Electric self-propelled seedling transplanting machine

Abstract

The invention relates to an electric self-propelled seedling transplanting machine. The electric self-propelled seedling transplanting machine is characterized in that the electric self-propelled seedling transplanting machine comprises a frame 1, a storage battery 2, a PLC-controlled electrical cabinet 3, a seedling disc mechanism 4, a seedling growing disc arrangement rack 5, a planting height adjustment mechanism 6, a pit-digging mechanism 7, a backfilling mechanism 8 and a seedling transplanting mechanism 9, the storage battery 2 and the PLC-controlled electrical cabinet 3 are located on the frame 1, the seedling disc mechanism 4, the seedling growing disc arrangement rack 5 and the planting height adjustment mechanism 6 are fixed to the body of the frame 1, the pit-digging mechanism 7 is located in front of the body of the frame 1, the backfilling mechanism 8 and the seedling transplanting mechanism 9 are located below the frame 1, the frame 1 comprises a guide pulley 10, a frame 11, a handle 12, a driving wheel 13 and a self-propelled driving motor 14, the storage battery 2 is used as a power source, and the PLC-controlled electrical cabinet 3 respectively controls starting, stopping and foreward and backward rotation of the self-propelled driving motor 14 and controls advance and direction change of the seedling transplanting mechanism so that on the ridged film-covered tobacco field, seedling manual-putting and automatic-transplanting are finished.

Description

technical field [0001] The invention relates to an electric self-propelled seedling transplanting machine, in particular to automatic equipment used for transplanting and planting agricultural seedlings. It belongs to the field of mechanical automation industry. Background technique [0002] With the rapid development of economy and technology, mechanical automation has also achieved rapid development. The traditional method of transplanting flue-cured tobacco on film is to dig a hole with simple hand tools, put the seedlings, and then cover the hole tightly with soil after making a ridge and covering it with film. This transplanting method not only labor intensity is big, and the speed of transplanting is slow, and production efficiency is low, and transplanting quality is unstable, and brings adverse effect to later stage growth and development. More importantly, the traditional artificial film-covered transplanting method seriously restricts the further expansion of the...

AI Technical Summary

Problems solved by technology

This transplanting method not only has high labor intensity and slow transplanting speed, but also has low production efficiency, unstable transplanting quality, and has adverse effects on later growth and development.

More importantly, the traditional artificial film-covered transplanting method seriously restricts the further expansion of the planting scale. The planting cost per unit area is not only very high, but also will not be reduced due to the expansion of the planting area, and it is difficult to further improve the economic benefits of planting.

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