KR20100115587A - Variable protecting cover of roadside tree using - Google Patents

Abstract

PURPOSE: A variable type street tree protection plate using eccentric circle is provided to cover the ground despite the location of street tree. CONSTITUTION: In a frame body(10) a penetration part is formed in the inside. While a first cover part(20) is arranged within the penetration part by combing with plural first cover unit(20), a first penetration type concentric circle(32) is formed in the bond in inside. While a second lid part(30) is formed within the first penetration type concentric circle by combining with plural second cover units(30a), and a first penetration type eccentric circle is changeably formed according to the combining direction. A third cover part(40) is formed in the second penetration type eccentric circle combing with a third cover unit(40a), and the second penetration type eccentric circle(42) is changeably formed according to the combining direction in inside. While a fourth cover part(50) arranged within the second penetration type eccentric circle with plural fourth cover units(50a), and the second penetration concentric circle is formed in the bond in inside.

Description

VARIABLE PROTECTING COVER OF ROADSIDE TREE USING}

The present invention relates to a variable roadside protection plate using an eccentric circle, and more particularly, a plurality of covers capable of reversing concentric circles and eccentric circles through which the roadside penetrates in the roadside protection plate, even if the roadside tree is at any position in the roadside protection plate. The cover can be placed and installed to correspond to the position, enabling fast and accurate installation without the cutting of the roadside tree or the roadside tree, and as the roadside grows, it can be managed by removing the cover in the reverse order of installation without replacing the roadside protection plate. It relates to a variable roadside guard plate using an eccentric circle.

Generally, street trees or ornamental trees are planted in cities, parks or residential complexes for comfort and aesthetics of the surrounding environment.

The surrounding area where the trees or ornamental trees are planted is mostly surrounded by concrete, asphalt or sidewalk blocks, but the soils at the roots of the trees, ie the trunk and root boundaries, are covered with soil for the smooth supply of moisture and the smooth growth of the roots. This soil is exposed to the outside.

As such, when soil is exposed to the outside, the soil becomes harder as pedestrians step on it, which does not supply water or air smoothly, which hinders the growth of trees, and causes the roots and roots to become external due to the loss of soil. May be exposed and damaged.

Therefore, in order to solve the above problems, most trees are provided with protective plates around them.

On the other hand, the conventional roadside protection plate has been used as a variety of types have been drafted, but generally these are molded or molded of synthetic resin, and divided into two to four to form a roadside tree through the planting space part in the center to be assembled, It can be seen that the protective plate is simply a planar network.

However, in the case of the roadside protection plate according to the prior art is formed so that the roadside can be placed in the center so that the tree is grown to one side rather than the center of the roadside protection plate to cut one side of the roadside protection plate cover or cut a part of the tree. There was a problem that had to be cut.

In order to overcome this problem, a cover for assembling a plurality of covers in a puzzle form is known, but the boundary where the roadside is located is not finished in a circular shape but is finished in the shape of a puzzle, and it is difficult to finely control and some parts of the soil are exposed to the outside. Not only was there an aesthetic problem.

In addition, when the trees grew gradually and the circumference became larger, there were inconveniences in management such as replacing the entire roadside protection plate or reworking the cover.

Accordingly, an object of the present invention is to provide a plurality of covers capable of redirecting concentric circles and eccentric circles that pass through the roadside trees in the roadside protection plate so that the cover can be disposed and installed so as to correspond to any position in the roadside protection plate. It is to provide a variable roadside protection plate using an eccentric circle that can be installed quickly and accurately without the roadside cover or cutting of the roadside tree.

Another object of the present invention is to provide a variable roadside protection plate using an eccentric circle that can be managed only by removing the cover in the reverse order installed without replacing the roadside protection plate as the roadside growth.

The object of the present invention described above is a frame body having a through portion formed therein, and a first cover portion disposed in the through portion and formed with a plurality of first cover units coupled to each other, and having a first through concentric circle formed therein. And a second cover part disposed in the first through concentric circle and having a plurality of second cover units coupled to each other and having a first through eccentric circle variably formed therein according to the coupling direction. It is achieved by providing a variable row guard plate using an eccentric circle.

