A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a mechanized emergency amphibious bridge which comprises a bridge vehicle and a vehicle frame. The moving frame assembly comprises a fixed frame, a bearing frame moving on the fixed frame and a moving assembly for driving the bearing frame to move; the axle body comprises a middle box, a side box rotationally connected with the middle box and a driving assembly; the supporting assembly comprises a supporting plate, a waterproof sleeve and a telescopic assembly; and the water propulsion assembly is arranged on the axle body to drive the axle body to sail on water. The device is ingenious in structural design and high in automation degree, the supporting plate is driven by the telescopic assembly to make contact with the water bottom or the ground during bridging so as to support the middle box, the stability of the bridge body structure during bridging is guaranteed, the size of the device is increased through the waterproof sleeve during water navigation, and therefore the load capacity is increased so as to improve the water transportation efficiency.
本发明公开了一种机械化应急水陆两用桥，包括桥车，包括车架；移动架组件，包括固定架、移动于固定架上的承载架和驱动承载架移动的移动组件；桥体，包括中箱、与中箱转动连接的边箱和驱动组件；支撑组件，包括支撑板、防水套筒和伸缩组件；水上推进组件，设置于桥体上以驱动桥体在水上航行。本发明结构设计巧妙，自动化程度高，在架桥时通过伸缩组件带动支撑板与水底或者地面接触，以支撑中箱，保证架桥时桥体结构稳固性，而在水上航行时，通过防水套筒增大装置的体积，从而提升载重量以提高水上运输效率。
The invention discloses a mechanized emergency amphibious bridge which comprises a bridge vehicle and a vehicle frame. The moving frame assembly comprises a fixed frame, a bearing frame moving on the fixed frame and a moving assembly for driving the bearing frame to move; the axle body comprises a middle box, a side box rotationally connected with the middle box and a driving assembly; the supporting assembly comprises a supporting plate, a waterproof sleeve and a telescopic assembly; and the water propulsion assembly is arranged on the axle body to drive the axle body to sail on water. The device is ingenious in structural design and high in automation degree, the supporting plate is driven by the telescopic assembly to make contact with the water bottom or the ground during bridging so as to support the middle box, the stability of the bridge body structure during bridging is guaranteed, the size of the device is increased through the waterproof sleeve during water navigation, and therefore the load capacity is increased so as to improve the water transportation efficiency.
本发明公开了一种机械化应急水陆两用桥，包括桥车，包括车架；移动架组件，包括固定架、移动于固定架上的承载架和驱动承载架移动的移动组件；桥体，包括中箱、与中箱转动连接的边箱和驱动组件；支撑组件，包括支撑板、防水套筒和伸缩组件；水上推进组件，设置于桥体上以驱动桥体在水上航行。本发明结构设计巧妙，自动化程度高，在架桥时通过伸缩组件带动支撑板与水底或者地面接触，以支撑中箱，保证架桥时桥体结构稳固性，而在水上航行时，通过防水套筒增大装置的体积，从而提升载重量以提高水上运输效率。
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