Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to supporting equipment for bridge engineering construction, the supporting equipment for bridge engineering construction comprises a base and two telescopic supports fixed on the base, and a supporting assembly used for being connected with the ground of a bridge is fixed on the telescopic supports; the base is further provided with an adjusting mechanism, and the adjustingmechanism is connected with the movable rod and the base and used for adjusting the vertical position of the movable rod relative to the base so as to achieve position adjustment of the supporting assembly connected with the movable rod. The adjusting mechanism drives the movable rod to do telescopic motion relative to the sleeve, when the movable rod extends relative to the sleeve, the supportingassembly is driven to move to support a bridge, meanwhile, when the movable rod moves, the piston is driven to move, external water is pumped into the sleeve through the liquid inlet pipe, and therefore the firmness of the sleeve is improved; meanwhile, the supporting stability of the movable rod and the supporting assembly to the bridge is improved, and the problem that an existing supporting structure collapses and deforms due to the fact that a steel pipe is adopted is effectively solved.
本发明涉及一种桥梁工程施工用支撑设备，所述桥梁工程施工用支撑设备包括底座及固定在所述底座上的两个可伸缩支架，所述可伸缩支架上固定有用于与桥梁地接的支撑组件；所述底座上还设置有调节机构，所述调节机构连接所述活动杆及底座，用于调节所述活动杆相对底座的垂直位置，以实现与所述活动杆连接的支撑组件的位置调节。通过设置的调节机构带动活动杆相对套筒进行伸缩运动，当活动杆相对套筒伸长时带动支撑组件运动以实现对桥梁的支撑，同时活动杆运动时带动活塞运动，以将外界的水通过进液管抽入到套筒内，以增加套筒的牢固性，同时增加活动杆及支撑组件对桥梁的支撑稳定性，有效的解决了现有的支撑结构采用钢管导致的支撑结构坍塌变形的情况。
The invention relates to supporting equipment for bridge engineering construction, the supporting equipment for bridge engineering construction comprises a base and two telescopic supports fixed on the base, and a supporting assembly used for being connected with the ground of a bridge is fixed on the telescopic supports; the base is further provided with an adjusting mechanism, and the adjustingmechanism is connected with the movable rod and the base and used for adjusting the vertical position of the movable rod relative to the base so as to achieve position adjustment of the supporting assembly connected with the movable rod. The adjusting mechanism drives the movable rod to do telescopic motion relative to the sleeve, when the movable rod extends relative to the sleeve, the supportingassembly is driven to move to support a bridge, meanwhile, when the movable rod moves, the piston is driven to move, external water is pumped into the sleeve through the liquid inlet pipe, and therefore the firmness of the sleeve is improved; meanwhile, the supporting stability of the movable rod and the supporting assembly to the bridge is improved, and the problem that an existing supporting structure collapses and deforms due to the fact that a steel pipe is adopted is effectively solved.
本发明涉及一种桥梁工程施工用支撑设备，所述桥梁工程施工用支撑设备包括底座及固定在所述底座上的两个可伸缩支架，所述可伸缩支架上固定有用于与桥梁地接的支撑组件；所述底座上还设置有调节机构，所述调节机构连接所述活动杆及底座，用于调节所述活动杆相对底座的垂直位置，以实现与所述活动杆连接的支撑组件的位置调节。通过设置的调节机构带动活动杆相对套筒进行伸缩运动，当活动杆相对套筒伸长时带动支撑组件运动以实现对桥梁的支撑，同时活动杆运动时带动活塞运动，以将外界的水通过进液管抽入到套筒内，以增加套筒的牢固性，同时增加活动杆及支撑组件对桥梁的支撑稳定性，有效的解决了现有的支撑结构采用钢管导致的支撑结构坍塌变形的情况。
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| Europäisches Patentamt | 2021
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