According to a preferred feature of the present invention, a third cover part is disposed in the above-described second through-type eccentric circle, and a plurality of third cover units are coupled to each other. It shall be formed.

According to a more preferable feature of the present invention, a fourth cover part is disposed in the above-described second through-type eccentric circle, and a plurality of fourth cover units are coupled to each other, and a second through-type concentric circle is formed therein at the time of coupling.

According to a more preferable feature of the present invention, the penetrating part of the frame, the first penetrating concentric circle of the first cover part, the first penetrating eccentric circle of the second cover part, and the second penetrating eccentric circle side of the third cover part. At the lower end, a stepped portion is formed to allow the first cover part, the second cover part, the third cover part, and the fourth cover part to be seated, respectively, and the upper ends of the outer edges of the second cover part, the third cover part, and the fourth cover part. It is assumed that each of the seating protrusions is formed to be seated on the steps.

According to a further preferred feature of the invention it is assumed that a plurality of through-holes are formed on the first cover portion, the second cover portion, the third cover portion and the fourth cover portion described above.

According to the variable roadside protection plate using an eccentric circle according to an embodiment of the present invention, the first roadside protection plate has a plurality of cover for turning the concentric circles and the eccentric circle through which the roadside is penetrated at any position in the roadside protection plate Even if the cover can be installed to correspond to the position, there is an excellent effect that can be installed quickly and accurately without cutting the roadside cover or roadside.

Second, as street trees grow, there is an advantage that can be managed only by removing the cover in the reverse order of installation without replacing the roadside protection plate.

1 is a perspective view of a variable roadside protection plate using an eccentric circle according to an embodiment of the present invention, Figure 2 is an exploded perspective view of a variable roadside protection plate using an eccentric circle according to an embodiment of the present invention, Figure 3 is a cross-sectional view of a variable roadside protection plate using an eccentric circle according to an embodiment of the present invention, Figures 4 and 5 is an operation of the variable roadside protection plate using an eccentric circle according to an embodiment of the present invention 6 is a diagram illustrating a state of use of a variable roadside protection plate using an eccentric circle according to an embodiment of the present invention.

Variable street protection plate (1) using an eccentric circle according to an embodiment of the present invention is the frame body 10, the through portion 12 is formed therein, a plurality of first cover is disposed in the through portion 12 Unit 20a is formed by being coupled to the first cover portion 20 and the first through-type concentric circles 22 formed therein when the coupling is formed therein, the plurality of second cover unit is disposed in the 30a is coupled to each other, and includes a second cover part 30 in which the first through-type eccentric circle 32 is variably formed therein according to the coupling direction.

Here, the frame body 10 is disposed on the outermost side of the variable roadside protection plate 1 using an eccentric circle to serve as a component to be described later.

The frame body 10 is formed in a square shape, and a through-hole 12 is also formed therein, and a lower portion of the through-hole 12 side of the frame body 10 is described below. Steps 14 are formed to protrude so that 20 can be seated.

This step 14 is not only the frame body 10 but also the first through-shaped concentric circles 22 of the first cover portion 20, the second cover portion 30 and the third cover portion 40, which will be described later, The second cover part 30, the third cover part 40, and the fourth cover part which protrude from the lower ends of the first through-type eccentric circle 32 and the second through-type eccentric circle 42, respectively, will be described later. Allow 50 to be seated.

In addition, the above-described frame body 10 may be formed integrally, and a plurality of bar-shaped components may be combined to form an assembly that forms the frame body 10. It is preferable to use an assembling type when installing the tree in the position where the trees are planted.

On the other hand, in the above-described through part 12, the first cover part 20 is placed and disposed, the first cover part 20 is formed by a plurality of first cover unit 20a is coupled to the inside The first through concentric circle 22 is formed to cover a part of the above-described through part 12 and to serve to allow the second cover part 30 to be described later to be seated.

