Side ditch sand cleaning device

Abstract

The invention belongs to a side ditch sand cleaning device. The side ditch sand cleaning device includes a loading locomotive, a fixed flange is arranged on the side wall of a loading locomotive bucket facing the side ditch direction, the middle part of the fixed flange is fixedly connected to one end of a connecting arm, the other end of the connecting arm is inclined to the edge ditch directionto the upper part of a side ditch, and an excavator bucket capable of moving in the side ditch is fixedly arranged at the other end of the connecting arm. Or a driving gear on a motor shaft at the back of the excavator bucket drives a driven sprocket through a chain to rotate roller shafts on a left side throwing belt support and roller wheels on the roller shafts quickly, then each roller wheel and throwing belts are driven to rotate clockwise quickly, wind-accumulated sand entering the excavator bucket falls into the upper end faces of the fast-rotating throwing belts from a discharge port,and the throwing belts with convex racks throw the wind-accumulated sand on the throwing belts to the outer end of the right side of a highway drainage ditch. The side ditch sand cleaning device enables the loading locomotive to have the function of cleaning the wind-accumulated sand in the highway drainage ditch by mechanization, and has the advantages of simple structure, shortening time and saving effort, less manpower, convenient refit, quick cleaning speed, low cost, high universality and high efficiency.

Description

technical field [0001] The invention belongs to a side ditch sand cleaning device, in particular to a side ditch sand cleaning device self-made on the right side wall of a bucket of a loading locomotive. Background technique [0002] In the highway sections with relatively flat terrain and aeolian sandy areas, the drainage ditches on both sides of the road are often buried by aeolian sand, which often causes drainage ditch blockage. Due to the continuous accumulation of aeolian sand in the drainage ditch on both sides of the road, the drainage ditch loses its drainage function during the rainy season, and the poor drainage of the drainage ditch on both sides of the road leads to the road basic body being soaked in water for a long time, which damages the quality of the road basic body and reduces the service life of the road. For example, the topography and landforms of the Xilin Gol League area in Inner Mongolia are mostly low mountains and hilly areas. The climate in this...

AI Technical Summary

Problems solved by technology

Due to the continuous accumulation of aeolian sand in the drainage ditch on both sides of the road, the drainage ditch loses its drainage function during the rainy season, and the poor drainage of the drainage ditch on both sides of the road leads to the road basic body being soaked in water for a long time, which damages the quality of the road basic body and reduces service life of the road

For example, the topography and landforms of the Xilin Gol League area in Inner Mongolia are mostly low mountains and hilly areas. The climate in this area is harsh throughout the year, and strong winds blow all the year round (strong winds above level 7 often occur), which often lead to sandstorms. Buried by accumulated sand, the phenomenon of clogged drainage ditch often occurs, and the road base is seriously damaged

Most of the traditional methods of clearing the aeolian sand in the drainage ditch are manual operations. The construction process is labor-intensive, many people are employed, the labor cost is high, time-consuming and laborious, and the efficiency is low. It cannot effectively solve the problem of poor drainage of the aeolian sand-buried drainage ditch.

[0003] The loading locomotive is a self-excavating loading and unloading machine with a lifting bucket at the front end. It is used for digging soil or loading and unloading goods. It is a commonly used machine, but it has no function of cleaning the aeolian sand in the drainage ditch.

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