KR102352378B1 - Folding Seedling Protection Sheet - Google Patents

Abstract

The present invention relates to a folding seedling protection sheet. More specifically, the present invention relates to the folding seedling protection sheet that is installed on a seedling planted in a field, a mountain, and the like so that a location of the seedling can be easily identified for easy maintenance, and can safely be protected from the external environment, thereby preventing easy detachment from the seedling. The folding seedling protection sheet comprises a protection sheet.

Description

Folding Seedling Protection Sheet

The present invention relates to a foldable seedling protection sheet, and more particularly, it is installed on a seedling planted in a field, a mountain, etc. It relates to a foldable seedling protection sheet that prevents the seedlings from easily detaching from them.

In general, planted trees planted in mountainous areas are small, around 15 cm in size, and planted trees in 1st or 2nd years are small. After planting planted trees in March or April in mountainous areas, after August and summer, planted trees are buried in grass and bushes and are pressed or dried up due to drought in spring. Things are happening.

Therefore, for the survival of reforestation trees, government agencies such as local governments are carrying out mowing operations using work equipment such as mowers to remove grass and weeds, etc. .

Even if considerable attention is paid to the mowing operation using the lawn mower, it is common for the planted tree to be cut or damaged by the lawn mower, etc.

Accordingly, in order to prevent damage to the planted trees during mowing, a planting tree indicator bar is installed on the ground next to the planted tree to indicate the position of the planted planted tree.

In the past, a plastic indicator rod or a bamboo rod was used to mark the place where the planted trees were planted. However, during the reforestation period of March to April, the ground is often frozen in the shade in the mountains, so vertical protection of the plastic rods, etc. The tools are not well embedded in the ground, so the indicator rods often fall down during the process of melting the frozen ground, and the plastic protection devices as well as the reeds have the disadvantage of being inconspicuous. There is a downside to doing it.

For example, Patent Document 1 below discloses a 'foreground tree protector'.

The planted tree protector according to Patent Document 1 is a planted tree protector that can protect planted trees planted in a mountainous area from mowing. The above incision is made and partially cut to form the protective gear support, and the non-cut cylindrical part of the protective sheet wraps the stem of the planted tree and fixes it with a fixing clip.

And Patent Document 2 discloses a 'zorim tree display rod'.

The planting tree display rod according to Patent Document 2 includes a rod having a certain length, a display part installed on an upper end of the rod to indicate the position of an adjacent planted seedling in a identifiable manner, and installed below the rod, and the rod is placed on the ground surface. A plurality of resistance protrusions for fixing are installed on the outer surface of the fixing part and between the rod and the fixing part, and the planted planted seedling is wrapped around the planted seedling to specify the position of the planted seedling and at the same time to prevent the rod from falling includes a spiral.

As described above, Patent Documents 1 and 2 provide a rod on the side of a seedling, but it is not easily recognized in a place where trees and vines are thick, so there is a problem in that cutting the seedlings frequently occurs during mowing.

In addition, it takes a lot of time to install the seedlings, resulting in a complicated process.

In addition, environmental pollution occurs when left unattended for a long period of time.

"Forest seedling protection sheet" has been proposed as a pre-application patent of the present applicant to solve this problem.

In the prior art, it is installed on a seedling and the position of the seedling can be easily checked with the naked eye to protect and manage it.

In addition, there is a problem in that the thin paper material frequently causes damage to moisture, water, etc. when left for a long period of time.

And although it can be easily recognized with the naked eye, there is a problem that the seedlings cannot be protected.

Korean Patent Publication No. 10-2009-0085388 Republic of Korea Patent Registration No. 10-1086242 Republic of Korea Patent Registration No. 10-2116857

The present invention has been devised to solve the above problems, and an object of the present invention is to prevent damage by people, animals and the natural environment by conveniently installing it on a seedling planted in a forest, and to easily identify and manage it. It is intended to provide a foldable seedling protection sheet.

