KR101781263B1

KR101781263B1 - gutter at the rainwater eaves

Info

Publication number: KR101781263B1
Application number: KR1020150107953A
Authority: KR
Inventors: 조명호
Original assignee: 조명호
Priority date: 2015-07-30
Filing date: 2015-07-30
Publication date: 2017-10-10
Also published as: KR20170014488A

Abstract

A rainwater collector comprising a collecting part for collecting rainwater flowing down from a roof and a drainage part for draining rainwater collected from the collecting part, Comprises an upper contact surface (11) which is brought into close contact with an upper part of a roof eave; A first vertical surface (12) extending from the upper contact surface (11) and extending vertically upwards relative to the upper contact surface (11); A blocking surface (13) extending from the first vertical surface (12) and horizontally extending with respect to the first vertical surface (12) so as to block the upper part of the collecting part (10); A rear surface (14) extending from the blocking surface (13) and extending perpendicularly to the lower side of the blocking surface (13); A first inclined surface 15 extending obliquely from the rear surface 14 and extending in the direction of the upper contact surface 11; A lower surface 16 extending from the first inclined surface 15 and extending in a horizontal direction with respect to the first inclined surface 15; A second inclined surface 17 bent obliquely from the bottom surface 16 and bent obliquely in a direction symmetrical to the first inclined surface 15; A second vertical surface (18) extending from the second inclined surface (17) and extending vertically to the upper side with respect to the second inclined surface (17); A lower contact surface 19 extending horizontally from the second vertical surface 18 and coming into close contact with a lower portion of a roof eaves; The rainwater is formed by the first vertical surface 12, the blocking surface 13, the rear surface 14, the first inclined surface 15, the bottom surface 16, the second inclined surface 17 and the second vertical surface 18, A rainwater inflow hole 20 is formed in the first vertical surface 12 so that the rainwater flowing through the roof eave flows into the water collecting hole portion 10a side, And a foreign matter removing hole 30 for removing foreign matter accumulated in the water collecting hole portion 10a is formed in the rear surface 14.

Description

Gutter at the rainwater eaves}

More particularly, the present invention relates to a rainwater collecting apparatus, and more particularly, to a rainwater collecting apparatus that improves the supportability of the rainwater collector by the adhesion with the roof and can easily receive rainwater, Which can be prevented from being piled up, and which is formed as an integral body at the time of installation, so that the appearance of the rainwater can be cleanly produced.

Generally, a roof of a building such as a house receives rainwater flowing from the roof and collects it in one place, and a rainwater receiver is installed along the end edge of the roof to drain the water into the drainage. In such a rainwater receiver, There is a drainage pipe connected to the pail and ground.

As a result, the rainwater flowing down from the roof falls from the end of the eaves to the inside of the rainwater collector, and the rainwater collected in the collector can be introduced into the sewer through a drain pipe connected to the ground.

Fig. 1 shows a general rainwater receiver. As shown in the figure, the water collecting container 2 is provided under the eaves of the roof 1 to receive rainwater and a drain pipe 3 extending from the water collection container 2.

The rainwater collector of the prior art thus constructed is constructed so that the rainwater that has fallen on the roof 1 flows on the roof 1 and flows to the collection receptacle 2 provided under the eaves and collected in the collection receptacle 2, 2 to the ground through the drain pipe (3).

However, as shown in FIG. 1, since the water collecting receptacle 2 of the rainwater collecting compartment is opened in the upper part, it is possible to collect rainwater flowing down the roof, while foreign matter such as leaves and dust can easily collect (2), so that fallen leaves and dust falling inside the water storage tank (2) are accumulated.

In this way, when leaves and dust accumulate in the water container 2, it is difficult to drain the rainwater flowing down into the water container 2, and furthermore, There is a problem that the rainwater collected in the collection container 2 can not be drained through the drain pipe because the drain pipe 3 is closed.

Since the upper part of the rainwater receiver is constructed to be opened, a part of the opened upper part, that is, the outer part 5 of the water storage container 2, which is not fixed to the wall surface of the building 4, The outside portion 5 of the water collecting container 2 may be broken or the water collecting container 2 may be damaged due to the strong wind blowing the outer portion 5 of the water collecting container 2. [ ) And the wall surface of the building (4).

