Slope protection construction integrated machine

Abstract

The invention discloses a slope protection construction integrated machine. The slope protection construction integrated machine comprises a frame body; the frame body comprises a left sliding body and a right sliding body; the left sliding body and the right sliding body are hinged and connected through a plurality of sliding rods; the bottoms of the left sliding body and the right sliding body can move on rails arranged on a slope bottom and a slope top respectively through rolling wheels; a crushing mechanism, a material conveying mechanism, a press roll and a winding drum are arranged on the frame body sequentially from front to back; the crushing mechanism comprises a main crushing mechanism and an auxiliary crushing mechanism; the main crushing mechanism comprises air picks, a compressor, a supporting plate and a supporting plate lifting cylinder; the supporting plate lifting cylinder is fixed on a connecting plate between two sliding rods; the bottom end of the supporting plateis hinged and connected with a plurality of air picks; and each air pick is connected to the compressor through a gas pipe. The slope protection construction integrated machine has the characteristicsof slope cutting, laying and mounting.

Description

technical field [0001] The invention relates to an integrated machine for slope protection construction. Background technique [0002] The side ditches on both sides of the road, the side slopes of river canals and other slopes need to carry out slope protection construction. The following steps need to be completed when the slope is adjusted. First, the slope is leveled according to the set slope ratio. River sand, gravel and geotextiles are laid, and finally prefabricated concrete blocks are laid on the geotextiles. When the traditional slope is leveled, it needs to use heavy machinery such as bulldozers and excavators, which is inefficient and increases the cost of equipment use. In addition, in the later sand and gravel projects, mechanical equipment will crush the slope that has been leveled, resulting in pits, requiring secondary repairs on the slope, wasting labor and increasing economic costs. And the concrete prefabricated block is relatively heavy, difficult to ca...

AI Technical Summary

Problems solved by technology

[0002] The side ditches on both sides of the road, the side slopes of river canals and other slopes need slope protection construction. The following steps need to be completed when the slope is adjusted. First, the slope is leveled according to the set slope ratio. River sand, gravel and geotextiles are laid, and finally prefabricated concrete blocks are laid on the geotextiles. When the traditional slope is leveled, heavy machinery such as bulldozers and excavators are needed, which is inefficient and increases the cost of equipment use.

In addition, in the later sand and gravel projects, mechanical equipment will crush the slope that has been leveled, resulting in pits, requiring secondary repairs on the slope, wasting labor and increasing economic costs

And the concrete prefabricated block is relatively heavy, it is not easy to carry and install

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