Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Automatic adjustment supporting formwork for small-span arch bridge
The invention discloses an automatic adjustment supporting formwork for a small-span arch bridge. A full framing method is a common construction method in bridge and culvert engineering, and a conventional full framing method for constructing an arch ring of an arch bridge has the problems of multiple turnover times, long turnover time and large waste of manpower, materials and time. The automaticadjustment supporting formwork for a small-span arch bridge comprises a trolley portal frame (1) and an upper die frame (2). A bottom cross beam (3), a middle cross beam (4) and a top cross beam (5)are vertically welded between the trolley portal frames; the upper die frame is mounted above the top cross beam; hydraulic supporting equipment (6) is welded to the bottom cross beam through a flangeplate, the hydraulic supporting equipment is controlled by the hydraulic supporting equipment through a hydraulic pipe and a hydraulic console (7) to adjust the upper die frame up and down, a set ofwalking wheels (8) are connected to the lower cross beam of the trolley portal frame, and a portal frame supporting beam (9) is welded between the upper cross beam and the lower cross beam of the trolley portal frame. The formwaork is applied to the field of bridge and culvert construction.
一种小跨径拱桥自动化调节支护模架。满堂支架法在桥涵工程中是一种较为常见的施工方法，常规满堂支架施工拱桥拱圈，具有周转次数多，周转时间长，人力、物资、时间浪费大的问题。一种小跨径拱桥自动化调节支护模架,其组成包括：台车门架（1）和上模架（2），台车门架之间垂直焊接有底部横梁（3）、中部横梁（4）和顶部横梁（5），上模架安装在顶部横梁的上方，底部横梁上通过法兰盘焊接有液压支撑设备（6），液压支撑设备利用液压管及液压控制台（7）控制液压支撑设备对上模架进行上下调节，台车门架的下方横梁上连接有一组行走轮（8），台车门架的上下两个横梁之间焊接有门架支撑梁（9）。本发明应用于桥涵施工领域。
Automatic adjustment supporting formwork for small-span arch bridge
The invention discloses an automatic adjustment supporting formwork for a small-span arch bridge. A full framing method is a common construction method in bridge and culvert engineering, and a conventional full framing method for constructing an arch ring of an arch bridge has the problems of multiple turnover times, long turnover time and large waste of manpower, materials and time. The automaticadjustment supporting formwork for a small-span arch bridge comprises a trolley portal frame (1) and an upper die frame (2). A bottom cross beam (3), a middle cross beam (4) and a top cross beam (5)are vertically welded between the trolley portal frames; the upper die frame is mounted above the top cross beam; hydraulic supporting equipment (6) is welded to the bottom cross beam through a flangeplate, the hydraulic supporting equipment is controlled by the hydraulic supporting equipment through a hydraulic pipe and a hydraulic console (7) to adjust the upper die frame up and down, a set ofwalking wheels (8) are connected to the lower cross beam of the trolley portal frame, and a portal frame supporting beam (9) is welded between the upper cross beam and the lower cross beam of the trolley portal frame. The formwaork is applied to the field of bridge and culvert construction.
一种小跨径拱桥自动化调节支护模架。满堂支架法在桥涵工程中是一种较为常见的施工方法，常规满堂支架施工拱桥拱圈，具有周转次数多，周转时间长，人力、物资、时间浪费大的问题。一种小跨径拱桥自动化调节支护模架,其组成包括：台车门架（1）和上模架（2），台车门架之间垂直焊接有底部横梁（3）、中部横梁（4）和顶部横梁（5），上模架安装在顶部横梁的上方，底部横梁上通过法兰盘焊接有液压支撑设备（6），液压支撑设备利用液压管及液压控制台（7）控制液压支撑设备对上模架进行上下调节，台车门架的下方横梁上连接有一组行走轮（8），台车门架的上下两个横梁之间焊接有门架支撑梁（9）。本发明应用于桥涵施工领域。
Automatic adjustment supporting formwork for small-span arch bridge
一种小跨径拱桥自动化调节支护模架
MIAO HAILONG (Autor:in) / WANG JIDONG (Autor:in) / WANG YINPENG (Autor:in) / LIU BIN (Autor:in) / SHI LEI (Autor:in)
07.08.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken
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