KR100701787B1 - Structure of draining of beranda using houses - Google Patents

Abstract

A drain structure of a veranda in an apartment house is provided to discharge water entirely and actively by forming drain holes in a rubber bar in the veranda and inclining a drain passage, and to prevent counter flow by temporarily storing water in a drain storage groove. A groove part(13) is formed in a concrete side sill(12) of a veranda(10) in an apartment house, and a drain storage groove part(35) is formed in a lower plate(30) corresponding to the groove part. The lower plate is fastened by a fixing plate(20), and an upper plate(40) is fastened in an upper part of the lower plate, and inclined surfaces(42,32) are formed in the lower part of the upper plate and the upper plate of the lower plate and inclined for drain storage groove parts(44). A rubber bar(60) is inserted to a drain slit(45) of the upper plate, and provided with a drain hole(63) to discharge water to the drain passage. The drain hole is cleaned by separating the rubber bar from the drain slit.

Description

Structure of draining of beranda using houses}

1 is a perspective view showing a state in which the veranda drainage structure of the multi-unit house of the present invention is installed.

Figure 2 is a partial perspective view showing a state in which the veranda drainage structure of the multi-unit house of the present invention is installed.

Figure 3 is an exploded perspective view showing a veranda drainage structure of a multi-unit house of the present invention.

Figure 4 is an exploded perspective view of another direction showing the veranda drainage structure of a multi-unit house of the present invention.

5 is an enlarged view of a portion A of FIG. 4 showing a veranda drainage structure of a multi-unit house of the present invention;

Figure 6 is a cross-sectional view showing a veranda drainage structure of a multi-unit house of the present invention.

Figure 7 is an enlarged view of portion B of Figure 6 showing the veranda drainage structure of a multi-unit house of the present invention.

 <Brief description of symbols for the main parts of the drawings>

10: veranda 11: bottom

12: concrete side jaw 13: groove

14: pipe hole 15: fixed pipe

16: drain pipe 20: fixed plate

21: engaging protrusion 22: plate body

30: lower plate 31: plate body

32: slope 33: end coupling groove

34: coupling groove 35: drainage storage groove

36: pipe hole 37: outer vertical plate

40: upper plate 41: plate body

42: slope 43: engaging projection

44: drainage storage groove 45: drainage slit hole

46: step 47: pipe hole

48: outside vertical plate 49: inside vertical plate

50, 51: drainage hole 60: rubber bar

61: bar body 62: jam jaw

63: drainage hole 70: drainage

The present invention relates to a veranda drainage structure of a multi-family house, and more particularly, to a veranda drainage structure of a multi-unit house in which a plurality of drainage holes are formed on the bottom surface of the veranda and the water can be well drained through the formed drainage hole. It is about.

In general, when building a multi-family house, a veranda or balcony is provided with drainage for draining rainwater or sewage, which drains rainwater from the veranda or cleaning work. It is a facility for draining to the outside.

Apartment houses, such as apartments and multi-family houses, are buildings in which many households live in one building, and generally form a plurality of floors. Therefore, since the sewage in the upper porch is drained to the outside of the multi-family house via the lower floor, for this purpose, a sewage pipe connected vertically is installed on the veranda of the multi-family house to form a structure in communication with the sewage pipe of the upper and lower porch.

In addition, it is essential that a drainage structure communicating with the sewage pipe is formed at one point of the veranda where the sewage pipe is placed to drain rainwater or sewage generated in the layer.

In general, the veranda of a multi-family house is formed such a drainage structure, but since the bottom of the veranda is flat, the water on the veranda bottom does not enter the drain quickly, so it is often kept wet for a long time.

In particular, in the present situation where the chassis is installed on the veranda and used as an indoor space, when the porch is cleaned or water is used for other reasons, it is convenient to drain the water quickly, but the water is not drained quickly through the drain. After entering this drain, there was an inconvenience to wait for the remaining water to dry or evaporate.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described problems, and an object of the present invention is to provide a veranda drainage structure of a multi-family house in which a drainage structure is separately provided on the bottom of the veranda.

And there is a purpose to easily drain by putting an inclined drainage between the upper plate and the lower plate, and to separate the drain hole in the coupling projection formed for the coupling of the upper plate and the lower plate to smooth drainage, drainage storage groove The purpose of the present invention is to prevent the water flowing back through the drain pipe after the primary water is first stored, thereby preventing the water flowing back rapidly due to the high flow rate before passing through the drain pipe.

