JP3142036U - Horticultural mall Thailand - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mall tie which is gentle to a plant and attaches a stem or stem of a plant to a support or the like by horticulture, corresponding to control of damage such as pests.
SOLUTION: A structure composed of a stainless steel wire core that is resistant to chemicals and water, and synthetic fiber cilia. The parts that come in contact with plants become soft cushions with brushed fibers, and even if they are attached to a support post, I can't. Gentle and less burden on the fingers of the workers. Moreover, the cilia part wound around the stem can be impregnated with a chemical for controlling pests to reduce damage to plants.
[Selection] Figure 2

Description

  The present invention is a means for efficiently managing horticulture / vegetable gardens, which is necessary for supporting the growth of plants to be cultivated and for reducing the damage of plants caused by pathogenic bacteria, microorganisms, pests, etc. .

Among many plants grown and cultivated in horticulture and vegetable gardens, the stems, stems, branches, vines, etc. of the plants are bound and held on supports, shelves, nets, etc. as necessary to assist the cultivation However, as a means for doing so, it is often tied using a string or tape of a chemical product such as straw rope, hemp string or polypropylene. These ropes / strings are wound around plants and supports, and then tie both ends, but the act of tying the strings requires detailed work using both hands, which is quite troublesome. Since it is a tedious and cumbersome task, recently, there are many cases of using vinyl tape bonded with an iron wire in the center. It is a so-called vinitai.
Since the vinyl tie has a certain stiffness called “waist” rather than the string due to the wire in the center, it can be attached by twisting both ends without tying, so it saves the labor of tying like a string There is an advantage that can be easily.
However, this vinyl tie has a greater burden on the plant to be bound than a soft string because the iron wire directly touches the plant across a thin piece of vinyl. In some cases, the plant can sway and be rubbed and damaged by the influence of wind and the like.
Further, in order to fix the twisted portion so as not to be twisted back, a wire with a certain degree of rigidity is required, and when this works continuously, a burden is placed on human fingers.

  If it touches the trunk, stem, branch, etc. of the plant like a string, it won't get damaged even if the plant shakes, and if there is a method that can be easily and quickly attached like Vinitai, take advantage of both Is possible. There is a need for a solution that is gentle on the plants grown in this way and that is also gentle on the fingers of the workers.

The horticultural mall tie of the present invention sandwiches an untwisted synthetic fiber uncut yarn between two extremely thin stainless steel wires (hereinafter referred to as stainless steel wires) and twists the two wires. In addition, it has a structure that prevents the fibers from falling off and adheres. Two stainless wires twisted in a rope shape at the center serve as a core, and the fibers sandwiched at right angles to the cilia are radially cilia spreading outward from the center. The appearance is a round bar shape showing the cross section of the fiber on the surface, and the elasticity of each fiber gathers due to the structure in which the cross section of the fiber is vertically touched, resulting in high cushioning properties. This is the reason why it is soft and comfortable to the touch.
There is a fabric called “velvet”, but the gloss, smoothness, and touch of this fabric are exactly because of this “touch the fiber vertically”. It has the same feel.
Therefore, when binding plants that are cultivated or cultivated in horticulture or vegetable gardens to the support, etc., the raised cilia softly touches the part that touches the plant and becomes a cushion. And will not damage the plant.
At the same time, because the core is a stainless steel wire, there is a “waist” similar to the vinyl tie. Therefore, the necessary binding can be achieved simply by lightly twisting. Although it is a much thinner core than a vinyl tie wire, it does not break naturally. This is because when two Mole ties are crossed together, both cilia open up to the stainless steel wire of the core, and the cores come into contact with each other. When twisted, the cores are intertwined and twisted in a rope shape.
In addition, since both cilia mesh with each other, the twisted portion does not loosen or slip and does not loosen.
Since the core is thin and soft, and there is a cilia cushioning property, the burden on the finger of the person performing the binding operation is extremely light.
In this way, it can be said that the problem can be solved by using a product that combines the softness of the string and the convenience of the vinyl tie.

When assisting the cultivation and cultivation of plants using the horticultural mall tie of the present invention, work can be done on plants that can be tied, bound and held as easily as Vinitai, and grow more than that. Although it is clear that it has a function that is also friendly to those who do it, there are other new uses that are not possible with Vinitai.
In other words, it can be used not only for binding / bonding to a support or the like, but also for controlling pathogens, microorganisms, pests, and the like that are harmful to plants to be cultivated. It should be fixed by wrapping Mole Thai on the trunk, stem, or branch of the plant, and water-soluble drugs (control agents such as insecticides and repellents) should be dripped into the cilia with a dropper. By this, it is possible to always create a state where there is a barrier filled with drugs, and to reduce climbing, movement, breeding, etc. of pests.
In addition, by using a fiber having an antibacterial effect on the cilia, it is possible to prevent the spread and advancement of the wound area and prevent the overgrowth of pathogenic bacteria and molds.
For this reason, it is necessary to use a stainless steel wire that is strong against chemicals, salt, water, etc., to prevent rust and corrosion, as the core of the gardening mall / tie, instead of the iron wire used in vinyl tie. In the same sense, the material of the fine hand is preferably synthetic fiber rather than cotton, silk, hemp, rayon or the like.

  It was expanded to make the structure of the gardening mall Thailand easier to understand. 1 is a rod-like shape in which the cilia 1b in which the fibers are cut short are densely seen from the side of the molding tie. The two stainless steel wires of the core 1a located in the center were expressed by pulling out the cilia 1b intentionally and exposing a part so that it can be seen that it was twisted like a rope. 2 shows a cross section obtained by cutting the molding tie 1 sideways, and the cilia 1b sandwiched between two stainless steel wires of the central core 1a spread radially from the center to the outside. This shows that a cylindrical shape is formed with the fiber's cut end on the outside.   An example of the use of horticultural mall tie 1 is shown. The cultivated plant 3 is connected to a support column 4 so as not to fall down, and the stalk and support column 4 of the plant 3 are used to control pests. This shows a state in which the solution 8 of the control agent is poured into the portion 6 which is fixed by wrapping the wire using a dropper 7 or the like.

Claims (1)

  A binding material used when it is necessary to bind / hold stems, stems, branches, vines, etc. of plants (crop) cultivated / cultivated in horticulture / vegetation, etc. to a support, etc. Synthetic fiber containing antibacterial fiber, with a core of stainless steel wire that does not deteriorate even when exposed to sunlight, including chemicals, salt, moisture, etc. Mall Thai with cilia of material.

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