The first cover part 20 is formed of four first cover units 20a, and when combined, a first through-type concentric circle 22 penetrates through a center thereof, and a step 24 is protruded from a lower end thereof. .

The first cover unit 20a described above is formed of a synthetic resin material or a non-corroded metal material. The first cover unit 20a, which is separated into four, is mutually maintained in shape due to its own weight without a coupling means. Although not shown, a separate coupling means may be provided to fix each of the first cover units 20a so as not to be separated from each other, which will be described later with the second cover part 30 and the third cover part. The same applies to the 40 and the fourth cover 50.

Here, the concentric circle means that the center of the first cover part 20 and the first through-type concentric circle 22 forming a square shape at the same time coincide with each other.

In addition, a plurality of through holes 26 are formed on the above-described first cover part 20, and the through holes 26 serve as a passage for allowing the roots of the trees to be supplied with necessary moisture. The through hole 26 is formed through not only the first cover part 20 but also the second cover part 30, the third cover part 40, and the fourth cover part 50 which will be described later.

In addition, each of the above-described first cover unit 20a is provided with an installation hole 28, the installation hole 28 is to serve to secure the lower end of the support 60 to support the tree to fall.

On the other hand, a second cover portion 30 is disposed in the above-described first through-type concentric circle 22, the second cover portion 30 is formed by combining a plurality of second cover unit (30a) in the coupling direction Accordingly, the first through-type eccentric circle 32 is variably formed therein, thereby covering a part of the above-described through part 12 and allowing the third cover part 40 to be described later to be secured. To do.

The second cover part 30 is formed of two second cover units 30a, and the first through-type eccentric circle 32 is penetrated at one side thereof when combined.

Here, the meaning of the eccentric circle means that the center of the second cover part 30 that forms a circular shape and the center of the first through-type eccentric circle 32 do not coincide with each other. To reveal.

In addition, a seating protrusion 36 is formed to protrude from the upper edge of the outer edge of the above-described second cover part 30 to the step 24 of the first cover part 20 described above, and the first through-type eccentric circle 32 At the lower end of the side), a step 34 for protruding the third cover part 40 to be described later is formed.

The seating protrusion described above protrudes from the upper edges of the outer side edges of the third cover portion 40 and the fourth cover portion 50 as well as the second cover portion 30, so that the step 34 of the second cover portion 30 is formed. And it can be seated on each step 44 of the third cover portion 40 to be described later.

The second cover part 30 seated on the first cover part 20 described above can variably move the aforementioned direction of the first through-type eccentric circle 32 according to the arrangement direction thereof.

On the other hand, a third cover portion 40 is disposed in the above-described first through-type eccentric circle 32, the third cover portion 40 is formed by combining a plurality of third cover unit 40a and the coupling direction The second through-type eccentric circle 42 is variably formed therein to cover a part of the above-described through part 12 and to allow the fourth cover part 50 to be described later to be seated. It is to play a role.

The third cover part 40 is formed of two third cover units 40a, and the second through-type eccentric circle 42 is penetrated at one side thereof when combined.

In addition, a seating protrusion 46 for seating on the step 34 of the second cover part 30 described above protrudes from the upper edge of the outer edge of the third cover part 40 and the second through-type eccentric circle 42. At the lower end of the side), a step 44 for protruding the fourth cover 50 to be described later is formed.

Similarly to the second cover part 30, the third cover part 40 seated on the second cover part 30 described above may variably change the direction of the second through-type eccentric circle 42 according to the arrangement direction thereof. I can move it

Meanwhile, a fourth cover part 50 is disposed in the above-described second through-type eccentric circle 42. The fourth cover part 50 is formed by combining a plurality of fourth cover units 50a. The second through-type concentric circles 52 are formed therein so as to cover a part of the above-described through part 12 and are arranged to be interviewed on the outside of the roadside planted.

