KR20140049662A - Sliding ress protection board - Google Patents

Abstract

The present invention can be conveniently installed at street trees on the road and can be installed very easily without troubles and difficulty regardless of positions of trees (100) for aesthetic construction. The present invention relates to an apparatus in which a sliding type tree protection board which has a simple structure and is easily installed is coupled to one side of a connecting member to be able to communicate, like the conventional, and connecting member sliding bars are fixed to the center or in any posture to be able to install. In at least one tree protection frame including a protection frame and a tree protection board, a sliding bar is interposed at a predetermined portion of the protection plat, so that the soil is not exposed on the protection plate and in a tree space, after the tree is planted, thereby obtaining a beautiful appearance. The sliding bars formed at the tree protection plate cover the vicinity of the tree, and after construction, a step portion is formed at the sliding bars and an elastic material is attached on the step portion, so that the sliding bars do not restore to the original state. In addition, the tree inflation due to the growth of the tree allows the tree to push the sliding bar, thereby automatically including a movement permission unit. The sliding bar is pushed from A to B as the tree (100) grows.

Description

Sliding ress protection board

The present invention can be conveniently installed by moving the sliding bar (14.14A) back and forth after forming the tree protection plate 10 in the roadside trees or trees 100, the structure of the tree protection plate of simple and easy to move back and forth It is about tree protection for loss of soil and aesthetic landscape.

Applicant can be integrated with the tree protection plate 10 and the sliding bar (14.14A) to selectively adjust the length as needed. In order to increase space utilization, we develop and apply a new concept tree protection plate (10) that integrates the tree protection plate (10) and the sliding bar (14.14A).

The structure is provided with a tree protection frame 18, the road boundary stone is formed. Inside the tree protection frame 18, a space 20 for planting trees is formed.

The tree protection plate 10 is installed on both sides of the space 20, and the sliding bar 14.14A opens and closes the sliding bar 14.14A in proximity to the tree 100. The tree protection plate 10 is at least one sliding bar 14 is installed and fixed to each other in a connected state and is installed on the upper surface to prevent soil loss.

In order to seat the sliding bar 14 connected to the tree protection plate 10 near the tree 100, a jaw is formed on the bottom of the sliding bar 14A to form a contraction action, thereby automatically moving the sliding bar 14A as the tree grows. It includes a control device.

However, in the above-described configuration, when the tree protection plate 10 is installed or planted so that the center point of the tree 100 is driven to one side, there is a problem of blurring the aesthetics by requiring a large amount of space.

Accordingly, the present invention is to solve this problem can be conveniently installed by moving back and forth on the tree protection plate (10). It is an object of the present invention to provide a circular tree protection plate 17 of a sliding bar (14.14A) moving type that is simple in structure and easy to operate.

In addition, the present invention aims to be a means of increasing the soil loss and aesthetic effect of the simple structure and superior soil cover ability.

In order to achieve the above object, the circular bar protection plate (17) of the sliding bar (14.14A) of the present invention is integrated. At the side of the tree protection plate 10, the movement means stepped on the circular tree protection plate 17 so that the sliding bar 14 is not detached from the sliding bar 14 moving groove provided with at least one sliding bar 14 moving means. To form.

Front and rear circular guide plate 17 to guide the movement of the sliding bar 14, the front and rear movement guide means 11 installed between each side of the tree protection plate 10 to guide the front and rear movement of the sliding bar (11). Between the front and rear movement guide means 11 and the sliding bar 14 is installed between the predetermined intervals is characterized in that it comprises a passage movement permitting means.

In addition, the sliding bar (14.14A) according to the present invention is installed to match the upper surface of the tree protection frame 18 and the tree protection plate (10.17) and comprises an opening and closing member for opening the sliding bar (14.14A) passageway It is done.

According to the above problem solving means of the present invention by forming a sliding bar 14 in the circular tree protection plate 17 by sliding the sliding bar (14.14A) back and forth to cover the soil exposure and simply closed and open state It can be changed and does not require the same soil exposure space as the conventional one, and the cover can be installed freely.

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

However, the present invention is not limited thereto.

1 to 2 is a top plan view of the structure of one embodiment of the front and rear movement of the tree protection plate integrated in accordance with the present invention Figure 3 of Figure 3 is shown in cross-sectional view.

