Block seedling fertilization and transplantation device

Abstract

The invention discloses a pot seedling fertilizing and transplanting device. A fertilizer delivery tube is fixed at the hollow point of the interior behind the cutting edge of a furrow opener, two wing-shaped soil filling plates are separated for a certain distance and fixed on the rear part of the furrow opener, the furrow opener, the fertilizer delivery tube and the soil filling plats are fixedinto a whole, a furrowing wheel driven via a transmission chain wheel is rotationally supported between the two soil filling plates, the rear part of the furrowing wheel is hung and fixed on the axleon a rack, a reversed conical body type seedling guiding tube hung and fixed on the rack is arranged at the rear upper part of the furrowing wheel, two soil closing plates hung and fixed on the rack are separated at a certain distance, closely approach to the ground and arranged at the rear lower part of the seedling guiding tube, a pair of press wheels which are arranged into a butterfly shape opposite to the working direction of the machine are arranged behind the soil closing plates, and the press wheels are rotationally supported on the axle hung and fixed on the rack. The pot seedling fertilizing and transplanting device integrates functions of furrowing, fertilizing, seedling dropping and moulding, can be suitable for the pot seedling transplanting of the field crops of various vegetables, cotton, corn, tobacco and beet, etc., and the pot seedling transplanting effect is good.

Description

technical field [0001] The invention relates to agricultural machinery, in particular to a pot seedling fertilizing and transplanting device. Background technique [0002] Pot seedling transplanting has the comprehensive benefits of climate compensation and early crop growth. It can make full use of light and heat resources, and its economic and social benefits are very considerable. Therefore, transplanting planting is widely used in the planting of field crops such as vegetables and cotton, corn, tobacco, sugar beet. But the transplanting operation is mainly manual at present. Manual transplanting is labor-intensive and inefficient, and it is difficult to achieve large-scale transplanting, resulting in small production scale and low production efficiency. [0003] When using machinery to transplant pot seedlings, it mainly relies on the gravity of the pot seedlings to fall into the field. Therefore, pot seedlings are easy to dump after falling into the soil in the field,...

AI Technical Summary

Problems solved by technology

However, at present, transplanting operations are mainly manual

Manual transplanting is labor-intensive and low-efficiency, and it is difficult to achieve large-scale transplanting, resulting in small production scale and low production efficiency.

[0003] When using machinery to transplant pot seedlings, it mainly relies on the gravity of the pot seedlings to fall into the field. Therefore, pot seedlings are easy to dump after falling into the soil in the field, which not only affects the row and column order of the seedlings, but also affects the growth of the seedlings. Conducive to later field management

Images