An environmental protection slope protection cement delivery pipe

Abstract

The invention discloses an environment-friendly slope protection cement conveying pipe. The environment-friendly slope protection cement conveying pipe comprises a first conveying pipe, and the firstconveying pipe is provided with a row of sliding control sleeves. The first conveying pipe is provided with a row of discharging openings, and closing of the discharge openings are controlled by sliding of the control sleeves. The control sleeves are separately provided with sliding sleeves sliding on the first conveying pipe, and the sliding sleeves push sliding of the control sleeves. Rotating toothed rings are disposed in the sliding sleeves, and sliding of the sliding sleeves is driven by the rotation of the rotating toothed rings. The sliding sleeves are further internally provided with first stays for controlling the rotation of the rotating toothed rings, and a cement cylinder is connected to a conveying connecting pipe. The conveying connecting pipe is capable of conveying cement and further conveying the cement into the cement cylinder, so that increasing of the cost of slope protection due to the use of a crane to convey the cement is avoided.

Description

technical field [0001] The invention relates to an environmental protection slope protection equipment, in particular to an environmental protection slope protection cement conveying pipe, in particular to an environmental protection slope protection cement conveying pipe capable of automatically conveying cement during slope protection construction. Background technique [0002] With the enhancement of environmental protection awareness, the continuous improvement of environmental protection facilities has been further promoted. In the current environmental protection process, the protection of hillsides is an important protection link, so that water and soil can be further prevented through the protection of hillsides. The loss of the road can be further protected to avoid landslides that cause the road to be buried. Among them, most of the current hillside protection processes are protected by using cement, which is spliced ​​into a frame structure and then carried out on ...

AI Technical Summary

Problems solved by technology

[0002] With the enhancement of environmental protection awareness, the continuous improvement of environmental protection facilities has been further promoted. In the current environmental protection process, the protection of hillsides is an important protection link, so that water and soil can be further prevented through the protection of hillsides. The loss of the road can be further protected to avoid landslides that cause the road to be buried. Among them, most of the current hillside protection processes are protected by using cement, which is spliced ​​into a frame structure and then carried out on the mountain. Greening, so as to further prevent landslides, although the use of cement frame structure can achieve certain protection measures, but because it needs to be done manually, and in the process of transporting cement, it is necessary to use a large crane to carry out the inspection of the mountain. Due to the uncertain height and width of the mountain and the limitation of the operating radius of the crane, the transportation of cement requires multiple cranes to work at the same time, so as to ensure the completion of the workload, which further increases the cost of mountain protection.

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