In addition, since the rainwater receiver is installed along the longitudinal direction of the roof in the state that the upper part is opened, a step between the eave of the roof and the rainwater receiver is generated. Such a step is exposed to the outside, There is a problem in that it can not be directed to.

In the prior art, a rainwater receiver 20-1986-0002660 is disclosed. The rainwater receiver is formed by forming a trough and connecting a drain pipe to one end of the rainwater receiver. In the rainwater receiver, A plurality of concave grooves and a plurality of concave grooves are connected to sandwich the acrylic plate.

Although the prior art prevents the rainwater receiver from breaking and prevents the rainwater from dripping into the inside of the rainwater receiver, as described above, since the upper portion is opened like the rainwater receiver in the related art, Can not be solved at all.

Korea Public Notice 20-1986-0002660 (Bulletin of October 10, 1986) Korea Registration Practice 20-0134911 (Registered October 26, 1998)

The present invention can block the upper part of the rainwater receiver and prevent foreign matter such as fallen leaves and dust from accumulating inside the water collecting part. It is possible to prevent the catcher part of the rainwater receiver from being shaken or broken by strong wind, So that it can be easily received and can be externally beautiful and can be directly installed and fixed to the eave of the roof so that the construction can be carried out without a separate connecting member such as a bracket and the ease of installation is improved, The present invention provides a rainwater collector that can be easily combined with a collecting part composed of a unit member.

In order to achieve the above object, a rainwater collector according to the present invention is a rainwater collector comprising a water collecting part installed in an eaves of a roof to receive rainwater flowing down from a roof and a water drain part draining rainwater collected from the water collecting part, The portion includes an upper contact surface which is in close contact with an upper portion of the roof eaves; A first vertical surface extending from the upper contact surface and extending vertically to the upper contact surface; A blocking surface extending from the first vertical surface and horizontally extending with respect to the first vertical surface to block the upper portion of the collection portion; A rear surface extending from the blocking surface and extending vertically to a lower side of the blocking surface; A first inclined surface extending obliquely from the rear surface to be bent and extending in the direction of the upper contact surface; A lower surface extending from the first inclined surface and extending in a horizontal direction with respect to the first inclined surface; A second inclined surface extending obliquely from the bottom surface to be bent and inclined in a direction symmetrical to the first inclined surface; A second vertical surface extending from the second inclined surface and extending vertically to the upper side with respect to the second inclined surface; A lower contact surface extending in a horizontal direction from the second vertical surface and being in close contact with a lower portion of a roof eave; And a water collecting space part formed by the first vertical surface, the blocking surface, the rear surface, the first inclined surface, the bottom surface, the second inclined surface, and collecting rainwater, and the rainwater flowing down through the roof eave A rainwater inflow hole for allowing the rainwater to flow into the hand side is formed in the rear side and a foreign matter removing hole for removing foreign matter accumulated in the water collecting hole is formed in the rear side.

Furthermore, the first and second engaging portions are provided on both sides of the collecting portion so as to correspond to each other, and the first engaging portion is extended from the upper close contact surface, A first coupling protrusion extended; A second coupling protrusion extending from the first vertical surface and extending in a stepwise manner with the first vertical surface; A third coupling protrusion extending from the blocking face and extending in a stepwise manner with the blocking face; A fourth engagement protrusion extending from the rear surface and extending in a stepwise manner with respect to the rear surface; A fifth engagement protrusion extending from the first inclined surface and extending stepwise with respect to the first inclined surface; A sixth engagement protrusion extending from the lower surface and extending in a stepwise manner; A seventh engagement protrusion extending from the second inclined surface and extending in a stepwise manner with the second inclined surface; An eighth coupling protrusion extending from the second vertical surface and extending in a stepwise manner with the second vertical surface; And a ninth engagement protrusion extending from the lower contact surface and extending in a stepwise manner with respect to the lower contact surface, wherein the second engagement portion includes a first engagement groove portion extending from the upper contact surface and extending in a step- Wow; A second engagement groove portion extending from the first vertical surface and extending in a stepwise manner with respect to the first vertical surface; A third coupling groove portion extending from the blocking surface and extending in a stepwise manner with respect to the blocking surface; A fourth engagement groove portion extending from the rear surface and extending stepwise with respect to the rear surface; A fifth engagement groove portion extending from the first inclined surface and extending in a stepwise manner with respect to the first inclined surface; A sixth engagement groove portion extending from the lower surface and extending stepwise with respect to the lower surface; A seventh engagement groove portion extending from the second inclined surface and extending in a stepwise manner with the second inclined surface; An eighth engaging groove portion extending from the second vertical surface and extending in a stepwise manner with the second vertical surface; And a ninth engagement groove portion extending from the lower contact surface and extending stepwise with respect to the lower contact surface, wherein the first engagement protrusion, the second engagement protrusion, the third engagement protrusion, the fourth engagement protrusion, And a sealing watertight part positioned along the upper surface of the fifth engagement protrusion, the sixth engagement protrusion, the seventh engagement protrusion, the eighth engagement protrusion, and the ninth engagement protrusion.