2 to 3 are provided with at least one sliding bar (shown by omitting the exact thickness as two on 14) formed with a tree guard frame 18 at the bottom of the integrated tree guard plate 10 of the front and rear movement method thereof. It is basically applied to the sliding bar 14, the slide coupling means (12) installed between the tree protection plate groove 22 of the sliding bar 14 moving means of the front and rear movement guide means 11 of the sliding bar movement of the sliding bar (14A) Means for allowing the movement of the circular bar protection plate 17, the sliding bar 14 and the sliding bar 14.14A recessed member for allowing the sliding bar 14A to move during the front and rear movement of the sliding bar 14 connected to the moving means. Configure.

The sliding bar 14 is a tree protection frame so as to be movable between at least 2.3 positions in the un-installed position for the open state in which the circular tree protection plate 17 is disposed via the sliding bar 14, as shown in FIG. (18) It is installed on the upper surface.

It is not limited to this and is formed between one tree protection plate (FIG. 1) and the circular protection plate 17, and can move from side to side, and not only between the pair of tree protection plates 10 or the tree protection plate (FIG. 1). It is possible to install and move between locations, including. Example 1

The sliding bar 14 moving means 11 is for protecting the tree 100 by moving the sliding bar 14 from the side of the circular tree protection plate 17. In FIG. 2 and FIG. The groove 13 is formed, but is not limited thereto, and may be a sliding bar 14 formed on the bottom surface of the tree protection plate 10, or may be a sliding bar moving unit to support a plurality of sliding bars 14. .

In the case of the tree protection plate 10, the sliding bar (14.14A) is formed so as not to be caught on the outer circumference at the same time, while closing at the same time as shown in Figs.

In addition, it is preferable that rainwater grooves are installed as shown in FIGS. 1 and 2 of the tree protection plate 10.

Various known configurations may be employed as the inner means 11 is installed on the side of the circular tree protection plate 17 to guide the front and rear movement of the circular tree protection plate 17 during left and right.

In FIG. 4 and FIG. 5, the inner and inner means 11 protrude from the circular tree protection plate 17 and the sliding bar 14 to prevent sliding of the sliding bar 14.14A and to allow the sliding movement. The member 12A and the recess member 13 are constituted by slides. The protruding member 12A groove member 13 can be conveniently configured as a sliding guide (14.14A) moving guide means structure of the slide coupling method.

In the embodiment, the inner and rear means 11 is not limited thereto, and the illustration is omitted, but it is also possible to move the slide bar close to the tree by using a groove or the like in the guide means and the guide means.

The slide bar 14 moving line 12A-B is connected to the tree close to the sliding bar 14.14A through FIG. 3 and has a spring resistant to corrosion in the direction of the arrow as shown in FIGS. 3 to 5. Although what is adopted is not limited to this example, various well-known structures can be employ | adopted.

In addition, although the rubber that requires elastic force is shown on the upper surface of the sliding bar 14A to prevent the sliding bar 14 from moving and scratching the tree, it is not limited thereto, and various known configurations may be employed.

It is preferable to have a locking means that can be pressure-fixed to the bottom, but there is a limitation in the configuration of the locking means can be adopted a variety of known configurations.

In the configuration of the fixing member slide bar configured as described above, various known configurations can be employed without limitation.

As shown in the fixing member 14 and the sliding bar 14.14A configured as described above, the slide bar can be detachably installed, but the fixing means in the present invention is not limited to this configuration and is not removable. It may be installed as.

Since the integrated tree protection plate of the front and rear movement type is configured on the side of the tree protection plate so that the slide bar can be moved back and forth, the sliding bar (14.14A) can be closed by sliding back and forth to move the sliding part around the tree (100). do.

As described above, the sliding bar (14.14A) is formed, it can be simply configured to prevent damage to the tree by dirt, maximize the beautiful landscape composition, there is an advantage that the maintenance is easy to simplify the assembly or disassembly. .

Figure 1 is an installation example of the existing tree protection frame cover.

Figure 2 is a top plan view showing the structure of an embodiment of the tree protection plate integrated of the front and rear movement method (slide method) according to the present invention.

