Step type rice potted seedling transplanter

Abstract

The invention discloses a step type rice potted seedling transplanter, comprising a body connection fixture, a furrowing ridging device, a potted seedling conveyer, a plurality of potted seedling picking devices, seedling conveying funnels, a plurality of potted seedling centralizers and a power input device, wherein the furrowing ridging device is arranged at the bottom of the body connection fixture, the potted seedling conveyer is slidably mounted on a slide channel guide of the body connection fixture, seedling picker claws of the potted seedling picking devices are arranged at an outlet end of the potted seedling conveyer side by side, one seedling conveying funnel is arranged below the seedling picker claw of the corresponding potted seedling picking device, and the potted seedling centralizers are arranged at the tail end of the transplanter side by side. The step type rice potted seedling transplanter is provided based on a traveling and seedling-transferring power assembly of an existing step type seedling transplanter in accordance with the characteristic that the prior rice seedling transplanter has high requirement on seedling growth, potted seedlings can be transplanted in lines and holes, and the requirement for mechanized rice planting in southern hilly areas can be met.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery planting equipment, in particular to a step-pitch rice pot seedling transplanting machine. Background technique [0002] In some rice producing areas in my country, especially in the southern double-cropping rice area, many paddy fields are located in hilly mountainous areas, and the terraced fields with small fields and large height drop are not conducive to the operation of large-scale rice production machinery, especially the production operation of large-scale planting machinery. Moreover, the existing rice planting machinery has relatively high requirements for seedling raising, and the cost of seedling raising production lines is relatively high, so the mechanized rice planting rate in the southern double-cropping rice area is low. Now rice transplanting in hilly and mountainous areas generally adopts a relatively simple pot seedling raising technology, and transplants in the ...

AI Technical Summary

Problems solved by technology

Moreover, the existing rice planting machinery has relatively high requirements for seedling raising, and the cost of seedling raising production lines is relatively high, so the mechanized rice planting rate in the southern double-cropping rice area is low

Nowadays, rice transplanting in hilly and mountainous areas generally adopts a relatively simple pot seedling raising technology, and transplants in the form of throwing seedlings, but pot seedlings are easy to float after throwing seedlings, which affects the survival rate and production efficiency is relatively low; pot seedlings after throwing seedlings It is messy, which is not conducive to later field management, and poor ventilation can easily cause diseases

[0003] In order to solve the above-mentioned technical problems such as low rice transplanting productivity and inconvenient field management in the southern hilly areas, it is very important to develop and design a small rice planting machine that can realize rows and holes of rice seedlings in pots, which is suitable for rice transplanting production in the southern hilly areas. necessary

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