Another object of the present invention is to provide a foldable seedling protection sheet that can block sunlight transmitted directly to young seedlings so that seedlings can grow efficiently, and can prevent dying by inducing dew generated by a temperature difference to supply moisture is to provide

Another object of the present invention is to provide a foldable seedling protection sheet capable of preventing damage and damage by rain, dew, snow, etc. through a waterproof coating treatment.

Another object of the present invention is to provide a foldable seedling protection sheet that is easily installed according to the size and length of the seedling and is not easily separated.

Another object of the present invention is to provide a folding protective sheet for seedlings that is waterproof coated on paper and installed on seedlings planted in forests to prevent environmental pollution by naturally decomposing when left unattended for a long period of time and does not require separate recovery.

The present invention for achieving the above object is installed so that the seedlings can be easily identified, and in a foldable seedling protection sheet that can protect the seedlings, cut into a rectangle and fold lines at regular intervals along the longitudinal direction It is formed along the width direction and divided so as to be foldable, and is made of a protective sheet that can be inserted and fixed by a seedling through a perforated line and a cut line in the divided interior, wherein the protective sheet is cut at uniform intervals by the fold line and a plurality of folding surfaces arranged in the longitudinal direction, connected to the folding surface at the center of the folding surface, and cut by the cutting line to have a diameter of the size in which the seedlings are inserted to form a first insertion hole It characterized in that it consists of a prevention cap, and a first inlet through which the seedlings are introduced into the first insertion hole by forming the perforation line along the longitudinal direction of the folding surface adjacent to the folding surface.

The separation prevention cap is cut by the cutting line in the center, and the second insertion hole into which the small-sized seedling is inserted, and the second insertion hole formed on the folding surface to face the opposite direction of the first inlet opening It is preferable that the cutting line is formed toward the outer surface of the prevention cap to form a second inlet through which the seedlings are introduced.

The plurality of folding surfaces is folded by a pair of the folding surfaces interconnected on both sides, and the first inlet through which the seedlings are introduced through the cutting line in the folded state is opened toward the outer surface of the folding surface. desirable.

A plurality of the folding surfaces are selectively folded according to the length of the seedling and the installation environment, and the foldable surface is folded and the lower portion disposed at the lower end of the seedling, and the folding surface is folded in a vertical direction from the lower portion It is preferable to be composed of a vertical portion arranged vertically in accordance with the length of the seedling, and an upper portion arranged at the upper end of the seedling by folding the folding surface at the upper end of the vertical portion.

It is preferable that the plurality of fold surfaces be organically folded to adjust the height according to the length of the seedling, and can be fixed through the first inlet and the first insert.

According to the folding seedling protection sheet according to the present invention, there is an effect that can be easily installed on a seedling planted in a forest to prevent damage by people, animals and the natural environment, and to easily identify and manage it.

According to the present invention, the seedlings can grow efficiently by creating a shade through the protective sheet and blocking sunlight transmitted directly to the young seedlings, and by inducing dew generated on the protective sheet by the temperature difference to supply moisture to prevent death There are advantages to being able to

According to the present invention, the protective sheet has the advantage that it can be used for a long time by preventing damage and damage caused by rain, dew, snow, etc. through a waterproof coating on the surface of the paper material.

According to the present invention, when the protective sheet is used for a long period of time, it is naturally separated by the growth of the seedling, and it is decomposed through the paper material to prevent environmental pollution, and there is an advantage that a separate recovery operation is unnecessary.

According to the present invention, it is an object of the present invention to provide a foldable seedling protection sheet that is easily installed by cutting the folding surface according to the size and length of the seedling, and is not easily separated.

1 is a perspective view showing a folding seedling protection sheet according to the present invention;
2 is an exploded view showing a protective sheet according to the present invention;
3 is a conceptual diagram showing a folded state of a folding surface according to the present invention;
4 to 6 are perspective views showing the installation state on the seedling according to the present invention.

Hereinafter, the foldable seedling protection sheet according to the present invention will be described in detail together with the accompanying drawings.

1 is a perspective view showing a folding seedling protection sheet according to the present invention, FIG. 2 is an exploded view showing a protection sheet according to the present invention, and FIG. 3 is a conceptual view showing a folded state of the folding surface according to the present invention, 4 to 6 are perspective views showing the installation state on the seedling according to the present invention.

