Protective structure and treatment method for side slope overhang body

Abstract

The invention discloses a protective structure and a treatment method for a side slope overhang body. The protective structure comprises anchor rods arranged on the two sides of the overhang body andpenetrating into a parent rock body, steel strands are connected between the exposed sections, outside the parent rock body, of the two-side anchor rods, the steel strand are tightened and closely fitted along the waist outer wall of the overhang body, ringed steel bars are further arranged between the adjacent steel strands, a concrete supporting pier arranged in a cavity of the parent rock bodyunder the overhang body is further included, a slope inner anchor rod is installed on the inner side of a cavity slope of the parent rock body, a substrate anchor rod is installed at the bottom of thecavity of the parent rock body, and the exposed sections of the slope inner anchor rod and the substrate anchor rod are correspondingly connected with steel bars in the concrete supporting pier. According to the protective structure for the side slop overhang body, the anchor rods are arranged on the two sides of the overhang body, the waist of the overhang body is fixed by the steel strands, theconcrete supporting pier is arranged under the overhang body to support the overhang body, vibration damage to the overhang body cannot be produced, the effects of strengthening the overhang body andpreventing the further deformation of the overhang body are achieved, the construction safety risk is small, and the treatment effect on the overhang body is good.

Description

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AI Technical Summary

Benefits of technology

This patented technology describes an improved design for suspended structures used in road works or other applications where they may experience sudden changes caused by heavy loads such as vehicles passing over it without causing excess strain or damaging equipment. These temporary modifications have been made at various locations along their length, including edges near the ends of the main part of each component's mountings. By placing these components within the upside down position, there is no longer any danger from being hit accidentally due to gravity forces acting upon this arrangement. Additionally, the use of anchor ropes prevents movement even when subjected to lateral loadings while maintaining stability. Overall, this new technical solution improves the overall performance and durability of the protected structure.

Problems solved by technology

This technical problem addressed by this patents relates to controlling slopings that may lead to accidents when they happen on an inclined surface with strong windstorm activity. Existing methods either require expensive equipment or involve dangerous procedures like excavation. Therefore, it would benefit from developing new ways to prevent these issues without adding extra costs or causing other risks associated with existing solutions.

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