑混凝土后，混凝土被填充在模腔内，并于且混凝土对模板具有一个外撑的动作，在橡胶肋条的约束下，提高了混凝土的外观效果。
Bridge pier body reinforcing method and reinforcing template
桥梁墩身加固方法及加固模板
YU XINBIN (author) / GUO JING (author) / SUN HAO (author) / HUANG WEIQIANG (author) / JIANG ZONGBIN (author) / YAN ZHEN (author) / WANG DANDAN (author)
2023-10-03
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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