KR200384437Y1 - A drainer for raising the groung level area - Google Patents

Abstract

The present invention relates to a collecting and collecting device for landfill drainage to facilitate the drainage of water collected in rainy weather during the land filling process,

The collecting part 50 for the sewage collecting part 50 is installed at a lower position of the filling surface and collects water to be drained; It is composed of a drain hose (52) coupled to the collecting tank (51) to drain the collected water; The collection collector 51 is an induction box 53 provided to enable collection of water; Located in the induction box 53, the drain box (54) to discharge the collected water; The upper surface of the induction box 53 is opened to prevent the loss by filling the weight in the space 55 therein; An inlet 56 and an outlet 57 are formed in front and rear of the drain box 54 to drain water; Both sides of the induction box 53 and the drain box 54 includes a fixing hole 59 to be fixed by the fastening means (58); The drain hose 52 is fixed to the outlet 57 and the fixing means 62 of the drain box 54; The drain hose 52 is configured to further include a fixture (65) to prevent the flow by fixing to the ground with a pin (63).

Description

A drainer for raising the groung level area}

The present invention relates to a collecting and collecting device for the sewage of the fill portion, and more particularly, to the provision of a collecting collection device to enable active response to fill while draining the rainwater generated in the fill portion more easily during road construction.

In the case of low ground during road construction, the road surface is aligned through the fill. In the process of filling, the rain is concentrated in the low ground by rainy weather.

As it is possible to pass for construction only when the rainwater collected is quickly drained, means for drainage on the ground are taken into consideration. During this process, water collected due to rain must be drained quickly.

Conventionally, the Gawa drainage facility is installed and used on the fill surface of the road in various forms. A representative example is as follows.

The conventional water drainage means embeds a pipe (2) to drain water at a location where the ground is low among the edges of both sides of the filled road (1), by connecting a hose (3) to the pipe (2) It is a structure connected downward along the fill surface method (4).

As another example, the present invention has a form in which a drainage channel having a constant width is formed along the fill surface at the top edge of the fill portion, and a tent having a vinyl or a nonwoven fabric is installed in the drainage channel.

Since the techniques used in the prior art are only temporary measures, it is impossible to continuously use them until the entire road surface is filled. Therefore, the installation and removal must be repeated, and since the damage time is fast after installation, it is unnecessary. It can be a waste of installation costs, time and manpower.

In addition, it is not possible to block the surroundings so that the collected water can be drained completely, causing the collected water to overflow through the soft ground or flowing through the edges of hoses, vinyls or non-woven fabrics. do.

Therefore, the present invention is designed to solve the above problems, while preventing the loss of earth and sand by preventing the collected water from leaking around the drainage while making it easier to drain the water collected in the rain during the road filling process. The main purpose is to allow for reuse by providing reusability.

Hereinafter, with reference to the accompanying drawings will be described the configuration and operation of the present invention for achieving the above object.

1 is a perspective view showing a collecting device for landfill drainage to which the technology of the present invention is applied, Figure 2 is a cross-sectional view taken along the line A-A of the collecting device for landfill drainage to which the technology of the present invention is applied, Figure 3 Sectional view taken along line B-B of the landfillable wastewater collecting device to which the technology of the present invention is applied, FIG. 4 is a cross-sectional view showing another example of the connection means of the landfillable wastewater collecting device to which the technology of the present invention is applied. , Figure 5 will be described together with a view showing a state of use of the collecting device for filling land drainage applied to the technology of the present invention.

Filling device for sewage land drainage drainage device 50 is applied to the technology of the present invention is installed in a low position of the fill surface and the water collecting and collecting the water to be drained and the collection (51) It consists of a drain hose 52 for draining water.

The collecting tank 51 may be disposed between the induction box 53 and the induction box 53 provided with a predetermined height and size so as to induce the collection using synthetic resin or plastic material. It consists of a drain box (54).

The upper surface of the induction box 53 is opened to fill a weight 55 such as soil or stone in the space 55 to prevent the induction box 53 from being lost, and the drain box 54 An inlet 56 and an outlet 57 are respectively formed at the front and rear to drain the water.

Both sides of the induction box 53 and the drain box 54 form fixing holes 59 for fixing with fastening means 58 such as bolts so as to be connected to each other in a rigid state.

The lower end of the induction box 53 and the drain box 54 is integrally further embedded with a water order wall 61 to prevent water from leaking out between the ground 60 and the induction and drain boxes 53 and 54. Form.

