KR200271590Y1 - Rainfall Collecting Device Structure for Discharging Waters of Road Adjoining Land - Google Patents

Abstract

The present invention is a collection structure installed at the junction of the drain pipe and the side port buried in the slope to drain drainage of the slopes adjacent to the road, the wing wall is formed with the drain pipe connection portion and the wing wall formed with a discharge port for draining the rainwater stored in the side port and It consists of a square wing wall between them. By installing the collection structure of the present invention, the rainwater is stored and distributed even during heavy rains so that it can be drained smoothly. Therefore, the rainwater at the adjacent part of the road can be prevented from entering the road. Spills can be prevented.

Description

Rainfall Collecting Device Structure for Discharging Waters of Road Adjoining Land}

The present invention relates to a water collecting structure installed at a site for draining rainwater collected from both side slopes of a road including a highway to a side mouth such as a V-shaped mouth. The present invention relates to a collection structure for guiding a furnace quickly and smoothly.

Rainwater falling on the edge slope 5 or the ridge of the road, such as a conventional highway or rural road is drained to the side opening 20 through the waterway 10 or drain pipe installed as shown in Figure 1 to block the inflow to the road surface of the road Consisted.

However, in the drainage facility near the road, the rainwater, including heavy rains, enters the road and threatens the driver's safe operation, and it enters the groundwater and weakens the bearing capacity of the ground, causing road damage or soil leakage. Several problems occurred, such as impaired the function of.

The present invention has been devised to solve the above problems, the drainage house in the adjacent area of the road that can prevent the ground collapse by blocking the inflow of rainwater road to preserve the road function and block the inflow to the rainwater layer The purpose is to provide a collection structure.

1 is a view showing a drainage structure of a road adjacent portion in use in the prior art,

Figure 2 is a view showing a collection structure installed on the channel and side connection portion of the slope according to the present invention,

3 is a view showing a wing wall provided with an inlet constituting the present invention,

Figure 4 is a view showing a wing wall is provided with a discharge port constituting the subject innovation.

*** Description of the symbols for the main parts of the drawings ***

5: slope 10: raceway

20: side 51: wing wall

52: connection 53: outlet

In order to achieve the above object, the collection structure of the present invention is a collection structure that is installed at the connection portion of the raceway and the side port installed on the slope so as to drain the rainwater on the slope of the road adjacent area, wing wall and reservoir formed with the raceway connection portion It consists of a wing wall on both sides and a rectangular wing wall between them formed with a discharge port for discharging the rainwater to the side openings on both sides.

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

2 is a view showing the drainage structure of the slope of the road adjacent portion according to the present invention, it is constructed in the connection portion of the raceway 10 and the V-shaped side opening 20 installed on the slope.

As shown in FIG. 2, the collection structure 50 as an embodiment of the present invention is constructed in a quadrangular shape, and the bottom surface is constructed by pouring concrete, and a slope 5 among four wing walls 51 constituting the structure. The inlet part 52 is installed in the wing wall 51a of the connection part with the raceway 10 installed in FIG. 3, and the wing wall 51b of the connection part with the side opening 20 discharges rainwater to the side opening 20 as shown in FIG. The outlet 53 is installed as shown in FIG. And between the wing wall 51b connected to the side opening 20 of both sides, the rectangular wing wall 51c is provided.

In the present design, the collection structure 50 can be constructed by installing concrete after installing formwork at the construction site or by assembling prefabricated wing wall walls on the site, and the prefabricated wing wall walls are made of concrete material as well as waste synthetic resin. It can also be made of synthetic resins such as.

In addition, the height of the wing wall 51 is generally the same as the height of the side opening 20, but may be somewhat higher than the height of the side opening.

In the present invention, the collection structure is illustrated in the form of an open top, but it is apparent that the collection structure 50 may be provided with a retractable lid.

If you install or install the collection structure on the channel and side connection part installed on the slope as above, the rainwater can be prevented from flowing into the road because the rainwater is stored and distributed evenly in case of heavy rain. And since the flow rate is reduced during the drainage treatment, it is possible to prevent the soil outflow due to rainwater.

Claims (1)

A collecting wall structure installed at a connection portion between the raceway 10 and the side opening 20 provided on the slope to drain off the rainwater on the slope adjacent to the road, the wing wall 51a having the connection portion 52 formed thereon; Collecting structure consisting of a wing wall (51b) formed with a discharge port 53 for discharging rainwater stored in the side openings (20) on both sides and a square wing wall (51c) therebetween.