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A platform for research: civil engineering, architecture and urbanism
Telescopic adjustable continuous beam bridge internal mold structure
The invention discloses a telescopic adjustable continuous beam bridge internal mold structure which comprises a suspension system and a mounting hole. An internal mold framework is arranged on the suspension system, an internal mold plate is arranged on the outer side of the internal mold framework, the upper end of a connecting bolt is in threaded connection with a nut, and a sliding groove is formed in the internal mold framework. According to the telescopic adjustable continuous beam bridge internal mold structure, the inner mold framework can be transversely stretched; a lower connectingsteel plate and an upper connecting steel plate are connected with a fixed framework; the transverse width of the internal mold plat is adjusted, so that the width of the internal mold plat and the web width of the continuous beam bridge are adjusted; due to the fact that the width of the web of the continuous beam bridge is gradually changed from the pier top position to the midspan position in acertain mode, the total width of a box chamber is kept unchanged, the size of a box girder internal mold is continuously changed, the repeated utilization rate of the mold plate is increased throughthe telescopic variable-width continuous beam bridge internal mold structure, the cost is reduced, the construction period is shortened, and the construction quality is guaranteed.
本发明公开了一种伸缩式可调节连续梁桥内模结构，包括悬吊系统和安装孔，所述悬吊系统上设置有内模骨架，且内模骨架的外侧设置有内模板，所述连接栓的上端螺纹连接有螺帽，所述内模骨架上开设有滑槽。该伸缩式可调节连续梁桥内模结构，内模骨架可通过横向拉伸，且下连接钢板和上连接钢板与固定骨架相连接，进而对内模板横向宽度调节进而实现内模模板宽度的调节和连续梁桥腹板宽度的调节，因连续梁桥腹板宽度设计由墩顶部位置至跨中位置按一定方式渐变，箱室总宽度保持不变，因此箱梁内模尺寸不断变化，伸缩式可变宽连续梁桥内模结构提高了模板重复使用率，减少了成本，缩短了施工工期，确保了施工质量。
Telescopic adjustable continuous beam bridge internal mold structure
The invention discloses a telescopic adjustable continuous beam bridge internal mold structure which comprises a suspension system and a mounting hole. An internal mold framework is arranged on the suspension system, an internal mold plate is arranged on the outer side of the internal mold framework, the upper end of a connecting bolt is in threaded connection with a nut, and a sliding groove is formed in the internal mold framework. According to the telescopic adjustable continuous beam bridge internal mold structure, the inner mold framework can be transversely stretched; a lower connectingsteel plate and an upper connecting steel plate are connected with a fixed framework; the transverse width of the internal mold plat is adjusted, so that the width of the internal mold plat and the web width of the continuous beam bridge are adjusted; due to the fact that the width of the web of the continuous beam bridge is gradually changed from the pier top position to the midspan position in acertain mode, the total width of a box chamber is kept unchanged, the size of a box girder internal mold is continuously changed, the repeated utilization rate of the mold plate is increased throughthe telescopic variable-width continuous beam bridge internal mold structure, the cost is reduced, the construction period is shortened, and the construction quality is guaranteed.
本发明公开了一种伸缩式可调节连续梁桥内模结构，包括悬吊系统和安装孔，所述悬吊系统上设置有内模骨架，且内模骨架的外侧设置有内模板，所述连接栓的上端螺纹连接有螺帽，所述内模骨架上开设有滑槽。该伸缩式可调节连续梁桥内模结构，内模骨架可通过横向拉伸，且下连接钢板和上连接钢板与固定骨架相连接，进而对内模板横向宽度调节进而实现内模模板宽度的调节和连续梁桥腹板宽度的调节，因连续梁桥腹板宽度设计由墩顶部位置至跨中位置按一定方式渐变，箱室总宽度保持不变，因此箱梁内模尺寸不断变化，伸缩式可变宽连续梁桥内模结构提高了模板重复使用率，减少了成本，缩短了施工工期，确保了施工质量。
Telescopic adjustable continuous beam bridge internal mold structure
一种伸缩式可调节连续梁桥内模结构
YANG BIAO (author) / ZHANG LINLONG (author) / XING QIAN (author) / CAI XIN (author) / ZHANG LEIGANG (author)
2020-10-09
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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