KR101258476B1 - The variable an outlet and sewer - Google Patents

Abstract

The present invention is a house drainage pipe for draining the surface water of the sidewalk, playground, park, playground, the house drainage pipe is composed of two blocks by combining the lower side and the joint is configured to separate the lower side is separated and combined The joints of each block are overlapped and combined, and when each block is retracted, the joints are retracted to increase the space inside the block, and the width of the house drain pipe is extended by the retracted distance to increase the capacity of the house drain pipe. A variable house drain pipe that can be increased.

Description

Variable house outlet {The variable an outlet and sewer}

The present invention relates to a drain pipe that is formed in a U-shape for draining rainwater, a playground, a park, and a playground, the upper portion of which is covered, and the lower side thereof is separated, and the width of the lower side thereof is expanded. Preferably, the lower part of the drain pipe, which has an overall shape of a U-shape, can be separated and composed of two blocks to be combined, and each block is configured so that the lower side can be separated and combined, and the lower side of each block. The joints of the right block are formed to be joined to the joints of the left block, and the combined part is configured to form the bottom side thickness of the drain pipe, and when the width of the drain pipe configured as described above is widened, Or, if they are retracted together, the joint part of each block is retracted and doubled as much as the distance retracted on the top and bottom of the drain pipe. A variable drain pipe in which the width of the water pipe is expanded.

In general, the drain pipe is arranged in a large place such as a sidewalk, playground, and drainage to quickly drain the water on the surface of the land when rain falls.

Since there is a difference in the amount of rainwater flowing in, there is no choice but to configure the size of the drain pipe differently according to the place where the drain pipe is installed.

Published Utility Model No. 1992-0015197 (Drainage, hereinafter referred to as Draft), which is a conventional drainage pipe, is formed in a cross-section in a U-shaped integral shape and is formed in a predetermined length.

When it is necessary to widen the drainage channel at the site where the drainage pipe is used, the integrated drainage pipe as shown in the above cited proposal has a problem that the width of the drainage pipe cannot be expanded at the site, and the conventional drainage pipe quickly discharges water into the drainage pipe. Although it can be made, there is a problem that can not be managed so as not to dry the ground by draining a part of the drainage into the ground.

The present invention provides a house drainage pipe that can be arranged to separate the drainage pipes installed in a wide place, such as a sidewalk, playground, park, amusement park, etc. in the width direction to adjust the width of the house drainage pipe arbitrarily according to the amount of drainage. There is.

The present invention provides a house drainage pipe in which a part of water moving to the house drainage pipe is discharged to the ground through the discharge pipe by forming outlets at both sides and the bottom at equal intervals in the length of the house drainage pipe according to the present invention.

The present invention is to form a groove and a protruding rail over the length of the top and bottom surfaces of the joint formed on the lower side of the house drainage pipe when both blocks of the house drainage pipe is extended, the lower side of each block can be combined with the groove and the protruding rail To provide a house drain.

The lower part of the house drain pipe according to the present invention forms a protrusion protruding from the outer wall, the soil is laminated on the upper surface of the protrusion to increase the weight in the house drain pipe is configured to not support the house drain pipe by underground pressure.

The present invention is configured to repeatedly form the pleats in the longitudinal direction over the height of the outer wall of the house drain pipe so that when the house drain pipe is buried in the soil is inserted into the groove portion of the pleats to prevent the support of the house drain pipe have.

The present invention is configured to prevent the surface water is not drained by blocking the cover of the house drain pipe when the surface water is drained to the house drain pipe.

The present invention is configured to be molded by the extrusion method using a material of HDPE ((high density polyethylene), the house drain pipe is formed so that the length of the house drain pipe can be arbitrarily set and cut to use according to the place .

When forming the house drainage pipe according to the present invention as described above is configured to extrude each block separately.

Corrugation formed in the outer shape of the house drain pipe according to the present invention, the jaw coupled to the cover, the lower portion of the joint, the groove and the protruding rail of the joint is configured to be configured at the same time while extrusion.

When constituting the house drainage pipe according to the present invention, two blocks are formed around the center of the lower side of the house drainage pipe.

House drain pipe according to the present invention is to be configured by combining at the lower side of each block is separated.

The joint is formed toward the wall at the boundary of the lower side to which each block is coupled so as to form the house drainage pipe by combining the joints of each block.

A plurality of grooves are formed on the top and bottom of each joint of the block to be joined over the length of the block, and a protruding rail is formed on a surface corresponding to the groove so that the joints of each block are joined to the top and bottom of the joint. The groove and the protruding rail to be formed are combined to form a house drainage pipe integrally.

