KR100758603B1 - T-shaped Expansion Street Inlet of road side which is easy to Manufacture and Assemble - Google Patents

Abstract

The present invention relates to a rainwater gutter installed on the side of the road surface, and more specifically, to install rainwater gutters on the side of the road surface in order to reduce the drainage burden of rain water flowing down to the road surface during heavy rains flowing into the rainwater gutter. The central rainwater collection and expansion rain gutters are connected to the left and right sides of the central rainwater collection fountain where the rainwater is collected so as to expand the internal space in which the rainwater is stored, thereby ensuring drainage capacity. The present invention relates to a tee-type expansion excellent receiver of a road surface side which is easy to manufacture and assemble so that the manufacturing and assembly process of each component can be made simply by using a method.

To this end, the present invention is a coupling means consisting of a central rainwater modification that is inserted into the road surface side opening, and an expansion rain gutter that is disposed and assembled to the left and right of the central rainwater modification, and a joint anchor inserted into the anchor hole and It is configured to include a grating lid provided to cover the central rainwater collection and expansion rain gutter respectively, is assembled so that the incoming rainwater can be drained smoothly.

Road surface, side opening, easy to make, extension, excellent receiving

Description

T-shaped Expansion Street Inlet of road side which is easy to Manufacture and Assemble}

1 is a perspective view showing a state in which a conventional rainwater receiver is installed in the side opening of the road surface,

Figure 2 is a perspective view showing a state in which the tee-type expansion rain receiving according to the present invention is installed on the side of the road surface,

3 is an assembled perspective view showing the assembled state of the tee-type expansion receiving bowl according to the present invention;

Figure 4 is an exploded perspective view showing the structure of the t-shirt expansion storm receiver according to the present invention.

<Description of Symbols for Main Parts of Drawing>

1: Excellent receiving 2: Road surface

3: road boundary stone 4: excellent receiving of tee type

5: central rainwater reservoir modification 7a, 7b: expansion rain gutter

9a, 9b, 9c: grating lid 11a, 11b, 11c: stepped

13: drain pipe hole 15: anchor hole

17: joint anchor 19: drain pipe

The present invention relates to a rainwater gutter installed on the side of the road surface, and more particularly, in order to reduce the rainwater drainage load during heavy rains, the expansion rain gutter is connected to the left and right of the central rainwater collecting wells installed on the side of the road surface. By expanding the internal space, to ensure the drainage capacity of the rain while at the same time the manufacturing and assembly process of each component is easy and easy to manufacture and assembly of the road surface side tee type expansion excellent receiving.

Generally, storm drains are also called rainwater traps as part of road drainage systems, and they are required to be installed for drainage of road surfaces during road construction. Rainwater flows into the storm drains at regular intervals along the edges of road surfaces. It is configured to drain to the public sewer through the drain pipe connected to one side.

1 is a perspective view showing a state in which a conventional rainwater receiver is installed in the side opening of the road surface.

As illustrated, the storm receiver 1 is provided along one side of the road boundary stone 3, that is, the boundary between the road surface 2 and the pedestrian road so that rainwater is collected, that is, along the edge of the road surface 2. The receiving base 1 is installed spaced apart from each other at regular intervals.

Therefore, the rainwater that falls on the road surface 2 during heavy rain flows toward the storm drain 1 and is drained into the sewer. The storm drain 1 has a space therein with a predetermined depth so that rainwater that is mainly introduced is stored. It is formed in a rectangular shape provided with a lid to cover the upper surface of the rain receiver 1 in order to block the foreign matter flowing into the rain receiver 1 with rainwater.

The raindrop 1 has a difficulty in allowing rainwater to be smoothly drained when various wastes and foreign substances are caught on the lid of the raindrop 1 due to a narrow rainwater inflow area.

Furthermore, the current rainwater in Korea (1) is not only discharged quickly to the sewerage but also flowed back to the outside when there is more rainfall than the amount of rainwater discharged through the rainstorm (1) due to the occurrence of heavy floods and heavy rain As a result, the road is flooded, which impedes the passage of pedestrians and vehicles, or in severe cases, it is impossible to pass, which may lead to accidents, causing flooding of nearby buildings, resulting in property damage and virtually losing the role of the superior receiver (1). A problem occurs.

In addition, in recent years in areas such as parking lots, gas stations, car washes, and industrial and commercial districts, the amount of rainwater flowing into the storm receiver 1 increases, so the burden of the downstream by the rainwater increases, thereby As the time to reach storage or water limit is shortened, road flooding is frequently occurred. In case of heavy rain, rainwater contains high concentrations of pollutants, and when the rainwater flows backward, rainwater is discharged to other areas. As a result, there is a problem of soil contamination of the ground.

The present invention has been made to solve the above problems, an object of the present invention is to connect the central rainwater collection and the rainwater is collected to be collected, and the inner side to communicate with each other using a coupling means on the left and right of the central rainwater collection. By providing an extended rain gutter which is to expand the internal space in which rain water is stored is to provide a tee type expansion excellent gutter of the road surface side easy to manufacture and assembly improved to ensure a smooth drainage capacity of rain water.