1 to 6, the present invention relates to a foldable seedling protection sheet, and more particularly, it is installed on a seedling planted in a field, a mountain, etc. It is possible to safely protect from the external environment, and it relates to a folding seedling protection sheet that prevents the seedlings from being easily separated from the seedlings.

To this end, the present invention includes a protective sheet 10 to be installed on the seedlings to easily identify them, and to protect the seedlings.

The protective sheet 10 is cut into a rectangle, and fold lines FL are formed along the width direction at regular intervals along the longitudinal direction to divide the protective sheet 10 so as to be foldable. The seedling 20 is inserted and fixed through.

Therefore, the protective sheet 10 is composed of the folding surface 11, the separation prevention cap 12 and the first inlet 14 through the fold line FL, the perforation line PL and the cut line CL. do.

The folding surfaces 11 are cut at uniform intervals by the folding lines FL and arranged in plurality in the longitudinal direction of the protective sheet 10 .

The separation prevention cap 12 is connected to the folding surface 11 at the center of the folding surface 11, and is cut by the cutting line CL to have a diameter of a size in which the seedling 20 is inserted. to form the first insertion hole (13).

In the first inlet 14 , the perforation line PL is formed along the longitudinal direction of the fold face 11 adjacent to the fold face 11 , so that the seedling 20 is inserted into the first insert hole 13 . is brought in

In this way, the protective sheet 10 can be adjusted to fit the seedling 20 by selectively folding the folding surface 11 according to the size and length of the seedling 20, and in the adjusted state, the first insertion hole (13) and the first inlet (14) is easily fixed to the seedling (20).

In addition, the position of the seedling 20 can be confirmed by simply visually checking the protective sheet 10 from the outside.

Let's take a closer look at each of these configurations.

First, the protective sheet 10 is made of a paper material of a certain thickness, and a waterproof coating is made on the surface to prevent the paper material from being damaged by moisture, moisture, etc. can do.

That is, the waterproof coating is made in a way that prevents environmental pollution.

In addition, the protective sheet 10 is cut in a rectangular shape, and the folding lines FL are formed at regular intervals in the longitudinal direction.

At this time, as the fold line FL is formed along the width direction of the protective sheet 10 , a plurality of fold surfaces 11 are formed so that the protective sheet 10 can be folded in the longitudinal direction.

Accordingly, a plurality of the folding surfaces 11 are disposed in the longitudinal direction of the protective sheet 10 , and the plurality of folding surfaces 11 are stacked in contact with each other by folding based on the folding line FL.

In addition, the folding surface 11 is preferably folded in a zigzag direction and sequentially stacked.

And the separation prevention cap 12 and the first inlet 14 are formed on the folding surface 11 so that the seedling 20 can be inserted and fixed.

The separation prevention cap 12 is formed by the cutting line at the center of the folding surface 11 .

"형상을 통해 상기 이탈방지캡(12)의 일부가 상기 접이면(11)과 연결되어 접이 가능하게 이루어진다.At this time, the cutting line CL is "

"Through the shape, a part of the anti-separation cap 12 is connected to the folding surface 11 to be foldable.

Accordingly, the separation prevention cap 12 has a circular shape cut in line with the cutting line CL at the center of the folding surface 11 , and a part is connected to the folding surface 11 to be foldable.

Here, when the separation prevention cap 12 formed by the cutting line CL is folded and opened, the first insertion hole 13 is formed and seated inside the seedling 20 .

In addition, the separation prevention cap 12 is folded to the upper end or lower end of the folding surface 11 to be in close contact with the surface of the seedling 20 to fix the folding surface 11 .

That is, the separation prevention cap 12 forms the first insertion hole 13 in which the seedling 20 is seated in the inside of the folding surface 11, and folds to the top or bottom of the seedling 20. It is possible to stably support the folding surface 11 by closely fixing to the .

In addition, a second inlet 15 and a second inlet 16 are formed in the separation prevention cap 12 so that the young seedling can be seated.