Furthermore, a lid is fitted to the first engaging portion of the collecting portion, and the lid includes: a first fitting surface to be closely fitted to the first coupling projection; A second fitting surface to be closely fitted to the second coupling protrusion; A third fitting surface to be closely fitted to the third coupling protrusion; A fourth fitting surface to be closely fitted to the fourth coupling projection; A fifth fitting surface which is fitted and fitted to the fifth fitting projection; A sixth fitting surface that is closely fitted to the sixth coupling projection; A seventh fitting surface to be closely fitted to the seventh fitting projection; An eighth fitting surface to be closely fitted to the eighth coupling protrusion; A ninth fitting surface to be closely fitted to the ninth coupling projection; A cover surface connecting the first fitting surface, the second fitting surface, the third fitting surface, the fourth fitting surface, the fifth fitting surface, the sixth fitting surface, the seventh fitting surface, the eighth fitting surface, Respectively.

According to the present invention, the collecting section can be firmly fixed to the upper and lower portions of the roof eave by the upper close contact surface and the lower close contact surface of the collecting section, and the upper part of the collecting section is not opened by the blocking surface of the collecting section, And dust can be prevented from flowing into the inside of the collecting part through the upper part of the collecting part and the collecting part can be installed completely by laying the eave of the roof completely so that the whole can be made beautiful and neat. The water collecting part is prevented from being shaken or broken and it is installed and fixed directly on the eave of the roof so that the construction can be performed without a separate connecting member such as a bracket and the ease of installation is improved, So that the collecting part composed of the unit members can be easily combined and installed.

FIG. 1 is a view showing a conventional rainwater collecting apparatus.
Fig. 2 is an installation view of a rain gutters according to the present invention installed on a roof eaves.
3 is a perspective view showing an embodiment of a roof eaves according to the present invention.
4 is a perspective view showing a rear surface of an embodiment of the roof eaves of the present invention.
5 is a perspective view showing another embodiment of a roof eaves according to the present invention.
6 is an exploded perspective view showing a connection state of another embodiment of the roof eaves according to the present invention.
Fig. 7 is an exploded perspective view showing another embodiment of the roof eaves of the present invention.
8 to 10 are perspective views each showing another embodiment of the roof eaves of the present invention.

Hereinafter, other objects and features of the present invention will be apparent from the following description of embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the relevant art and are to be interpreted in an ideal or overly formal sense unless explicitly defined in the present application Do not.

Hereinafter, a rainwater collecting apparatus according to an embodiment of the present invention will be described in more detail with reference to the accompanying drawings.

As shown in the drawings, the rainwater collector according to the present invention is a rainwater collector comprising a water collecting part installed in an eave of a roof to receive rainwater flowing down from a roof and a drain part draining rainwater collected from the water collecting part. Unlike the prior art, the water collecting part 10 having the receiver has a problem that the rainwater receiver has in the past.

To this end, the water collecting part 10 of the present invention includes an upper contact surface 11, a first vertical surface 12, a blocking surface 13, a rear surface 14, a first inclined surface 15, a lower surface 16, A second vertical surface 18 and a lower contact surface 19. The upper contact surface 11 and the first vertical surface 12, the blocking surface 13, the rear surface 14, The first inclined surface 15, the lower surface 16, the second inclined surface 17, the second vertical surface 18 and the lower contact surface 19 are integrally formed as shown in the figure.

The upper contact surface 11 is in close contact with the upper portion of the roof eave. At this time, the connection between the upper contact surface 11 and the roof eave can be fixed by fixing means such as a piece, bolt or adhesive .

The first vertical surface 12 extends from the upper contact surface 11 and extends vertically to the upper contact surface 11.