Figure 3 is a plan view of forming a slide bar by forming another tree protection plate on the tree protection plate.

Figure 4 is composed of different slide bar side view and guide means groove and protrusion.

5 is stepped to form a stepped jaw on the bottom of the slide bar.

Fig. 5-A is a sliding bar engaging means. Fig. 06 Sliding bar groove side view.

[Code Description of Main Parts of Drawing]

10: Tree Cover

11: Means for moving back and forth.

12: With slide joining means. 12A: Protruding member.

13: groove.

14: sliding bar 14A: sliding bar.

15: spring (rubber band)

16: Fixed protrusion.

17: Arbor round cover.

18: Tree protection frame.

19: Tree Square Protector.

20: Space Department.

21: Slide bar engaging jaw.

22. Excellent ball.

23: fixing part.

24: Tree Support Ball.

25: Slide bar fixing groove.

100: tree.

Claims (9)

The tree protection frame 18 and the tree protection plate 10 are formed in each pair, and a circle of a predetermined size is formed to form a tree or planting space portion 20 in the center and a protection plate composed of a square or a circle, and for the tree support 23. Circular tree protection plate (17) formed with three or more tree support grooves (23) and excellent hole logo aesthetic composition perforations are formed in the center of the pair. At least two sliding bars (14.14A) different in shape between the circular tree protection plate 17 side. Front and rear movement guide means (11) which is installed between the side of the protection plate by forming another tree protection plate as the guide movement means for the front and rear movement of the sliding bar (14). And the sliding bar 14 is connected to the sliding bar 14A. Sliding bar (14.14A) opening and closing means automatically as the tree grows. Means by which corrosive and resilient materials are formed by stepping on the bottom of the sliding bar (14.14A). According to claim 1, wherein the front and rear movement guide means 11 is formed with another protection plate 17 on the tree protection plate 10 to enable aesthetic appearance and sliding movement at the same time and is provided with a projection member 12A Consists of the groove member (12B) and the protruding member (12A) and the groove member (12B) is coupled to one side, at least one of the front and rear movement of the tree protection plate, characterized in that the sliding bar coupling means of different sizes. The sliding bar (14.14A) formed in the tree protection plate is designed in two or more, and the recessed portion is formed in the restoring protection plate to prevent the sliding bar (14.14A) departure. The sliding bar 14 has a shape different from that of the sliding bar 14A to serve as a support for the sliding bar 14A, and a sliding bar recess is designed on one surface of the sliding bar 14 to obtain two effects simultaneously as a moving means. Product. The sliding bar (14.14A) having a different shape according to claim 1 is a sliding bar formed with a recess (13) formed at the bottom of the circular tree protection plate (17) and a protrusion (12A) formed at the bottom of the sliding bar (14). (14.14A) Sliding bar, characterized in that it comprises a guide (11) for maintaining a constant distance in the flow direction. The guide bar 11 is formed at the center of the sliding bar 14, and the sliding bar 14A is formed at the bottom of the slide coupling means sliding bar 14 formed with the sliding bar 14. The bar 14A guides the flow direction by forming a protrusion 16 on the side. The groove 13 is formed on the side surface of the circular tree protection plate 17, the sliding bar 14 is formed by the protrusion member 12A is coupled to the sliding bar 14, the groove 13 is formed in the sliding bar 14 Tree protection plate of the front and rear movement guide system by forming the sliding bar (14A) protruding member (12A). The method according to claim 1, wherein the step is formed on the bottom surface of the sliding bar (14.14A) by the front and rear movement guide means of the sliding bar (14.14A) to form a step with a material resistant to corrosion and elasticity, and is then joined for shrinkage expansion action. Since the elasticity is formed in the sliding bar 14A according to claim 7, the tree is formed of an elastic material such as rubber to prevent the tree 100 from being wound on the partial sliding bar 14A. According to claim 1, the tree square protective plate 19 is formed in the center of the other protective plate 17 is formed in a circle and the communication with the rectangular protective plate 19 differently formed so that both sides of the connection member is coupled and the tree is connected A rectangular protective plate 19 and a circular rectangular protective plate 17 relates to a device configured to be installed by coupling to both sides of the connecting member.

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