KR101912650B1 - Eaves structure with landscape lighting function - Google Patents

Abstract

The present invention relates to an eave structure having a landscape lighting function that can be applied to a power house, a single house, a communal house, a public facility, an uppermost floor of an apartment, and the like. The present invention provides an eaves structure having a landscape illuminating function that can provide landscape illumination by means of illumination and provide a beautiful appearance of a house through a construction of adding a finishing eaves to the outside of the trough. I will do it.
That is, the present invention provides a support structure comprising: An eave trough fixed to the support to be positioned below the end of the eave, and a water trough connected to the eave trough to drain the trough into the trough; Wherein the eaves and the troughs are spaced apart from each other to form an irradiation space and are sealed with a window of a light-transmitting material coupled to a back surface of the trough; Engaging a finish panel in parallel with the eave on the underside of the lower horizontal bands constituting the support; Under the eaves enclosed by the landscape window and the finishing panel, lighting means are installed.

Description

Eaves structure with landscape lighting function.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an eave structure having a landscape lighting function that can be applied to a power house, a single-family house, a communal house, a public facility and an uppermost floor of an apartment. More specifically, And has a landscape lighting function capable of providing landscape lighting by the installed lighting means and providing a beautiful appearance of the house through a construction of adding a finishing eaves to the outside of the troughs Eave structure.

In general, sloping roofs are preferred in power houses or single-family homes, and rain gutters are installed at the lower corners of these roofs to collect rainwater that drips from the roof and drain it to the ground.

The rain gutters are constructed such that the gutter trough is provided by using a support so that the rainwater gutter is positioned below the eave end, and the gutter trough is provided with a line trough for draining the rainwater to the ground. At this time, Or embedded in the wall.

A representative example of conventional rainwater drainage basin is proposed in Korean Utility Model Publication (Y1) No. 20-0373039 (Jan. 15, 2005). The rainwater drainage basin for a roof of a tile roof is proposed. The upper and lower widths are wide, Wherein the rainwater collector is formed by bending a rainwater drainage path on the inside and a support frame is bent so as to surround the front and the bottom of the rainwater collector to support and fix the rainwater collector. A rainwater collecting part formed in a shape of a barbed pattern continuously and having a fastening hole formed at an upper part thereof at regular intervals; A receiving frame having a fastening groove formed at an upper end portion of the rainwater receiver and having a fitting groove formed at a rear side of the rainwater receiving portion; A fixing pad having one end fixed to the upper side fastening hole of the rainwater receiver and fastened to the upper end fastening groove of the support frame and the other end fixed to the upper side tile of the eave with a fastening screw; Respectively.

As another example, a cover net for a foreign object separating rain gutter trough of the Korean Utility Model Registration Utility Bulletin (Y1) 20-0339883 (Jan. 28, 2004) is proposed. The cover net is installed under a building eave A water collecting tank which collects rainwater flowing down from a roof or a roof and drains the rainwater flowing down from the roof of the building and which is fixed in the horizontal direction by a plurality of supports under the eaves of the building and a drain pipe extending downward from a drain hole formed at one side of the water collecting tank The rainwater gutters having a cover net which is cut off in the same manner as the upper end of the catchment trough of the rainwater gutters and has a very small gap therebetween; And a connecting means for connecting the cover net to the supporter of the water collecting tank through the gap and fixing the cover net.

Conventional rainwater collectors as described above are configured to be installed directly on the lower end of an eave, and a foreign matter such as a fallen leaf flows toward the line trough by a method of providing a rigid fixed state of the rainwater receiver, And the problem of clogging up is solved.

On the other hand, there are cases where landscape lighting is installed in houses in recent years, and most of these landscape lighting is electric wiring to the lower part of the eaves and the lighting means is directly installed. In such a case, The lighting system is exposed to the outside with the rain gutters and is not actually used because the appearance is not so good. In the industry, it is possible to provide the original functionality of the rain gutters while providing landscape lighting, Rain gutters that provide multiple functions are required.

KR 200373039 Y1 2005.01.15. KR 200339883 Y1 2004.01.28.

Accordingly, the present inventor has researched and developed the present invention so as to positively improve the conventional rainwater collectors to perform only the basic function of collecting the rainwater dripping from the eaves, and to provide landscape lighting.