The blocking surface 13 extends from the first vertical surface 12 and extends horizontally with respect to the first vertical surface 12 to block the upper portion of the collecting portion 10.

Since the upper surface of the water collecting part 10 is not opened by the blocking surface 13 as a means for blocking the upper part of the water collecting part 10 of the present invention and not blocking the upper surface of the water collecting part 10 according to the present invention, It is possible to prevent foreign matter such as leaves or dust from flowing into the inside of the collecting part 10 through the upper part of the collecting part 10 and accumulating it.

The rear surface 14 extends from the blocking surface 13 and extends vertically to the lower side of the blocking surface 13. The inside of the catching portion 10 is not exposed by the rear surface 14, Therefore, it is possible to prevent the foreign materials such as the leaves and dust from flowing into the inside of the collecting part 10 on the side of the rear side 14, and also the roof eaves on which the collecting part 10 is installed are not exposed to the outside, It is possible to direct.

The first inclined surface 15 extends obliquely from the rear surface 14 and extends in the direction of the upper contact surface 11 so that the rainwater collected in the catching portion 10 is collected in the catching portion 10 To the lower surface 16 side of the lower surface 16a.

The lower surface 16 extends from the first inclined surface 15 and extends in the horizontal direction with respect to the first inclined surface 15 so that the rainwater flowing into the inside of the collecting portion 10 is directed toward the lower surface 16 The drainage part 90 through which the rainwater collected is drained can further be connected to the bottom surface 16 and the drainage part 90 connected to the bottom surface 16 of the rainwater collected at the bottom surface 16 side .

Although the drainage unit 90 connected to the bottom surface 16 of the present invention is shown in a cylindrical shape as shown in the drawings, the drainage unit 90 may have various shapes such as a cylindrical shape and a square shape. The drainage unit 90 is provided separately from the bottom surface 16 so that the drainage unit 90 can be inserted into the hole 16 and the drainage unit 90 (Not shown) formed in the lower surface 16 to be engaged with each other.

The second inclined surface 17 is inclinedly bent from the lower surface 16 and is inclined in a direction symmetrical to the first inclined surface 15. Like the first inclined surface 15, So that the rainwater collected into the inside of the water collecting part 10 can be easily collected toward the lower surface 16 of the water collecting part 10.

The second vertical surface 18 extends from the second inclined surface 17 and extends vertically to the upper side with respect to the second inclined surface 17, 18 so as to be brought into close contact with the lower portion of the roof eaves.

At this time, the lower contact surface 19 is brought into close contact with the lower part of the roof eave. At this time, the connection between the lower contact surface 19 and the roof eave can be fixed by fixing means such as, for example, have.

The water collecting part 10 of the present invention is characterized in that the water collecting part 10 includes a first vertical surface 12, a blocking surface 13, a rear surface 14, a first inclined surface 15, a bottom surface 16, a second inclined surface 17, The water collecting hole 10a is formed by a vertical surface 18 and collects rainwater. The water collecting hole 10a is an inner space of the collecting part 10 in which rainwater is collected.

The first vertical surface 12 of the present invention is formed with a rainwater inflow hole 20 through which the rainwater flowing down through the roof eaves flows into the water collecting hole portion 10a.

Accordingly, the water collecting part 10 of the present invention, in which roof eaves are laid by the upper close contact surface 11 and the lower close contact surface 19, is arranged so that when the rainwater flows down through the roof eaves, And flows into the inside of the water collecting part 10, that is, the water collecting hollow part 10a, through the rainwater inflow hole 20 provided therein.

The rear surface 14 having the water collecting part 10 of the present invention is provided with a foreign material removing hole 30 for removing foreign substances accumulated in the water collecting hole part 10a.

Accordingly, when foreign substances such as dust are introduced into the water collecting part 10 installed for a long time through the rainwater inflow hole 20 and accumulated therein, the foreign matter can be removed through the foreign matter removing hole 30.

The rainwater collector of the present invention constructed as described above is provided with the water collecting part 10 extending long along the longitudinal direction of the roof eaves or having the water collecting part 10 as a unitary unit at equal intervals, The collecting part 10 can be connected to the roof eave by connecting it by a separate connector (not shown).