When the house drain pipe is expanded, each block is retracted and the groove and the protruding rail are combined to fix each block, and the extended distance is configured to extend the house drain pipe by the retracted distance.

Perforate the holes for inserting the funnel on the side wall and the lower side at equal intervals over the length of the house drain pipe, but to perforate the holes so that the funnel can be fixed to the holes.

House drainage pipe according to the present invention is configured in a variety of shapes, such as U-shaped, quadrilateral, so that the drain can be efficiently configured to be easily applied to the buried place.

Since the central portion of the drain pipe according to the present invention is formed convexly over the length, even if the drain pipe is inclined at the edge of the drain pipe, the surface water is configured to be drained to the high portion of the drain pipe beyond the garbage.

House drainage pipe according to the present invention is configured to be able to adjust the width of the house drainage pipe according to the place at the installation site can proceed quickly by the design change, it can be constructed in accordance with the design despite the urgent design change.

Soil is inserted into the pleats formed on the outer wall of the house drain pipe according to the present invention can prevent the house drain pipe is supported by the weight of the soil inserted.

Since the drainage is made quickly by the installation of the house drainage pipe according to the present invention, the ground surface is dried quickly and at the same time, the amount of water on the ground surface can be moved to the ground, so that the discharge pipe is installed on the side wall and the lower side of the house drainage pipe according to the present invention. Part of the water moving to the house drain pipe can be introduced into the ground, thereby preventing the drying of the ground.

The cover of the house drain pipe according to the present invention has the effect that the center of the convex over the length can be drained without being easily blocked by the garbage.

1 is an overall view of the present invention
Figure 2 is a combined state of the drain pipe and separated
3 is a cross-sectional view of an application state of the present invention.
4 is a coupling diagram according to the type of drain pipe
5 is an application of the present invention

The present invention is configured to be molded by an extrusion method using a material of high density polyethylene (HDPE).

The house drainage pipe 11 to be formed is configured to be used to arbitrarily set and cut the length of the house drainage pipe 11 so that it can be applied according to the place.

The house drain pipe extruded in the longitudinal direction is configured to form and form a space as shown in FIG. 3 in its volume.

As described above, when molding the house drainage pipe 11 according to the present invention, the blocks 12a and 12b are configured to be separately extruded.

Pleat 31 formed in the outer shape of the house drain pipe 11 according to the present invention, the projection 19, the jaw 14 coupled to the cover 26, the lower joints 17a, 17b, The grooves 16 and the protruding rails 18 of the joints 17a and 17b are configured to be simultaneously formed by extrusion molding.

The present invention is configured to extend the width of the house drain pipe 11 while the center thereof is separated in the longitudinal direction of the house drain pipe (11).

The present invention is characterized in that the drain pipe 11 is composed of two blocks 12a and 12b in the longitudinal direction thereof.

1 illustrates a state in which each block of the present invention is combined to form a house drain pipe integrally.

Figure 2 shows a block state of the house drain pipe.

3 shows a cross-sectional state of each block.

Figure 4 shows the drain pipe by type.

Figure 5 shows the state of application of the present invention.

The drain pipe 11 according to the present invention provides a house drain pipe applied to a drainage path for draining water due to rain in a playground, a park, or the like.

 House drainage pipe 11 according to the present invention is composed of two blocks (12a, 12b) are combined so that the central portion in the longitudinal direction of the house drainage pipe 11 can be separated and combined.

A jaw 14 is formed on the upper surface of each of the blocks 12a and 12b as shown in FIGS. 2 and 3.

As shown in Figs. 2 and 3, the outer wall 13 has wrinkles 31 repeatedly formed up and down.

On the lower side 15 of the house drain pipe 11 to which the blocks 12a and 12b are coupled, protrusions 19 protrude out of the outer wall as shown in FIGS. 2 and 3.

The inner ends of the lower sides 15 of the blocks 12a and 12b are formed of joints 17a and 17b as shown in Figs.

The joint part 17a of the lower block 12a of the joint part 17a, 17b of each block 12a, 12b is formed in the shape of a shape, and the joint part 17b of the upper block 12b is formed in the shape of a shape. When combined to form an integral unit, a plurality of grooves 16 are formed in the longitudinal direction of the block 12a as shown in FIG.

 A plurality of protruding rails 18 are formed on the bottom face 29 of the joint portion 17b as shown in FIG. 2 over the length of the block 12b.

