Sequence full-automatic control ultra-low road water flushing device

Abstract

The invention provides a sequence full-automatic control ultra-low road water flushing device, which consists of a water tank, a machine case, a front flushing system, a middle flushing system and a back flushing system, wherein the water tank is arranged on a cleaning vehicle, the machine case is arranged behind the water tank, a diesel engine, a water pump, a gas pump, a gas storage tank, a storage battery and a transmission mechanism are arranged in the machine case, the front flushing system consists of a front water gun, a front deflection cylinder, a front water supply branch pipe, a front driving cylinder, a front valve, a front handle and a front support arm, the middle flushing system consists of a middle water gun, a middle water supply branch pipe and a middle valve, the middle water gun consists of a middle spray nozzle, a middle water spray pipe and a middle horizontal pipe, and the back flushing system consists of a back water gun, a back water supply branch pipe, a back valve, a back deflection cylinder, a back support arm, a reset spring and a back driving cylinder. The device is arranged on the cleaning vehicle, can fast and effectively remove dirt deposited between brick seams of anti-slip bricks and concavo convex strips of anti-slip stones, and the goal of beautifying the urban environment is reached.

Description

technical field [0001] The invention relates to urban road cleaning equipment, in particular to a fully automatic control ultra-low road water flushing device installed on a cleaning vehicle. Background technique [0002] With the advancement of science and technology and the development of society, the cleaning of urban roads has increasingly relied on mechanized equipment such as cleaning vehicles. The existing cleaning vehicles use sweeping plates installed on both sides of the vehicle to clean the road surface and use nozzles Sprinkle water to prevent dust, and then use the fan and suction cup installed at the rear of the car to vacuum to complete the cleaning of urban roads. This cleaning vehicle can effectively clean the flat road surface of urban roads, but for the footpaths on both sides of urban roads and Along the road, it cannot be cleaned effectively. This is because the pavement of the trail is paved with small anti-skid bricks or large anti-skid stones with co...

AI Technical Summary

Problems solved by technology

[0002] With the advancement of science and technology and the development of society, the cleaning of urban roads has increasingly relied on mechanized equipment such as cleaning vehicles. The existing cleaning vehicles use sweeping plates installed on both sides of the vehicle to clean the road surface and use nozzles Sprinkle water to prevent dust, and then use the fan and suction cup installed at the rear of the car to vacuum to complete the cleaning of urban roads. This cleaning vehicle can effectively clean the flat road surface of urban roads, but for the footpaths on both sides of urban roads and Along the road, it cannot be cleaned effectively

This is because the pavement of the trail is paved with small anti-skid bricks or large anti-skid stones with concave-convex stripes. An effective cleaning method is to use a flushing device close to the ground for flushing, but in the prior art there is no low-level flushing device specially used for the footpaths on both sides of the urban road and the edge of the footpath that is used with the cleaning vehicle

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