Energy-saving sweeper based on technology of baffle-skirt-type conveyor belts for garbage conveying

Abstract

The invention provides an energy-saving sweeper based on the technology of baffle-skirt-type conveyor belts for garbage conveying. The sweeper comprises a vehicle chassis and a garbage sweeping assembly; the garbage sweeping assembly comprises main brushes, universal wheels, middle side brushes, main brush barrels and garbage conveying mechanisms, wherein the garbage conveying mechanisms comprisedriven rollers, the conveyor belts and electric rollers, the universal wheels are connected with push rods, the upper ends of the push rods are connected with main frames of the garbage sweeping assemblies, and the main frames are movably connected with the vehicle chassis through rotating hinges of conveying barrels. The sweeper has the advantages that the energy-saving new-energy sweeper is developed in a garbage conveying mode with low power, high efficiency and low energy consumption.

Description

technical field [0001] The invention relates to an environment-friendly vehicle, in particular to an energy-saving sweeping vehicle based on the garbage transmission technology of the baffle skirt type conveyor belt. Background technique [0002] The rubbish conveying mode of the fuel version of current prior art or electric version road sweeper cleaning machine mostly adopts the centrifugal throwing of rolling brush, the mode of high-power blower fan air-flow conveying completes. The disadvantages are: the fan has high energy consumption, high noise, and low transmission efficiency. It is difficult to absorb and transport large-density blocky and large-volume garbage, which will result in high-density blocky and large-volume garbage after cleaning. Residue, which leads to poor cleaning effect; the use of high-power fans leads to loud noise from the cleaning vehicle, and harsh working environment for cleaning workers; The main energy consumption points of cleaning locomotiv...

AI Technical Summary

Problems solved by technology

The disadvantages are: the fan has high energy consumption, high noise, and low transmission efficiency. It is difficult to absorb and transport large-density blocky and large-volume garbage, which will result in high-density blocky and large-volume garbage after cleaning. Residue, which leads to poor cleaning effect; the use of high-power fans leads to loud noise from the cleaning vehicle, and harsh working environment for cleaning workers; The main energy consumption points of cleaning locomotives, especially for electric new energy sweepers, high-power electrical appliances directly affect the working time of a single charge and the curb weight of equipped batteries. Simultaneous increase; therefore, the use of high-efficiency, low-energy waste transportation methods is a breakthrough in the bottleneck of energy-saving new energy cleaning locomotives

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