A small-size vibrating type flax breeding and strip sowing machine

Abstract

The invention relates to the technical field of agriculture farming hole forming devices, and particularly relates to a small-size vibrating type flax breeding and strip sowing machine. The machine includes a rack. The machine is characterized in that the lower part of the rack is provided with supporting wheels, a vibrating type seeding device is disposed above the rack, seed pipes are mounted below the vibrating type seeding device, and ditching devices fixedly connected to the rack are disposed below the seed pipes. Small seeds in seeding slots are driven by vibrating motors to uniformly slide downward to achieve strip sowing, and the rotation speeds of the motors can be constant to ensure sowing uniformity. Small-size solenoids are utilized to control opening and closing of the seedingpipes accurately and orderly. The inclined angle of seeding slots can be adjusted in a range of 0-60 degrees, and different sowing agriculture requirements can be met.

Description

technical field [0001] The invention relates to the technical field of agricultural cultivation hole-forming devices, in particular to a small vibrating seed drill for flax breeding. Background technique [0002] Flax is one of the denser crops in cultivated crops. The sowing of flax should be combined with the local climate and geographical conditions, and make full use of the snow moisture to sow at the right time. Generally, when the ground temperature of 2-3cm below the soil is stable and exceeds 5°C, it can be sown in wasteland and heavy cropping, and a reasonable crop rotation should be implemented for more than 3 years. The best sowing period is from late March to late April. Due to the small size of flax seeds, the seed metering device of the existing grain drill cannot accurately control the sowing amount, and the sowing quality is poor. The land utilization rate of the existing grain drill is only 40%, and 10%-20% of seeds are wasted. The power of the existing s...

AI Technical Summary

Problems solved by technology

Due to the small size of flax seeds, the seed meter of the existing grain drill cannot accurately control its sowing amount, and the sowing quality is poor

The land utilization rate of existing grain drills is only 40%, and 10%-20% of seeds are wasted

The power of the seed metering device of the existing grain drill is driven through the ground wheel, which causes the speed of the seed metering wheel to be unstable and aggravates the seeding quality

The sowing depth is different, the uniformity is not enough, and the seedling loss in the field is as high as 30%

When the field is uneven, the slope is large, and there are crop straws, etc., the opener of the planter is easy to block the soil, and the opener is easy to deform when encountering stones in the field. Easy to loosen

Therefore, the above factors lead to a low seeding level of flax seeding machinery

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