KR102119081B1 - Tree Protection Plate Having a Supplying Water Function - Google Patents

Abstract

A purpose of the present invention is to efficiently supply water and nutrients to roots of street trees by forming a collective watering path toward the ground while protecting the street trees planted at roadsides or in parks. The present invention provides a street tree protection plate having a watering function, wherein the street tree protection plate comprises: a cover body which is seated and installed on a support frame partitioned into an area for planting street trees to cover and protect the ground around the street trees, and has a plurality of water holes and watering inlets; a watering pipe path which communicates with the watering inlets of the cover body to form a watering path extending in the longitudinal and transverse directions, and has a watering hole formed to supply water in all directions from the ground by having a porous shape formed along the outer periphery thereof; a support bracket which is supported and fixed on the ground so as to change the watering direction from the longitudinal direction to the transverse direction with respect to the watering pipe path; and a watering cap which is fit coupled to correspond to the watering inlets of the cover body and has a water inlet hole vertically penetrating therethrough so that water can be introduced toward the watering pipe path.

Description

Tree Protection Plate Having a Supplying Water Function}

The present invention relates to a roadside protection plate having an irrigation function, and more specifically, it is possible to efficiently supply water and nutrients to the roots of roadside trees by creating a collective irrigation path toward the ground while protecting roadside trees or parks, etc. It relates to a roadside protection plate having an irrigation function.

In general, street trees are planted at regular intervals in parks or roadsides to prevent environmental beautification, pollution and noise, and manufactured in a circular or square shape to protect street trees while securing a certain vegetation space to promote stable growth of street trees. I am using an old protective plate.

These roadside protection plates are usually made of cast iron, artificial stone, concrete, or rolled steel, etc., to protect street trees before roots fall down immediately after planting street trees, and to prevent the loss of earth and sand in rainy weather while removing steps between the roadside and the ground. It has the ability to.

On the other hand, for smooth growth of street trees, continuous water supply is required for street trees, and water supply of normal street trees is provided through rain falling in the rainy season.

However, depending on the environment conditions such as drought, there is a problem that water is not normally supplied due to the insufficient supply of water necessary for the growth of street trees. As a result, when the water supply of the street trees is insufficient, a method of supplying water to the street trees using a water truck may be used.

As a prior art that has been disclosed to solve the above problems, in Korean Patent Registration No. 1181222 (2012.09.07.), in the water supply device for supplying water to street trees, the circumference of the street trees is spaced at regular intervals. A body of a torus installed on the ground to be wrapped; A water absorbing material filled inside the body to absorb water; At least one or more water inflow pipes formed on an upper portion of the body to allow water to flow into the water absorbing material inside the body; It is formed on the lower portion of the body, a plurality of water discharge pipe for discharging the water absorbed by the water absorbing material inside the body into the ground to supply to the street trees; is made, including, the upper portion of the body through the support of a porous material inside the water A roadside water supply device that can smoothly supply water required for the growth of roadside trees by forming a receiving groove that forms a boundary with the absorbent material and is filled with soil on the upper side to provide a space for a landscape plant to grow is known It is.

In addition, in the registered patent publication No. 1380489 (2014.03.26.), in a tree protection frame of a rectangular frame type that is fixedly installed around a tree to protect the tree, along the upper surface in the form of an empty square tube inside A groove formed by a plurality of rainwater suction holes is formed, and an irrigation unit formed on a lower surface by a plurality of irrigation holes having a smaller size than the rainwater suction hole; On the lower surface of the irrigation section, an angle section having a'c' cross section such that the opened portion faces inward; is known as an irrigation frame for protecting trees that can simultaneously protect drought and trees as the combination is configured.

However, in the case of the above-mentioned prior art, in the case of the registered patent publication No. 1,118,22, it is applied as a water supply device separate from the roadside guard, that is, the protective plate, which reduces the workability of on-site installation and increases the cost of production. Furthermore, the water distribution efficiency toward the tree is significantly reduced as water is limited only to the location where the water discharge pipe is installed, and it is difficult to manage because irrigation is performed only by random management while the water inlet pipe is normally kept closed with a stopper. There was a problem that it was difficult to exert watering function in time.

In addition, among the above-mentioned prior arts, the registered patent publication No. 1380489 is usually irrigated naturally during the rainy season through rainwater suction holes, but is applied to the tree protection frame to supply the trees vertically through the irrigation holes. There was a problem in that watering efficiency was significantly low due to large outflow and waste of water due to incomplete watering toward.

KR Registered Patent Publication No. 10-1182722 (2012.09.07.) KR Registered Patent Publication No. 10-1380489 (2014.03.26.)

