Three-dimensional posture-controllable garlic seeder for garlic seeds

Abstract

The invention discloses a three-dimensional posture-controllable garlic seeder for garlic seeds. The three-dimensional posture-controllable garlic seeder is composed of a power traction system, a soilregulating system, a seed taking system, a garlic clove sprout regulation system, a human intervention system, a seed dropping system and a soil covering system; the traction system is used for providing a traction force and power for other systems of the seeder; the soil regulating system is located at the foremost end of the lower part of a support frame and is used for ploughing and looseningsoil compacted by wheels of the traction system; the seed taking system is fixedly arranged above the rear of the traction system and is used for taking the garlic seeds; the garlic clove sprout regulation system is fixedly arranged inside the seed taking system, is located at the rear lower part of the seed taking system, finally extends out of a left lower corner and is used for regulating garlic clove sprouts of the garlic seeds to be in an upward vertical posture and then delivering the garlic seeds into the human intervention system; the human intervention system is located below the rearof the seed taking system and is fixedly arranged at the upper part of the support frame; the seed dropping system is fixedly arranged at the rear lower part of the support frame and is used for delivering the garlic seeds into the soil; and the soil covering system is located at the rearmost of the lower part of the support frame and is used for covering soil for the garlic seeds.

Description

technical field [0001] The invention relates to the field of agricultural seeding machinery, in particular to a garlic seeder. Background technique [0002] Garlic is an important economic crop, but the problem of planting mechanization has not been solved, and it is still mainly planted manually. Artificial planting of garlic is labor-intensive, low in labor efficiency, and has obvious damage to workers’ bodies, especially fingers, waist, knees, and ankle joints; and artificial planting of garlic is greatly affected by the planting level of workers, and the standardization of planting effects is not easy ensure. In response to the above problems, some garlic sowing machines have appeared on the market, but a comprehensive comparison finds that there are still some problems that need to be improved. (1) Most of the existing machinery must have the function of making the garlic scale buds face up into the soil, and only the garlic seeds can be dialed into the soil; (2) The ...

AI Technical Summary

Problems solved by technology

[0002] Garlic is an important economic crop, but the mechanization of planting has not been solved, and it is still mainly planted manually

(1) Most of the existing machinery must have the function of making the garlic seed scale buds face up into the soil, just to dial the garlic seeds into the soil; (2) The situation of sowing holes or double seeds in one hole often occurs (3) Existing garlic planter is more suitable for comparatively loose sandy soil more, in the cohesive soil with poor pulverization, it is difficult to sow because of the impact of big soil block, and the verticality of garlic kind is relatively poor; (4) except vertical Outwardly, the posture of garlic seeds in the horizontal direction is completely random, and each garlic seed may be different, so the direction of growing garlic leaves is messy, which is not conducive to field management and production, and is also not conducive to subsequent processes such as Mechanization of harvesting garlic sprouts, garlic heads, etc.

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