Vibratory mud discharging device for potato harvester

Abstract

The invention discloses a vibratory mud discharging device for a potato harvester. The vibratory mud discharging device for the potato harvester comprises an intermittent vibration device, wherein theintermittent vibration device comprises an incomplete gear and a tensioning pulley; the incomplete gear is positioned inside a potato conveying belt, and a rack meshed with the incomplete gear is connected to the inner wall of the potato conveying belt; the tensioning pulley is connected with the incomplete gear through a connecting rod, the outer wall of the tensioning pulley is pressed on the inner wall of the potato conveying belt, and the middle of the connecting rod is connected with a crank handle through a connecting shaft. Through the adjustable vibration device, soil blocks attachedto the surfaces of the potatoes can be quickly and efficiently shaken thoroughly, so that subsequent storage of the potatoes is facilitated.

Description

technical field [0001] The invention relates to a vibrating mud discharge device for a potato harvester. Background technique [0002] Most places in the country are suitable for planting potatoes, which are the main crop varieties in our country, especially in mountainous and hilly areas; potatoes are not only agricultural crops, but also economic crops. Potatoes show their unique advantages in deep processing. In addition to eating, it can also be processed into starch, strips, slices, mud, dextrin, vermicelli, etc. It has extremely high economic value and is the main source of income for farmers in the central and western regions. However, with the expansion of planting area, the harvest of potatoes However, it has become a big problem. The amount of labor is large, the labor intensity is high, and the harvesting time is long; the labor cost continues to rise, which seriously restricts the income of growers. The cost of planting and harvesting potatoes accounts for the ma...

AI Technical Summary

Problems solved by technology

[0002] Most places in the country are suitable for planting potatoes, which are the main crop varieties in our country, especially in mountainous and hilly areas; potatoes are not only agricultural crops, but also economic crops. Potatoes show their unique advantages in deep processing. In addition to eating, it can also be processed into starch, strips, slices, mud, dextrin, vermicelli, etc. It has extremely high economic value and is the main source of income for farmers in the central and western regions. However, with the expansion of planting area, the harvest of potatoes However, it has become a big problem. The amount of labor is large, the labor intensity is high, and the harvesting time is long; the labor cost continues to rise, which seriously restricts the income of growers. The cost of planting and harvesting potatoes accounts for the main part of the cost, especially when the price of potatoes plummets. It may not be able to make ends meet, and its planting range is wide and the planting volume is large, and the harvest of potatoes is also a kind of heavy work; in the past, manual methods were used for harvesting, which was labor-intensive and inefficient. In recent years, potato harvesters have gradually been adopted in agricultural production. , which greatly reduces the burden on laborers. Although many planting and harvesting machines have been produced, the existing potato harvesting machines have the defects of complex structure, large power loss, and low operating efficiency, and sometimes due to high soil viscosity or high water content Poor separation of potatoes and soil due to

[0003] Harvesting potatoes is the heaviest physical labor. Due to the difficulty of digging, most farmers cannot harvest in time, and they freeze and rot in the ground, which directly affects their economic income. Therefore, it is the wish of ordinary farmers to be able to dig potatoes with small four wheels. However, there is no ideal potato harvester equipped with small four-wheels. Some have complex structures, inconvenient installation, and high energy consumption;

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