The present invention is to solve the above problems, and while applying the watering function to the roadside protection plate itself, water or nutrients supplied to the watering path are configured to be applied in all directions within the ground, thereby increasing the convenience of the work according to the collective installation work. It aims to provide a roadside protection plate with irrigation function that minimizes the cost of building facilities following production and increases the efficiency of irrigation toward trees in the ground.

The roadside protection plate having the irrigation function proposed by the present invention includes a cover body having a plurality of through holes and irrigation inlets to protect and cover the ground around the roadside by installing and seating on a support frame partitioned into areas for planting trees; An irrigation conduit that communicates on the irrigation inlet of the cover body to form an irrigation path extending in a longitudinal direction and a transverse direction, and forms a perforation along the outer periphery to form watering holes to supply water from the ground to all directions; A support bracket for supporting and fixing the underground water to change the watering direction from the longitudinal direction to the transverse direction with respect to the water pipe; It comprises a; irrigation cap that fits in correspondence with the irrigation inlet of the cover body, and forms a vertically penetrated water inlet hole to allow water to flow into the irrigation pipe.

The irrigation pipe is composed of a dividing structure in which the pipes of the irrigation paths in the longitudinal and transverse directions are separated based on the support bracket.

The irrigation pipe includes a first irrigation channel communicating with the irrigation inlet of the cover body based on the support bracket to form an irrigation path extending in the vertical direction in the horizontal tree planting region, and the horizontal planting region based on the support bracket Constructs a second irrigation channel extending in the transverse direction of the inner radius to form an irrigation path capable of irrigating water in all directions.

In addition, the water pipe may be configured as an integral structure in which a pipe body having a water path in the longitudinal and transverse directions based on the support bracket forms one.

The water pipe is made of a flexible tube in the form of a bellows.

The support bracket is configured as a connection support type in which the irrigation conduits extending in the longitudinal and transverse directions are connected and connected in communication with each other to form a structure in which the inside is in communication with the irrigation conduits.

In addition, the support bracket may be configured as a variable support type that guides and fixes deformation of the irrigation pipe at the point of change of irrigation direction of the irrigation pipe.

The support bracket, a bracket body that forms a support surface for the water pipe on one side, and is formed protruding on the support surface of the bracket body and accommodates the water pipe in the inside, the pipe line variable supporting the deformation of the water pipe Consisting of a sphere and the bracket body and constituting a conduit binding opening for fixing the end of the water pipe.

According to the roadside protection plate having the function of irrigation according to the present invention, it is configured to collectively implement elastic underground irrigation along with roadside protection, thereby reducing maintenance costs while promoting convenience and speed of construction on site, and in the roadside planting area By supplying water and nutrients in all directions while uniformly changing the direction of irrigation, it increases the efficiency of underground irrigation, and also obtains the effect of promoting normal growth while preventing the death of street trees.

1 is a partial cross-sectional perspective view showing an embodiment according to the present invention.
Figure 2 is a cross-sectional view showing an embodiment according to the present invention.
Figure 3 is a perspective view showing the cover body and the irrigation cap in another embodiment of the present invention.
Figure 4 is a perspective view showing an irrigation cap in one embodiment according to the present invention.
5 is a perspective view showing another embodiment according to the present invention.

The present invention provides a cover body having a plurality of through holes and irrigation inlets to cover and protect the ground around the street trees by seating on a support frame partitioned into regions for planting trees; An irrigation conduit that communicates on the irrigation inlet of the cover body to form an irrigation path extending in a longitudinal direction and a transverse direction, and forms a perforation along the outer periphery to form watering holes to supply water from the ground to all directions; A support bracket for supporting and fixing the underground water to change the watering direction from the longitudinal direction to the transverse direction with respect to the water pipe; Features of the technical configuration of the roadside protection plate having a watering function, including; watering cap that fits in correspondence with the watering inlet of the cover body and forms a vertically penetrated water inlet hole to allow water to flow into the watering pipe Is done.

Next, a preferred embodiment of a roadside protection plate having an irrigation function according to the present invention will be described in detail with reference to the drawings.

First, an embodiment of a roadside protection plate having an irrigation function according to the present invention is as shown in FIGS. 1 and 2, the cover body 10, the irrigation pipe line 20, the support bracket 30, and the irrigation cap ( 40).

The cover body 10 is installed on the ground in a form surrounding the roadside trees planted on the side of the road where the sidewalk blocks are installed.

At the boundary between the sidewalk block and the cover main body 10, a support frame 5 is installed to partition the area separate from the sidewalk block, that is, an area for planting trees, while supporting and fixing the cover body 10.

The cover body 10 is configured to seat on the support frame 5 to cover and protect the ground around the street.

As shown in FIG. 1, the cover body 10 is formed in a square planar shape as a whole, and is formed so that the arcuate grooves face each other on the inner side corresponding to the number of trees. That is, the cover body 10 is composed of two cover bodies 10 on each other so that the arcuate grooves face each other in correspondence with the street trees and are formed on the ground surface around the street trees.

