KR100646021B1 - Apparatus for supporting tree - Google Patents

Abstract

A tree protector structure for building and apartment area capable of installing a flowerpot thereon as well as preventing the tree protector from sliding during growth or falling by an external impact by being installed about a circumference of a tree is provided. The tree protector structure is costly and more environmentally friendly than conventional tree protector structure. The tree protector structure comprises: a donut-shaped base plate(100) on the ground; a donut-shaped second middle plate(200) supported by four lower support rods(140) at the upper part of the base plate; a donut-shaped first middle plate(300) supported by four lower support rods(600) at the upper part of the second middle plate; and a donut-shaped upper plate(400) supported by an upper support rod(420) at the upper part of the first middle plate. A plurality of installation holes(700) is formed at regular intervals on the body of the upper plate, first middle plate and second middle plate. A flower pot for planting plants is mounted on the installation holes.

Description

Architecture and Multi-family Housing Park Tree Guard Structure {APPARATUS FOR SUPPORTING TREE}

1 is an exploded perspective view schematically showing a roadside support according to the present invention.

Figure 2a is an exploded perspective view schematically showing the structure of the upper disk constituting the roadside support according to the present invention.

Figure 2b is an exploded perspective view schematically showing the structure of the first intermediate disk constituting the roadside support according to the present invention.

Figure 2c is an exploded perspective view schematically showing the structure of the second intermediate disk constituting the roadside support according to the present invention.

Figure 2d is an exploded perspective view schematically showing the structure of the base disk constituting the roadside support according to the present invention.

3 is a view schematically showing a state in which the roadside support is assembled according to the present invention.

4 is a cross-sectional view schematically showing a state in which a roadside support is installed in a roadside tree according to the present invention.

5 is a view schematically showing a state in which the potted plant is installed on the roadside support according to the present invention.

Figure 6 is a schematic cross-sectional view showing the structure of the potted plant installed on the roadside support according to the present invention.

※ Explanation of symbols about main part of drawing ※

10: roadside support 100: base disc

110: fixing nail 120: through hole

130: first fixing groove 140: lower support rod

150: lower bent piece 200: the second intermediate disc

210: first intermediate station 300: first intermediate disc

310: second intermediate fixing piece 400: upper disc

410: upper bending piece 420: upper support rod

430: second fixing groove 500: hinge assembly

600: intermediate support rod 700: mounting hole

710: ring 720: bolt

730 hinge 750 step

800: roadside tree 900: flowerpot

The present invention relates to a roadside support, and more particularly, to be installed on the outer circumferential surface of a roadside tree planted as a roadside tree in a variable way of the road to prevent the roadside tree from inclining or falling down due to external impacts, as well as pots. It relates to a roadside support that can provide a beautiful appearance by installing the.

The roadsides in general buildings and apartment complexes are beautifully decorated with roadside trees at regular intervals along the roadway. In the case of such trees or garden trees that are planted in the house, when the planting state is not stable, the trees often grow inclined sideways or fall down and die.

The present invention has been made to solve the above problems, an object of the present invention is installed on the outer circumferential surface of the roadside trees planted in the roadside variable in the variable of the road to prevent the roadside trees from being inclined or falling down by an external impact In addition, by providing a flower pot and the like to provide a street support that can provide a beautiful appearance.

In order to achieve the above object, the present invention, in the roadside support that is installed around the roadside trees such as garden trees or roadside trees, a donut shape so as to be installed on the ground planted with roadside trees, and incision with stepping on the central axis to be divided into two parts A surface is provided, and the incision surface is coupled and fixed by bolts, and is provided with a plurality of through holes at regular intervals adjacent to the corner position of the circular arc, which is a variable part, and the four adjacent at regular intervals A base disc is provided with a fixing groove; It has a donut shape and is located on the upper side away from the base disc, and four hinged joints are installed at the bottom part at a predetermined interval adjacent to the variable part, and on the top side there are four hinge joints at a predetermined distance adjacent to the variable part. A first intermediate fixing piece is installed, and a second intermediate disc having a plurality of installation holes at a predetermined interval in the body; One end is coupled to the lower bent piece installed in the first fixing groove provided on the upper surface of the base disc, the other end is hinged to the hinge assembly installed on the bottom portion of the second intermediate disc, the other end is a certain angle A lower support rod for supporting a second intermediate disk having a bent shape; It has a donut shape and is located on the upper side away from the second intermediate disk by a predetermined distance, and four second intermediate fixing pieces are installed on the bottom part at a predetermined interval at a position adjacent to the variable part, and on the upper surface at a position adjacent to the variable part. Four hinge coupling bodies are installed at intervals, and the body includes: a first intermediate disk having a plurality of installation holes at regular intervals; One end is coupled to the first intermediate fixing piece provided on the upper surface of the second intermediate plate, the other end is coupled to the second intermediate fixing piece provided on the bottom of the first intermediate plate to support the first intermediate plate Support rod; It has a donut shape, is located on the upper side away from the first intermediate disk by a predetermined distance, and the bottom part has four second fixing grooves at regular intervals at a position adjacent to the inner hole, and the body has a plurality of installation holes at regular intervals. The upper disc is provided; One end is hinged to the hinge coupling body provided on the upper surface of the first intermediate disk, the other end is coupled to the upper bent piece installed in the second fixing groove provided on the bottom of the upper disk, the other end is a certain angle It provides a roadside support consisting of an upper support rod for supporting the upper disc having a bent shape.

