Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Horizontal pushing type bridging device
The embodiment of the invention provides a horizontal pushing type bridging device, and relates to the field of impact bridges. The horizontal pushing type bridging device comprises an amphibious chassis truck, a horizontal pushing sliding mechanism, a bridge horizontal pushing turning mechanism and a bridge deck assembly. The rear end of the lower side of the bridge horizontal-pushing turnover mechanism presses the bridge floor assembly, the horizontal-pushing sliding mechanism pushes the bridge horizontal-pushing turnover mechanism to turn over, the front end of the bridge floor assembly touches the ground, the bridge horizontal-pushing turnover mechanism is continuously pushed to turn over, and the rear end of the bridge floor assembly rotates around the front end of the bridge horizontal-pushing turnover mechanism until the rear end of the bridge floor assembly touches the ground; the amphibious chassis vehicle drives the horizontal-pushing sliding mechanism and the bridge horizontal-pushing turnover mechanism to leave, laying of the bridge floor assembly is completed, the bridge floor assembly is recycled according to the opposite sequence, the bridge floor assembly can slide along with the horizontal-pushing sliding mechanism after being recycled, the gravity center of the bridge floor can be conveniently adjusted, and when the amphibious vehicle runs in water, the amphibious vehicle can be conveniently and rapidly moved. The problem that the stability of the amphibious vehicle running in water is affected due to forward inclination of the vehicle running in water is solved.
本申请实施例提供一种平推式架桥装置，涉及冲击桥领域。平推式架桥装置包括：两栖底盘车、平推滑动机构、桥平推翻转机构和桥面组件。桥平推翻转机构下侧的后端压住桥面组件，平推滑动机构推动桥平推翻转机构翻转，桥面组件前端着地，继续推动桥平推翻转机构翻转，桥面组件后端绕桥平推翻转机构前端转动，至桥面组件后端着地，两栖底盘车带动平推滑动机构和桥平推翻转机构驶离，完成桥面组件的铺设，按相反的顺序进行桥面组件回收，桥面组件回收后，能够随平推滑动机构滑动，便于将桥面的重心调节，使水陆两栖车辆在水中行驶时，便于改善车辆水中行驶姿态前倾，导致水陆两栖车辆在水行驶的稳定性遭受影响的问题。
Horizontal pushing type bridging device
The embodiment of the invention provides a horizontal pushing type bridging device, and relates to the field of impact bridges. The horizontal pushing type bridging device comprises an amphibious chassis truck, a horizontal pushing sliding mechanism, a bridge horizontal pushing turning mechanism and a bridge deck assembly. The rear end of the lower side of the bridge horizontal-pushing turnover mechanism presses the bridge floor assembly, the horizontal-pushing sliding mechanism pushes the bridge horizontal-pushing turnover mechanism to turn over, the front end of the bridge floor assembly touches the ground, the bridge horizontal-pushing turnover mechanism is continuously pushed to turn over, and the rear end of the bridge floor assembly rotates around the front end of the bridge horizontal-pushing turnover mechanism until the rear end of the bridge floor assembly touches the ground; the amphibious chassis vehicle drives the horizontal-pushing sliding mechanism and the bridge horizontal-pushing turnover mechanism to leave, laying of the bridge floor assembly is completed, the bridge floor assembly is recycled according to the opposite sequence, the bridge floor assembly can slide along with the horizontal-pushing sliding mechanism after being recycled, the gravity center of the bridge floor can be conveniently adjusted, and when the amphibious vehicle runs in water, the amphibious vehicle can be conveniently and rapidly moved. The problem that the stability of the amphibious vehicle running in water is affected due to forward inclination of the vehicle running in water is solved.
本申请实施例提供一种平推式架桥装置，涉及冲击桥领域。平推式架桥装置包括：两栖底盘车、平推滑动机构、桥平推翻转机构和桥面组件。桥平推翻转机构下侧的后端压住桥面组件，平推滑动机构推动桥平推翻转机构翻转，桥面组件前端着地，继续推动桥平推翻转机构翻转，桥面组件后端绕桥平推翻转机构前端转动，至桥面组件后端着地，两栖底盘车带动平推滑动机构和桥平推翻转机构驶离，完成桥面组件的铺设，按相反的顺序进行桥面组件回收，桥面组件回收后，能够随平推滑动机构滑动，便于将桥面的重心调节，使水陆两栖车辆在水中行驶时，便于改善车辆水中行驶姿态前倾，导致水陆两栖车辆在水行驶的稳定性遭受影响的问题。
Horizontal pushing type bridging device
一种平推式架桥装置
FANG QUN (Autor:in) / SHI ZHONGWEI (Autor:in) / WANG JUN (Autor:in) / LI WANG (Autor:in) / SUN WULIN (Autor:in)
23.05.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01D
BRIDGES
,
Brücken