As shown in FIGS. 1 and 2, the cover body 10 is formed with a plurality of through holes 11 vertically and vertically penetrated to allow water to flow smoothly toward the ground of the ground where the trees are planted. It is configured to have an irrigation inlet 13 which is a path through which an arbitrary irrigation can be made.

Although not shown in the drawings, the cover body 10 has a certain pattern of protrusions formed on its surface, so it is also possible to configure it to exhibit sliding resistance.

The irrigation pipe line 20 is configured to form an irrigation path toward the underground in the tree planting area covered from the cover body 10.

As shown in Figure 2, the irrigation pipe 20 is installed in communication with the irrigation inlet 13 of the cover body 10, so that water or nutrient supplied to the irrigation inlet 13 is in the longitudinal direction of the underground. And an extended irrigation path capable of being moved in the transverse direction.

The water pipe 20 is basically composed of a pipe pipe shape having a circular cross-section, and the water pipe 20 is formed in a porous shape along an outer circumference to supply water to the water from all directions in the ground. To form. That is, the irrigation hole 25 is formed such that water or an influence agent flowing through the irrigation line 20 flows out through the irrigation hole 25 in all directions.

The irrigation conduit 20 is configured such that the vertical and vertical lateral and vertical transverse directions in the underground form a dividing structure. That is, the water pipe 20 is a dividing structure in which the pipe bodies of the water pipe 20 formed in the longitudinal direction and the water pipe 20 formed in the transverse direction are separated from each other based on the support bracket 30 in the ground. It consists of.

The water pipe 20 is configured to form a structured structure in the ground.

1 and 2, the irrigation pipe 20 communicates with the irrigation inlet 13 of the cover body 10 based on the support bracket 30 and extends vertically and horizontally in the planting area of the street tree. A first irrigation channel 21 forming an irrigation path and a second extending irrigation path capable of irrigating water in all directions by extending toward a lateral direction of a circular radius in the planting area based on the support bracket 30 The irrigation canal 23 is constituted.

In the above, the first irrigation channel 21 and the second irrigation channel 23 are configured to form a coupling structure separable from the support bracket 30.

In the irrigation pipe 20, it is possible to promote water supply with a uniform distribution in all directions as the irrigation in the ground is achieved only through the irrigation hole 25.

The support bracket 30 performs a function of supporting and fixing the irrigation pipe 20 in the ground.

The support bracket 30 supports and secures the irrigation pipeline 20, but supports and fixes the irrigation direction from the longitudinal direction to the transverse direction with respect to the irrigation pipeline 20.

The support bracket 30 is configured as a connection support type that collectively connects the water pipes 20 in the longitudinal and lateral directions from the ground. That is, the support bracket 30 forms a structure in which the inside communicates with the water pipe line 20, and the water pipe line 20 extending in the longitudinal and transverse directions is connected and connected in communication.

The support bracket 30 is made of a "⊥" shape, the first support end 31 and the irrigation of the first end of the first irrigation channel 21 toward the longitudinal direction of the irrigation conduit 20 and the irrigation A second support end 33 is formed extending at both ends to securely connect the second water passage 23 facing the lateral direction of the pipeline 20.

2 and 3, the irrigation cap 40 is fitted to the irrigation inlet 13 of the cover body 10.

The irrigation cap 40, as shown in Figures 2 and 4, on the capping frame 41 and the capping frame 41 to be fixedly fitted on the irrigation inlet 13 of the cover body 10 It is provided with a cap lid 43 that can be detachably fitted.

The cap lid 43 is formed with a plurality of water inlet holes 45 vertically penetrated so that water can naturally flow toward the water pipe 20. That is, when the rain is naturally flowing into the water inflow hole 45 of the cap lid 43 to allow irrigation toward the ground, and when artificially irrigating from the manager, the captle 41 of the irrigation cap 40 ) After separating the cap lid 43, it is configured to irrigate.

Since the cap lid 43 formed with the water inlet hole 45 is formed as described above, it is possible to prevent the clogging phenomenon that foreign substances (leaves or cigarette butts) enter and block clogging while promoting natural inflow of rainwater.

In addition, since the irrigation pipe 20 and the irrigation cap 40 are constructed of recycled scrap metal or waste plastic, it is possible to reduce production cost and construction cost.

And another embodiment of the roadside protection plate having an irrigation function according to the present invention, as shown in Figure 5, constitutes an irrigation conduit 20 forming an integral structure and a support bracket 30 of a variable support structure.

