Expressway garbage collection device and vehicle

Abstract

The invention discloses an expressway garbage collection device and vehicle. The device comprises a rapid collection device and a control system which are arranged in front of a vehicle cab, whereinthe rapid collecting device comprises a hanging plate support, a lifting oil cylinder, a damping device, a barrel and a shovel plate. The quick collecting device is connected with the front portion ofa vehicle cab through the hanging plate support, the lifting oil cylinder and the damping device are arranged between the barrel and the hanging plate support, the shovel plate is arranged at the bottom of the front portion of the barrel, and the quick collecting device further comprises a hydraulic power unit. By means of the expressway garbage collection device and the vehicle, garbage can be collected by utilizing the inertia of garbage on the road surface, so that high-speed driving and garbage collection are unified, the collection efficiency of the garbage on the expressway road surfaceis improved, and the road surface cleaning cost is reduced; in addition, rear-end collision accidents caused by low-speed operation are reduced, and personnel and property losses are avoided.

Description

technical field [0001] The invention relates to the technical field of road machinery, in particular to a high-speed road garbage collection device and a vehicle. Background technique [0002] With the development of road traffic, road mechanized cleaning operations are becoming more and more common. Traditional road mechanized cleaning operations are mainly based on road sweepers and sweepers. These products have slow operating speeds and low garbage collection efficiency, and are suitable for urban road cleaning. However, the speed of vehicles on the expressway is fast, and the low-speed operation of cleaning vehicles is likely to cause vehicle rear-end collision accidents; the mileage of the expressway is long, and the low-speed cleaning products have low operating efficiency and cannot clean the road surface in time, which leads to high fuel consumption and high use costs. Vehicles for high-speed garbage collection can effectively solve the problem of highway surface cl...

AI Technical Summary

Problems solved by technology

Traditional road mechanized cleaning operations are mainly based on road sweepers and sweepers. These products have slow operating speed and low garbage collection efficiency, and are suitable for urban road cleaning

However, the speed of vehicles on the expressway is fast, and the low-speed operation of cleaning vehicles is likely to cause vehicle rear-end collision accidents; the mileage of the expressway is long, and the low-speed cleaning products have low operating efficiency and cannot clean the road surface in time, which leads to high fuel consumption and high use costs.

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