Banana support integrated device capable of enhancing strong wind resistance and lodging resistance of banana plants

Abstract

The invention provides a banana support integrated device capable of enhancing the strong wind resistance and lodging resistance of banana plants in a banana orchard. The banana support integrated device is composed of the banana plants and a bamboo frame formed by vertical rods, horizontal connecting rods and diagonal rods, wherein the horizontal connecting rods are arranged longitudinally and transversely, and the diagonal rods intersect longitudinally and transversely. The lower portions, the middle portions and the bottoms of the banana plants are firmly bound to the vertical rods, the upper ends of the banana plants are firmly bound to the horizontal connecting rods in the transverse direction through nails, and then the banana plants are firmly connected with the horizontal connecting rods in the longitudinal direction and the diagonal rods intersecting longitudinally and transversely, so that the stability of the frame is enhanced, and the breaking resistance and lodging resistance of the banana plants are enhanced. Compared with the prior art that independent vertical rods are buried for banana production, the banana support integrated device has the prominent advantages that the lodging resistance and breaking resistance of the banana plants can be improved remarkably, and blades can be protected against breakage to some extent; when the device is applied to the banana orchard in a banana producing area where strong wind is frequent and wind disasters are serious, the device can effectively resist the strong wind and remarkably lower the risk that the wind disasters cause severe loss.

Description

technical field [0001] The invention relates to an integrated device for banana racks used in banana orchards, in particular to a device capable of enhancing the ability of banana plants in the banana orchard to resist strong winds and lodging. technical background [0002] Banana is an important economic fruit tree suitable for tropical and south subtropical planting, with high economic benefits. Banana plants have high water content, high flesh quality, shallow root distribution, terminal and heavy fruit spikes, and are prone to breaking and lodging during production. Especially when they are hit by strong winds, the pseudostems are easily broken and lodging, resulting in reduced yields or even no harvest. Preventing banana plants from lodging and breaking is one of the main key issues faced in production. At present, technologies such as burying independent poles or pull ropes are mainly used in banana production to solve this problem, that is, to bury independent wooden...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the defects of the buried independent vertical bar technology used in the current banana production to prevent folding and falling, by changing the length of the independent bar, the connection method of the upper and lower ends of the bar, and the binding method of the bar and the banana plant, and innovate a new one. The banana frame integrated frame device that can significantly enhance the anti-bending and anti-falling ability of independent poles can solve the problem that current production techniques such as buried independent vertical poles or pull ropes cannot resist strong winds, causing banana plants to break and fall, resulting in serious economic losses wind damage

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