In contrast to the above configuration, the positions of the grooves 16 and the protruding rails 18 of the joints 17a and 17b may be changed.

The groove 16 has a structure that can be closely coupled to the protruding rail 18.

When the blocks 12a and 12b configured as described above are coupled, the joints 17a and 17b formed at the ends of the lower sides 15 of the blocks 12a and 12b are coupled.

When the joints 17a and 17b of the lower side 15 of the block 12a are coupled as described above, the blocks 12a and 12b are integrally formed to form the house drainage pipe 11.

As described above, each of the blocks 12a and 12b is combined to form the house drainage pipe 11, and when the width of the drainage pipe 11 is widened, the block 12a is retracted outward so that the groove 16 and the protruding rail ( When combined 18) is configured to widen the width of the house drain pipe (11).

The width of the house drain pipe 11 can be adjusted according to the number of the grooves 16 and the number of the protruding rails 18 in the same manner as described above.

Holes 32 are formed in both walls of the house drain pipe 11, and the holes 32 are drilled in two stages so that the funnel 33 can be fitted into the house drain pipe 11, and the discharge pipe 34 is coupled to the funnel 33. A portion of the water moving to 11 is configured to be discharged to the ground through the funnel 33.

A filter 36 is inserted into the inlet of the funnel 33 and a tapered outlet 37 is formed in the filter 36 so that water is quickly discharged from the outlet 37.

After the house drain pipe 11 is expanded as described above, the soil 23 is filled in the outside of the house drain pipe 11.

When the soil 23 is filled from the outer wall 13 of the house drain pipe 11 as described above, the soil 23 is filled on the protrusion 19 protruding from the outer wall 13 of the house drain pipe 11, and the soil ( When the 23 is filled with the height of the house drain pipe 11, a part of the soil 23 is filled with the soil 23 in the pleats 31 formed on the outer wall 13 of the house drain pipe 11 so that the entire house drain pipe The weight is increased at (11) so that the flotation of the house drain pipe (11) is prevented despite the change in the ground.

When the house drain pipe 11 is embedded as described above to cover the jaw 14 of the drain pipe 11 to complete the drainage path.

Example-1

Grooves 16 are formed in the joints 17a of one of the blocks 12a, or protruding rails 18 are formed in the joints 17b of the other blocks 12b to form the blocks 12a and 12b. ), When the protruding rails 18 are coupled to the grooves 16, and when the blocks 12a and 12b are retracted backward to extend the width of the house drain pipe 11, the protruding rails 18 is configured to be coupled to the next groove 16 to widen the width of the house drain pipe (11).

According to still another aspect of the present invention, the concave portion 21 is formed in the shape of the concave portion 21 of the block portion 17a of the one block 12a, and the convex portion of the block portion 17b of the other block 12b is formed. 22, and when the blocks 12a and 12b are combined, the convex portions 22 of the other blocks are coupled to the concave portions 21 on the right side of one of the blocks. When the width of the house drain pipe 11 of 12a and 12b is to be widened, the width of the house drain pipe 11 is adjusted by adjusting the degree of insertion of the convex portion 22 inserted into the recess 21. .

After the house drain pipe 11 according to the present invention is disposed, the pleats 31 are disposed over the top and bottom of the outer surface of the house drain pipe 11 to prevent the house drain pipe 11 from sinking or rising due to the change of the ground. By forming repeatedly, the soil 23 filled outside the house drain pipe 11 is inserted into the pleats 31 to support the house drain pipe 11.

Gravity rises to the protrusions 19 by the soil 23 filled on the protrusions 19 extending outwardly in both the lower sides of the house drain pipe 11 so as to prevent the support of the house drain pipe 11 to be stably configured. .

The present invention is to provide a variable house drain pipe so that the house drain pipe (11) that is installed to quickly drain the water generated by rainwater, playground, park, etc. can be used for various purposes.

In general, the house drain pipe is formed so that the standard is integrally formed so that the size of the house drain pipe differently according to the drainage.

Yes; If the playground is large and the drainage is large, the width of the drainage pipe is large, and if the drainage is small, the width of the drainage pipe is small.

As described above, the house drainage pipe of the small size is to be applied, but if a house drainage pipe of a large size is required according to the progress of construction, it is difficult to quickly prepare a house drainage pipe meeting the standard.

House drainage pipe according to the present invention is to provide a house drainage pipe that can be applied irrespective of the prediction of the discharge amount of the construction site.

The house drainage pipe 11 in the state where the house drainage pipe 11 used in the first embodiment of the present invention is coupled to the first state is 400 mm, the height is 500 mm, and the inner width is 300 mm.