That is, in the present invention, the lighting means installed outdoors may be configured to illuminate the front surface and the wall surface of the house together with the landscape window provided at the rear of the trough and the eaves provided at a right angle to the wall, The front and the wall of the house are illuminated together by the wall window and the landscape window installed on the wall, and the eaves installed perpendicular to the wall, so that the night view illumination can be made, and the front surface of the rain gutter The present invention has been accomplished on the basis of the technical object of the present invention, provided that an eave structure having a landscape lighting function has an effect that a finished eave is combined with an inclined surface so as to make the appearance of a house more beautiful.

According to a first aspect of the present invention, there is provided a support structure comprising: a supporting base fixedly installed on a wall surface at a predetermined interval so as to be positioned below a first eave; An eave trough fixed to the support to be positioned below the end of the eave, and a water trough connected to the eave trough to drain the trough into the trough; Wherein the eaves and the troughs are spaced apart from each other to form an irradiation space and are sealed with a window of a light-transmitting material coupled to a back surface of the trough; Engaging a finish panel in parallel with the eave on the underside of the lower horizontal bands constituting the support; Characterized in that lighting means are provided under the eaves enclosed by the viewing window and the finishing panel.

A support which is fixedly installed on the wall surface at a predetermined interval so as to be positioned on the lower side of the second eave; An eave trough fixed to the support to be positioned below the end of the eave, and a water trough connected to the eave trough to drain the trough into the trough; Wherein the eaves and the troughs are spaced apart from each other to form an irradiation space and are sealed with a window of a light-transmitting material coupled to a back surface of the trough; Engaging a finish panel in parallel with the eave on the underside of the lower horizontal bands constituting the support; A wall window made of a light-transmissive material is provided on an upper portion of a wall surface to which the fixing bracket of the support is coupled, so that the light of the lighting means installed in the room can be projected toward the trough through the window.

Thirdly, the eaves panel may be installed at the right angle with the wall surface so that the light of the lighting means installed outdoors or indoors can be projected toward the wall surface through the eaves window.

Fourthly, a finishing eave is further installed on the front surface of the trough so as to be tightly fixed to the finishing eave engagement bracket of the support, wherein the finishing eave is configured such that the inclined side is located on the extension of the roof slope in a triangular shape when viewed in cross section.

Fifth, the eaves and the finishing eaves are integrally formed.

Sixth, a cleaning window made of a light-transmissive material is installed on the top of the wall to which the support is coupled so that the light of the lighting means installed in the room can be projected toward the canopy through the canopy window, So that the water trough can be cleaned.

In the case of using the eaves structure having the landscape lighting function provided by the present invention, it is possible to provide the general rainwater drain function and the following effects at the same time.

That is, according to the present invention, the light of the lighting means provided below the eaves is projected by a landscape window provided on the back surface of the eaves in the state where the eaves and the trough are spaced apart from each other, A method of installing the eaves light on the wall by using the lighting device installed in the room by means of the wall window formed on the wall of the eaves, Thereby providing exterior landscape illumination of the building.

Further, according to the present invention, the finishing trough is coupled to the front surface of the trough and the supporting rods of the troughs, thereby providing rainwater drain functionality without exposing the troughs to the outside.

FIG. 1 is a perspective view of a broken-away perspective view showing a preferred embodiment in which an eave structure having a landscape lighting function provided in the present invention is installed.
Fig. 2 is a side sectional view showing a combined structure of an eaves structure having a landscape lighting function provided by the present invention
Fig. 3 is a side sectional view showing a combined structure of another example of the eaves having the landscape lighting function provided by the present invention
Fig. 4 is a plan view showing the state of the wall window in Fig. 3
Fig. 5 is a side sectional view showing a combined structure of another example of the eaves structure having the landscape lighting function provided by the present invention
Fig. 6 is a plan view showing an example in which the building is installed at a corner of a building; Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a preferred embodiment of an eaves having a landscape lighting function according to the present invention will be described with reference to the accompanying drawings.

FIG. 1 is a perspective view of a broken-away state showing a preferred embodiment in which an eave having a landscape lighting function according to the present invention is installed. FIG. 2 is a perspective view showing a combined structure of an eave- Fig.

The eaves structure 1 having the landscape lighting function according to the present invention is constructed so that the light provided from the lighting means 100 installed outdoors or indoors is transmitted to the eaves trough 3 while maintaining the functionality of the generally used rainwater receptacle, The roof tongue 240 can be provided to the side of the roof 210 and to the side of the wall 210 so as to have the function of the landscape lighting and to secure the roof tongue 240 to the roof tongue 240 by using the finishing eaves 8, So that it is possible to provide a beautiful appearance of the house with the same feel as if the rain gutters are not installed when viewed from the outside.

