Transplanting and grouping system, its method for transplanting and grouping, and the method for transplanting and replenishing seedlings

Abstract

The present invention provides a rice transplanting and grouping system, its method of transplanting and grouping, and a method of transplanting and replenishing seedlings, wherein the rice transplanting and grouping system includes a cooperative system and a plurality of high-speed rice transplanters, wherein the cooperative system forms a grouping mode to control the high-speed The rice transplanter completes the rice transplanting operation according to the grouping mode, thereby completing the rice transplanting work efficiently.

Description

technical field [0001] The invention relates to a rice transplanting system, in particular to a rice transplanting and grouping system, a method for transplanting and grouping thereof, and a method for transplanting and replenishing seedlings. Background technique [0002] Rice is the food crop with the largest planting area, the highest yield per unit area and the highest total output in my country. Doing a good job in rice production has a decisive impact on realizing the goal of restoring and developing food production. The vigorous development of rice production mechanization can effectively compete for farming time, resist the impact of natural disasters, ensure and expand the planting area, increase rice production, and save production costs. However, at present, the level of machine-harvested rice in my country is only about 20%, and the level of mechanized planting is less than 6%. Regional development is also very unbalanced, and there is a huge gap with the needs o...

AI Technical Summary

Problems solved by technology

[0004] During the rice transplanting process, the rice transplanter will also encounter some problems. On the one hand, a single rice transplanter is set to operate in a separate mode, which makes it difficult to cooperate. For example, when one rice transplanter is in an empty state, another rice transplanter operates alone When today's planting task cannot be completed, it is difficult for the user to know which one is vacant and which one needs to support the operation

[0005] On the other hand, during the transplanting process, the rice transplanter is prone to lack of seedlings or malfunctions. At this time, it is difficult to provide timely maintenance or replenishment for the rice transplanter that has malfunctioned or has run out of seedlings.

Moreover, if the rice transplanter works continuously for a long time, the probability of failure will be greatly increased

[0006] In addition, it may be suitable to plant two or more kinds of seedlings in the same planting area, that is to say, in this case, if one kind of seedlings is planted alone in the same planting area, on the one hand, the planting efficiency is not high, and on the other hand, there are many types of seedlings. Planting may increase yield per unit area

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