Bracket device for traction planting, and branch traction system

Abstract

The invention discloses a bracket device for traction planting, and a branch traction system. The bracket device comprises a support assembly, a supporting rod and a fixed plug-in component; the support assembly comprises a supporting base; a supporting rod fixed limiting part and a supporting rod fixed arrangement part are arranged on the supporting base; the supporting rod fixed arrangement part is positioned above the supporting rod fixed limiting part; and an inserting hole for the fixed plug-component to be inserted into is formed in the supporting rod fixed arrangement part. The bracket device for traction planting and the branch traction system perfectly solve all the problems of the branch traction systems applied in domestic plantation, are low in cost, reliable in performance, convenient in application and popularization and prominent in use effect, provide a set of complete solution for rapid propulsion for the domestic kiwifruit industry, even the agricultural modernization process, and have great economic values and social values.

Description

technical field [0001] The invention relates to the technical field of vine plant planting equipment, in particular to a support device and a branch traction system for traction planting. Background technique [0002] Kiwi fruit is native to China and is an ancient wild vine. It originally grew in the forest or around the forest. It was originally a wild fruit that likes to climb. The wild species is born in the undergrowth. Kiwi grows rapidly and requires a lot of light and fertilizer. At the beginning of the 20th century, a New Zealand female teacher brought the seeds back to New Zealand. After decades of continuous cultivation, they finally developed into one of the mainstream fruits called kiwifruit. The development process of kiwi from wild to cultivated is quite legendary. As an emerging fruit category, after nearly a century of cultivation and development, it has become an important part of the entire fruit industry, accounting for a proportion of the global fruit in...

AI Technical Summary

Problems solved by technology

[0006] 1. All the fruiting branches and the newly born fruiting branches of the next year are all stacked and stacked on one plane, with severe shading and poor light utilization. The dry matter content of the produced fruit is insufficient, the content of soluble solids is low, the taste of the fruit is poor, and the storage resistance is weak. Fruit shelf life is short;

[0007] 2. The branches on the frame surface are entangled with each other, the leaves are piled up layer by layer, and the permeability is poor, which is easy to breed diseases and insect pests. Once the diseases and insect pests occur, due to the thick accumulation of branches and leaves, it is difficult for pesticides to penetrate the thick leaf layer, and the control effect is not good. , the waste of liquid medicine is large;

[0008] 3. Due to the lack of traction and climbing support, the branches naturally hang down after reaching a certain length, resulting in serious side branch germination, resulting in fewer, thin, short and weak fruiting branches in the next year, affecting the vigor and yield of the tree in the coming year, and entering a vicious situation where the longer the tree is, the worse it will be. cycle;

[0009] 4. The branches are entangled with each other, and it is difficult to prune and keep branches in winter, which increases the difficulty of management

[0019] 1. The design of traction system in New Zealand is relatively complicated. The steel support is a special-shaped stamping part, and the support rod is made of angle steel or galvanized rectangular tube. The installation and removal of the support rod requires special tools and fixed pins, which is inconvenient in operation.

[0020] Secondly, the system uses wooden piles as the main supporting member, and the wood must be treated with anti-corrosion. The process is complicated, the cycle is long, and additional costs are added. The manufacturing and use costs are high, and the installation investment is large.

[0021] In addition, the support seat is designed for the situation in New Zealand and cannot be applied to the cement piles commonly used in my country

[0022] 2. The bamboo pole traction system currently in use in China is too extensive and simple. The bamboo poles are fragile, and the standards for materials are difficult to unify. There are problems such as loose binding, weak wind resistance, and easy breakage when used as traction poles. Once the pole breaks and falls, it will cause unexpected losses. It is an unbearable loss for years of hard work to be destroyed.

[0023] Secondly, bamboo poles have poor durability and must be replaced every year. Repeated material collection and binding every year will consume a lot of labor and materials; in addition, the bamboo pole system is simple and cannot meet the needs of standardized garden construction, and the appearance is also poor.

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