It is preferable that the eaves trough 3 is provided by using the support 2 so that the rainwater receiver is positioned below the eave tip 230 and the trough 3 is provided with a line trough 4 The line trench 4 may be exposed to the wall surface 210 of the building 200 or may be embedded in the wall surface 210 so that the connection between the trench trench 3 and the line trench 4 And the water trough 11 is provided in the part. Since such a structure is a well-known technology generally used, a detailed description thereof will be omitted.

In the present invention, in the eaves structure 1 in which the eaves trough 3 is provided below the eave end 230 of the rainwater receiver, the eave trough 3 is disposed so as to be spaced apart from the eave end 230 The lower surface of the eave trench 3 arranged along the eave 220 is fixed by using a support 2 whose one end is fixed to the wall surface 210 at regular intervals. At this time, an irradiation space A is formed between the eave end 230 and the trench main body 3. The irradiation space A is sealed by a landscape window 5 coupled to the back surface of the trough 3, The window (5) is configured to allow light to pass through, such as glass or polycarbonate. The support base 2 has a fixing bracket 21 formed on the side of the wall surface 210. An upper horizontal support 22 supporting the trough 3 is provided on the side where the earthen trough 3 is coupled, And a finishing eave engaging bracket 24 which is exposed to the outside by connecting the upper horizontal unit 22 and the lower horizontal unit 23 to the opposite side of the fixing bracket 21, As shown in Fig.

The troughs 3 are supported on the top of the upper horizontal base 22 of the supports 2 and are made of wood or synthetic resin so as to be positioned between the wall surfaces 210 on the lower side of the lower horizontal base 23. [ (Not shown) such as a piece to be spaced apart from the eaves 220 such that the eaves 220 are completely obscured when viewed from the ground, and the finishing panel 6 Air can be circulated to the lower side of the eaves 220 from the ground side through the structure in which the air holes are formed at regular intervals according to the need to solve the problem such as moisture being accumulated in the space formed under the eaves 220 .

The lighting unit 100 is installed in the space between the eaves 220 and the finishing panel 6 so as to be fixed to the eaves 220 so that light can be projected onto the landscape window 5.

An eaves window 7 made of a light transmissive material is further formed on the finishing panel 6 coupled to the lower horizontal bar 23 of the support 2 along the wall surface 210, Allows light to be induced and supplied. The eave window 7 may be installed at a right angle to the wall surface 210 so as to be close to the wall surface 210 or slightly away from the wall surface 210. The eaves window 7 is formed between the supports 2 supporting the troughs 3 (see Fig. 4)

In the case of the above-described construction, the light source of the illumination means 100 installed on the eaves 220 is installed on the lower side of the eaves 220 in the landscape window 5 installed below the eave end 230, It is possible to provide the effect of enabling the landscape lighting to be simultaneously projected onto the wall surface of the building through the eaves window 7.

In addition, the present invention provides the same functionality as that the troughs 3 are not provided when viewed from the outside, and the finished eaves 8 are further provided in front of the troughs 3 as means for this purpose.

The finishing eaves 8 are formed by an extrusion method in a substantially triangular shape in cross section and are composed of a finishing eave engaging bracket 24 having a base and a vertical side respectively formed on the supporting base 2 and in close contact with the front surface of the sole trough 3 And the like. The inclined side of the finishing eave 8 is configured to have the same inclination angle as the inclination angle of the roof 240 so that the inclined side is positioned on the extension line of the inclined surface when the finished eave 8 is installed do.

Such a finishing eave 8 is manufactured by an extrusion method and can be manufactured at a low cost and can be installed while minimizing the joint to a length corresponding to the place of use. It is possible to finely provide the appearance of the house by providing a finish such that the rainwater receiver is not installed at the end of the eaves 220 when viewed from the outside.

Although not shown separately, the finishing eaves 8 may have various forms of appearance, and in some cases, they may be provided integrally with the eaves trough 3.

FIG. 3 is a side cross-sectional view showing a combined structure of another example of an eaves having a landscape lighting function provided by the present invention, and FIG. 4 is a plan sectional view showing a state of a wall window in FIG.

Another embodiment of the present invention is a technique in which the lighting means 100 is not separately installed in the eaves 220 but is proposed to be able to use the lighting means 100 installed in the room.

