Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Steel structure spliced bridge
The invention relates to the field of bridges, in particular to a steel structure spliced bridge. The steel structure spliced bridge comprises a bridge body, protection mechanisms, connecting mechanisms, supporting mechanisms, drainage mechanisms, drainage pipes, floating balls, abutting rods, supporting pipes, bottom plugs, connecting blocks, second springs, through grooves, sealing plates and filtering mechanisms. The steel structure spliced bridge has the beneficial effects that when the amount of rainwater is too large or the interiors of the bottom ends of the drainage pipes are blocked,the water level in the drainage pipes can continuously rise, then the floating balls rise, the abutting rods and the sealing plates are driven to rise accordingly, when the abutting rods continuouslyrise, the bottom plugs are gradually extruded and abutted, the bottom plugs continuously rise, the connecting blocks slide on the inner walls of the supporting pipes, with the continuous rising of thebottom plugs, when through holes in the bottom plugs communicate with the through grooves, accumulated water can be discharged through the through grooves, so that other drainage channels can be automatically opened in heavy rain weather and under the condition that the bottom ends of the drainage pipes are blocked, the drainage work of a bridge floor can be ensured, more accumulated water is prevented from being generated on the bridge floor, and passage is guaranteed.
本发明涉及桥梁领域，具体的说是一种钢结构拼接桥梁，包括桥体、防护机构、连接机构、支撑机构、排水机构、排水管、浮球、抵杆、支管、底塞、连接块、第二弹簧、通槽和封板和过滤机构。本发明的有益效果是：当雨水量过大，或者排水管的底端内部发生堵塞时，排水管内水位就会不断的升高，进而令浮球升高，随之带动抵杆和封板上升，当抵杆不断的升高，就会逐渐对底塞进行挤压抵触，令底塞不断的升高，连接块滑动于支管内壁，随着底塞不断的升高，当底塞内部通孔同通槽相连通时，积水就会通过通槽排出，从而能够在大雨天气以及排水管底端发生堵塞的情况下，自动打开另外的排水通道，使得得以保证桥面的排水工作，避免桥面产生较多的积水，保障通行。
Steel structure spliced bridge
The invention relates to the field of bridges, in particular to a steel structure spliced bridge. The steel structure spliced bridge comprises a bridge body, protection mechanisms, connecting mechanisms, supporting mechanisms, drainage mechanisms, drainage pipes, floating balls, abutting rods, supporting pipes, bottom plugs, connecting blocks, second springs, through grooves, sealing plates and filtering mechanisms. The steel structure spliced bridge has the beneficial effects that when the amount of rainwater is too large or the interiors of the bottom ends of the drainage pipes are blocked,the water level in the drainage pipes can continuously rise, then the floating balls rise, the abutting rods and the sealing plates are driven to rise accordingly, when the abutting rods continuouslyrise, the bottom plugs are gradually extruded and abutted, the bottom plugs continuously rise, the connecting blocks slide on the inner walls of the supporting pipes, with the continuous rising of thebottom plugs, when through holes in the bottom plugs communicate with the through grooves, accumulated water can be discharged through the through grooves, so that other drainage channels can be automatically opened in heavy rain weather and under the condition that the bottom ends of the drainage pipes are blocked, the drainage work of a bridge floor can be ensured, more accumulated water is prevented from being generated on the bridge floor, and passage is guaranteed.
本发明涉及桥梁领域，具体的说是一种钢结构拼接桥梁，包括桥体、防护机构、连接机构、支撑机构、排水机构、排水管、浮球、抵杆、支管、底塞、连接块、第二弹簧、通槽和封板和过滤机构。本发明的有益效果是：当雨水量过大，或者排水管的底端内部发生堵塞时，排水管内水位就会不断的升高，进而令浮球升高，随之带动抵杆和封板上升，当抵杆不断的升高，就会逐渐对底塞进行挤压抵触，令底塞不断的升高，连接块滑动于支管内壁，随着底塞不断的升高，当底塞内部通孔同通槽相连通时，积水就会通过通槽排出，从而能够在大雨天气以及排水管底端发生堵塞的情况下，自动打开另外的排水通道，使得得以保证桥面的排水工作，避免桥面产生较多的积水，保障通行。
Steel structure spliced bridge
一种钢结构拼接桥梁
ZHANG XIAOFEI (Autor:in) / CAO ZUFENG (Autor:in)
08.12.2020
Patent
Elektronische Ressource
Chinesisch