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Frame prestress sawtooth-shaped anchor supporting plate supporting system
The invention discloses a frame prestress sawtooth-shaped anchor supporting plate supporting system, and relates to the technical field of supporting systems, the frame prestress sawtooth-shaped anchor supporting plate supporting system comprises a foundation pile, the foundation pile is buried under the ground, the top of the foundation pile is fixedly connected with a foundation beam, a soil retaining plate is arranged above the foundation beam, the soil retaining plate is attached to a soil slope, and the soil retaining plate is fixedly connected with the foundation pile. The soil retaining plate is obliquely distributed, the top of the soil retaining plate inclines towards one side of the soil slope, a plurality of stand columns are arranged on one side, back to the soil slope, of the soil retaining plate, the stand columns are distributed in a linear array mode in the length direction of the soil retaining plate, and a cross beam is arranged on one side, back to the soil slope, of the soil retaining plate. According to the frame prestress sawtooth-shaped anchor supporting plate supporting system, the uplift bearing capacity can be obviously improved, and deformation can be strictly controlled; the method further has the advantages of being easy and fast to construct, good in reinforcing effect, attractive and the like, and has certain rigidity to resist deformation when vertical deformation settlement occurs in the backfill.
本发明公开了框架预应力锯齿形锚托板支护体系,涉及到支护体系技术领域,包括基础桩,所述基础桩埋设在地面以下,所述基础桩的顶部固定连接有基础梁,所述基础梁的上方设置有挡土板,所述挡土板贴合在土坡上,所述挡土板呈倾斜状分布,所述挡土板的顶部朝向土坡一侧倾斜,所述挡土板背向土坡的一侧设置有立柱,所述立柱设置为多个,多个立柱沿着挡土板的长度方向呈线性阵列分布,所述挡土板背向土坡的一侧设置有横梁。该框架预应力锯齿形锚托板支护体系,能够明显提高抗拔承载力,并严格控制变形;还具有施工简单快捷、加固效果良好、美观等优点,并且在回填料内部发生竖向变形沉降时,具有一定的刚度抵抗变形。
Frame prestress sawtooth-shaped anchor supporting plate supporting system
The invention discloses a frame prestress sawtooth-shaped anchor supporting plate supporting system, and relates to the technical field of supporting systems, the frame prestress sawtooth-shaped anchor supporting plate supporting system comprises a foundation pile, the foundation pile is buried under the ground, the top of the foundation pile is fixedly connected with a foundation beam, a soil retaining plate is arranged above the foundation beam, the soil retaining plate is attached to a soil slope, and the soil retaining plate is fixedly connected with the foundation pile. The soil retaining plate is obliquely distributed, the top of the soil retaining plate inclines towards one side of the soil slope, a plurality of stand columns are arranged on one side, back to the soil slope, of the soil retaining plate, the stand columns are distributed in a linear array mode in the length direction of the soil retaining plate, and a cross beam is arranged on one side, back to the soil slope, of the soil retaining plate. According to the frame prestress sawtooth-shaped anchor supporting plate supporting system, the uplift bearing capacity can be obviously improved, and deformation can be strictly controlled; the method further has the advantages of being easy and fast to construct, good in reinforcing effect, attractive and the like, and has certain rigidity to resist deformation when vertical deformation settlement occurs in the backfill.
本发明公开了框架预应力锯齿形锚托板支护体系,涉及到支护体系技术领域,包括基础桩,所述基础桩埋设在地面以下,所述基础桩的顶部固定连接有基础梁,所述基础梁的上方设置有挡土板,所述挡土板贴合在土坡上,所述挡土板呈倾斜状分布,所述挡土板的顶部朝向土坡一侧倾斜,所述挡土板背向土坡的一侧设置有立柱,所述立柱设置为多个,多个立柱沿着挡土板的长度方向呈线性阵列分布,所述挡土板背向土坡的一侧设置有横梁。该框架预应力锯齿形锚托板支护体系,能够明显提高抗拔承载力,并严格控制变形;还具有施工简单快捷、加固效果良好、美观等优点,并且在回填料内部发生竖向变形沉降时,具有一定的刚度抵抗变形。
Frame prestress sawtooth-shaped anchor supporting plate supporting system
框架预应力锯齿形锚托板支护体系
ZHU YANPENG (author) / ZHANG XINGWANG (author) / WANG HAO (author) / ZHANG HUI (author) / HUANG TAO (author) / GE HAOJIE (author) / WANG HUAITAO (author) / LI FEIHU (author) / WANG AO (author) / FAN JINXIN (author)
2023-08-08
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
European Patent Office | 2024
|European Patent Office | 2021
|European Patent Office | 2015
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