Therefore, the thickness of both outer walls 13 of the house drain pipe 11 by this invention is 50 mm, respectively.

The thickness of the lower side 15 of the house drain pipe 11 by this invention is 100 mm.

The thickness of the lower side 15 of the blocks 12a and 12b according to the present invention is also 100 mm.

The length of each plane and bottom of the joints 17a and 17b formed on the lower sides 15 of the blocks 12a and 12b is 150 mm. Grooves 16 are formed in the plane of the block 12a.

The protruding rail 18 is formed in the plane of the other block 12b corresponding to it.

The size of the groove 16 and the size of the protruding rail 18 are arbitrarily configured.

The gap between the groove 16 and the protruding rail 18 is 30 mm.

Therefore, the house drain pipe 11 which concerns on this invention is comprised so that it may expand at least 90 mm or more.

The width of the underground arc configured to embed the house drainage pipe 11 of the structure as described above is configured to a size that can be sufficiently seated up to the discharge pipe 34 of the house drainage pipe 11.

The block 12a of the joint 17a in which the plane is formed in the underground arc is seated first, and the other block 12b is seated thereon.

As described above, when the two blocks 12a and 12b are seated in the underground arc, when the inner width of the house drain pipe 11 is required to be 350 mm, the second protrusion protrudes into the second groove 16 in the plane of the joint 17a. When the rails 18 are coupled, at least the width of the house drain pipe 11 is 60 mm.

As described above, the two blocks 12a and 12b are coupled to each of the blocks 12a and 12b only by coupling the grooves 16 and the protruding rails 18 formed in the plane of the joint 17a. The width of the house drain pipe 11 to be kept constant and the same width in any case.

As described above, when the drainage pipes 11 in which each block is integrally formed are continuously connected to each of the house drainage pipes 11, the sockets formed at the end of any one house drainage pipe 11 are also configured in the same way, so that they can be easily connected. have.

Example-2

Embodiment-2 of this invention is comprised so that the expansion method of the house drain pipe 11 width | variety by this invention can be implemented differently.

As shown in FIG. 3, the lower end portion 15a of the one block 12a of the house drain pipe 11 forms the recessed portion 21, and the joint portion 17b of the other block 12b is convex. When the two parts 12a and 12b are formed by forming the part 22, the convex part 22 is joined to the recessed part 21. As shown in FIG.

The size of the house drain pipe 11 used in Example 2 is the same, except that the coupling structure of the lower side 15 is different from the concave portion 21 and the convex portion 22 as described above. Since the expansion of the house drainage pipe 11 according to the embodiment-2 has no grooves 16 and the protruding rails 18 at the joints 17a and 17b, the extent and detail of the expansion are more detailed than the above embodiment-1. It has the advantage of being extensible.

Example-3

In the embodiment-3, the house drainage pipe 11 configured as described above may be formed in a shape of a U-shape, a quadrilateral, or the like, as shown in FIG. 4, to select and install the house drainage pipe 11 according to a place. .

The house drainage pipe 11 configured as described above may increase the drainage capacity by arbitrarily expanding the width of the house drainage pipe 11 when it is necessary to redesign the size of the house drainage pipe 11 according to the place and the drainage amount. As described above, since the surface water of the place to which the present invention is applied is quickly drained, there is a problem that there is little opportunity to flow into the ground.

As described above, a part of the surface water moving the house drain pipe 11 is introduced to the ground by installing the discharge pipe 34 at equal intervals so that a part of the surface water flows into the ground. .

Example-4

The lid 26 of the house drain pipe 11 according to the present invention is configured so that the upper surface is convex, and the upper surface and the bottom surface can be convex with the same curvature, or only the upper surface is convex.

As described above, when the upper surface of the cover 26 is convex and the bottom thereof is flat, the cover 26 is more stable and more firm in the house drain pipe 11.

Convex the upper surface of the cover 26 as described above is when the surface water is increased and the surface water is passed through the cover 26 and drained to the house drain pipe 11, when the surface water flows into the cover 26 like garbage, Can block the holes 32 of the cover 26, so that the drainage of surface water is obstructed, so if the top surface of the cover 26 is convex in its longitudinal direction, garbage is formed at the edge of the cover 26. Even if the hole 32 is blocked, if the cover 26 is convex, the surface water can be drained for a longer time than when the cover 26 is flat.

Example-5

When installing the discharge pipe 34 on the side of each block (12a, 12b) is to be drilled in two stages when drilling a portion formed with the space 35 of the house drain pipe (11).

