Pure electric double-drive field fresh tobacco leaf carrier

Abstract

The invention discloses a pure electric double-drive field fresh tobacco leaf carrier which comprises a chassis assembly, and a tobacco frame is detachably arranged on the chassis assembly; the chassis assembly comprises a chassis main frame, the upper portion of the chassis main frame is detachably connected with the tobacco frame, and a steering assembly and a driving assembly are arranged at the front end and the rear end of the lower portion of the chassis main frame respectively. The driving assembly comprises driving wheels arranged on the two sides of the rear end of the chassis main frame, the two driving wheels are connected with rear wheel axle frames respectively, the two rear wheel axle frames are connected through an H-shaped bearing frame, the H-shaped bearing frame is connected with the chassis main frame, and hub motors for driving the two driving wheels to rotate respectively are further arranged in the two driving wheels respectively. The invention is suitable for usein hilly and mountainous areas, and has the characteristics of high carrying efficiency, improvement of fresh tobacco quality, environmental protection, light structure, flexible turning around and stable operation.

Description

technical field [0001] The invention relates to a fresh tobacco leaf transport tool, in particular to a pure electric dual-drive field fresh tobacco leaf transport vehicle. Background technique [0002] In most tobacco planting areas, the transportation of fresh tobacco leaves is achieved by manual clamping, bundling and clamping. The manual transportation process will inevitably bring about mutual extrusion and friction between fresh tobacco leaves, resulting in blue marks, resulting in tobacco leaves after baking. Dark brown spots and scratches are left behind, which directly affect the quality of flue-cured tobacco; at the same time, labor and time costs are high. In addition, when a large amount of tobacco leaves needs to be moved, manual handling is difficult to satisfy, so that it is easy to miss the best harvest time. Although a small number of wheeled trucks have been put into research and development in China at present, and the handling efficiency has been improve...

AI Technical Summary

Problems solved by technology

[0002] In most tobacco planting areas, the transportation of fresh tobacco leaves is achieved by manual clamping, bundling and clamping. The manual transportation process will inevitably bring about mutual extrusion and friction between fresh tobacco leaves, resulting in blue marks, resulting in tobacco leaves after baking. Dark brown spots and scratches are left behind, directly affecting the quality of flue-cured tobacco; at the same time, labor and time costs are high

In addition, when a large amount of tobacco leaves needs to be moved, manual handling is difficult to meet, so that it is easy to miss the best harvest time

Although a small number of wheeled trucks have been put into research and development in China at present, and the handling efficiency has been improved, but this type of tobacco leaf truck is large in size, complex in structure and mainly driven by fuel oil. It is mainly suitable for plain areas, and waste oil is discharged from the field. potential soil pollution

For the characteristic landforms of hilly and mountainous areas, the slopes are undulating, and there are many fragmented and irregular plots, so it is no longer practical to transport large and medium-sized tobacco leaves.

Images