Convenient vibration-damping manual fruit-seedling separating device

Abstract

The invention discloses a convenient vibration-damping manual fruit-seedling separating device. The device comprises a supporting framework, a collecting bucket, a circular box body, a separating disc, a long upright shaft, a rolling bearing, a belt transmission system, a short upright shaft, a connecting rod and a vibration damping handle, wherein the collecting bucket is arranged in the middle of four long upright columns of the supporting framework; the circular box body is arranged above the four long upright columns of the supporting framework, the separating disc is arranged in an internal cavity, and the long upright shaft is arranged in a cylindrical bearing of the separating disc; the belt transmission system is arranged between the long upright shaft and the short upright shaft,and the long upright shaft and the short upright shaft are supported by the supporting framework; and the upper end face of the short upright shaft is fixedly connected with one end of the connectingrod, and the other end of the connecting rod is fixedly connected with the lower end face of a mandrel of the vibration damping handle. According to the device, the structure is simple, and the use isconvenient; vibration can be reduced, and arm numbness and aching and palm gall are prevented; a power supply is not required, so that the device is applicable to fruit-seedling separating of peasantfamilies of small-batch peanut planting; and the cost of manufacturing and purchasing is low, so that the device is suitable for being produced in batches to achieve patent conversion.

Description

technical field [0001] The invention relates to the technical field of agricultural product processing machinery, in particular to a convenient vibration-damping manual fruit seedling separation device. Background technique [0002] Peanut belongs to the leguminous plant. After flowering and fertilization, some cells at the base of the ovary begin to divide and elongate, forming the so-called ovary stalk; as the cells divide, the ovary stalk elongates rapidly, and the top forms a cone. The protective cap is vividly called "fruit needle". The fruit needles have the same gravitropism as the roots, and they stop elongating after sticking into the soil for 3 to 10 cm, and then the ovary begins to expand and grow into peanut pods. After the peanut pod horns mature, the peanut fruit is formed, and the peanut fruit is connected to the peanut seedling by the ovary stalk. In the past, farmers cut off the ovary stalks manually, picked the peanuts one by one by hand, and separated th...

AI Technical Summary

Problems solved by technology

However, these require a power source to work, and the machinery is huge and complicated, and the cost of purchasing the machinery is high. It is not suitable for the separation of fruit and seedlings of farmers who plant a small amount of peanuts.

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