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A platform for research: civil engineering, architecture and urbanism
High-speed railway soft rock deep cutting roadbed long-term deformation blocking structure
The invention discloses a high-speed railway soft rock deep cutting roadbed long-term deformation blocking structure, and belongs to the technical field of deep cutting roadbed deformation blocking, the high-speed railway soft rock deep cutting roadbed long-term deformation blocking structure comprises a deep cutting slope, a rail body is arranged at the top of the deep cutting slope, and deep cutting drainage side ditches are dug in the two sides of the deep cutting slope. A rotating ball can rotate in the inner wall of a connecting groove, so that a connecting block can be prevented from being blocked, when a connecting rod moves, a scraping plate can scrape the surface of a filter screen plate, when impurities are pushed to one side, the impurities can be treated in a centralized mode, a worker can also hold a movable rod and move up and down in a movable opening, and the working efficiency is improved. When the movable rod slides in the inner wall of the movable opening, the movable rod can collide with the top of the filter screen plate, and therefore the situation that sundries and dust fall into the drainage side ditch can be greatly reduced, and the effect of reducing the deformation probability of the deep cutting slope is achieved.
本发明公开了高速铁路软岩深路堑路基长期变形阻隔结构，属于深路堑路基变形阻隔技术领域，包括深路堑边坡，所述深路堑边坡的顶部设置有轨道本体，所述深路堑边坡的两侧均挖设有深路堑排水边沟。本发明通过转动球会在连接槽的内壁中进行转动，可避免连接块发生阻塞，当连接杆在移动时，可使得刮板对过滤网板的表面进行刮动处理，当杂质被推至一侧时，可对其进行集中处理，工作人员也可握住活动杆并在活动口内进行上下移动，当活动杆在活动口的内壁中滑动时，可使得移动杆与过滤网板的顶部发生撞击，因此，可大大降低杂物和灰尘落至排水边沟内，实现降低深路堑边坡出现变形概率的效果。
High-speed railway soft rock deep cutting roadbed long-term deformation blocking structure
The invention discloses a high-speed railway soft rock deep cutting roadbed long-term deformation blocking structure, and belongs to the technical field of deep cutting roadbed deformation blocking, the high-speed railway soft rock deep cutting roadbed long-term deformation blocking structure comprises a deep cutting slope, a rail body is arranged at the top of the deep cutting slope, and deep cutting drainage side ditches are dug in the two sides of the deep cutting slope. A rotating ball can rotate in the inner wall of a connecting groove, so that a connecting block can be prevented from being blocked, when a connecting rod moves, a scraping plate can scrape the surface of a filter screen plate, when impurities are pushed to one side, the impurities can be treated in a centralized mode, a worker can also hold a movable rod and move up and down in a movable opening, and the working efficiency is improved. When the movable rod slides in the inner wall of the movable opening, the movable rod can collide with the top of the filter screen plate, and therefore the situation that sundries and dust fall into the drainage side ditch can be greatly reduced, and the effect of reducing the deformation probability of the deep cutting slope is achieved.
本发明公开了高速铁路软岩深路堑路基长期变形阻隔结构，属于深路堑路基变形阻隔技术领域，包括深路堑边坡，所述深路堑边坡的顶部设置有轨道本体，所述深路堑边坡的两侧均挖设有深路堑排水边沟。本发明通过转动球会在连接槽的内壁中进行转动，可避免连接块发生阻塞，当连接杆在移动时，可使得刮板对过滤网板的表面进行刮动处理，当杂质被推至一侧时，可对其进行集中处理，工作人员也可握住活动杆并在活动口内进行上下移动，当活动杆在活动口的内壁中滑动时，可使得移动杆与过滤网板的顶部发生撞击，因此，可大大降低杂物和灰尘落至排水边沟内，实现降低深路堑边坡出现变形概率的效果。
High-speed railway soft rock deep cutting roadbed long-term deformation blocking structure
高速铁路软岩深路堑路基长期变形阻隔结构
DUAN TINGXI (author) / WANG YONGWU (author) / CHEN WEISHI (author) / ZHAI YAOHONG (author) / GUO RUI (author) / ZHAO WEILIANG (author) / ZHOU WENJIN (author) / GAO YUAN (author) / LI YANLONG (author) / LIU JIAN (author)
2024-06-21
Patent
Electronic Resource
Chinese
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