That is, in the present invention, in the state where the trough trenches 3 are disposed apart from the tapered end 230 as described above, The irradiation space A formed between the eave tapered end 230 and the eave trench 3 is fixed to the eaves trough 3 by fixing the lower surface of the eave trench 3 arranged along the eave 220 by using the trench 22, And the closing panel 6 is placed on the lower side of the lower horizontal base 23 of the support base 2 so as to be positioned between the trough 3 and the wall surface 210 And a finishing eaves (8) fixed to the finishing eave engaging bracket (24) are provided in front of the eaves trough (3) so as to cover the eave (220) when viewed from the ground.

The wall surface 210 between the upper horizontal base 22 and the eave 220 of the support 2 is provided with a wall window 9 so that light can pass through the wall window 9 such as glass or polycarbonate, So that the light of the lighting means 100 installed in the room can be projected. At this time, as shown in FIG. 4, the wall surface window 9 has holes regularly or irregularly formed on the wall surface 210 so that the durability of the building is not obstructed, To be provided.

In the nighttime, the light of the lighting means 100 installed in the room is projected to be illuminated between the eaves 230 and the troughs 3, Is a member for performing a landscape lighting function by providing light to a landscape window (5) installed in an irradiation space (A) In addition, the wall surface window 9 is located above the room, and serves as a passage through which the heated air is discharged to the outside when the room temperature is increased in summer.

In the meantime, according to the present invention, a function of providing a function of illuminating a part of a light transmitted through a wall surface window (9) to a wall surface (210) through a lighting means (100) Respectively.

In the present invention, an eaves window 7 made of a light-transmitting material is further formed along the wall surface 210 in the finishing panel 6 coupled to the lower horizontal bar 23 of the support bar 2, So that the light of the means 100 can be induced and supplied. The eave window 7 may be installed at a right angle to the wall surface 210 so as to be close to the wall surface 210 or slightly away from the wall surface 210.

When the eaves window 7 is further formed as described above, the light provided by the lighting means 100 installed in the room is formed in the irradiation space A between the eaves 230 and the trough 3 And is provided toward the wall surface 210 through the eaves 7 positioned at right angles to the wall surface window 9 to illuminate the wall surface 210 of the building, It is possible to provide landscape illumination even if landscape lighting of the outdoor eaves 220 is not installed under the outdoor eaves 220. [

5 is a side cross-sectional view showing a combined structure of another example of the eaves having the landscape lighting function provided by the present invention.

In another embodiment of the present invention, the eaves trough 3 is formed at the lower end of the roof 240 so as to be close to the wall surface 210 and the cleaning window 10 is formed on the wall surface 210, So that the water gutter 11 connecting the line gutter 4 can be cleaned.

That is, according to the present invention, the eave 220 is formed to be short in the vicinity of the wall surface 210, and in the state where the eaves trough 3 is disposed in a state of being separated from the eave end 230 as shown in FIG. 3, The lower surface of the eave trench 3 is arranged to be disposed along the eave 220 by using the upper horizontal bar 22 of the support 2 whose one end is fixed at predetermined intervals to the eave 210, The irradiation space A formed between the support trough 2 and the eave trench 3 is sealed with the landscape window 5 on the rear surface of the trough 3 and the wall surface 210 between the support base 2 and the eave 220 The wall window 9 or the cleaning window 10 is formed to be opaque with respect to the landscape window 5 such that it can transmit light such as glass or polycarbonate so that the light of the lighting means 100 installed in the room can be projected .

A water trough 11 is provided below the troughs 3 so as to be positioned between the upper horizontal table 22 and the lower horizontal table 23 of the support table 2, The water trough (4) can be drained through the line trough (4) in a state where the line trough (4) is collectively collected in the trough water trough (11) It is possible to prevent the foreign matter such as fallen leaves flowing from the eaves trough 3 from being discharged to the line trough 4 by installing the sieve tenters 12 in the inside thereof and to prevent the line trough 4 from being clogged by foreign matter such as fallen leaves Let's do it.

The water trenches 11 are formed in such a manner that a part of the upper part of the water trenches 11 is exposed toward the eaves 220.

The cleaning window 10 is installed to correspond to a position where the water gutter 11 is installed and opens the cleaning window 10 in the room when foreign objects are caught in the water gutter 11 and the water drainage is reduced. So that the foreign matter can be removed from the filter net 12. It is a matter of course that a plurality of water troughs 11 are provided depending on the size of the building. Preferably, the water troughs 11 are installed at corner portions of the building as shown in FIG. The line trenches 4 may be installed to be exposed to the outside of the wall surface 210 or may be installed in the wall surface 210 in advance.

