Adjustable white celery soil hilling device

Abstract

The invention discloses an adjustable white celery soil hilling device which comprises two spiral soil borrowing and feeding mechanisms, two soil hilling molds, two fixing racks, soil hilling height adjusting mechanisms, a soil hilling width adjusting mechanism, two compacting and seedling gathering mechanisms and two soil hilling foundation compacting plates. The spiral soil borrowing and feeding mechanisms are fixed to the front ends of the two fixing racks, the two soil hilling molds are arranged on the inner sides of the spiral soil borrowing and feeding mechanisms, the soil hilling height adjusting mechanisms are symmetrically fixed to the two fixing racks, and the soil hilling width adjusting mechanism comprises two adjusting seats and two adjusting cross beams. The two compacting and seedling gathering mechanisms are symmetrically fixed to the front sides of the soil hilling molds, and the two soil hilling foundation compacting plates are fixed below the outer sides of the two soil hilling molds. The adjustable white celery soil hilling device can simultaneously adjust the width and height of white celery soil hilling and is simple in structure and convenient to operate. Soil block compacting plates can compact big soil blocks on two sides of seedlings, compact soil and ensure firm soil hilling, and seedling gathering frames can gather and centralize white celery seedlings lodging on two sides of the seedlings.

Description

technical field [0001] The invention relates to a special equipment for crop field management, in particular to a special equipment for planting celery for soil tamping, and belongs to the field of agricultural machinery and equipment. Background technique [0002] Celery is a vegetable cultivated with a special method. During its growth, in order to reduce the photosynthesis of its stems and turn it white, it is necessary to place soil blocks on both sides of each row of celery to form a certain height of soil. At present, white celery can be filled with a special machine for soil. The special machine for soil is driven by the screw-borrowing drive mechanism to drive the screw-borrowing feed mechanism to rotate, and after the soil is borrowed by the double-spiral blades, the soil is pushed and squeezed into the soil. It is formed in the forming mechanism, so that the celery is automatically soiled. The above-mentioned special machine for overburden soil has high operating ...

AI Technical Summary

Problems solved by technology

The above-mentioned choked soil special machine has high operating efficiency and low labor intensity, but because its choked soil forming mechanism cannot adjust the choked soil height and choked soil width, it cannot meet the different planting needs of white celery, and the operating range is relatively single. Narrow, at the same time, because the white celery seedlings are relatively loose and lodging during the growth period, it will cause difficulties for the backed soil, and the soil on both sides of the white celery seedlings is loose and uneven, and the backed soil is often unstable and easy to collapse

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