Integrated processing system used before storage of vegetable and flower seeds

Abstract

The invention relates to the technical field of agricultural machinery and discloses an integrated processing system used before storage of vegetable and flower seeds. The integrated processing system used before storage of the vegetable and flower seeds includes a drying machine, a depilating and seed brushing machine, a cleaner, a specific gravity cleaner, a vibration grader, a first seed winnowing machine, a coating machine, a drying machine used after coating and a packaging device. The integrated processing system achieves the mechanized operation of whole vegetable and flower seed processing and the mechanized and automated operation of the whole process including vegetable and flower seed drying, depilation, impurity removal, grading, coating, drying after coating and packaging, solves the problem that time and effort are wasted in a manual clearing mode and the quality cannot be ensured after vegetable and flower seeds are harvested and improves the seed processing efficiency. The drying machine enables the seeds to safely store moisture, dries and hardens awn on the seed surfaces and facilitates depilation and polishing. The drying machine used after coating dries and cures a coating agent, and the problem that seeds cannot easily flow is solved. The integrated processing system used before storage of the vegetable and flower seeds is suitable for cleaning and processing of different sizes, shapes and specifications of various vegetable and flower seeds.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery and equipment, and specifically relates to an integrated processing system for vegetable and flower seeds before storage, which integrates drying, delinting, impurity removal, grading, coating, drying after coating, and packaging. . Background technique [0002] After the vegetable and flower seeds are harvested, due to their small particles and high packing density, they are easy to form lumps, and if they are not dried in a short period of time, they will become moldy and deteriorate. At present, most of the vegetable and flower seeds on the market are processed by manual collection and selection, and only a small part of them are cleaned by simple stand-alone machines. These two processing methods cannot guarantee the processing quality of seeds, and the processing efficiency is low. Personnel labor intensity is big, often causes the loss of vegetable, flower seed. [0003] In ...

AI Technical Summary

Problems solved by technology

[0002] After the vegetable and flower seeds are harvested, due to the small particles and high packing density of vegetables and flowers, they are easy to form lumps. If they are not dried in a short period of time, they will become moldy and deteriorate.

At present, most of the vegetable and flower seeds on the market are processed by manual collection and selection, and only a small part of them are cleaned by simple stand-alone machines. These two processing methods cannot guarantee the processing quality of seeds, and the processing efficiency is low. The labor intensity of personnel is high, which often causes the loss of vegetables and flower seeds

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