Carried-on-back lightweight combine harvester

Abstract

The invention relates to the field of agricultural machinery, and discloses a carried-on-back lightweight combine harvester, which mainly comprises a power source output shaft of an engine and a threshing roller. A threshing storage bunker is arranged at the lower end of the threshing roller. A back plate, a back cushion and back straps are arranged outside the roller wall of the threshing rollerand a shell of the threshing storage bunker. The carried-on-back lightweight combine harvester is characterized in that: one end of the threshing roller is connected with a conveyance device; the conveyance device is directly connected with a corn snapping device, or is selectively provided with a spiral auger device and then connected to the corn snapping device; a main sickle is arranged at thefront end of the corn snapping device, or a secondary sickle can be selectively connected to the front end of the corn snapping device; and nearside dividers are arranged on the roller shell at the two ends of the corn snapping device respectively. Compared with the prior art, the carried-on-back lightweight combine harvester has the advantages and aims of simplifying a conventional complex drivesystem by an optimal combination, making simple the structure and greatly reducing the dead weight.

Description

technical field [0001] The invention relates to the field of agricultural machinery, and is a combine harvester for harvesting rice, wheat and other crops, to be precise, a miniature harvester that can be carried on the back of the laborer himself and combined while walking and operating in the crop field. Harvester, specifically a kind of light and portable combine harvester. Background technique [0002] The existing harvesters are all large and medium-sized highly mechanized production equipment, which have the outstanding advantages of saving manpower and high work efficiency, and are suitable for large-scale harvesting operations in the large farmland area of ​​Pingba area; however, in Feipingba Areas, especially hills and mountainous areas with small and scattered slopes, water and dry farmland plots with uneven terrain and poor road conditions, limited by terrain, planting area, and economic factors, large and medium-sized highly mechanized productivity loses its role...

AI Technical Summary

Problems solved by technology

[0002] The existing harvesters are all large and medium-sized highly mechanized production equipment, which have the outstanding advantages of saving manpower and high work efficiency, and are suitable for large-scale harvesting operations in the large farmland area of ​​Pingba area; however, in Feipingba Areas, especially hills and mountainous areas with small and scattered slopes, water and dry farmland plots with uneven terrain and poor road conditions, limited by terrain, planting area, and economic factors, large and medium-sized highly mechanized productivity loses its role; In such areas, farmland harvesting has to be carried out manually with a sickle, which is labor-intensive and the harvesting efficiency is low.

The currently used small rice and wheat harvesters, some small harvesters, have relatively complicated mechanisms, and their own volume is still large and heavy. It is especially difficult to transfer in the field. Some road conditions and terrain requirements also limit the use of harvesters, or they cannot be used, or Inflexible to use etc.

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