Vehicle-mounted-type road crushed slag treatment device

Abstract

The invention discloses a vehicle-mounted-type road crushed slag treatment device, and belongs to the field of road maintenance equipment. The vehicle-mounted-type road crushed slag treatment device is composed of a first driving motor, a first conveying belt, a side baffle, mounting frames, two upper connecting frames, inner shifting roller teeth, an outer shell, a second driving motor, a third driving motor, sweeping assemblies, a connecting transverse plate, a crushed slag inlet, a screw conveyer, a first transmission shaft, a pushing opening, a conveying opening and a second transmission shaft. The middle of the side baffle is provided with the first conveying belt. The outer side of the side baffle is provided with the first driving motor. The first driving motor provides power for the first conveying belt. The mounting frames are arranged on the two sides of the side baffle. The lower end of the side baffle is connected with the outer shell. The outer shell is connected with thesweeping assemblies through the upper connecting frames. According to the vehicle-mounted-type road crushed slag treatment device, stones on the road surface can be gathered quickly and efficiently through the sweeping assemblies, crushed slag can be quickly collected and gathered through the specific crushed slag inlet, the working efficiency is improved, and the jetting process of a high-pressure water gun is also omitted.

Description

technical field [0001] The invention relates to a vehicle-mounted road debris processing device, which belongs to the field of road maintenance equipment. Background technique [0002] On expressways and even some provincial roads, there are often heavy trucks transporting stones passing by. Such trucks are often overloaded and cause great damage to the road surface. One of the more common accidents of these large vehicles is that stones occur midway due to the unreliable fixing of the carriages. It is difficult for truck drivers to observe in time due to the limited blind spot during driving, and the speed of the vehicle is fast during driving. Once the accident is discovered, the vehicle has already driven for several kilometers or even farther, and most vehicles on such roads are driving at high speed. In the process of driving at high speed, once the tires touch the sharp stones on the uneven surface, it is easy to cause a tire blowout, which brings danger, and once the ...

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Problems solved by technology

[0002] On expressways and even some provincial roads, there are often heavy trucks transporting stones passing by. Such trucks are often overloaded and cause great damage to the road surface. One of the more common accidents of these large vehicles is that stones occur midway due to the unreliable fixing of the carriages. It is difficult for truck drivers to observe in time due to the limited blind spot during driving, and the speed of the vehicle is fast during driving. Once the accident is discovered, the vehicle has already driven for several kilometers or even farther, and most vehicles on such roads are driving at high speed. In the process of driving at high speed, once the tires touch the sharp stones on the uneven surface, it is easy to cause a tire blowout, which brings danger, and once the stones are forced to splash, it will cause great danger to the driving vehicles, and will affect the traffic conditions at the same time. big traffic pressure

[0003] In the existing emergency treatment process, road maintenance workers often collect them into piles with tools such as shovels and brooms, and then transport them by vehicles, and finally clean the remaining stones to the road through the high-pressure water column of the high-pressure water gun on the sprinkler truck. In this kind of work process, due to the large traffic flow on the side, complicated road conditions, long working distance and manual work, there are often greater work risks and lower work efficiency. Low, unable to clean up the road surface in time, affecting normal traffic order

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