KR20150107036A - Form correction structure of tree - Google Patents

Abstract

The present invention relates to a method for correcting a form of a tree. More particularly, an aluminum wire is wrapped on a surface of a tree branch, the form of which is subject to correction, thereafter, the tree branch is induced to a desired direction by means of an aluminum wire, thereby, a correction work for a tree can be performed easily and in addition, a tree branch can be bent to a greater extent or to a lesser extent according to an interval of an aluminum wire when wrapping a tree branch with an aluminum wire. To this end, the method for correcting a form of a tree of the present invention comprises the steps of: preparing an aluminum wire and a tree the form of which is subject to correction; wrapping, when an aluminum wire and a tree are prepared, a surface of a tree branch with an aluminum wire; if a user desires to make a tree branch bend to a large extent in the step of wiring a surface of a tree branch with an aluminum wire, wrapping with an aluminum wire in a close interval like a spring; if a user desires to make a tree branch bend to a small extent in the step of wiring a surface of a tree branch with an aluminum wire, wrapping with an aluminum wire in a wide interval like a loosened spring; when an aluminum wire is wrapped around a surface of a tree branch in a close interval, imparting a lot of bending by making a bending of a tree branch to a large extent; and when an aluminum wire is wrapped around a surface of a tree branch in a wide interval, imparting a small number of bending by making a bending of a tree branch to a small extent.

Description

≪ Desc / Clms Page number 1 > Form correction structure of tree &

More particularly, the present invention relates to a method for calibrating a tree, more particularly, to a method for calibrating the shape of a tree by winding an aluminum wire on a branch surface of the tree to be polished and then guiding the branch in an intended direction by means of aluminum wire The present invention relates to a method for calibrating a tree structure so that when an aluminum wire is wound around a branch, the branches are bent or bent little depending on the winding interval of the aluminum wire.

The most important problem is that the architectural tree, which is generally decorated with beautiful wooden shapes, can not be easily realized by beginners because the skilled worker can work on battery for a long time. Especially, it is possible to decorate landscape and landscape with only the battery works such as attention, return, and shipment which are often used as landscape gardening water. However, in case of pine tree, zelkova tree, At this time, cutting the branches and then artificially tie the branches to induce the shape in the intended direction, which was also an intricate task.

Therefore, in order to solve the above-mentioned troublesome work, a separate calibrating device has been provided, and then the calibrating operation of the wood is performed using the calibrating device. This is advantageous in that it makes it possible to perform a woodworking correction operation relatively efficiently, but it takes a lot of cost and inconvenience to work for the production of a separate correcting device. In particular, There was a problem such as not being able to be done.

[Patent Document 1] Registered Patent Publication No. 10-1010035 (Vertical Calibration Device) [Patent Document 2] Registration Practical Utility Model No. 20-0289850 (Water profile type correction apparatus)

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and it is an object of the present invention to provide a method for correcting the shape of a tree by winding aluminum wire on a branch surface of a tree to be polished and then guiding the leaf in an intended direction by aluminum wire And to provide a method for calibrating a tree tree.

It is another object of the present invention to provide a method of correcting a tree structure in which aluminum wires are wound on a branch so that the branches are not bent when the aluminum wire is wound with a large or small bow according to the winding interval of the aluminum wire.

According to another aspect of the present invention, there is provided a method of manufacturing an aluminum wire, Winding aluminum wire on the egg surface when aluminum wire and wood are ready; A step of winding the aluminum wire close to the gap like a spring when the warpage of the branch is severe in the step of winding the aluminum wire on the branch surface; When gently bending the branches in the step of winding the aluminum wire on the branch surface, the step of winding the aluminum wire wide like a spring which is stretched; If the spacing of aluminum wire is tightly wound on the surface of the branches, the bending of the branches is increased to give more bending. When the spacing of aluminum wire is wrapped widely on the surface of the branches, the bending of the branches is made gentle and the bending is reduced,

It is a basic feature of the technical structure that aluminum wire is wrapped around a bandage in advance before wrapping it on a branch, and aluminum wire is wound on the surface of the bandage to prevent scratches on the surface of the bandage.

As described above, according to the present invention, aluminum wire is wrapped around a branch surface of a tree to be worn. Therefore, it is not only easy to correct the shape of the tree by inducing the trees such as pine tree in the intended direction to be held by the aluminum wire, while the aluminum wire is light in weight, so that the user can easily bend in a desired direction, It will not rust.

In addition, when aluminum wire is wrapped around a branch, the aluminum wire is not broken even if the aluminum wire is closely wound like a spring, when the aluminum wire is wrapped around the branch, and when the aluminum wire is wound like an extended spring, If it is gentle, it will not break.

In addition, when aluminum wire is wrapped on the surface of the compression bandage after wrapping the bandage in advance before wrapping the aluminum wire on the branch, it is possible to prevent scratches on the branch surface through the bandage.

1 is a perspective view showing a state in which a pine tree is calibrated by a method of calibrating a tree according to the present invention.
Fig. 2 is an enlarged view showing another embodiment according to the present invention; Fig.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the present invention prepares an aluminum wire 100 and a tree to be sewn. Here, the thickness of the aluminum wire is selected as 1 mm, 2 mm, 3 mm, 4 mm, 5 mm, 6 mm, 7 mm, 8 mm, 9 mm, 10 mm .... depending on the thickness of the branches.

More specifically, first, the aluminum wire 100 and the tree to be sewn are prepared, and then the aluminum wire 100 is wound on the surface of the branch 200.

In this case, when warpage of the branch wire 200 is severe in the step of winding the aluminum wire 100 on the surface of the branch 200, if the aluminum wire 100 is closely wound like a spring or gently bending the branch, Spread the wire widely, like an extended spring.

If the warp of the branch is severely widened in a state where the aluminum wire 100 is wound with a wide gap like an extended spring, there is a risk that the branch will be broken by a gap formed between the aluminum wires 100, The branch 200 is not broken even if the aluminum wire 100 is closely spaced like a spring to minimize the generation of the gap.

If the distance between the aluminum wires 100 is closely wound on the surface of the branch 200, the warpage of the branches may be increased to provide a large amount of bending. If the distance between the aluminum wires 100 is widened on the surface of the branch 200, So that the bending of the tree is completed.

The present invention is not limited to the direct winding of the aluminum wire 100 on the branch surface and may be applied to the branch 200 if the aluminum wire 100 can be restrained from scratching on the surface of the branch 200, It is noted that the wound bandage 300 may be wrapped around the wound bandage 300 before wrapping the aluminum band 200 on the surface of the bandage 300 to prevent the surface of the band 200 from being scratched.

100; Aluminum wire 200; Branch
300; Compression bandage

Claims (2)

Preparing an aluminum wire and a male to be decorated respectively;
Winding aluminum wire on the egg surface when aluminum wire and wood are ready;
A step of winding the aluminum wire close to the gap like a spring when the warpage of the branch is severe in the step of winding the aluminum wire on the branch surface;
When gently bending the branches in the step of winding the aluminum wire on the branch surface, the step of winding the aluminum wire like a spring with a wide gap;
If the spacing of aluminum wire is tightly wound on the surface of the branches, the bending of the branches is increased to give more bending.
And a step of gently bending the branch to reduce the bending of the branch when the interval of the aluminum wire is widened on the branch surface, so as to perform the water calibration of the tree.
The method according to claim 1, characterized in that aluminum wire is wrapped around the pressing bandage after winding the aluminum bandage in advance before wrapping the aluminum wire on the branch, thereby preventing scratches on the branching surface.

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