The second insertion hole 15 is cut by the cutting line CL in the center of the separation prevention cap 12 so that the small-sized seedling 20 is inserted.

The second inlet 16 is cut toward the outer surface of the separation prevention cap 12 from the second inlet 15 to face the opposite direction of the first inlet 14 formed on the folding surface 11 . The seedling 20 is introduced by forming a line CL.

That is, the second insertion hole 15 is cut in a circular shape through the cutting line CL in the center of the separation prevention cap 12 so that the seedling 20 can be inserted.

And the second inlet 16 is formed through the cut line CL toward the outer surface of the separation prevention cap 12 from the second inserting hole 15 .

At this time, it is preferable that the second inlet 16 is formed in the opposite direction of the first inlet 14 so as not to be easily separated from the seedling 20 .

Through this, in the case of the young seedling 20, it is stably supported through the second inlet 15 and the second inlet 16, and the large seedling 20 is supported by the first inserting port 13 and the second inlet 16. 1 It can be stably supported through the inlet 14 .

Next, in the first inlet 14 , the perforated line PL is formed so that the seedling 20 can be inserted from the outer surface of the foldable surface 11 to flow into the first inlet 13 .

That is, the perforated line PL is formed in the longitudinal direction between the separation prevention cap 12 formed on the folding surface 11 on one side and the separation prevention cap 12 formed on the folding surface 11 on the other side. do.

Therefore, the first insertion hole 13 connects the separation prevention cap 12 formed on each of the folding surfaces 11 and the separation prevention cap 12 .

Through this, when the folding surface 11 is folded, the first inlet 14 is opened through a point where the folding line FL and the perforated line PL contact each other, and the seedling 20 is inserted.

That is, the plurality of folding surfaces 11 are folded by a pair of the folding surfaces 11 interconnected on both sides, and in the folded state, the first seedling 20 is introduced through the cutting line CL. The inlet 14 is opened toward the outer side of the folding surface.

Through this, the perforation line PL may cut off only a portion located at a point for inserting the seedling 20 to form the first inlet 14 .

In addition, the perforated line PL at an unnecessary position of the protective sheet 10 is used without cutting separately to remove unnecessary cutouts on the folding surface 11 so that the folding surface 11 is stably maintained in the seedlings 20 ) to support the

And the protective sheet 10 is selectively folded according to the length and installation environment of the seedling 20 through the plurality of folding surfaces 11 so that the lower part 10a, the vertical part 10b and the upper part can be used. It consists of a part 10c.

The lower portion 10a is disposed at the lower end of the seedling 20 by folding the folding surface 11 .

The lower portion 10a is folded over the folding surface 11 formed at one end of the protective sheet 10 so that the first inlet 14 is exposed through the folding line FL.

The vertical portion 10b is vertically arranged in accordance with the length of the seedling 20 by folding the folding surface 11 in the vertical direction from the lower portion 10a.

The vertical portion 10b is arranged on the side of the seedling 20 by vertically folding the folding surface 11 located in the middle portion of the protective sheet 10 .

The upper portion 10c is disposed on the upper end of the seedling 20 by folding the folding surface 11 at the upper end of the vertical portion 10b.

That is, the upper part 10c is the first inlet 14 by folding the folding surface 11 in a state in which the other end of the protective sheet 10 is folded in the vertical part 10b. FL) is exposed.

As such, of the protective sheet 10, the lower end portion 10a is installed at the lower end of the seedling 20, and the vertical portion 10b vertically disposed from the lower end portion 10a toward the upper portion is the It is arranged on the side of the seedling 20 , and the upper part 10c is folded at the vertical part 10b and installed on the upper end of the seedling 20 .

Through this, the protective sheet 10 is disposed in a “c” shape and installed on the seedling 20 .

In addition, the plurality of fold surfaces 11 are organically folded to adjust the height according to the length of the seedling 20 , and are fixed through the first inlet 14 and the first insert 13 .

That is, the vertical portion 10b is the lower portion 10a or the upper portion 10c by adjusting the length of the vertical portion 10b of the protective sheet 10 by the number of stacked layers and the folding angle, etc. The height of the seedling 20 can be adjusted.