As described above, drilling the hole 32 in the portion where the space 35 is formed is located between the space 35 of the house drain pipe 11 and the hole 32 is drilled in the inner wall and the outer wall, and the hole is drilled in the inner wall. (32) is drilled to the size to fit the funnel 33, the hole 32 to be drilled on the outer wall is to be drilled to the size to fit the discharge pipe (34).

When the funnel 33 is inserted into the hole 32 drilled in the inner wall, the funnel 33 is positioned in the space 35 while the upper end of the funnel 33 is configured to be seated at the same position as the inner wall. 33, the discharge pipe 34 can be fitted.

Example-6

In order to mount the funnel 33 on the lower side of each of the blocks 12a and 12b, the joint 17a of the lower side of one of the blocks 12a is connected to the joint 17b of the lower side of the other block 12b. It is configured so that the funnel 33 can be fitted by puncturing the hole 32 on the lower side configured to be longer.

Example-7

When the funnel 33 mounted on the house drain pipe 11 is fitted to the wall and bottom 15 of the house drain pipe 11, the space 35 in which the upper portion of the funnel 33 is formed on the wall and the bottom of the house drain pipe 11. Insert it so that it rests on the

The filter 36 is inserted into the inlet of the funnel 33 to prevent the funnel 33 from being clogged while foreign substances in the drained water are discharged.

  The filter 36 is formed in a streamlined top surface thereof so as not to disturb the flow of water. The outlet 37 of the filter 36 is perforated in a tapered shape to improve the speed of water passing through the outlet 37 to facilitate the inflow of water.

11: house drain pipe 12: block (a, b)
13: outer wall 14: jaw
15: lower side 16: home
17: seam (a, b) 18; Protruding rail
19: protrusion 21: recess
22; Convex 23: Soil
26; Cover 31: Crease
32: hole 33: funnel
34: discharge pipe 35: space
36 filter 37 outlet

Claims (9)

It is buried in the ground of sports grounds, parks, and sidewalks to drain rainwater from the earth's surface. Its shape is ∪ shaped and its upper part is covered to prevent the inflow of foreign substances. To
The lower side of the drain pipe is divided into two blocks so that the joints formed at the lower side of each block are combined to form a house drainage pipe and retreat each block so that the joints of each block are retracted. The variable house drain pipe, characterized in that configured to expand the width of the house drain pipe while the space between each block. According to claim 1, The two blocks of the material is made of HDPE extrusion molded and formed on the upper surface of one block joint portion is formed with a protruding rail on the bottom surface of the other block joint portion is coupled to the groove each The lower side of the block is formed so as to be firmly coupled to each block is retracted when the joint is coupled to the projecting rail is configured to couple to the next groove, the house drain pipe is characterized in that the lower side is configured to be firmly coupled Variable house drain pipe. The house of claim 1, wherein a hole is drilled into the lower side and the outer wall of each block, and a funnel is inserted into and fixed to the hole, and the funnel has a discharge pipe having one end penetrated into the soil. A portion of the water moving to the drain pipe is discharged to the discharge pipe is a variable house drain pipe, characterized in that configured to prevent the drying of the ground. The variable house drain pipe according to claim 1, wherein the length of the lower side of one block is configured to be longer than the length of the lower side of the other block so as to puncture the funnel mounting hole on the lower side. The variable drain pipe of claim 1, wherein a protrusion is formed at the lower side of each block to protrude out of the outer wall, and when the house drain pipe is embedded, soil is stacked on the protrusion to prevent the house drain pipe from being floated. . The method of claim 1, wherein the outer wall of each block is formed to be wrinkles repeatedly formed when the house drain pipe is embedded in the soil, it is configured to prevent the soil from entering the wrinkles to support the house drain pipe House drain pipe. The concave portion is formed in the lower seam of one of the two blocks, and the convex portion is formed in the lower seam of the other block so that each block is formed integrally when the convex portion is inserted into the concave portion. A variable house drain pipe, characterized in that the drain pipe is formed and the insertion of the convex portion is adjusted to adjust the width of the house drain pipe. The variable house drain pipe according to claim 1, wherein the upper surface of the cover mounted on the upper end of the block is convex, so that the surface water can be drained beyond the garbage at the edge of the cover to a convex area higher than the garbage. 4. The variable house drain pipe of claim 3, wherein an inlet of the funnel is formed so that its upper surface is streamlined and a filter having a tapered outlet is formed to facilitate the inflow of water to the house drain pipe.

Images