Planting rice transplanter for double-row zigzag rice seedlings

Abstract

The invention discloses a planting rice transplanter for double-row zigzag rice seedlings, and belongs to agricultural machinery. A rice transplanter rack is provided with a seedling box transverse movement transmission box, N planting arm assemblies and a seedling box slide way, the seedling box slide way is provided with N seedling box sets, a left planting arm and a right planting arm on the same planting arm assembly are arranged with the included angle of 0 degree in the circumferential direction, and left planting arms and right planting arms on every two adjacent planting arm assembliesamong the N planting arm assemblies are installed in a staggered mode with the included angle of 180 degrees or 90 degrees in the circumferential direction. The planting rice transplanter achieves planting and rice transplanting work for the double-row zigzag rice seedlings, and has the advantages that the structure is reasonable and simple, the planting work for the double-row zigzag rice seedlings is high in quality and efficiency, and the transplanter is reliable to use.

Description

technical field [0001] The invention belongs to agricultural machinery, and mainly relates to a double row abductee seedling transplanter. Background technique [0002] Because the agronomic technology of guaizi seedlings (that is, the seedlings on the adjacent seedling belts of the left and right seedling belts are planted in a front and rear dislocation in the longitudinal direction of the seedling belts) is beneficial to the ventilation, sunshine, nutrient absorption, and improvement in the growth process of crops. In recent years, it has been popularized and applied in rice transplanting and planting. The original manual transplanting of rice seedlings by humans is difficult to truly realize the planting of kidnapped seedlings. In addition to the unguaranteed quality of work and low precision of work, there are also problems of low work efficiency, high labor intensity and high work cost. In response to the above problems, combined with the actual needs of rice seedling...

AI Technical Summary

Problems solved by technology

The original manual transplanting of rice seedlings is difficult to realize the planting of abducted seedlings. In addition to the inability to guarantee the quality of the operation and the low accuracy of the operation, there are also problems of low operation efficiency, high labor intensity and high operation cost.

In response to the above problems, combined with the actual needs of rice seedling planting operations, the applicant has developed a transplanter for planting rice seedlings, which preliminarily solved the problems of manual transplanting of rice seedlings. However, due to the lack of structural design , the rice transplanter can only realize and complete the planting of adjacent rice seedlings in a single row, but cannot realize the planting operation of adjacent double rows of rice seedlings. In addition to improving the operating efficiency, the more important thing is the double-row seedling planting technology Compared with the planting technology of single-row guaizi seedlings, it can better play and improve the advantages of agronomic technology for planting guaizi seedlings, and has a greater effect on improving the quality and yield of rice. Therefore, it is very important to develop a rice transplanter that can meet and adapt to the planting of double-row guaizi seedlings.

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