On the front side of the trough (3), a finishing eave (8) is provided with a wide width.

The upper end of the finishing eave 8 is fixed to the finishing eave fitting bracket 22 connecting the upper horizontal base 22 and the lower horizontal base 23 of the support base 2, The eaves 220 can be closed by engaging the finish panel 6 and the eaves window 7 is formed in the finish panel 6 along the wall surface 210. [ The eaves support rods (14) are installed at regular intervals like the support rods (2).

As described above, according to the present invention, the light of the lighting means installed in the room can be divided into a landscape window 5 provided in the irradiation space A between the eave end 230 and the trough 23, And is provided toward the wall surface 210 through the eaves window 7 provided on the finish panel 6 so that the wall surface 210 of the building is illuminated so that a separate landscape illumination is installed under the outdoor eaves 220 It is possible to provide landscape illumination even if it is not necessary.

Since the cleaning window 10 is provided on the wall surface 210 so that foreign matter is caught in the screen 12 in the water trough 11 and the drainage ability is lowered, The inside of the room can be cleaned indoors.

The illumination means 100 provided in the present invention may be variously provided with various LEDs, and it is preferable to use LEDs which can be lighted in various colors and have low power consumption. In addition, the lighting means 100 should be installed so that light can be effectively irradiated to the landscape window 5 and the eaves window 7 during installation.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. Therefore, the scope of protection of the present invention should not be limited to the described embodiment, but should be determined by the equivalents as well as the claims that follow.

1: (having a landscape lighting function) Rain gutters 2: Supports
21: fixing bracket 22: upper horizontal plate
23: Lower horizontal stand 24: Finishing eave fitting bracket
3: Gutter trough 4: Line trough
5: Landscape window 6: Finishing panel
7: eaves window 8: closed eaves
9: Wall window 10: Cleaning window
11: Water trough 12: Filter screen
A: irradiation space 100: lighting means
210: wall 220: eaves
230: the end of the eave 240: the roof

Claims (6)

A support table 2 fixedly installed on the wall surface 210 so as to be positioned below the eaves 220; An eave trough 3 fixed to the support 2 so as to be located at the lower end of the eave 220 and a water trough 11 connected to the trough 3 for discharging the rain to the trough 4 In constructing the eave structure (1);
The eaves 230 and the troughs 3 are spaced apart from each other to form an irradiation space A and are sealed with a viewing window 5 of a light-transmitting material coupled to the back surface of the trough 3;
Engaging the finishing panel 6 parallel to the eaves 220 below the lower horizontal bar 23 constituting the support 2;
The illuminating means 100 is installed on the eaves 220 sealed by the landscape window 5 and the finishing panel 6;
The eaves panel 7 may be installed on the finishing panel 6 at right angles to the wall surface 210 so that the light of the lighting means 100 can be projected toward the wall surface 210 through the eaves 7. [ Features an eaves structure with landscape lighting function.
A support table 2 fixedly installed on the wall surface 210 so as to be positioned below the eaves 220; An eave trough 3 fixed to the support 2 so as to be located at the lower end of the eave 220 and a water trough 11 connected to the trough 3 for discharging the rain to the trough 4 In constructing the eave structure (1);
The eaves 230 and the troughs 3 are spaced apart from each other to form an irradiation space A and are sealed with a viewing window 5 of a light-transmitting material coupled to the back surface of the trough 3;
Engaging the finishing panel 6 parallel to the eaves 220 below the lower horizontal bar 23 constituting the support 2;
A wall window 9 made of a light transmissive material is provided at the upper end of the wall surface 210 to which the fixing bracket 21 of the support base 2 is coupled so that the light of the lighting means 100, (3) through the opening of the trough (3);
The eaves panel 7 may be installed on the finishing panel 6 at right angles to the wall surface 210 so that the light of the lighting means 100 can be projected toward the wall surface 210 through the eaves 7. [ Features an eaves structure with landscape lighting function.
delete The method according to claim 1 or 2,
The front end of the trough 3 is further provided with a finishing eave 8 which is tightly fixed to the finishing eave engaging bracket 23 of the supporting frame 2. The finishing eave 8 has a triangular shape, And is positioned on an extension of an inclined surface of the roof (240).
delete The method according to claim 1 or 2,
A cleaning window 10 is provided at the upper end of the wall surface 210 to which the supporter 2 is coupled so that the water trench 11 connecting the trench 3 and the line trench 4 can be cleaned The eaves structure has a landscape lighting function.

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