The fourth cover part 50 is formed of two fourth cover units 50a, and when coupled, a second through-type concentric circle 52 penetrates through a center thereof, and the third cover part described above is formed at the upper edge of the outer cover. A mounting protrusion 54 for mounting behind the step 44 of the 40 is protruded.

As described above, the frame body 10, the first cover portion 20 to the fourth cover portion 50, and the first through-type concentric circle 22, the first through-type eccentric circle 32, and the second through-type The shape, color, size, etc. of the eccentric circle 42 and the second through-type concentric circle 52 may be changed into various shapes, of course.

Hereinafter, a description will be given of the overall installation method of the variable-type roadside protective plate (1) using an eccentric circle according to an embodiment of the present invention.

First, the frame main body 10 is installed on the ground so that the row of trees is located in the through part 12, and the first cover unit 20a is seated on the first cover unit 20a on the step 14 of the frame main body 10. At this time, the roadside tree is in the first through concentric circle (22).

Then, in the case of young trees that have not yet grown in trees, the supporter 60 is installed so that the bottom thereof is fixed to the installation holes 28 formed in each of the first cover units 20a, and the top supports the trees. Do it.

Then, two second cover units 30a are respectively seated on the stepped portions 24 of the first cover portion 20 to form the second cover portion 30 forming the first through-type eccentric circle 32. In this case, the first through-type eccentric circle 32 can be changed in position according to the direction in which the trees are planted.

That is, the second cover units 30a are disposed with the seating protrusions 36 seated on the stepped portions 24 of the first cover portion 20. The first through-type eccentricity depends on which direction the row of trees is located. The second cover portion 30 is disposed so that the circle 32 is also located in the corresponding direction.

Then, two third cover units 40a are seated on the step 34 of the second cover part 30 to form the third cover part 40 forming the second through-type eccentric circle 42. In this case, similarly, the second through-type eccentric circle 42 may be variably changed in position according to the direction in which the trees are planted.

That is, according to which direction the row of trees located in the first through eccentric circle 32 is located in which direction in the first eccentric circle, the second through type eccentric circle 42 is also located in the corresponding direction. The unit 40 is disposed.

Thereafter, two fourth cover units 50a are seated on the seating protrusions 46 of the third cover part 40 to form the fourth cover part 50 forming the second through-type concentric circles 52. In this case, the second through-type concentric circles 52 are arranged to be interviewed with the planted tree.

In addition, when the planted tree grows gradually, and the thickness thereof becomes thick, it is possible to manage only by removing each cover part in the reverse order of installation.

In addition, through holes 26, 38, 48, and 56 are provided on the first cover part 20 to the fourth cover part 50, respectively, to easily supply moisture to the roots of the roadside trees.

On the other hand, Figure 7 is a plan view of a variable roadside protection plate using an eccentric circle according to another embodiment of the present invention, a variable roadside protection plate 1 'using an eccentric circle according to another embodiment of the present invention as shown in the drawing ) Is formed in the shape of a horseshoe round one side of the frame body 70 is not rectangular, so that the first cover unit 20a is not disposed on the rounded side and only the first cover unit 20a is the first cover. The part 20 is formed.

8 is a plan view of a variable roadside protection plate using an eccentric circle according to another embodiment of the present invention.

According to another embodiment of the present invention, the variable roadside protection plate 1 ″ using an eccentric circle is formed by a frame body 80 having a through portion formed therein and a plurality of first cover units disposed in the through portion. And a first cover part 90 in which a first through-type eccentric circle is formed at the time of coupling, and disposed in the first through-type eccentric circle, and a plurality of second cover units are combined to form a second inside. A second cover part 100 in which a through-type eccentric circle is formed, and a second through-type eccentric circle, which is disposed in a plurality of third cover units, and is coupled to each other, and a first through-type concentric circle is formed therein. It characterized in that it comprises a three cover portion 110.

