Cone type environmental protection circulating fruit protection device

Abstract

The invention discloses a tapered cylinder type environmental friendly repeatedly-used fruit protector. The tapered cylinder type environmental friendly repeatedly-used fruit protector is characterized by comprising a circular top cover and a tapered cylinder, the big end of the tapered cylinder is an up opening, the small end of the tapered cylinder is provided with a downward seal bottom, the edge of cylindrical wall of the axial section of the tapered cylinder is a curve, a plurality of tapered cylinders can be overlapped together, the edge of the top cover is provided with a lower reversed-bended edge, a connecting ring is connected in the lower reversed-bended edge, the lower portion of the connecting ring is connected with the opening big end of the tapered cylinder, the periphery of the circular top cover is provided with a stem hole extending to the center portion of the circular top cover. The tapered cylinder type environmental friendly repeatedly-used fruit protector is easy and quick to mount, hard to deform and damage, the connecting ring can be taken out from the top cover after a ripe fruit is picked, a plurality of tapered cylinders can be overlapped together, so the size of the tapered cylinders is small and convenient to transport, the fruit protector can be used again in the nest growing period of a fruit tree, so the fruit protector can be repeatedly used for many times, the average cost is reduced, and the energy consumption is reduced at the same time, the fruit protector can be recycled and reused after repeatedly used for many times, a problem that a conventional fruit bag cannot be reused can be solved, and the fruit sleeve is better in environmental protection.

Description

technical field [0001] The invention relates to a protective tool for agricultural fruit planting and production, in particular to a cone type environmental protection circulating fruit protection device Background technique [0002] In the production of fruit trees and farmland, the fruit should be protected by bagging after the fruit falls to the picking period, which can reduce the erosion of the fruit by insect pests, avoid spraying pesticides on the fruit and cause pesticide residues, and increase the smoothness of the fruit surface and improve the appearance and texture of the fruit. , to ensure the fruit output rate and increase the yield, the quality of the fruit will also be improved, which can create more economic benefits, and is an important means to ensure the income of fruit farmers. The existing fruit bags are divided into paper bags, plastic bags and paper-plastic composite materials. After the fruit is picked, these contaminated bags need to be removed. Sinc...

AI Technical Summary

Problems solved by technology

The existing fruit bags are divided into paper bags, plastic bags and paper-plastic composite materials. After the fruit is picked, these contaminated bags need to be removed. Since the bags are hung by bending and fixed, they are affected by this hanging method. The removed bags are severely deformed and cannot be reused. The scale of fruit tree cultivation in my country is huge. Such bags consume a huge amount every year, waste a lot of energy, and have a huge impact on the environment after being discarded.

Moreover, the gap at the fruit handle of this bag is relatively loose, and the force swings and deforms to expand, and pollutants and pests can still enter the bag, which needs to be solved technically.

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