A kind of cherry tomato environmental protection vine binding device and its Q-shaped vine binding method

Abstract

The invention discloses an environment-friendly vine tying device for cherry-tomatoes. The environment-friendly vine tying device comprises two or more sets of support rods, cross rods and tying strips. Each set of the support rods comprise a long rod and a short rod, and the long rods, the short rods and the cross rods are erected to be shaped like the Chinese character 'da'; the tying strips are sequentially arranged on the portions, between the cross points of the long rods and the short rods and the ground, of all the long rods and the short rods, the distance between every two adjacent tying strips is 25-30 cm, the tying strips surround the support rods and vines of cherry-tomato plants to tie the support rods and the vines of the cherry-tomato plants in the same rings, then the two ends of the tying strips are wound with each other for 3-5 circles to enable the tying strips to be in a Q shape, and the cross rods are horizontally and fixedly connected to the crossing positions of every two adjacent sets of the support rods. According to the environment-friendly vine tying device for the cherry-tomatoes and a Q-shaped vine tying method thereof, the structure is simple, operation is convenient and economical in labor, the vine tying speed can be improved, the survival rate of the cherry-tomato plants can be improved, the organic matter content in soil can be increased, the soil fertility is improved, and crop growth is facilitated to achieve high quality and high yield.

Description

technical field [0001] The invention belongs to the technical field of vegetable planting, and in particular relates to an environment-friendly vine-tying device for cherry tomatoes and a Q-shaped vine-tying method thereof. Background technique [0002] Cherry tomato belongs to the unlimited growth type, and its stem is semi-self-supporting. It needs vertical support or vine-tying cultivation. The existing technology of vine-tying cherry tomato adopts the following materials: plastic tape or cloth strip; The "8"-shaped vine-tying method is adopted on the bracket; the existing "8"-shaped vine-tying method is inefficient; when tying the vines, it is difficult for beginners to grasp the tightness, which hinders the delivery and supply of nutrients after being tied tightly; and After the cherry tomato plants are pulled, the cloth strips or plastic strips are often left in the soil. The cloth strips or plastic strips are not easy to degrade, or need to be cleaned manually, or lef...

AI Technical Summary

Problems solved by technology

[0002] Cherry tomato belongs to the unlimited growth type, and its stem is semi-self-supporting. It needs vertical support or vine-tying cultivation. The existing technology of vine-tying cherry tomato adopts the following materials: plastic tape or cloth strip; The "8"-shaped vine-tying method is adopted on the bracket; the existing "8"-shaped vine-tying method is inefficient; when tying the vines, it is difficult for beginners to grasp the tightness, which hinders the delivery and supply of nutrients after being tied tightly; and After the cherry tomato plants are pulled, the cloth strips or plastic strips are often left in the soil. The cloth strips or plastic strips are not easy to degrade, or need to be cleaned manually, or left in the soil without cleaning, which will cause pollution, affect the structure and reduce the soil. fertility

Images