All-weather multifunctional road cleaning vehicle

Abstract

The invention relates to an all-weather multifunctional road cleaning vehicle. A sewage suction head is connected with a sewage outlet through a vacuum pump; the sewage outlet and a filtering system are connected with a carriage; a sewage tank is arranged inside the carriage; a sliding rod is arranged inside the sewage tank; a sliding sleeve is movably connected to the sliding rod; a water suction pump and a first turbidity measuring instrument are connected to a pipeline; a buoy is connected to the sliding sleeve; a water valve is connected with a water inlet of a horizontal spiral centrifuge; a solid rubbish bin is connected with a material outlet of the horizontal spiral centrifuge; a diversion valve is connected with a pipeline; a clean water tank is arranged inside the carriage; a high-pressure water pump is connected with the clean water tank; a water nozzle is connected with a vehicle chassis assembly; a filtered water tank is connected with a water outlet of the horizontal spiral centrifuge through the pipeline; a second turbidity measuring instrument is arranged at the bottom of the filtered water tank; and the solid rubbish bin is arranged inside the carriage. The all-weather multifunctional road cleaning vehicle can work for a long time after being filled with water at each time, realizes continuous work, is high in work efficiency, can automatically separate solid rubbish from liquid rubbish, and efficiently saves water and energy.

Description

Technical field: [0001] The invention relates to a road cleaning vehicle Background technique: [0002] Existing road sweepers either use dry methods to clean and collect road dust, or use a small amount of water to clean and collect dust and debris. The above two road sweepers all have the defect of dust flying while cleaning, resulting in two secondary environmental pollution. And this road sweeper is also often difficult to clean the dust on the road surface. In order to make the road surface cleaner, after the road surface is cleaned by dry-cleaning vehicles, a large amount of water is often sprayed by the sprinkler to wash the road surface. The amount of water, the amount of water stored in the sprinkler will soon be used up, and the sprinkler has to go back and forth to the water source to replenish the water and continue to clean the road section that is being cleaned, which increases the workload of the road cleaning work. On the one hand, the water source is wast...

AI Technical Summary

Problems solved by technology

[0002] Existing road sweepers either use dry methods to clean and collect road dust, or use a small amount of water to clean and collect dust and debris. The above two road sweepers all have the defect of dust flying while cleaning, resulting in two Sub-environmental pollution

And this kind of road sweeper is often difficult to clean the dust on the road surface

In order to make the road surface cleaner, after the road surface is cleaned by dry-cleaning vehicles, a large amount of water is often sprayed by the sprinkler to wash the road surface. The amount of water, the amount of water stored in the sprinkler will soon be used up, and the sprinkler has to go back and forth to the water source to replenish the water and continue to clean the road section that is being cleaned, which increases the workload of the road cleaning work. On the one hand, the water source is wasted, on the other hand, the fuel consumption of the sprinklers is increased, and the road cleaning and flushing are completed by two cleaning vehicles, which increases the cost of road cleaning

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