Mechanized Seed Selection Mechanism for Sugarcane Seeds

Abstract

A disclosed mechanical sugarcane seed selection mechanism comprises a seed-selection water tank, a seed-selection liquid, a seed conveying device and a non-seed conveying device; the seed-selection liquid is arranged in the seed-selection water tank; one end of the seed conveying device is arranged at the bottom at one side in the seed-selection water tank, and the conveying direction is arranged along one side of the seed-selection water tank with a long-strip-shaped structure; and the non-seed conveying device is arranged at the upper part of the seed-selection water tank and below the liquid level of the seed-selection liquid, and the conveying direction is opposite to the conveying direction of the seed conveying device. By employing the mechanism, automatic seed selection operation can be performed on sugarcane germination segment and non-germination segment, the seed selection efficiency is improved, and subsequent sowing efficiency is correspondingly improved. Also, a disinfectant and a germination-accelerating matter with a certain ratio are added into the seed-selection water tank, the emergence rate of sugarcane is improved, and thus mechanization is realized, sugarcane plantation difficulty is reduced, labor intensity is mitigated and cost is reduced. The mechanism possesses the characteristics of simple structure, convenient usage and high practicality.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, in particular to a sugarcane mechanized seed selection mechanism. Background technique [0002] At present, sugarcane planting in my country is mainly distributed in the south, and sugarcane planting has been developing towards mechanization. In the prior art, the manual method is still used for seed selection, and its labor intensity is also high. If four people select seeds, only 10 to 15 mu of sugarcane plantings can be screened out in one day, and errors are prone to occur during the manual seed selection process. Therefore, the efficiency of artificial seed selection is low, and the seed buds are easily damaged during the seed selection process, resulting in insufficient effective buds and affecting the emergence rate of sugarcane, and the harvest of sugarcane will also be affected. Thereby the effective utilization rate of land is wasted, even if carry out supplementary plan...

AI Technical Summary

Problems solved by technology

In the prior art, the manual method is still used for seed selection, and its labor intensity is also high. If four people select seeds, only 10 to 15 mu of sugarcane plantings can be screened out in one day, and errors are prone to occur during the manual seed selection process. Therefore, the efficiency of artificial seed selection is low, and the seed buds are easily damaged during the seed selection process, resulting in insufficient effective buds and affecting the emergence rate of sugarcane, and the harvest of sugarcane will also be affected

Thus wasting the effective utilization rate of land, even if the supplementary planting is carried out for the second time, the planting cost will also be increased

Not suitable for existing mechanized operation requirements

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