According to another exemplary embodiment of the present invention, the variable street guard plate 1 ″ using an eccentric circle has a first shape according to an embodiment of the present invention, as the frame body 80 and the penetrating portion are formed in a circular shape instead of a rectangular shape. While the cover part 20 is not provided, the first cover part 90 and the first cover part corresponding to the second cover part 30, the third cover part 40, and the fourth cover part 50 are formed in the through part thereof. The only difference is that the second cover part 100 and the third cover part 110 are provided, and the overall configuration and coupling relationship are the same as those of the variable roadside protection plate 1 using the eccentric circle according to an embodiment of the present invention. The description will be omitted for simplicity of the specification.

Since the present invention can be variously modified by those skilled in the art without departing from the scope of the claims claimed in the claims, the technical protection scope of the present invention is limited to the specific preferred embodiments described above. It is not limited.

1 is a perspective view of a variable roadside protective plate using an eccentric circle according to an embodiment of the present invention.

Figure 2 is an exploded perspective view of a variable roadside protection plate using an eccentric circle according to an embodiment of the present invention.

Figure 3 is a cross-sectional view of a variable roadside protection plate using an eccentric circle in accordance with an embodiment of the present invention.

4 and 5 is an operation of the variable roadside protection plate using an eccentric circle according to an embodiment of the present invention.

Figure 6 is a state of use of the variable roadside protection plate using an eccentric circle according to an embodiment of the present invention.

7 is a plan view of a variable roadside protection plate using an eccentric circle according to another embodiment of the present invention.

8 is a plan view of a variable roadside protection plate using an eccentric circle according to another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

1,1 ', 1 ": Variable roadside guard plate using eccentric circle

10,70,80: frame body 12: through part

14, 24, 34, 44: step 20,90: first cover part

20a: first cover unit 22: first through-type concentric circles

26, 38, 48, 56: through hole 28: installation hole

30,100: second cover part 30a: second cover unit

32: first through-type eccentric circle 36, 46, 54: seating protrusion

40,110: third cover part 40a: third cover unit

42: second through-type eccentric circle 50: fourth cover portion

50a: fourth cover unit 52: second through-type concentric circles

60: support

Claims (6)

A frame body having a through portion formed therein; A first cover part disposed in the through part, wherein a plurality of first cover units are coupled to each other, and a first through concentric circle is formed therein; And And a second cover part disposed in the first through concentric circle and having a plurality of second cover units coupled to each other and having a first through eccentric circle variably formed therein according to the coupling direction. Variable roadside guard plate using eccentric circle. The method according to claim 1, A third cover part is disposed in the second through-type eccentric circle, and a plurality of third cover units are coupled to each other, and the second through-type eccentric circle is variably formed therein according to the coupling direction. Variable row guard using. The method according to claim 2, A fourth cover part is disposed in the second through-type eccentric circle, and a plurality of fourth cover units are coupled to each other, and when coupled, a variable roadside protection plate using an eccentric circle characterized in that a second through-type concentric circle is formed therein. . The method according to claim 3, The first cover part, the first through the eccentric circle, the first through-type concentric circles of the first cover portion, the first through-type eccentric circle of the second cover portion and the second through-type eccentric circle side of the third cover portion, respectively Steps are formed to allow the second cover part, the third cover part, and the fourth cover part to be seated, and the upper ends of the outer edges of the second cover part, the third cover part, and the fourth cover part may be seated on the steps. Variable roadside protection plate using an eccentric circle, characterized in that the seating protrusion is projected. The method according to claim 4, And a plurality of through-holes are formed on the first cover part, the second cover part, the third cover part, and the fourth cover part. A frame body having a through portion formed therein; A first cover part disposed in the through part, wherein a plurality of first cover units are coupled to each other, and a first through type eccentric circle is formed therein when the first cover unit is coupled; A second cover part disposed in the first through-type eccentric circle and having a plurality of second cover units coupled to each other, and having a second through-type eccentric circle formed therein when combined; And A third cover part disposed in the second through-type eccentric circle and formed by combining a plurality of third cover units, and having a first through-type concentric circle formed therein during the coupling; Variable row guard.

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