Method for manufacturing cushion pad layer of rock protective shed by utilizing waste tyres

Abstract

The invention provides a method for manufacturing a cushion pad layer of a rock protective shed by utilizing waste tyres, comprising the following steps: designing the specifications and flexibility of the cushion pad layer according to the major structure and protection requirements of the rock protective shed and determining the construction conditions; constructing a water-resisting layer, a shed top inner wall, a shed top outer side wall, a shed top end wall, a drainage blind ditch and drain holes on the shed top of the rock protective shed, embedding tyre fixing pieces, and arranging the waste tyres or tyre cages on the shed top in a layered mode; connecting adjacent waste tyres or tyre cages by utilizing tyre connecting pieces at predetermined positions, and utilizing the typre fixing pieces to connect the waste tyres or tyre cages at the boundary of the cushion pad layer respectively with the shed top inner wall, the shed top outer wall and the shed top end wall; filling rubber soil formed by mixing waste rubber particles with sandy soil in a certain proportion into gaps of the waste tyres so that the designed compactness of the cushion pad layer is reached; laying the cushion pad layer until reaching the designed height and gradient, covering an artificial fillstratum formed by mixing macadam and the sandy soil on the surface of the cushion pad layer, and constructing an intercepting ditch and a drainage open trench on the surface of the cushion pad layer; and in terms of the rock protective shed with larger length, constructing the cushion pad layer in a segmental mode, and cultivating plants suitable for growing locally on the surface of the cushion pad layer. The method provided by the invention ensures that the cushion pad layer of the rock protective shed has high-efficiency buffering effect, and the national strategic goal of recycling wastes can be realized by consuming a large quantity of the waste tyres.

Description

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AI Technical Summary

Benefits of technology

This patented technical solution involves creating an artificially made cover called a roll shield that uses waste rubber materials instead of traditional ones like sand or grit. These covers are designed with specific shapes and dimensions to help reduce rocks from hitting against them during use without causing damage. They provide effective protection while still allowing natural vegetation to grow around their edges over time.

Problems solved by technology

Technological Problem addressed in this patents relates to improving the efficiency and effectiveness of roller bearings used in rubber road safety systems. Current solutions involve adding padding to cover roads with metal shield plugs, making sure they don’t break off when subjected to heavy loads overcomes these drawbacks associated with existing designs. Compact ballistic cushons like cerbrids offer better durability compared to traditional ones, allowing for less maintenance work and reducing damage caused by natural causes. Natural synthetic resin composites provide an alternative solution where various substances can replace conventional building materials without causing negative effects upon environment health concerns.

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