Garlic seeder

Abstract

The invention belongs to the field of agricultural seeding machinery and in particular discloses a garlic seeder. The garlic seeder is characterized by comprising a rack on which a traveling wheel is mounted, wherein a single seed grain taking structure is mounted above the rack; an upright downward planting structure is mounted below the rack; a garlic bulbil direction control structure matched with the previous two devices is arranged between the single seed grain taking structure and the upright downward planting structure; a transmission assembly provides power for the single seed grain taking structure; each cylinder driven by an air pump provides power for the garlic bulbil direction control structure and the upright downward planting structure; each cylinder is connected and controlled by a control assembly. The garlic seeder disclosed by the invention has the beneficial effects of being uniform in seeding, stable in garlic bulbil direction control, high in planting quality, favorable for garlic growth and mechanized harvesting implementation, capable of realizing mechanized batch planting, stable, high-efficiency and time / labor-saving, and the seeding efficiency of garlic and budding rate of garlic seeds are greatly improved.

Description

technical field [0001] The invention belongs to the field of agricultural seeding machinery, in particular to a garlic seeder. Background technique [0002] In recent years, the garlic planting area in my country has reached more than 4 million mu, and the planting is still dominated by manual planting, which is labor-intensive and low in production efficiency. The shape of garlic seeds is irregular, and its agronomic sowing requires single seed, upright, equidistant, and precise sowing, which makes mechanized garlic planting difficult to achieve. In the processes such as workers, it is necessary to bend down or squat down to carry out operations, which is labor intensive and inefficient. Each adult labor force can only sow 133.3 square meters per day, and it costs 150 yuan to sow 1 mu of garlic, which is very costly. During the busy farming season, there is often no one to hire. In addition, artificial planting can easily lead to various planting modes, which is not conduc...

AI Technical Summary

Problems solved by technology

[0002] In recent years, the garlic planting area in my country has reached more than 4 million mu, and the planting is still dominated by manual planting, which is labor-intensive and low in production efficiency.

The shape of garlic seeds is irregular, and its agronomic sowing requires single seed, upright, equidistant, and precise sowing, which makes mechanized garlic planting difficult to achieve. In the processes such as workers, it is necessary to bend down or squat down to carry out operations, which is labor intensive and inefficient. Each adult labor force can only sow 133.3 square meters per day, and it costs 150 yuan to sow 1 mu of garlic, which is very costly. During the busy farming season, there is often no one to hire; in addition, artificial planting can easily lead to various planting modes, which is not conducive to the implementation of mechanical harvesting, and does not conform to the current development plan of agricultural mechanization

[0003] According to the current survey of the relevant technical level in the market and related technical literature, there are many kinds of garlic sowing machines in the market in China, but there are some problems in the design, which affect the quality of garlic sowing, and it is difficult to popularize and apply them on a large scale.

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