In addition, stable installation is possible by inserting the seedling 20 into the first inlet 14 and the first insert 13 formed in the vertical portion 10b.

In detail with respect to the usage state of the present invention according to this, it is made as follows.

The protective sheet 10 is installed after adjusting the size and length of the seedling 20 by folding the folding surface 11 a number of times.

For this purpose, as shown in FIG. 4 , as an example according to the installation state of the protective sheet 10 , the protective sheet 10 has a plurality of foldable surfaces 11 according to the installation environment, the growth state of the seedling 20 , etc. ) is folded in the zigzag direction and cut to the size of one folding surface 11 .

And the first inlet 14 is formed by cutting the perforated line PL formed on one surface.

The protective sheet 10 formed in this way is inserted through the first inlet 14 at a desired position among the top, middle, and bottom of the seedling 20 , and the first insertion hole in accordance with the thickness of the seedling 20 . (13) or seated in the second insertion hole (15).

Here, when the seedling 20 is seated in the first insertion hole 13 as shown in FIG. Fold to the bottom so that the separation prevention cap 12 is in close contact with the seedling 20 to stably support the protective sheet 10 .

And, when the seedling 20 is seated in the second insertion hole 15 as shown in FIG. 4 (b), the separation prevention cap 12 is freely operated, and the first insertion hole 13 It is installed so that the introduced seedling 20 can be seated in the second insertion hole 15 through the second inlet 16 .

In addition, when the seedling is seated in the second inlet 15 , the first inlet 14 and the second inlet 16 are formed in opposite directions so as not to be easily separated.

Through this, the protective sheet 10 is installed on the seedling 20 in a folded state a number of times, so that it can be easily checked from the outside with the naked eye, and it is possible to prevent weeds from growing around the seedling 20 .

In addition, the plurality of fold surfaces 11 may be cut along the fold line FL and then divided into one sheet or a plurality of sheets for use.

In addition, as shown in FIG. 5 , as another example of the protection sheet 10 , the folding surfaces 11 located at both ends of the protection sheet 10 are folded according to the length of the seedling 20 . Then, the lower part 10a, the vertical part 10b and the upper part 10c are composed and cut in a “c” shape.

The lower portion 10a and the upper portion 10c are cut off the perforated line PL formed on one surface to form the first inlet 14 .

The protective sheet 10 thus formed is supported on the ground by installing the lower end portion 10a at the lower end of the seedling 20 .

And the upper part 10c is installed at the upper end of the seedling 20 so as to be supported by the vertical part 10b formed vertically according to the length of the seedling 20 .

At this time, after inserting the seedling 20 through the first inlet 14 , the lower portion 10a and the upper portion 10c are the first inserting hole 13 or the second inserting hole 13 as described above. It is seated in the insertion hole (15).

Here, when seated in the first insertion hole 13, the separation prevention cap 12 is folded to the upper end or lower end of the folding surface 11, and then in close contact with the seedling 20 to the folding surface 11 It is made so that it does not come off easily by stably supporting it.

And as shown in FIG. 6 , the protective sheet 10 is stably coupled to the seedling 20 by folding the vertical part 10b at a certain angle in a state of being inserted into the seedling in a “c” shape. It is possible to adjust the height of the upper part (10c).

That is, after the lower portion 10a and the upper portion 10c are installed on the seedling, the vertical portion 10b is folded to adjust the height.

At this time, the first inlet 14 is opened along the perforated line PL formed in the vertical portion 10b.

And the vertical portion is folded based on the fold line FL so that the first inlet 14 is installed on the side surface of the seedling 20 to be in close contact with the seedling 20 .

Through this, the height of the upper part 10c is adjusted according to the length of the seedling 20 by adjusting the height of the vertical part 10b.

In addition, as it is installed on the seedling 20 through the vertical portion 10b, it is not easily separated and stable installation is possible at a specific height.

In this way, the protective sheet 10 can be easily installed according to the growth of the seedling 20 and the size and length according to the variety.