The upper disc, the first intermediate disc, and the second intermediate disc are provided with an incision surface with a step on the central axis so as to be divided into two parts, such as a base disc. Provides a roadside support, characterized in that the roadside is located in the hole.

It provides a roadside support, characterized in that the base plate is fixed to the ground while the fixing nail is embedded in the ground through the through-hole provided in the variable base disk.

According to the present invention, a donut-shaped base disc is installed on a ground planted with trees, and a donut-shaped second intermediate disc supported by four lower support rods is installed on an upper side of the base disc. A donut-shaped first intermediate disc supported by four intermediate support rods is installed on the upper side of the disc, and a donut-shaped upper disc supported by an upper support rod is installed on the upper side of the first intermediate disc to support the tree trees. Done. The body of the upper disk, the first intermediate disk and the second intermediate disk is provided with a plurality of installation holes at regular intervals, the installation hole is planted with a potted plant on the roadside support that supports the trees by planting potted plants planted This planting makes the appearance of the roadside supporter environmentally friendly.

Hereinafter, the present invention will be described with reference to the accompanying drawings.

1 is an exploded perspective view schematically showing a roadside support according to the present invention, Figure 2a is an exploded perspective view schematically showing the structure of the upper disk constituting the roadside support according to the present invention, Figure 2b is a roadside support according to the present invention Figure 2c is an exploded perspective view schematically showing the structure of the first intermediate disk constituting the, Figure 2c is an exploded perspective view schematically showing the structure of the second intermediate disk constituting the roadside support according to the present invention, Figure 2d Figure 4 is an exploded perspective view schematically showing the structure of the base plate constituting the roadside support, Figure 3 is a view showing a state in which the roadside support is assembled according to the present invention, Figure 4 is a roadside support in the roadside according to the present invention 5 is a cross-sectional view schematically showing the installed state, Figure 5 is a state in which the planter is installed in the roadside support according to the present invention A view showing the strategic, Figure 6 is a cross-sectional view schematically showing a structure of a flowerpot provided in the roadside support according to the invention.

Referring to Figures 1 to 6, in order to support the roadway 800 planted on the road side, the roadside support 10 is installed on the outer periphery of the roadway 800. The roadside support 10 includes four upper disks 400 having a disk shape, a first intermediate disk 300, a second intermediate disk 200, and a base disk 100 spaced apart from each other at regular intervals. It is installed to protect the outside of the (800).

The upper disc 400, the first intermediate disc 300, the second intermediate disc 200 and the base disc 100 is provided with an inner hole 760 in the center so as to have a doughnut shape, the inner hole 760 A row of trees 800 is positioned in the upper disc 400, the first intermediate disc 300, and the second intermediate disc 200, each of which has a plurality of installation holes 700 at regular intervals. The installation hole 700 is installed with a pot 900 is planted.

The base disc 100 is installed on a ground on which the roadway 800 is planted, and a plurality of through holes 120 are provided adjacent to a variable portion of the base disc 100, that is, an edge surface forming an arc. Since the fixing nail 110 is installed in the through hole 120 of the base disc 100, the base plate 100 is firmly fixed to the fixing nail 110 installed in the through hole 120. In detail, the base plate 100, which is installed so that the two plates are closely attached to the step 750, is fastened by the bolts 720, and the through holes 120 are respectively formed at the corner positions forming the arc, which is an inner and outer variable part. The holes are formed in pieces, and three holes are formed at positions where the stepped holes 750 are formed so that the bolts 720 can penetrate.

Four first fixing grooves 130 are provided at a position adjacent to the inner hole 760 provided inside the base disc 100, and a lower bending piece 150 is installed in the first fixing groove 130. do. The lower bent piece 150 has a bar shape having a predetermined length and the middle portion is bent at an obtuse angle, and the coupling groove 152 is provided at the end of the lower bent piece 150.

The lower support rod 140 is coupled to the coupling groove 152 provided at the end of the lower bent piece 150.