In order to achieve the above object, the present invention is provided with a groove portion formed on the bottom surface adjacent to one side of the concrete side jaw, a pipe hole is formed on the concrete side jaw to pass through the groove portion, and a fixing pipe is inserted into the pipe hole so that the lower plate and the top plate are provided. It is simultaneously inserted into the pipe hole of the drainage pipe is inserted into the fixed pipe is connected to the veranda; A lower end of the plate is bent upward to form a coupling protrusion, and the plate is fixed to the concrete side jaw opposite the groove with a bolt; An end coupling groove is opened at one end of the plate toward the bottom to be engaged with the coupling protrusion of the fixed plate, and the other end of the plate is bent downward to form a drainage storage groove on the upper surface thereof so that the lower portion is inserted into the groove. A pipe hole is formed in the outer vertical plate constituting the storage groove, and an inclined surface inclined toward the drainage storage groove is formed on the upper surface of the plate, and a plurality of coupling grooves are formed on the inclined surface at regular intervals, and the depth of the coupling groove depends on the inclined surface. A lower plate formed to be deeper in sequence; The outer vertical plate is formed to protrude downward on the bottom of one end of the plate, the inner vertical plate is formed by being spaced apart by the outer vertical plate and the drainage storage groove, the outer vertical plate and the inner vertical plate is inserted into the drain storage groove of the lower plate drainage storage space On the bottom surface of the plate is formed an inclined surface in the opposite direction to the lower plate, a plurality of engaging projections are formed on the inclined surface lengthwise sequentially along the inclined surface is inserted into the coupling groove of the lower plate, the parallel of the lower plate A drainage path is formed between the inclined surfaces, a drainage hole is formed in the coupling protrusion so as to pass through the drainage path, and a plurality of drainage slit holes penetrating the upper and lower sides of the plate body are formed, and a step is formed at the upper part of the drainage slit hole. An upper plate formed with a pipe hole and communicating with the drain storage groove; The upper part of the width direction both ends of the bar body made of rubber protrudes to form a latching jaw, and a plurality of drain holes are formed to penetrate the top and bottom of the bar body, and the bar body is inserted into and fixed to the drain slit hole of the upper plate. It provides a veranda drainage structure of a multi-family house, characterized in that consisting of a bar.

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

The terms or words used in the present specification and claims should not be interpreted as being limited to the ordinary or dictionary meanings, and the inventors may appropriately define the concept of terms in order to best explain the invention of their own. Based on the principle, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

The present invention forms a groove 13 on one side of the concrete side jaw 12 of the veranda 10 of the multi-family house, the lower plate 30 is formed with a drainage storage groove 35 to fit the groove 13 is fixed plate 20 It is fixed by, the upper plate 40 is fixed to the upper portion of the lower plate 30 spaced apart by the drainage path 70, the inclined surface (42, 32) on the bottom of the upper plate 40 and the upper surface of the lower plate (30) These are formed are respectively formed inclined toward the drain storage grooves 44, 35, the rubber bar 60 with the drain hole 63 is inserted into the drain slit hole 45 formed in the upper plate 40 fixed The main constitution is that the water to be drained enters the drainage path 70.

In the veranda 10 of the present invention, a groove 13 is formed in the bottom surface 11 adjacent to one side of the concrete side jaw 12, and the pipe hole 14 is formed in the concrete side jaw 12 so as to communicate with the groove 13. Is formed.

The fixed pipe 15 is inserted into the pipe hole 14 to be simultaneously inserted into the pipe holes 36 and 47 of the lower plate 30 and the upper plate 40, which will be described later, and the drain pipe 16 into the fixed pipe 15. ) Is inserted and connected.

Fixing plate 20 is for fixing the lower plate 30 from one side, the lower end of the plate body 22 is bent upwardly to form a coupling protrusion 21, the plate body 22 is a concrete side jaw opposite the groove portion (13) 12) are bolted to.

The lower plate 30 is formed with an end coupling groove 33 open downward at one end of the plate body 31 to be engaged with the engaging protrusion 21 of the fixing plate 20, and the other end of the plate body 31 is below. Bending protrusions are formed in the upper surface drainage storage groove 35 is inserted into the groove portion (13).

A pipe hole 36 is formed in the outer vertical plate 37 forming the drainage storage groove 35, and an inclined surface 32 inclined toward the drainage storage groove 35 is formed on the upper surface of the plate 31. A plurality of coupling grooves 34 are formed side by side in the width direction at regular intervals on the slope 32, the depth of the coupling groove 34 is formed to be sequentially deepened along the inclined surface (32).

Therefore, the lower end of the coupling groove 34 is in the same position despite the inclined surface (32).

The upper plate 40 is formed by the outer vertical plate 48 protruding downward on the bottom surface of one end of the plate body 41, and spaced apart by the outer vertical plate 48 and the drain storage groove 44, and the inner vertical plate 49. Is formed. The outer vertical plate 48 and the inner vertical plate 49 are inserted into the drain storage groove 35 of the lower plate 30 to create a drainage storage space, and the inclined surface of the lower plate 30 opposite to the lower plate 30 in the opposite direction. 42 is formed.

