Liana fixed band

Abstract

The invention discloses a liana fixed band which comprises a buckle body and a buckle band which is connected with one end of the buckle body and provided with a serrated surface. A narrow lock hole and a wide lock hole are formed in the buckle body, wherein the narrow lock hole and the wide lock hole penetrate in the vertical direction. An iron wire clamping groove is arranged in one side of the wide lock hole, wherein the section of the iron wire clamping groove is in a U shape. The buckle band is arranged at one side of an opening end of the iron wire clamping groove. A first lock catch is arranged at the other side of the opening end of the iron wire clamping groove and slantwise extends to the opposite side of the wide lock hole. A second lock catch is arranged in the narrow lock hole and slantwise extends upward. When the liana fixed band is in the condition of use, the iron wire clamping groove is closed by the buckle band, and the buckle band is capable of penetrating from the wide lock hole and out of the narrow lock hole. By adopting the structure, the liana fixed band has the advantages of being easy and convenient to operate, and capable of saving rime and labor to bind and avoiding happening of condition that growth of plants is influenced due to too tight binding. When the plants are out of a shelf in an area where the plants need to be overwintered and protected in winter, an unlocking spanner is opened, the buckle band is pulled out of the narrow lock hole, and then plant branches and tendrils are just divorced and fixed. The buckle band is left on iron wires of a shed frame and capable of being recycled in the next year.

Description

[0001] technical field [0002] The invention relates to a vine fixing cable tie used for fixing vine branches and tendrils on a trellis or a fence, and belongs to the fields of agriculture, forestry and gardens. Background technique [0003] During the growth of vines and fruits, the fixation of branches and tendrils on trellises and fences plays an important role in the directional growth of branches and tendrils, and the fixation of branches and tendrils is also conducive to the improvement of fruit quality. Traditional methods of fixing branches and tendrils mostly use rope binding, iron wire binding or plastic belt binding; rope binding and plastic belt binding are time-consuming and laborious; although iron wire binding is relatively easy, the iron wire is easy to rust and break; if the rope and iron wire are tied too tightly, the Affect the growth of plants, so the existing fixing methods of these branches and vines are not optimal fixing methods. Contents of th...

AI Technical Summary

Problems solved by technology

Traditional methods of fixing branches and tendrils mostly use rope binding, iron wire binding or plastic belt binding; rope binding and plastic belt binding are time-consuming and laborious; although iron wire binding is relatively easy, the iron wire is easy to rust and break; if the rope and iron wire are tied too tightly, the Affect the growth of plants, so the existing methods of fixing these branches and vines are not the best way of fixing

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