The first and second engaging portions 40 and 50 are provided on both sides of the water collecting portion 10 of the present invention so as to be fitted to each other, And the second coupling portion 50 can be connected to the collecting portion 10 provided as a unit member.

The first engaging portion 40 of the present invention is provided on one side of the collecting portion 10 and includes a first engaging protrusion 41 extending from the upper close contact surface 11 and extending in a step- A second coupling protrusion 42 extending from the first vertical surface 12 and extending in a stepwise manner with respect to the first vertical surface 12 and a second coupling protrusion 42 extending from the blocking surface 13, A fourth engagement protrusion 44 extending from the rear surface 14 and extending stepwise from the rear surface 14 and a second engagement protrusion 44 extending from the first inclined surface 15 and extending from the first inclined surface 15 A fifth engaging protrusion 45 extending from the lower surface 16 and a sixth engaging protrusion 46 extending from the lower surface 16 in a stepwise manner to the lower surface 16; A seventh engaging protrusion 47 extending from the second vertical surface 18 and extending from the second vertical surface 18 to the second inclined surface 17, Extending the eighth made is provided with coupling projections (48) and, doedoe extends from the lower contact surface 19, the lower contact surface 19 and the coupling 9 extending be stepped protrusion (49).

The second engaging portion 50 is provided on the other side of the collecting portion 10 so as to correspond to the first engaging portion 40 and extends from the upper close contact surface 11, A second engagement groove 52 extending from the first vertical surface 12 and extending in a stepwise manner with respect to the first vertical surface 12 and a second engagement groove 52 extending from the first vertical surface 12 in a step- A third engaging groove 53 extending from the rear face 14 and extending stepwise from the rear face 14 and a fourth engaging groove 54 extending from the rear face 14 in a stepwise manner, A fifth engagement groove portion 55 extending from the first inclined surface 15 and extending in a stepwise manner with respect to the first inclined surface 15 and a sixth engagement groove portion 55 extending from the bottom surface 16 and extending in a step- A seventh engaging groove 57 extending from the second inclined face 17 and extending in a stepwise manner with respect to the second inclined face 17 and a second engaging groove 57 extending from the second vertical face 18 An eighth engaging groove 58 extending stepwise with respect to the second vertical surface 18 and a ninth engaging groove 59 extending from the lower urging surface 19 and extending in a step- As shown in FIG.

Accordingly, the first and second engaging portions 40 and 50 are connected to each other, so that the collecting portions 10, which are unit members, can be connected to each other to be installed in the longitudinal direction of the roof eave.

When the first collecting portion 40 and the second collecting portion 50 are used to connect the collecting portions 10 formed as unit members to each other and installed in the longitudinal direction of the roof eaves, The first engaging protrusion 41, the second engaging protrusion 42, and the second engaging protrusion 42 of the first engaging portion 40 are formed to improve the hermeticity between the portion 40 and the second engaging portion 50, The third engaging projecting portion 46 and the third engaging projecting portion 46 are formed in the same manner as the first engaging projecting portion 43 and the third engaging projecting portion 43. The fourth engaging projecting portion 44 and the fifth engaging projecting portion 45 constitute the first engaging projecting portion 43, And a sealing waterproof portion 60 positioned along the upper surface of the protrusion 49.

At this time, it is natural that the sealed waterproof portion 60 may be made of a material such as rubber or silicone which is shrunk and restored to its original position.

When the water collecting part 10 made of a unit member is connected to each other by using the first and second engaging parts 40 and 50 as the sealed waterproof part 60 is further provided, And the second engagement portion 50 can be obtained.

The lid 70 may be further provided to be fitted to the first engaging portion 40 of the catch portion 10 having the rainwater collector of the present invention.

The lid 70 includes a first fitting surface 71 to be closely fitted to the first coupling protrusion 41 and a second fitting surface 72 to be fitted and fitted to the second coupling protrusion 42, A third fitting surface 73 to be closely fitted to the third coupling protrusion 43 and a fourth fitting surface 74 to be closely fitted to the fourth coupling protrusion 44, A sixth fitting surface 76 which is closely fitted to the sixth fitting protrusion 46 and a fifth fitting surface 75 which is in close contact with the seventh fitting protrusion 47 An eighth fitting surface 78 which is fitted into the eighth engaging protrusion 48 so as to be closely fitted to the eighth engaging protrusion 48 and a ninth fitting surface A third fitting surface 73, a fourth fitting surface 74, a fifth fitting surface 75, a sixth fitting surface 71, a second fitting surface 71, a second fitting surface 72, a third fitting surface 73, a fourth fitting surface 74, A seventh fitting surface 77, an eighth fitting surface 78, and a ninth fitting surface 79, as shown in FIG.

