Aseptic tobacco seedling grafting equipment

Abstract

The invention relates to aseptic tobacco seedling grafting equipment, which comprises a grafting device, grafting clamps, scion cutting devices arranged up and down, rootstock cutting devices and sterilization processing mechanisms respectively arranged on the rootstock cutting devices and the scion cutting devices. According to the characteristics of tobacco seedlings, the equipment can realize the mechanical operation of scion tobacco seedlings and rootstock tobacco seedlings shearing, scion and rootstock aligning grafting and fixing after grafting, so that the dependence of tobacco seedlinggrafting on manual operation is greatly reduced, the links of manual participation is reduced as much as possible, the production efficiency of grafted tobacco seedlings is improved, and the graftedtobacco seedlings consumption required by field tests and industrial production is effectively supplied.

Description

technical field [0001] The invention belongs to the field of tobacco planting, and in particular relates to aseptically treated tobacco seedling grafting equipment. Background technique [0002] Tobacco is a crop with high economic value. For flue-cured tobacco leaves, the final purchase price is affected by many factors. On the one hand, it is the growth quality in the field planting stage, and on the other hand, it is the level of curing. In the stage of field planting, the resistance of tobacco plants to various diseases and insect pests is mainly considered. At present, insect pests can be prevented and controlled by controlling insects or controlling them in advance. The spread of aphids also has poor resistance and is induced by the external environment to cause disease, etc., so the prevention of diseases is difficult to achieve. However, based on the grafting method, it is possible to graft between tobacco seedling varieties with good resistance to high-incidence di...

AI Technical Summary

Problems solved by technology

The tobacco seedling grafting method in the prior art, on the one hand, is labor-intensive and time-consuming, and the efficiency is very low, and the human error rate is also high, which is extremely unfavorable for the factory production of grafted tobacco seedlings

On the other hand, due to the use of manual splicing, manual operation is more likely to introduce dirt to the cutting tools, which can easily cause cross-infection between tobacco seedlings. Maintain sterilization and disinfection in the working environment

All of the above reasons have affected the advancement of the industrialized production and application of tobacco seedling grafting.

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