Nutrition pot sowing and burying device

Abstract

The invention discloses a nutrition pot sowing and burying device which comprises a ditching plow, a plough share, a soil covering wheel and a seeding pipe, wherein the top of the ditching plow is fixedly connected with a fixing plate; two sides of the rear part of the ditching plow are movably connected with the plough share respectively through hinges A; towing pads and adjusting holes A are formed in the fixing plate; the side face of the seeding pipe is fixedly connected with a connecting lug with a connecting hole formed in the middle; the connecting lug penetrates through one adjusting hole A through a bolt and is connected with the fixing plate; the inner side of the rear part of the plough share is connected with adjusting rods through hinges B; the middles of the adjusting rods are rotationally connected with the soil covering wheel through connecting rods. By adopting the combined structure of the ditching plow, the seeding pipe and the soil covering wheel, the functions of ditching, sowing and covering soil are simultaneously realized, the transplanting efficiency of nutrition pots is effectively improved, the personnel input is reduced, and the agricultural production cost is significantly reduced.

Description

Technical field [0001] The invention relates to the field of shields, in particular to a nutrient bowl sowing and burying device. Background technique [0002] The nutrient bowl has become a common seedling, seeding, and cultivation method in the development of modern agriculture. Nowadays, the preparation technology of the nutrient bowl has become increasingly mature, but its transplanting and seeding technology is still in a blank. At present, the transplanting and seeding of nutrient bowls mainly adopts manual methods, namely, artificial digging of seeding ditch, artificial transplanting, artificial covering of soil, etc. This method has low efficiency, large personnel input, and high labor costs, which significantly increase agricultural production costs. It has been difficult to adapt to the rapid development of modern agriculture. [0003] Moreover, the current nutrient bowl needs to be covered with artificial film and artificial irrigation after artificial seeding, which no...

AI Technical Summary

Problems solved by technology

[0002] Nutrient pots have become a commonly used means of raising seedlings, sowing, and cultivation in the development of modern agriculture. Nowadays, the preparation technology of nutrient pots has become increasingly mature, but its transplanting and sowing technology is still in the blank

At present, the transplanting and sowing of nutrient bowls mainly adopts manual methods, that is, manually digging and setting up seeding ditch, manual transplantation, and manual soil covering, etc. This method has low operating efficiency, large personnel investment, and high labor costs, which in turn significantly increases agricultural production costs. It has been difficult to adapt to the rapid development of modern agriculture

[0003] Moreover, at present, after manual sowing, nutrient bowls need to be artificially covered with film and artificial irrigation, which not only wastes farming time, but also increases labor costs, which is not conducive to the popularization and application of nutrient bowl technology.

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