Of course, the order wall 61 may be formed separately from the induction and drain boxes 53 and 54 without being integrally formed and then fixed by the fastening means 58.

The drain hose 52 is fixed to the outlet 57 formed at the rear of the drain box 54 by a fixing means 62 such as a clamp, and fixed to the ground by a pin 63 or the like flows. The fixture 65 is further provided so that it may be prevented.

The present invention as described above,

It is installed on the ground lower than other places on the upper part of the fill part so that rainwater generated in rainy weather can be easily discharged.

That is, the drain box 54 is installed first, and then the induction box 53 is connected to both sides of the drain box 54, and the induction box 53 is free to the water collecting position in consideration of the installed ground. Connect it.

When the drain box 54 and the induction box 53 are installed as described above, the drain wall 54 and the induction box 53 are integrally formed or separately fixed to the order wall 61 so as to be located in the ground, Prevent leaks.

The connection of the drain box 54 and the induction box 53 may be firmly connected to the fastening means 58 through the fixing hole 59 formed on the connection surface of the drain box 54 and the induction box 53. .

In the installed state as described above, in the space 55 formed in the induction box 53, the drain box 54 and the induction box 53 are installed by water pressure in the process of filling and collecting a heavy body such as soil or gravel. Make sure you keep it in place.

The discharge port 57 formed at the rear side of the drain box 54 is connected to the hose 52 by the fixing means 62, and then the pin 63 is provided at the fixing tool 65 which is further provided integrally with the hose 52. By firmly fixed to the ground by using the fluidity to be excluded, the hose 52 is connected downward along the fill method so that the drained water does not affect the fill surface.

The rainwater generated in rainy weather is collected by the induction box 53 by installing the collecting and collecting device 50 for the sewage drainage drainage in the lower portion of the fill surface as described above, and the rainwater collected is the inlet 56 of the drain box 54. ) Is discharged to the discharge port 57, it can be drained without affecting the fill surface through the hose 52 connected to the discharge port (57).

After use as described above, after removing the weight body filled in the induction box 53 according to the fill location and construction site is possible to move installation, and because it can be reused continuously, installation cost or manpower for drainage, It can save a lot of time, has the advantage of reducing the overall construction cost and shorten the air.

The present invention as described above makes it easier to drain the water collected by rain in the process of filling the road, and prevents the collected water from leaking around the drainage to prevent the loss of earth and sand and reuse it. It is devised to have various effects such as shortening of construction time and reducing construction cost.

Figure 1 is a perspective view showing a collecting device for filling land drainage applied to the technology of the present invention.

Figure 2 is a cross-sectional view taken along the line A-A of the collecting device for landfill drainage to which the technique of the present invention is applied.

Figure 3 is a cross-sectional view taken along the line B-B of the landfill unit drainage collection device to which the technique of the present invention is applied.

Figure 4 is a cross-sectional view showing another example of the connecting means of the landfill unit drainage collection device applied technology of the present invention.

Figure 5 is a view showing a state of use of the collecting device for landfill drainage applied to the technology of the present invention.

Figure 6 is a view showing a collecting device for filling land drainage applied prior art.

* Description of the symbols used in the main parts of the drawings *

50; Collection device

51; Collection

52; Drain hose

53; Induction box

54; Drain box

55; space

56; Inlet

57; outlet

61; Order wall

65; Fixture

Claims (2)

In constructing the landfill collection and collection device 50 for drainage; A collecting collector 51 installed at a lower position of the fill surface and collecting water to be drained; It is composed of a drain hose (52) coupled to the collecting tank (51) to drain the collected water; The collection collector 51 is an induction box 53 provided to enable collection of water; Located in the induction box 53, the drain box (54) to discharge the collected water; The upper surface of the induction box 53 is opened to prevent the loss by filling the weight in the space 55 therein; An inlet 56 and an outlet 57 are formed in front and rear of the drain box 54 to drain water; Both sides of the induction box 53 and the drain box 54 includes a fixing hole 59 to be fixed by the fastening means (58); The drain hose 52 is fixed to the outlet 57 and the fixing means 62 of the drain box 54; The drain hose 52 is a collecting device for sewage collection and drainage, characterized in that it further comprises a fixture (65) to prevent the flow by fixing to the ground with a pin (63). The method of claim 1; The lower end of the induction box 53 and the drain box 54 is further provided with an order wall 61 to prevent water from leaking out between the ground 60 and the induction box and the drain boxes 53 and 54. Filling device for sewer drainage, characterized in that the collection.