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A platform for research: civil engineering, architecture and urbanism
Climbing mechanism for double tracks of suspension bridge
The embodiment of the invention provides a climbing mechanism for double tracks of a suspension bridge, the climbing mechanism is used for adapting to the distance change of the double tracks, and a first track matching part and a second track matching part operate on different tracks respectively and are used for driving the climbing mechanism to move in the track direction; the first track transfer movable part and the second track transfer movable part are in sliding fit in the vertical direction of the track, and the track transfer adjusting part is used for driving the first track transfer movable part and the second track transfer movable part to move relatively in the vertical direction of the track. And the distance between the first track matching part and the second track matching part adapts to the distance between the tracks. The rail transfer adjusting part is used for driving the first rail transfer movable part and the second rail transfer movable part to move relatively in the vertical direction of the rail, and then the first rail matching part and the second rail matching part are driven to move relatively in the vertical direction of the rail, so that the first rail matching part and the second rail matching part can meet the requirement for distance change of the double rails.
本申请实施例提供了一种悬索桥双轨道的攀爬机构，用于适应双轨间距变化，所述第一轨道配合部和所述第二轨道配合部分别在不同轨道运行，用于带动所述攀爬机构沿轨道方向运动；所述第一变轨活动部和所述第二变轨活动部在所述轨道垂直方向滑动配合，所述变轨调节部用于驱动所述第一变轨活动部和所述第二变轨活动部在所述轨道垂直方向相对运动，以使得所述第一轨道配合部和所述第二轨道配合部的间距适应所述轨道的间距。变轨调节部用于驱动第一变轨活动部和第二变轨活动部在轨道垂直方向相对运动，进而带动第一轨道配合部和第二轨道配合部在轨道垂直方向相对运动，使得第一轨道配合部和第二轨道配合部能够适应双轨间距变化的要求。
Climbing mechanism for double tracks of suspension bridge
The embodiment of the invention provides a climbing mechanism for double tracks of a suspension bridge, the climbing mechanism is used for adapting to the distance change of the double tracks, and a first track matching part and a second track matching part operate on different tracks respectively and are used for driving the climbing mechanism to move in the track direction; the first track transfer movable part and the second track transfer movable part are in sliding fit in the vertical direction of the track, and the track transfer adjusting part is used for driving the first track transfer movable part and the second track transfer movable part to move relatively in the vertical direction of the track. And the distance between the first track matching part and the second track matching part adapts to the distance between the tracks. The rail transfer adjusting part is used for driving the first rail transfer movable part and the second rail transfer movable part to move relatively in the vertical direction of the rail, and then the first rail matching part and the second rail matching part are driven to move relatively in the vertical direction of the rail, so that the first rail matching part and the second rail matching part can meet the requirement for distance change of the double rails.
本申请实施例提供了一种悬索桥双轨道的攀爬机构，用于适应双轨间距变化，所述第一轨道配合部和所述第二轨道配合部分别在不同轨道运行，用于带动所述攀爬机构沿轨道方向运动；所述第一变轨活动部和所述第二变轨活动部在所述轨道垂直方向滑动配合，所述变轨调节部用于驱动所述第一变轨活动部和所述第二变轨活动部在所述轨道垂直方向相对运动，以使得所述第一轨道配合部和所述第二轨道配合部的间距适应所述轨道的间距。变轨调节部用于驱动第一变轨活动部和第二变轨活动部在轨道垂直方向相对运动，进而带动第一轨道配合部和第二轨道配合部在轨道垂直方向相对运动，使得第一轨道配合部和第二轨道配合部能够适应双轨间距变化的要求。
Climbing mechanism for double tracks of suspension bridge
一种悬索桥双轨道的攀爬机构
DING NING (author) / LI DECHENG (author) / YUAN XIAOQIANG (author) / ZHANG JIANGUO (author) / ZHANG AIDONG (author)
2022-11-01
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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