Therefore, four lower bent pieces 150 are installed on the upper surface of the base disc 100, and the lower support rods 140 are respectively installed upward and outward, and the lower support rod 140 has a second intermediate shape. The disc 200 is installed.

Like the base disc 100, four hinge couplers 500 are installed on the bottom of the second intermediate disc 200 adjacent to the corners forming the arc, which is a variable part, and the lower support rod is mounted on the hinge coupler 500. The upper end of the 140 is hinged together with the hinge 780.

The second intermediate disk 200 is supported by the lower bending piece 150 and the lower support rod 140 while being installed on the upper side of the base disk 100, the upper surface of the second intermediate disk 200 Four first intermediate fixing pieces 210 are installed adjacent to the corner surface forming the arc. Intermediate support rods 600 each having a predetermined length are installed on the first intermediate fixing piece 210. Four intermediate support rods 600 are installed vertically upward on the upper surface of the second intermediate disc 200, and first intermediate discs 300 are installed on the upper ends of the four intermediate support rods 600. .

Four second intermediate fixing pieces 310 are installed in the bottom portion of the first intermediate disk 300 adjacent to the corner surface forming the arc, which is a variable part, and an intermediate support rod (310) on the second intermediate fixing piece 310. Since the upper end of the 600 is coupled, the first intermediate disk 300 is fixed while being supported by the intermediate support rod 600 on the upper side of the second intermediate disk 200. Ends of the first intermediate fixing piece 210 and the second intermediate fixing piece 310 are provided with grooves so that both ends of the intermediate supporting rod 600 are coupled to each other.

Four hinge couplers 500 are mounted on the variable portion at the upper surface portion of the first intermediate disk 300. The lower end of the upper support rod 420 is hinged to the hinge assembly 500 together with the hinge 780.

The upper support rod 420 is directed upward and inward, the upper disc 400 is mounted on the upper end of the upper support rod 420. Four second fixing grooves 430 are provided at a position adjacent to the inner hole 760 at the bottom of the upper disc 400, and an upper bent piece 410 is installed at the second fixing groove 430. .

The lower support rod 140 installed on the upper surface of the base disc 100 and the upper support rod 420 installed on the upper surface of the first intermediate disk 300 have the same shape, and the lower support rod 140 One end of the upper support rod 420 has a shape bent at an angle so as to be smoothly coupled to the hinge assembly (500).

The upper bent piece 410 has the same shape as the lower bent piece 150 mounted on the upper surface of the base disc 100, the upper support rod 420 in the coupling groove provided at the end of the upper bent piece 410 ) Top is combined. The upper disk 400 is supported and fixed by the upper support rod 420 provided on the upper surface of the first intermediate disk 300.

The upper disc 400, the first intermediate disc (in the inner hole 760 provided in the inner side of the upper disc 400, the first intermediate disc 300, the second intermediate disc 200 and the base disc 100) 300, the ring 710 is installed so that the second intermediate disk 200 and the base disk 100 can smoothly support the roadway 800.

The ring 710 is separated into two, and the ring 710 is attached and fixed to the inner hole 760 together with an adhesive, so that the ring 710 is in contact with the outer circumferential surface of the roadway 800.

The upper disc 400, the first intermediate disc 300, the second intermediate disc 200 and the base disc 100 are separated into two parts, respectively, and the stepped portion 750 is provided on the incision surface separated into two parts. do.

The upper disc 400, the first intermediate disc 300, the second intermediate disc 200 and the base disc 100 are stepped on the incision surface in the row 800 is located in the inner hole 760 750 is firmly fixed together with the bolts 720 as they are mutually coupled.

The flower pot 900 is seated in the installation hole 700 provided in the upper disc 400, the first intermediate disc 300, and the second intermediate disc 200. The pot 900 has a double wall structure. The upper edge of the outer wall 910, which is one of the double walls constituting the flower pot 900, is bent to the outside and extended to form a locking jaw 912, and the locking jaw 912 is a planting hole 900 is installed in the hole ( When seated at 700, the flower pot is fixed to the installation hole 700 by being caught by the edge of the installation hole 700. The drainage hole 930 is provided at the bottom of the inner wall 920 and the outer wall 910, which are the double walls constituting the flower pot 900, respectively. To be discharged.

The upper disc 400, the first intermediate disc 300, the second intermediate disc 200 and the base disc 100 are arranged in a horizontal line 800 while being positioned in the inner hole 760 provided therein. 800 is installed from the ground planted to a certain height of the roadside tree 800 to support the roadside tree 800, and at the same time the potted plant 900 is seated in the installation hole 700 provided in each body potted plant 900 Plants can be planted to provide an eco-friendly landscape.