A plurality of coupling protrusions 43 are sequentially formed along the inclined surface 42 on the inclined surface 42 and are inserted into the coupling grooves 34 of the lower plate 30, and the lower plate is in parallel with the inclined surface 42. A drainage path 70 is formed between the inclined surfaces 32 of the 30. Coupling protrusion 43 is formed longer than the depth of the coupling groove 34 is formed a drainage path 70 to the height of the long length.

In the coupling protrusion 43, a drainage hole 51 is formed to form a drainage path 70, and a plurality of drainage slit holes 45 penetrating the top and bottom of the plate body 41 are formed, and an upper portion of the drainage slit hole 45 is formed. Step 46 is formed in the. Hanging jaw 62 of the rubber bar 60 to be described later is caught on the stepped 46. A drainage hole 50 is formed horizontally at the upper end of the inner vertical plate 49 so that water flowing along the drainage path 70 through the drainage hole 51 formed in each coupling protrusion 43 is drainage storage groove 35. )

A pipe hole 47 is formed in the outer vertical plate 48 to communicate with the drain storage groove 44.

The rubber bar 60 has a portion of the upper end in the width direction of the bar body 61 made of rubber to form a locking jaw 62, and a plurality of drainage holes 63 are formed to penetrate the top and bottom of the bar body 61. Is formed, the bar body 61 is inserted into the drain slit hole 45 of the upper plate 40 is fixed.

The rubber bar 60 may be inserted into the upper portion of the drainage slit hole 45 by a force fitting method, and thus may be removed by giving force even when the rubber bar 60 is separated again. Therefore, when the drain hole 63 is blocked, it can be easily removed and cleaned.

As described above, in the present invention, water in the veranda is totally drained through the drain holes in the plurality of rubber bars, and the water passing through the drain holes enters the drain storage groove through the drain channel between the upper plate and the lower plate and is discharged to the drain pipe. It works.

Since the drainage path is formed to be inclined, water is well drained out, and even if a large amount of water is drained, the drainage is stored in the drain storage groove so that it is drained without being flowed back.

At any time, the rubber bar can be taken out to clean the blockage and reused.

Claims (1)

A groove 13 is formed in the bottom surface 11 adjacent to one side of the concrete side jaw, and a pipe hole 14 is formed in the concrete side jaw 12 so as to communicate with the groove 13, and is fixed to the pipe hole 14. The pipe 15 is inserted into the lower plate 30 and the pipe hole 36, 47 of the upper plate 40 at the same time, the drain pipe 16 is inserted into the fixed pipe 15 is inserted into the veranda (10) ); A lower end of the plate body 22 is bent upwardly to form a coupling protrusion 21, and the plate plate 22 is fixed to the concrete side jaw 12 opposite the groove 13 by bolts 20. An end coupling groove 33 is opened at one end of the plate 31 toward the bottom to be engaged with the coupling protrusion 21 of the fixing plate 20, and the other end of the plate 31 is bent downward and protruded downward. The drainage storage groove 35 is formed in the lower portion thereof, and the lower portion is inserted into the groove portion 13, and the pipe hole 36 is formed in the outer vertical plate 37 forming the drainage storage groove 35. An inclined surface 32 inclined toward the drain storage groove 35 is formed on the upper surface, and a plurality of coupling grooves 34 are formed on the inclined surface 32 at predetermined intervals, and the depth of the coupling groove 34 is inclined surface 32. Lower plate 30 is formed to be sequentially deeper according to; The outer vertical plate 48 is formed to protrude downward on the bottom surface of one end of the plate body 41, and the inner vertical plate 49 is formed by being spaced apart by the outer vertical plate 48 and the drain storage groove 44. The direct plate 48 and the inner vertical plate 49 are inserted into the drainage storage groove 35 of the lower plate 30 to form a drainage storage space, and the inclined surface 42 in the opposite direction to the lower plate 30 on the bottom of the plate 41. ) Is formed, a plurality of engaging projections 43 on the inclined surface 42 is formed along the inclined surface 42 long in length and is inserted into the coupling groove 34 of the lower plate 30, the inclined surface 42 and A drainage path 70 is formed between the inclined surfaces 32 of the lower plate 30 in a parallel state, and the drainage hole 51 is formed in the coupling protrusion 43 to form the drainage path 70, and the upper and lower sides of the plate body 41 are formed. A plurality of drainage slit holes 45 are formed therethrough, a stepped portion 46 is formed at an upper portion of the drainage slit hole 45, and a pipe hole 47 is formed in the outer vertical plate 48 to store drainage. Top plate 40 through the portion 44; The upper part of the width direction both ends of the bar body 61 made of rubber protrudes to form a locking jaw 62, and a plurality of drainage holes 63 are formed to penetrate the top and bottom of the bar body 61. Porch drainage structure of a multi-family house, characterized in that consisting of; 61; is inserted into the drain slit hole 45 of the upper plate 40 fixed to the rubber bar (60).

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