Rice transplanter and continuous rice transplanting method thereof

Abstract

The invention discloses a rice transplanter and a continuous rice transplanting method thereof. The continuous rice transplanting method includes steps: determining a rice transplanting interruption position of the rice transplanter in a field plot ready for rice transplanting; acquiring the orientation of the rice transplanter in rice transplanting interruption at the rice transplanting interruption position; controlling the rice transplanter loaded with seedling trays to continue rice transplanting at the rice transplanting interruption position in the field plot ready for rice transplantingby an orientation identical to that of the rice transplanter in rice transplanting interruption at the rice transplanting interruption position. Therefore, rows of seedlings transplanted before ricetransplanting interruption can be highly aligned to those of seedlings transplanted after continuing of rice transplanting.

Description

technical field [0001] The invention relates to the field of rice transplanting, in particular to a rice transplanter and a continuous rice transplanting method thereof. Background technique [0002] Due to the limitation of the number of seedling trays carried by the rice transplanter, in the process of using the rice transplanter for transplanting, if the seedling trays carried by the rice transplanter are consumed, the transplanting operation of the rice transplanter will inevitably be interrupted. At this time, the driver The operator needs to drive the rice transplanter to the rice seedling replenishment site to replenish the rice shoots, and after the rice shoots have been replenished, the driver drives the rice transplanter back to the interrupted position of rice transplanting to continue the rice transplanting operation. , It is also necessary to manually judge whether the seedling rows are aligned. Obviously, in the process of manually aligning seedling rows, it n...

AI Technical Summary

Problems solved by technology

Obviously, in the process of manually aligning seedling rows, it not only needs to waste a lot of adjustment time, resulting in relatively low efficiency, but also the quality of alignment is not guaranteed, and once the row of transplanted seedlings before transplanting is interrupted and the seedlings are supplemented, it will continue to be replaced. The rows of transplanted seedlings cannot be aligned with high quality, which will not only affect the aesthetics of the row of transplanted seedlings, but also cause uneven spacing between adjacent rows of seedlings and affect the normal growth of subsequent seedlings

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