At this time, the lid 70 is a closing member for covering and covering the end of the collecting part 10 located at the edge of the roof eave, and is a covering member for covering the first joining protrusion 41, The fourth engaging protrusion 44 and the fifth engaging protruding portion 45 are formed on the outer peripheral surface of the first engaging protrusion 42 and the second engaging protrusion 43. The protrusion 42, the third engaging protrusion 43, the fourth engaging protrusion 44, the fifth engaging protrusion 45, the sixth engaging protrusion 46, 48, and the ninth engagement protrusion 49, respectively, and the second fitting surface 72, the third fitting surface 73, the fourth fitting surface 74, the fifth fitting surface 71, The seventh fitting surface 77, the eighth fitting surface 78 and the ninth fitting surface 79 are formed by the first fitting projection portion 41, the second fitting projection portion 76, the seventh fitting surface 77, the eighth fitting surface 78, The fifth engaging protrusion 45 and the sixth engaging protrusion 46 of the third engaging protrusion 43 are engaged with each other by the engaging protrusion 42, The second coupling projection 48, and the ninth coupling projection 49, respectively.

The upper rainwater inflow hole 20a may be further provided on the blocking surface 13 of the water collecting part 10 of the present invention and thus the upper rainwater inflow hole 20a may be further provided, It is possible to collect not only the rainwater flowing down through the eaves but also the rainwater falling to the blocking surface 13 of the water collecting part 10.

As described above, the present invention has been described with reference to particular embodiments, such as specific elements, and specific embodiments and drawings. However, it should be understood that the present invention is not limited to the above- And various modifications and changes may be made thereto by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention

10: Housekeeper 10a: Housekeeper
11: upper contact surface 12: first vertical surface
13: blocking face 14: rear face
15: first inclined surface 16:
17: second inclined plane 18: second vertical plane
19: Lower contact surface 20: Rainwater inflow hole
30: foreign matter removing hole 40: first engaging portion
41: first coupling projection 42: second coupling projection
43: third coupling projection 44: fourth coupling projection
45: fifth engagement projection 46: sixth engagement projection
47: seventh coupling projection 48: eighth coupling projection
49: ninth coupling projection 50: second coupling portion
51: first engagement groove portion 52: second engagement groove portion
53: third engaging groove portion 54: fourth engaging groove portion
55: fifth engaging groove portion 56: sixth engaging groove portion
57: seventh engaging groove portion 58: eighth engaging groove portion
59: ninth engagement groove portion 60: sealing waterproof portion
70: cover 70a: cover surface
71: first fitting surface 72: second fitting surface
73: third fitting surface 74: fourth fitting surface
75: fifth fitting surface 76: sixth fitting surface
77: seventh fitting face 78: eighth fitting face
79: Ninth fitting face

