Electric rotating digging self-propelled tobacco seedling transplanter

Abstract

The invention relates to an electric rotating digging self-propelled tobacco seedling transplanter. The electric rotating digging self-propelled tobacco seedling transplanter is composed of an adjustable machine frame which can be adjusted along with ridges, a rotating digging mechanism, a transplanting depth adjusting machine frame, a seedling disk mechanism, a nursery seedling plate support, a crank connecting rod transplanting mechanism, a control system, a lithium battery pack, and an operation system; the lithium battery pack, the control system, and the operation system are arranged on the back part of the adjustable machine frame; the seedling disk mechanism and the crank connecting rod transplanting mechanism are immobilized on the transplanting depth adjusting machine frame, and the transplanting depth adjusting machine frame and the nursery seedling plate support are arranged on a machine body of the adjustable machine frame; the rotating digging mechanism is arranged on the front part of the machine body of the adjustable machine frame; and the adjustable machine frame is capable of realizing increasing or decreasing of the height of the electric rotating digging self-propelled tobacco seedling transplanter based on ridge height via manual operation. According to the rotating digging mechanism, a continuous rotating digging manner is adopted; the transplanting depth adjusting machine frame is capable of adjusting tobacco seedling root planting depth independently based on requirements; the control system is used for controlling start and stop, moving, and transplanting of the electric rotating digging self-propelled tobacco seedling transplanter; the electric rotating digging self-propelled tobacco seedling transplanter can be used for replacing artificial planting in tobacco fields processed via ridging.

Description

technical field [0001] The invention relates to the industrial field of mechanical automation, in particular, to automation equipment used for transplanting and planting agricultural seedlings. Background technique [0002] With the rapid development of the country's economy and technology, the number of urban migrant workers has increased, resulting in a decrease in the number of agricultural workers and an aging population that restricts the development of agricultural production. Agricultural mechanized planting will inevitably become an important way of agricultural development in my country. The traditional method of transplanting flue-cured tobacco is that after making ridges, farmers use hoes to dig deep ponds in all the planted fields, and then manually plant tobacco seedlings one by one. This transplanting method is not only labor-intensive, slow in transplanting, but also low in production efficiency, unstable in transplanting plant spacing, and has adverse effect...

AI Technical Summary

Problems solved by technology

This transplanting method is not only labor-intensive, but the speed of transplanting is slow, and the production efficiency is low, the distance between transplanting plants is unstable, and it has adverse effects on later growth and development.

More importantly, the traditional method of manual digging and transplanting 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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