Plant grafting and seeding cap bag

Abstract

The invention discloses a plant grafting and seeding cap bag, relates to a tool for producing the plant grafting and seeding cap bag, and discloses a plant grafting scion protecting device composed of a parchment cap bag, a plastic water cup and a thin water pipe. The plastic water cup is sutured inside the bag; the parchment cap bag is sleeved on a stock and a scion; and clear water is injected into the water cup. The cap bag can humidify the scion of a plant grafted seedling, can keep warm, prevent wind, shield light and prevent rain, and creates a good micro-environment condition for plant grafting seedling; generation of grafted seedling callus and coalescence of a wound are facilitated; and the survival rate and the quality of the grafted seeding are improved. The product is simple in operation mode; a sunshade net is not needed to shade after grafting is finished; and the labor intensity and the grafting cost are reduced.

Description

technical field [0001] The utility model relates to a bagging tool for plant grafting and raising seedlings, which relates to a tool for plant grafting, in particular to a tool for protecting the scion of plant grafting and improving the survival rate of grafting. Background technique [0002] Grafting means that people purposely connect a branch or bud on one plant to another plant with a root system, so that the branch or bud can receive its nutrition and grow into an independent plant. This branch or bud is called the scion, and the plant with the original root bearing the scion is called the rootstock. People's purposeful plant grafting activities in production practice and scientific research are conducive to improving economic benefits, preserving the excellent traits of plants, breeding new excellent varieties, and enhancing the ability of plants to adapt to the environment. [0003] The success of grafting seedlings depends not only on the affinity and growth ha...

AI Technical Summary

Problems solved by technology

[0004]In production practice, if rootstock roots or root necks are used for low-level grafting, the sand burial method can be used to maintain humidity and promote growth. Most of them are in the open environment, and the local method is to use straw mud to wrap them. Although this method is useful for plants with higher stem strength, its survival rate is still low, and it is inconvenient to manage and labor-intensive. Promoted use and less suitable for plants with weak rootstock stems

[0005] Therefore, in order to improve the survival rate of plant grafting, people have also taken many measures. Although they have received certain results, their shortcomings or shortcomings are also very prominent

Such as Du Hongbin's application number 200510061438.1 patent "grafting plastic bagging film belt production and its binding method", which only improves the binding method, which has a certain effect on moisturizing, but cannot increase humidity; another example is Diao Xingzhi's application number 90213972. X patent "grafting, binding, heat preservation, moisturizing and wound covering belt" is also an improvement of binding wound technology, enhancing heat preservation, moisturizing, and shading effects; The method is to place a bottle of water at the root of the tea tree after grafting, and then cover it with a plastic cover, which not only has poor ventilation and inconvenient management, but also needs to be shaded under strong sunlight, otherwise it is easy to burn at high temperature and even die

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