The irrigation pipe 20 is configured such that one pipe having an irrigation path in the longitudinal direction and the transverse direction is formed based on the support bracket 30. That is, the irrigation pipe 20 is configured to be bent on the basis of the support bracket 30 so as to collectively compose the pipes in the longitudinal and transverse directions.

The irrigation conduit 20 is made of a flexible bellows type flexible tubular body having ductility to facilitate setting of the direction change of the irrigation path.

The support bracket 30 is a variable support structure for the irrigation pipe line 20, wherein the irrigation pipe line 20 is converted at the point of change of the irrigation direction of the irrigation pipe line 20, i.e., at the point of being transverse from the longitudinal direction. It is fixed to guide bending deformation.

The support bracket 30, as shown in FIG. 5, a bracket body 35 forming a support surface for the water pipe 20 on one side, and a conduit variable port supporting and fixing the water pipe 20 ( 37) and conduit conduit 39.

The bracket body 35 forms a plank shape, and constitutes a striking end portion 36 with an end pointed to the lower end. In other words, when the bracket body 35 is installed in the ground, it is possible to facilitate the smooth installation of the irrigation pipe line 20 because the locked end portion 36 is placed in the ground to maintain a fixed state.

The conduit variable 37 is formed to protrude in the shape of a "∪" on the support surface of the bracket body 35, while supporting the deformation of the water conduit 20 while receiving the water conduit 20 inside do.

The conduit variable 37 is a first conduit variable 37a for receiving and supporting the water pipe 20 in the vertical direction vertically, and a second constitution for receiving and supporting the water pipe 20 in the transverse direction. It is provided with a pipeline (37b).

The first conduit variable opening 37a and the second conduit variable opening 37b are formed to be positioned at right angles to each other on the bracket body 35.

The conduit fastener 39 is provided on the bracket body 35, and the end of the water conduit 20 is bound and fixed.

The conduit binding opening 39 forms a through hole inside to form an outlet 39a, and water or nutrients moving along the irrigation pipeline 20 are supplied through the irrigation hole 25, and other water Or because the nutrient is supplied through the outlet (39a), it is possible to promote rapid irrigation while increasing the amount of irrigation.

That is, according to the roadside protection plate having the irrigation function according to the present invention configured as described above, since it is configured to collectively implement elastic underground irrigation along with roadside protection, maintenance costs are reduced while promoting convenience and speed of construction on site. It is possible to reduce and supply water and nutrients in all directions while uniformly changing the direction of irrigation in the tree planting area to improve the efficiency of underground irrigation as well as to promote normal growth while preventing roadside death.

In the above, the preferred embodiment of the roadside protection plate having the irrigation function according to the present invention has been described, but the present invention is not limited thereto, and is implemented by various modifications within the scope of the claims and the specification and the accompanying drawings. It is possible, and this also falls within the scope of the present invention.

5: Support frame 10: Cover body
11: Through hole 13: Irrigation inlet
20: water pipe 21: water pipe 1
23: 2nd Irrigation Channel 25: Irrigation Work
30: support bracket 31: first support
33: second support stage 35: bracket body
36: parked end 37: pipeline duct
37a: Route 1 variable 37b: Route 2 variable
39: conduit binding opening 39a: outlet
40: watering cap 41: cap frame
43: cap lid 45: water inlet

Claims (8)

A cover body installed on a support frame partitioned into a region for planting trees to cover and protect the ground around the trees, and having a plurality of through holes and water inlets; An irrigation conduit that communicates on the irrigation inlet of the cover body to form an irrigation path extending in the longitudinal and transverse directions, and forms a perforation along the outer periphery to form watering holes to supply water in all directions from the ground; A support bracket for supporting and fixing the underground water to change the watering direction from the longitudinal direction to the transverse direction with respect to the water pipe; It comprises a; irrigation cap that fits in correspondence with the irrigation inlet of the cover body, and forms a vertically penetrated water inlet hole to allow water to flow into the irrigation channel;
The irrigation conduit is composed of an integral structure in which a conduit having an irrigation path in a longitudinal direction and a transverse direction is formed based on the support bracket, and the irrigation conduit consists of a bellows type flexible tube,
The support bracket is made of a variable support type that guides and fixes the deformation of the irrigation pipe at the point of change of the irrigation direction of the irrigation pipe,
The support bracket forms a support surface for the irrigation pipe on one side, and a bracket body having a fastened end with a sharply projected end at the lower end, and a protrusion formed in the shape of a "∪" on the support surface of the bracket body. It includes a conduit variable opening to support the deformation of the water conduit while receiving the water pipe in the inside, and a conduit fastener provided on the bracket body and fixed to the end of the water conduit to form an outlet through the inside and,
The conduit variability, a roadside protection plate having a watering function comprising a first conduit variable opening to support the watering conduit vertically and vertically, and a second conduit variable opening to support the watering conduit horizontally. .
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