KR20180002949U - Brace for Supproting Trees - Google Patents

Abstract

The present invention relates to a pedestal support frame for preventing a stem or a branch extending from a tree from falling down, and more particularly, to a support pedestal support frame capable of effectively supporting a pedestal while safely protecting the plant .
According to the present invention, the support frame for supporting the tree is a support frame for supporting the stem or branch extending from the tree to the side, the support frame being in the form of a column; A support plate coupled to the upper end of the support column and having a wider surface than the support plate and curved in a round shape; And a serration wrinkle pad which is formed to be wider than the support support plate and joined to the upper surface of the support support plate, the upper surface of the serration wrinkle pad being formed by a wrinkle in a width direction and being divided into a concave wrinkle bone and a convex wrinkle mountain .

Description

{Brace for Supproting Trees}

The present invention relates to a pedestal support frame for preventing a stem or a branch extending from a tree from falling down, and more particularly, to a support pedestal support frame capable of effectively supporting a pedestal while safely protecting the plant .

Stems and branches extending from the trees are likely to be broken by their own weight or by external forces such as typhoons. Especially, protected trees that are protected by natural monuments are usually equipped with support pillars. Fig. 1 shows various examples of installation of a conventional supporting stand for tree protection.

Conventionally, the most common and simple method of installing the pedestals for protecting trees is to install the pedestals, which are made of wood, such as logs, logs, and bamboo, on the trees, and then tie the pedestals with the trees with wires. However, this method is accompanied by the problem that the iron wire is easily untied due to the corrosion of the iron wire and the problem that the iron wire penetrates the tree during the growth of the tree and obstructs the growth of the tree.

Fig. 2 is another example of a support base for protecting a tree, and is an example of a fruit support base used mainly in the process of growing fruit trees (apple, pear, persimmon, etc.). As shown in the figure, it is characterized by having a U-shaped pedestal supporting the stem or branch of the tree. The U-shaped support base is provided with a narrow support surface to effectively support the tree branches. In order to solve these limitations, the support surface of the U-shaped base may be widened. In this case, the surface of the tree branches is easily scratched due to the friction between the tree branches and the U-shaped base in the growth process of the trees, This can also hinder the growth of trees.

KR2001635030000 KR1020160059155

The present invention has been developed in order to improve a conventional tree-protecting type support base, and there is a technical problem to provide a new tree base support base that can safely protect the tree while effectively supporting the tree.

In addition, the present invention aims to provide a pedestal support system that can minimize the obstacles to tree growth during the growth of trees.

In order to solve the above-described technical problem, the present invention proposes a supporting stand for supporting and supporting a stem or a branch extending from side to side in a tree, A support plate coupled to the upper end of the support column and having a wider surface than the support plate and curved in a round shape; And a serration wrinkle pad which is formed to be wider than the support support plate and joined to the upper surface of the support support plate, the upper surface of the serration wrinkle pad being divided into a concave wrinkle bone and a convex wrinkle mountain by forming a wrinkle in a width direction. Provide a supporting stand for tree protection.

According to the present invention, it is possible to provide a new pedestal support stand capable of effectively supporting and supporting the trunks or branches of a tree. In particular, the support pillar according to the present invention is provided with a sawtooth-shaped fold pad at which the branch of the tree is seated, thereby preventing the occurrence of a scratch on the tree trunk due to friction during the growth of the tree, It is possible to induce stable growth of trees.

FIG. 1 is a view showing various examples of conventional support posts for protecting a tree.
2 is an example of a conventional receiving receptacle support.
Fig. 3 is an installation view of a pedestal supporting stand for tree branches according to the present invention.
Fig. 4 is a schematic view of a pedestal supporting stand for a tree branch according to the present invention.
Fig. 5 is a partial cross-sectional detail view of the support pillars in the support leg support base for the heddle branch according to the present invention.
Fig. 6 is a detail view of the upper part of the supporting pillar supporting frame for protecting trees according to the present invention. Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the accompanying drawings and preferred embodiments.

FIG. 3 is an installation view of a support pillar 100 for protecting a tree according to the present invention, and FIG. 4 is a schematic view of a support pillar 100 for protecting a tree. As shown, the supporting column 100 according to the present invention includes a support column 110, a support support plate 120, and a crease pad 130 for supporting and supporting a stem or a branch extending laterally from the tree. .

The support post 110 is a column-shaped portion, and is fixed on the ground to be a brace supporting the tree. The support pillars 110 may be made of various materials such as wood, plastic, and metal, but are preferably made of a steel material having good durability and waterproofness. The support pillars 110 are desirably provided in a structure capable of flexibly coping with various heights, shapes, and load changes of the tree trunks or branches to be supported by the support, as will be described with reference to FIG.

The support support plate 120 is coupled to the upper end of the support post 110 and has a surface wider than the end surface of the support post 110 and is bent in a round shape. The support supporting plate 120 is configured to support the bottom of the stem or the branch of the tree, and is supported in a round shape wider than the end of the supporting column 110, so that the stem or branch of the tree can be stably supported. The support support plate 120 may be formed of various materials such as metal and plastic. However, if the support support plate 120 is provided with a conveyor belt or a fan belt easily obtainable from the periphery, the support support plate 120 can be easily bent in a round shape.

