A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Foam light soil anti-skid roadbed structure for steep slope high fill
The invention discloses an anti-skid roadbed structure for steep slope high fill foam light soil, and relates to the technical field of roadbed structures. A vertical supporting square pipe is installed at the rear end of the ground touching supporting pipe in a locking mode, an inclined supporting pipe is connected between the front end section of the ground touching supporting pipe and the top end section of the vertical supporting square pipe in a locking mode, and the ground touching supporting pipe, the vertical supporting square pipe and the inclined supporting pipe are jointly connected to form a triangular supporting frame. Every two triangular supporting frames which are adjacent left and right are fixedly connected together through seven transverse connecting rods which are locked and supported between the triangular supporting frames, and the two triangular supporting frames and the seven transverse connecting rods jointly form a roadbed pouring frame. The four rows of force exerting plates in the two inclined supporting pipes can protrude in a sliding mode to increase the relative friction resistance between the foam light soil and the roadbed pouring frame, the problem that the adhesive force of the foam light soil on the roadbed pouring frame is small is solved, and the anti-sliding stability of a roadbed can be improved.
本发明公开了一种用于陡坡高填方泡沫轻质土抗滑路基结构，涉及路基结构技术领域，包括：触地撑管；所述触地撑管的后端锁紧安装有一处竖撑方管，且触地撑管的前端段与竖撑方管的顶端段之间锁紧连接有一处倾斜撑管，触地撑管、竖撑方管以及倾斜撑管共同连接组成了一处三角支撑框，左右相邻的两处三角支撑框通过锁紧支撑于其之间的七处横向连杆固定连接在一起，两处三角支撑框以及七处横向连杆共同组成了路基浇筑架。本发明两处倾斜撑管中的四排着力板可滑动凸出增大泡沫轻质土与路基浇筑架的相对摩擦阻力，解决了泡沫轻质土于路基浇筑架上附着力较小的问题，有助于提升路基的抗滑稳定性。
Foam light soil anti-skid roadbed structure for steep slope high fill
The invention discloses an anti-skid roadbed structure for steep slope high fill foam light soil, and relates to the technical field of roadbed structures. A vertical supporting square pipe is installed at the rear end of the ground touching supporting pipe in a locking mode, an inclined supporting pipe is connected between the front end section of the ground touching supporting pipe and the top end section of the vertical supporting square pipe in a locking mode, and the ground touching supporting pipe, the vertical supporting square pipe and the inclined supporting pipe are jointly connected to form a triangular supporting frame. Every two triangular supporting frames which are adjacent left and right are fixedly connected together through seven transverse connecting rods which are locked and supported between the triangular supporting frames, and the two triangular supporting frames and the seven transverse connecting rods jointly form a roadbed pouring frame. The four rows of force exerting plates in the two inclined supporting pipes can protrude in a sliding mode to increase the relative friction resistance between the foam light soil and the roadbed pouring frame, the problem that the adhesive force of the foam light soil on the roadbed pouring frame is small is solved, and the anti-sliding stability of a roadbed can be improved.
本发明公开了一种用于陡坡高填方泡沫轻质土抗滑路基结构，涉及路基结构技术领域，包括：触地撑管；所述触地撑管的后端锁紧安装有一处竖撑方管，且触地撑管的前端段与竖撑方管的顶端段之间锁紧连接有一处倾斜撑管，触地撑管、竖撑方管以及倾斜撑管共同连接组成了一处三角支撑框，左右相邻的两处三角支撑框通过锁紧支撑于其之间的七处横向连杆固定连接在一起，两处三角支撑框以及七处横向连杆共同组成了路基浇筑架。本发明两处倾斜撑管中的四排着力板可滑动凸出增大泡沫轻质土与路基浇筑架的相对摩擦阻力，解决了泡沫轻质土于路基浇筑架上附着力较小的问题，有助于提升路基的抗滑稳定性。
Foam light soil anti-skid roadbed structure for steep slope high fill
一种用于陡坡高填方泡沫轻质土抗滑路基结构
WAN JUN (author) / XIE XIAOLIN (author) / WANG ZHENGBING (author) / WANG XIN (author) / LIU YONG (author) / JI XUELIANG (author) / LUO HONGBO (author) / LUO SHENGJIE (author) / LOH BILL (author)
2022-07-22
Patent
Electronic Resource
Chinese
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