Wood seedling transplanter for forestry

Abstract

The invention discloses a wood seedling transplanter for forestry. The transplanter comprises guiding rails, rail brackets and a rolling component, wherein a power unit is fixed on one side of the rolling component through a mounting bracket, and one side of the power unit is connected with a gearbox which is in transmission connection with a cutting device. Openings are formed in the guiding rails, when in use, the transplanter is used for enclosing wood seedlings through the openings, so that the purpose that soil cutting is performed by using the wood seedlings as a circle; the rolling component rotates along the guiding rails, so that the situation that the soil cutting does not deviate from the circular rails is ensured; in a transplant process, the roots of the wood seedlings respectively carry circular soil balls, so that integrity of the roots of the wood seedlings is ensured to the maximum. The rail brackets are connected with a rail ring, at the same time, the rail brackets have the functions of absorbing shock, preventing soil from being broken and ensuring the integrity of the soil balls.

Description

Technical field [0001] The invention relates to the technical field of equipment for forestry, in particular to a transplanter for seedling transplantation. Background technique [0002] In the process of gardening, forestry, and urban and rural greening, seedlings need to be transplanted. In order to meet the nutrient supply requirements of seedlings during the transplanting process and the initial stage of transplantation, the roots of the transplanted seedlings are required to carry a part of soil (ie soil ball). To ensure the integrity of the roots, and to ensure that the seedlings can absorb enough nutrients to improve the survival rate of the seedlings. Depending on the thickness of the seedlings, the size of the soil balls that need to be carried when transplanting are also different. At present, the soil balls at the roots of the seedlings are handled manually with a shovel. Therefore, the soil balls are irregularly shaped and it is easy to remove the seedlings. The root...

AI Technical Summary

Problems solved by technology

Depending on the thickness of the seedlings, the size of the soil balls that need to be carried when transplanting is also different. At present, the soil balls at the roots of the seedlings are excavated manually with a shovel. Therefore, the shape of the soil balls is irregular, and it is easy to damage the seedlings. damage to the root system, and the efficiency of soil ball treatment is low, which seriously affects the efficiency and survival rate of seedling transplantation

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