In addition, another object of the present invention is simply manufactured in the factory using a method such as casting in a state in which the central rainwater collection and expansion rain gutter is separated, the joint anchor in the anchor hole formed so that the components correspond to the mutual contact surface It is to provide a tee-type expansion excellent receiving of the road surface side easy to manufacture and assemble so that the assembly is made by inserting so that the process of making the components are assembled and integrally simple and easy.

The present invention has the following features to solve the above problems.

The present invention is a drain pipe hole is formed on the lower side so that the drain pipe can be connected, the upper part of the upper and left and right sides are open to form a space therein so that rainwater can be collected, the central rainwater is inserted into the side opening of the road surface A water collecting well; An expansion rain gutter configured to be disposed on left and right sides of the central rainwater collection well to expand a space where rainwater is collected, and an upper side and one side of which is opened to communicate with the central rainwater collection well; Consists of a straight joint anchor is positioned so as to correspond to each side of the central rainwater collection and expansion rain gutter and inserted into a plurality of formed anchor holes, the joint anchor is positioned to face each other between the anchor holes Coupling means to be inserted in the horizontal direction so that the central rainwater collection and expansion rain gutter is integrally assembled; And a grating lid seated on a stepped portion formed around the upper inner circumferential surface of the central rainwater collector and the expansion rain gutter so as to cover the central rainwater reservoir and the expansion rain gutter respectively. It is assembled to be drained.

The present invention having such features can be more clearly described through preferred embodiments accordingly.

Hereinafter, a preferred embodiment of the present invention will be described in detail with the accompanying drawings.

2 is a perspective view showing a state in which the tee-type expansion storm receiver according to the present invention is installed on the side of the road surface, Figure 3 is an assembled perspective view showing an assembled state of the tee-type expansion storm receiver according to the invention, Figure 4 It is an exploded perspective view which shows the structure of a tee type extended rain receiver according to the present invention.

Referring to the drawings, the tee-type expansion storm receiver 4 according to the present invention is a side opening of the road road surface 2, which is the hem of the road boundary stone 3 so that the rainwater falling on the road road surface 2 can be collected during heavy rain. It is installed at regular intervals along the way, and has a structure in which a narrow inflow area is expanded for smooth drainage. The central rainwater sump (5), the expansion rain gutters (7a, 7b) and the grating lids (9a, 9b, 9c) It is composed of separate components, which are integrally assembled using a coupling means and then inserted into the side openings of the road surface 2.

First of all, the central rainwater collecting well 5 is used to collect rainwater flowing from the road surface 2 and to drain the sewerage, and is inserted into the side opening of the road surface 2 so that a predetermined amount of rainwater can be stored. A space is formed inside the depth, the upper part of the upper and left and right sides are opened, disposed in the center when assembling with the components to be described later, the lower one side of the central rainwater collector 5 drains rainwater into the sewerage The drain pipe hole 13 is formed so that the drain pipe 19 can be connected.

In addition, the central rainwater collector 5 has a step 11a formed around the inner circumferential surface of the upper end so that the grating lid 9a to be described later is seated, and is mainly rectangular.

The expansion rain gutters 7a and 7b are arranged to be disposed on the left and right sides of the central rainwater collecting cage 5 so as to expand the internal space of the tee-type expansion rain gutter 4 where the rainwater is collected. The top and one side are opened so as to communicate with the central rainwater collector 5.

Preferably, the extended rain gutter 7a, 7b is provided with two to be assembled to the left and right of the central rain gutter (5), the expansion rain gutter 7a is assembled on the left side is the upper and right sides are opened. The upper and left sides of the expansion rain gutter 7b assembled on the right side are open, and the length of the upper portion of the left and right sides of the central rain gutter 5 and the two expansion rain gutters 7a and 7b. The depth and width of the same, and the upper surface of the expansion rain gutters (7a, 7b) and the central rain gutter (5) is assembled to lie in a straight line.

In addition, the extended rain gutters 7a and 7b may be formed to be inclined so that the bottom surface is inclined so that rainwater collected mainly in a rectangular or internal flows well into the central rainwater collector 5, and a grating lid (to be described later) Steps 11b and 11c are formed around the inner circumferential surface of the upper end so that 9b and 9c may be seated.

The central rainwater collector 5 and the expansion rain gutters 7a and 7b are formed with an anchor hole 15 into which a coupling means is inserted for assembly. The central rainwater collector 5 is the expansion rain gutter 7a, 7b) are formed in the longitudinal direction on the left and right sides, respectively.

The expansion rain gutter 7a connected to the left side of the central rainwater collector 5 is formed with a plurality of anchor holes 15 in the longitudinal direction on the right side in contact with each other, the anchor hole formed in the central rainwater reservoir 5 Positioned so as to correspond to (15), as described above, the expansion rain gutter 7b connected to the right side is also formed with a plurality of anchor holes 15 in the longitudinal direction on the left side.

