Two rows of small spacing vegetable transplanting mechanism

Abstract

The invention discloses a two-row small planting distance vegetable transplanting mechanism. A majority of vegetable transplanting machines cannot satisfy the transplanting of the vegetable with small planting distance such as celery; the existing semi-automatic vegetable transplanting mechanism needs two people to send the seedlings for realizing the two rows of transplanting, and the manpower is wasted. A power main shaft supports a stander through a bearing, and two wheels are respectively connected with one end of the power main shaft through a spline; two side plates are symmetrically fixed on two sides of the stander; two primary transmission mechanism are respectively connected with one side plate through screws, and each primary transmission mechanism drives one seedling planting mechanism; the two seedling planting mechanisms are used for catching potted seedlings sent by the seedling sending mechanism and planting the potted seedling in the soil; two bulldozing mechanisms are respectively arranged behind one seedling planting mechanism, and bulldozing rollers are used for pushing the soil to cover the seedling roots. The two-row small planting distance vegetable transplanting mechanism is good in planting effect for the vegetables with small planting distance of 5cm to 8cm, and two rows of seedlings can be delivered only by one person.

Description

technical field [0001] The invention belongs to the field of agricultural machinery, and relates to a transplanting mechanism, in particular to a vegetable transplanting mechanism with two rows of small spacing. Background technique [0002] Vegetable transplanting is an important link in the planting process. At present, there are many vegetable transplanting machines, but the plant spacing of most vegetable transplanting machines is relatively large, which cannot meet the needs of vegetable transplanting with small plant spacing such as celery; the existing transplanting mechanisms Both are equipped with two transplanting arms, so that the seedlings can only be picked twice a week; the transplanting mechanism adopts the form of a transplanting arm, the transplanting structure is complex, and the vibration is large when the operating speed is increased, resulting in the rate of seedling damage and missing seedlings increase, the operation quality is difficult to guarantee; ...

AI Technical Summary

Problems solved by technology

[0002] Vegetable transplanting is an important link in the planting process. At present, there are many vegetable transplanting machines, but the plant spacing of most vegetable transplanting machines is relatively large, which cannot meet the needs of vegetable transplanting with small plant spacing such as celery; the existing transplanting mechanisms Both are equipped with two transplanting arms, so that the seedlings can only be picked twice a week; the transplanting mechanism adopts the form of a transplanting arm, the transplanting structure is complex, and the vibration is large when the operating speed is increased, resulting in the rate of seedling damage and missing seedlings If the existing semi-automatic vegetable transplanting mechanism wants to realize two-row transplanting, it needs two people to send seedlings, which is a waste of manpower

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