Claims

(11) provided on the eaves of the roof and adapted to receive the rainwater flowing down from the roof and to be brought into close contact with the upper part of the eaves of the roof, and an upper surface (11) extending from the upper close surface (11) (13) extending from the first vertical surface (12) and extending horizontally with respect to the first vertical surface (12) so as to block the first vertical surface (12) extending and the upper part of the collecting part (10) A rear surface 14 extending from the rear surface 14 and extending vertically to the lower side of the blocking surface 13 and a first inclined surface extending from the rear surface 14 in an oblique direction and extending in the direction of the upper close surface 11 A bottom surface 16 extending from the first inclined surface 15 and extending in the horizontal direction with respect to the first inclined surface 15 and a second inclined surface 15 extending from the bottom surface 16 in an inclined manner, In a direction symmetrical to the & A second vertical surface 18 extending from the second vertical surface 18 and extending vertically to the upper side with respect to the second inclined surface 17 and a second vertical surface 18 extending from the second vertical surface 18 in a horizontal direction A bottom surface 16 and a bottom surface 16 extending from the first vertical surface 12 to the bottom surface of the roof eave and the bottom surface of the first tapered surface 15, A collecting part 10 formed by the inclined surface 17 and the second vertical surface 18 and having a collecting hole 10a for collecting rainwater and a drainage part for draining the rainwater collected from the collecting part, A rainwater inflow hole 20 is formed in the first vertical surface 12 so that the rainwater flowing through the roof eaves flows into the water collecting hole portion 10a side. A rainwater receiver comprising a penetration hole (30) for removing a foreign substance,
On both sides of the collecting part 10, a first engaging part 40 and a second engaging part 50 are provided so as to correspond to each other and are fitted to each other,
The first engaging portion (40)
A first engagement protrusion 41 extending from the upper contact surface 11 and extending stepwise with respect to the upper contact surface;
A second engagement protrusion (42) extending from the first vertical surface (12) and extending in a stepwise manner with the first vertical surface (12);
A third engagement protrusion 43 extending from the blocking surface 13 and extending in a stepwise manner with the blocking surface 13;
A fourth engagement protrusion 44 extending from the rear surface 14 and extending transversely to the rear surface 14;
A fifth engagement protrusion 45 extending from the first inclined surface 15 and extending in a stepwise manner with respect to the first inclined surface 15;
A sixth engagement protrusion 46 extending from the bottom surface 16 and extending in a stepwise manner from the bottom surface 16;
A seventh engaging protrusion 47 extending from the second inclined surface 17 and extending in a stepwise manner with the second inclined surface 17;
An eighth engagement protrusion 48 extending from the second vertical surface 18 and extending in a stepwise manner with the second vertical surface 18;
And a ninth engagement protrusion 49 extending from the lower contact surface 19 and extending in a step-like manner with the lower contact surface 19,
The second engaging portion (50)
A first engagement groove portion 51 extending from the upper contact surface 11 and extending in a step-like manner to the upper contact surface 11;
A second coupling groove 52 extending from the first vertical face 12 and extending in a stepwise manner with respect to the first vertical face 12;
A third engaging groove portion 53 extending from the blocking face 13 and extending stepwise with the blocking face 13;
A fourth engagement groove portion 54 extending from the rear surface 14 and extending stepwise with respect to the rear surface 14;
A fifth engagement groove portion 55 extending from the first inclined surface 15 and extending stepwise with respect to the first inclined surface 15;
A sixth engaging groove portion 56 extending from the bottom surface 16 and extending in a stepwise manner from the bottom surface 16;
A seventh engagement groove portion 57 extending from the second inclined surface 17 and extending in a stepwise manner with the second inclined surface 17;
An eighth engagement groove 58 extending from the second vertical face 18 and extending in a stepwise manner with the second vertical face 18;
And a ninth engagement groove 59 extending from the lower contact surface 19 and extending in a stepwise manner with respect to the lower contact surface 19,
The first engaging protrusion 41 of the first engaging portion 40, the second engaging protrusion 42, the third engaging protrusion 43, the fourth engaging protrusion 44, the fifth engaging protrusion 45, And a sealing waterproof portion 60 positioned along the upper surfaces of the first to sixth engagement protrusions 46, the seventh engagement protrusion 47, the eighth engagement protrusion 48 and the ninth engagement protrusion 49. [ Rainwater catcher.

delete

The method according to claim 1,
And a lid 70 fitted to the first engaging portion 40 of the collecting portion 10,
The cover (70)
A first fitting surface (71) fitted to the first coupling protrusion (41) so as to be fitted thereto;
A second fitting surface (72) which is fitted and fitted to the second coupling protrusion (42);
A third fitting surface (73) to be closely fitted to the third coupling protrusion (43);
A fourth fitting surface (74) which is fitted and fitted to the fourth fitting protrusion (44);
A fifth fitting surface (75) which is closely fitted to the fifth fitting protrusion (45);
A sixth fitting surface (76) which is fitted and fitted to the sixth coupling projection (46);
A seventh fitting surface (77) to be closely fitted to the seventh coupling protrusion (47);
An eighth fitting surface (78) to be closely fitted to the eighth engaging protrusion (48);
A ninth fitting surface (79) to be fitted and fitted to the ninth coupling projection (49);
The first fitting surface 71, the second fitting surface 72, the third fitting surface 73, the fourth fitting surface 74, the fifth fitting surface 75, the sixth fitting surface 76, And a lid surface (70a) connecting the seventh fitting surface (77), the eighth fitting surface (78), and the ninth fitting surface (79).