The coupling means is composed of a straight rain anchor (17) inserted into the anchor hole 15 for assembling the central rainwater collector (5) and expansion rain gutters (7a, 7b) integrally. When the fertilizer 5 and the expansion rain gutters 7a and 7b are connected to each other, the joint anchors 17 may be inserted into the two anchor holes 15 which face each other and face each other. The joint anchors 17 are provided as many as the number of (15).

In addition, the joint anchor 17 is made of glass fiber reinforced plastic (FRP) or steel (Steel).

Finally, the grating lid (9a, 9b, 9c) is to prevent the inflow of various wastes and foreign matter into the interior of the tee-type expansion rain receiver (4), the central rainwater collector (5) and expansion rainwater Three are respectively provided to cover the receivers 7a and 7b, and stepped 11a, 11b and 11c are formed around the inner circumferential surface of the upper ends of the central rainwater collector 5 and the extended rainwater receivers 7a and 7b. Is seated on.

In the T-type extended rain gutter (4) consisting of the above structure, the central rainwater collector (5) and expansion rain gutters (7a, 7b) in a separate state is simply manufactured in the factory using a method such as casting It is possible that the components are connected in a simple manner so that the process of manufacturing the components and assembling them can be made simple and easy.

In addition, the present invention may have other embodiments in which the overall configuration is the same and may be configured differently or further including other configurations.

<Example 1>

Tee-type expansion storm receiver (4) according to the present invention is expected to maintain the basic configuration of the central rainwater collector (5), expansion rain gutters (7a, 7b) and grating lids (9a, 9b, 9c), the center A filter net or filter (not shown) is provided between the rainwater sump (5) and the expansion rain gutter (7a, 7b) connected to the central rainwater sump (5) through the expansion rain gutter (7a, 7b). Secondary filtration of various garbage and foreign matter that can enter.

Preferably, the central rainwater catch 5 and the expansion rain gutter 7a are formed by forming holes having the same size at a position corresponding to the anchor hole 15 so that the filter net or a filter (not shown) can be easily combined. , 7b) to be sandwiched between when assembled as a unit, it is possible to add functionality by processing the filter net or filter (not shown) with a material that can suppress bacterial propagation and remove odors.

As described above, the present invention comprises a central rainwater collection and expansion rain gutters so that the internal space for storing rainwater is expanded to ensure the smooth drainage of the rainwater during heavy floods and heavy rains, the reverse flow of rainwater introduced into the interior And prevents and reduces property damage due to flooding of roads, impediment or impossibility of pedestrian and vehicle traffic, fear of accidents, and flooding of nearby buildings.

In addition, the present invention has the advantage of simplifying the structure of each component, by separately assembling components to be assembled using a joint anchor can be easily made a process of manufacturing the components and assembled together.

Claims (1)

A drain pipe hole 13 is formed at one lower side so that the drain pipe 19 can be connected, and an upper part of the top and left and right sides are opened so that rainwater can be collected, and is inserted into the side opening of the road surface 2. A central rainwater collector 5 having a space formed therein to a predetermined depth so that a predetermined amount of rainwater can be stored, and a step 11a formed on an inner circumferential surface facing each other at an upper end thereof; In order to expand the space in which rainwater is collected, each of the left and right sides of the central rainwater collector 5 is assembled and assembled, and the top and one side are opened so that the inner space is in communication with the central rainwater reservoir 5, and inside Bottom rain is formed to be inclined so that the rainwater collected by the flow to the central rainwater collection crystal (5), and the stepped rain gutters (7a, 7b) formed on the inner peripheral surface of the upper end (11b, 11c); The linear rain anchor 17 of glass fiber reinforced plastic material is positioned to correspond to each of the surfaces of the central rainwater collector 5 and the expansion rain gutters 7a and 7b to be inserted into the plurality of anchor holes 15 formed therein. Is composed of, but the joint anchor 17 is positioned to face each other so that the horizontal rain inserted between the anchor holes 15 in contact with each other, the central rainwater collector (5) and expansion rain gutter (7a, 7b) is integral Coupling means to be assembled to; The central rainwater collector 5 and the extended rainwater gutter 7a, which are seated on the stepped portions 11a, 11b, 11c formed around the upper inner circumference of the upper rainwater gutter 5 and the extended rain gutters 7a, 7b. Grating lids 9a, 9b, and 9c provided to cover 7b), respectively; And a hole having the same size at a position corresponding to the anchor hole 15 so as to be installed between the central rainwater collecting cage 5 and the expansion rain gutters 7a and 7b integrally assembled, so that various foreign matters are formed at the center. Filtering net to prevent the rainwater to enter the crystal (5); Easy to manufacture and assemble, the tee-type expansion of the road surface side easy to receive, characterized in that it is assembled to be configured so that the incoming rainwater can be drained smoothly.

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