Sugarcane seed cutting production line and work method thereof

Abstract

The invention relates to a sugarcane seed cutting production line which is used for cutting sugarcane seeds in batches. The production line comprises a sugarcane fishing device, an intelligent single-bud-segment seed cutting machine and a sugarcane seed conveying device which are arranged in sequence in the sugarcane conveying direction. The production line also comprises a stem segment recognition system which is electrically connected with the intelligent single-bud-segment seed cutting machine; the stem segment recognition system is used for identifying sugarcane stem segments and feeding back data to the intelligent single-bud-segment seed cutting machine, and the intelligent single-bud-segment seed cutting machine is used for completing sugarcane seed cutting. The invention further relates to a work method of the production line. The stem segment recognition system is adopted to be matched with the intelligent single-bud-segment seed cutting machine to cut sugarcane seeds, the stem segment recognition system is used for recognizing stem segment signals through image recognition or sensor recognition and transmitting the stem segment signals to the intelligent single-bud-segment seed cutting machine, and the intelligent single-bud-segment seed cutting machine is used for fixing sugarcane and also using the stem segment signals to complete the seed cutting work. The stem segment recognition system is matched with the intelligent single-bud-segment seed cutting machine to identify the sugarcane segments, the sugarcane segments of the sugarcane seeds are prevented from being damaged, and the germination rate of the sugarcane seeds is guaranteed.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to a sugarcane seed cutting production line and a working method thereof. Background technique [0002] Sugar cane is an important basic economic crop in my country, and the main source of the domestic sugar industry is sugar cane. However, due to the complex topography of sugarcane planting in my country, the degree of mechanization of sugarcane planting has not been high, so the production source of sugarcane seeds used in sugarcane sowing is single, the degree of mechanization is low, the efficiency of sugarcane production is low, and the quality of sugarcane seeds is difficult to guarantee. [0003] The production mode of existing sugarcane seed either adopts the planter of real-time cutting to plant while cutting, or adopts artificial manual cutting or individual production of cutting machines. The former needs to keep putting the sugarcane into the cane cutting mouth, wh...

AI Technical Summary

Problems solved by technology

The former needs to keep putting the sugarcane into the cane cutting mouth, which is labor-intensive; and the length of the cane nodes cut out by the real-time cutting planter is mostly the same, because it is impossible to determine the position of the sugarcane nodes, it is easy to cut to the sugarcane nodes, because it cannot be done The quality screening of sugarcane seeds is difficult to ensure the quality of sugarcane seeds, thus affecting the germination rate of sugarcane

The latter has low production efficiency and cannot form a standardized, unified and large-scale production model

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