The corrugated pad 130 is formed to be wider than the corrugated support plate 120 and coupled to the upper surface of the corrugated support plate 120. The corrugated pad 130 has a concave corrugated valley 131 and a convex corrugated 132, respectively. When the stem or branch of a tree is placed on the wrinkle pad 130, the wrinkle pad 130 comes into contact with only the wrinkle mountain 132 and the contact area becomes small. Therefore, It is possible to reduce the friction, thereby restraining damage to the trunk of the tree or the cuticle of the branch. Furthermore, rainwater or the like can be introduced and discharged through the wrinkle cores 131 of the wrinkle pad, so that accumulation of rainwater or the like on the wrinkle pad 130 can be suppressed and decay of the wood can be prevented. The pleated pad 130 can be easily provided with a serrated rubber belt.

Fig. 5 is a partial cross-sectional detail view of the support post 110 in another supporting tree support base 100 in the present invention. It is preferable that the support pillars 110 are provided so as to have a structure capable of flexibly coping with various heights and shapes of trunks or branches of trees and changes in loads due to the presence or absence of leaves or fruits depending on the season. And a structure capable of elastic expansion and contraction are exemplified.

5A is an example of a height adjuster 110a having a height adjustable structure. The upper and lower pillars 111 and 112 are provided as internal and external double tubes to adjust the fixing position of the tightening bolt 113 This is an example in which the method of adjusting the height is applied. The height adjuster 110a may be applied in a manner other than that illustrated in FIG. 5 (a). For example, various known methods such as a length adjuster, a height adjuster for a building, and the like may be applied. The pedestal 110 having the elevation adjuster 110a can flexibly cope with various elevations of the tree branches.

5 (b) shows an example of a supporting post 110 having an elastic stretchable and contractible portion 110b of a structure capable of elastic stretching and expansion. A spring 114 is provided between the upper and lower pillars 111 and 112, 114 are stretched and contracted by the elasticity of the elastic members. The spring 114 is installed inside the guide tube 115 and extends and contracts in the guide tube 115. The support strut 110 having the elastic stretchable and compressible portion 110b can flexibly cope with a change in load of a tree branch due to season and the like.

6 is a detail view of the assembly of the upper part of the supporting pedestal 100 according to the present invention. In FIG. 6, it can be seen that the upper Y-shaped support strut 110 is formed by a pair of support blades 116. The Y-shaped support strut 110 is formed by cutting the upper part of the circular steel pipe vertically into two parts, So that the pair of support blades 116 can be easily formed. The support plate 120 is fixedly mounted on the support blade 116 on the upper portion of the Y-shaped support post 110 and the wrinkle pad 130 is fixed on the support support plate 120.

In addition, in FIG. 6, it can be confirmed that the lateral grooves 133 are further formed in the wrinkle pad 130 and the discharge tube 140 is further provided in the wrinkle ribs 131 of the wrinkle pad. The horizontal grooves 133 and the discharge pipe 140 are configured to smoothly discharge rainwater or the like accumulated on the pleated pads 130. The lateral grooves 133 are formed to cross the corrugations at the center of the corrugated pad 130. The end of the discharge pipe 140 is positioned at the lateral groove and the other end is positioned at the end or outside of the corrugated pad 130 The inflow hole 141 is provided in the lateral groove 133 and both ends of the inflow hole 141 are located at the end or outside of the corrugated pad 130. [ Accordingly, rainwater or the like accumulated on the wrinkle pad 130 is gathered in the lateral grooves 133 along the wrinkle ribs 131 and discharged through the discharge pipe 140.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, The scope of protection of the present invention as defined by the appended claims.

100: Support base for tree protection
110:
110a: height adjusting portion 110b: elastic stretchable portion
120:
130: crease pad 133: guide groove
140: discharge pipe 141: inlet hole

Claims (4)

As a supporting stand to support and protect the stem or branches that extend from side to side,
A columnar support column 110;
A support plate 120 coupled to an upper end of the support column 110 and having a surface wider than an end surface of the support column 110 and curved in a round shape;
The upper surface of the upper supporting plate 120 is wider than the lower supporting plate 120 and coupled to the upper surface of the supporting plate 120. The upper surface of the lower supporting plate 120 is divided into concave wrinkles 131 and convex wrinkles 132, A serrated pleat pad 130;
And a support frame for supporting the tree support. The method of claim 1,
The fold pad 130 is further formed with a lateral groove 133 crossing the corrugation,
The wrinkle ribs 131 of the wrinkle pad are further provided with a discharge pipe 140,
The discharge pipe 140 may be provided at one end or the other end of the corrugated pad 130 while the other end is positioned at the lateral groove 133 or may be provided at the center to form an inlet hole 141, Are provided at the ends of the corrugated padding (130) or at the outside of the corrugated padding (130) while being positioned in the lateral grooves (133). 3. The method according to claim 1 or 2,
Wherein the pedestal support (110) is provided with a height adjusting part (110a) of a height adjustable structure or an elastic stretchable part (110b) of a structure capable of elastic stretching. 4. The method of claim 3,
The support post 110 is Y-shaped and has a pair of support blades 116 at an upper portion thereof,
The support support plate 120 is provided as a conveyor belt or a fan belt and fixedly mounted on a support blade 116 on the Y-shaped support post 110,
Wherein the corrugated pads (130) are provided with rubber belts and are fixedly mounted on the support support plates (120).

Images