As can be seen from the above description, the present invention provides a donut-shaped base disc on the ground planted with trees, and a donut-shaped second intermediate disc supported by four lower support rods on the upper side of the base disc. It is installed, a donut-shaped first intermediate disk supported by four intermediate support rods is installed on the upper side of the second intermediate disk, and a donut-shaped upper portion supported by an upper support rod on the upper side of the first intermediate disk. The original plate is installed to support the roadside tree. The body of the upper disk, the first intermediate disk and the second intermediate disk is provided with a plurality of installation holes at regular intervals, the installation hole is planted with a potted plant on the roadside support that supports the trees by planting potted plants planted This planting makes the appearance of the roadside supporter environmentally friendly.

Claims (3)

In the roadside tree support that is installed around the roadside trees such as garden trees, roadside trees, etc., The tree line 800 has a donut shape to be installed on the ground planted, and is provided with an incision surface along with the step 750 on the central axis to be divided into two parts, and the incision surface is coupled and fixed by bolts 720. Wherein, a plurality of through-holes 120 are provided at a predetermined interval at a position adjacent to the corner surface forming a circular arc, which is a variable portion, and four first fixing grooves 130 are provided at a predetermined interval at a position adjacent to the inner hole 760. Base disc 100; It has a donut shape and is positioned at an upper side away from the base disc 100 by a predetermined distance, and four hinge coupling bodies 500 are installed at predetermined intervals at a position adjacent to a corner surface forming an arc, which is a variable portion, on a bottom portion thereof. Four first intermediate fixing piece 210 is installed at a predetermined interval at a position adjacent to the corner surface, the second intermediate disk 200 is provided with a plurality of installation holes 700 at a predetermined interval in the body; One side end is coupled to the lower bent piece 150 installed in the first fixing groove 130 provided on the upper surface of the base disc 100, the hinge assembly 500 is installed on the bottom surface of the second intermediate disk 200 The other end is hinged to the other end, the other end is a lower support rod 140 for supporting the second intermediate disk 200 having a shape bent at a predetermined angle; It has a donut shape and is positioned at an upper side away from the second intermediate disk 200 by a predetermined distance, and at the bottom portion, four second intermediate fixing pieces 310 are disposed at predetermined intervals at a position adjacent to a corner surface of an arc which is a variable portion. The first intermediate disk 300 having a plurality of installation holes 700 are installed at a predetermined interval, and the four hinge coupling bodies 500 are installed at predetermined intervals at a position adjacent to the variable part. One end is coupled to the first intermediate fixing piece 210 provided on the upper surface of the second intermediate disk 200, and is attached to the second intermediate fixing piece 310 provided on the bottom surface of the first intermediate plate 300. Intermediate support rod 600 for supporting the first intermediate disk 300 by the side end is coupled; It has a donut shape, and is positioned on the upper side away from the first intermediate disk 300 by a predetermined distance, and the bottom portion is provided with four second fixing grooves 430 at regular intervals at a position adjacent to the inner hole 760, The upper disk 400 is provided with a plurality of installation holes 700 at a predetermined interval in the body; And one end is hinged to the hinge coupling body 500 provided on the upper surface of the first intermediate disk 300, the upper bent piece installed in the second fixing groove 430 provided on the bottom surface of the upper disk 400 The other end is coupled to the 410, the other end is an upper support rod 420 for supporting the upper disc 400 having a shape bent at a predetermined angle; roadside support consisting of. The method of claim 1, The upper disc 400, the first intermediate disc 300 and the second intermediate disc 200 are provided with an incision surface with a step 750 in the central axis to be divided into two parts, such as the base disc 100, The row of trees 800 is located in the inner hole 760 formed on the inner side while being coupled and fixed by the bolt 720 while the surface is coupled, Roadside support, characterized in that the base nail 100 is fixed to the ground while the fixing nail 110 is embedded in the ground through the through-hole 120 provided on the corner surface forming the arc of the variable portion of the base disk 100 . The method of claim 1, The installation hole 700 provided in the body of the upper disc 400, the first intermediate disc 300 and the second intermediate disc 200 is installed so that the potted plant 900 for planting is seated, the pot 900 Has a double wall structure, and the upper edge of the outer wall 910 is bent outwardly to extend and a locking jaw 912 is formed so that the locking jaw 912 is caught by the installation hole 760 so that the plant pot 900 is installed in the hole ( It is seated in the 760, the bottom portion of the inner wall 920 and the outer wall 910 is provided with a drain hole 930, respectively, In the inner hole 760 provided inside the upper disc 400, the first intermediate disc 300, the second intermediate disc 200, and the base disc 100, two separate rings 710 are formed together with the adhesive. By installing the upper disc 400, the first intermediate disc 300, the second intermediate disc 200 and the base disc 100, the roadside support, characterized in that to support the road smoothly.

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