Oscillating type energy-saving road sweeper

Abstract

The invention provides an oscillating type energy-saving road sweeper which comprises a traction rod, two wheels, an axle, an annular rail, a support and the like. The oscillating type energy-saving road sweeper is characterized in that the two wheels are arranged on the left side and the right side of the axle through a vehicle shaft in a rotary mode, the traction rod is fixedly arranged at the front end of the axle, a bottom plate is fixedly arranged on a rear end face of a rear axle, the support is fixedly arranged above the front end of the bottom plate, the annular rail is arranged on the support, an end face of the annular rail is parallel to a rear end face of the axle, and an involute gear is arranged at the periphery of the annular rail. A U-shaped movable frame is arranged on an annular guide rail through four idler wheels in a rolling mode, the four idler wheels are divided into two pairs which are arranged on two sides of an inner wall of the U-shaped movable frame, and the annular guide rail is clamped between the upper idler wheel and the lower idler wheel which are arranged on the same side. A broom is controlled to oscillate through movement of the U-shaped movable frame on the annular guide rail. Therefore, the front end of the broom is prevented from exceeding the width position of the two wheels during sweeping through structural arrangement.

Description

technical field [0001] The invention relates to the field of road sanitation and cleaning equipment, in particular to a swing-type energy-saving road sweeper. Background technique [0002] With the gradual popularization and improvement of rural roads, the road cleaning work is becoming more and more busy. It is difficult to quickly clean the sundries on the road by relying on a limited number of cleaners. Traditional road sweepers, such as the application number 201610208883.4 published "An Energy-Saving Road Sweeper", which adopts the method of arranging 6 cleaning brushes around the central turntable and tilting the axle backward to clean the road surface. This installation method will increase the radius of rotation of the cleaning brushes and affect the past Vehicles pass, and the area that the cleaning hairbrush contacts with the ground is less simultaneously, the range covered by the whole cleaning hairbrush cannot be cleaned, and because its swing arm cannot be exten...

AI Technical Summary

Problems solved by technology

[0002] With the gradual popularization and improvement of rural roads, the road cleaning work is becoming more and more busy. It is difficult to quickly clean the sundries on the road by relying on a limited number of cleaners. Traditional road sweepers, such as the application number 201610208883.4 published "An Energy-Saving Road Sweeper", which adopts the method of arranging 6 cleaning brushes around the central turntable and tilting the axle backward to clean the road surface. This installation method will increase the radius of rotation of the cleaning brushes and affect the past Vehicles pass, and the contact area between the cleaning brush and the ground is small, and the entire area covered by the cleaning brush cannot be cleaned. In addition, because the swing arm cannot be extended, it cannot adapt to wider roads

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