In addition, the protective sheet 10 is prevented from being arbitrarily separated by wind, impact, etc. in a state in which the protective sheet 10 is installed on the seedling 20, and can be stably supported through the seedling without a separate fixing member.

In addition, it is known that the seedling 20 has a positive effect on the growth of the seedling 20, which is a positive tree species that grow by receiving sunlight, and has a negative tendency when it is a young seedling.

Therefore, the protective sheet 10 creates a shade through the upper part 10c and the vertical part 10b to prevent sunlight from being directly irradiated to the seedlings, and prevents moisture evaporation of the seedlings 20 to promote growth. can help

In addition, the protective sheet 10 can prevent damage and damage caused by rain or the like by coating the surface of the paper material to prevent damage by moisture and water.

At this time, the dew generated by the temperature difference is formed on the surface of the protective sheet 10 and naturally flows to the ground to supply moisture to the stem of the seedling 20 to prevent the young seedling 20 from dying.

And when the seedling 20 grows and becomes thicker than the second insertion hole 15, the second insertion hole 15 is naturally torn by the seedling 20, and the seedling 20 is the first insertion hole 13 ) is placed on

In addition, when the seedling grows and becomes thicker than the first insertion hole 13 , the first insertion hole 13 is torn according to the thickness of the seedling 20 to stably seat the seedling.

As described above, the rights of the present invention are not limited to the embodiments described above, but are defined by what is described in the claims, and those of ordinary skill in the art can make various modifications and adaptations within the scope of the claims. It is self-evident that you can

10: protective sheet 10a: lower part 10b: vertical part
10c: upper part
11: When folded 12: Anti-separation cap
13: first inlet 14: first inlet
15: second inlet 16: second inlet
20: seedling
PL: perforation line CL: perforation line FL: fold line

Claims (5)

In a foldable seedling protection sheet that is installed to easily identify seedlings and can protect seedlings,
It is cut into a rectangle, and fold lines (FL) are formed along the width direction at regular intervals along the length direction to divide it so that it can be folded. Consists of a protective sheet (10) that can be inserted and fixed,
The protective sheet 10,
The folding surface 11 cut at uniform intervals by the folding line FL and arranged in a plurality in the longitudinal direction;
The first insertion hole 13 is connected to the folding surface 11 at the center of the folding surface 11 and cut by the cutting line CL to have a diameter of the size in which the seedling 20 is inserted. A separation prevention cap 12 to form, and
A first inlet 14 through which the perforated line PL is formed along the longitudinal direction of the folding surface 11 and adjacent to the folding surface 11 to introduce the seedlings 20 into the first insertion hole 13 . made up of
The separation prevention cap 12 is,
The second inlet 15 cut by the cutting line CL in the center and into which the small-sized seedling 20 is inserted, and the first inlet 14 formed on the folding surface 11 in the opposite direction Folding seedling protection, characterized in that it comprises a second inlet 16 through which the seedlings are introduced by forming the cutting line CL from the second insertion hole 15 toward the outer surface of the separation prevention cap 12 to face Sheet. delete The method of claim 1,
A plurality of the folding surface 11,
The folding surfaces 11 interconnected on both sides are made up of a pair and are folded, and the first inlet 14 through which the seedlings 20 are introduced through the cutting line CL in the folded state is the folding surface 11 Folding seedling protection sheet, characterized in that it opens toward the outer surface of the. The method of claim 1,
The plurality of folding surfaces 11 are selectively folded according to the length of the seedling 20 and the installation environment,
A lower portion 10a of which the folding surface 11 is folded and disposed at the lower end of the seedling 20;
A vertical portion 10b in which the folding surface 11 is folded in the vertical direction from the lower portion 10a and vertically arranged in accordance with the length of the seedling 20;
The foldable seedling protection sheet, characterized in that the foldable surface (11) is folded at the upper end of the vertical part (10b) and is composed of an upper end (10c) disposed on the upper end of the seedling (20). The method of claim 1,
The plurality of fold surfaces 11 are organically folded to adjust the height according to the length of the seedling 20, and can be fixed through the first inlet 14 and the first insert 13. Folding seedling protection sheet.

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