TWI732701B - Water guiding device, roof equipment with water guiding device and roof corrugated board water guiding device - Google Patents

Abstract

A water guiding device is suitable for guiding rainwater and includes a bottom plate, a front baffle, a back baffle and two open areas. The bottom plate is inclined forward and downward along an inclined direction, and includes two opposite end portions arranged in an extension direction perpendicular to the inclined direction. The front baffle is connected to the front side of the bottom plate along the oblique direction. The rear baffle is connected to the rear side of the bottom plate along the oblique direction, and includes two connecting parts arranged at intervals along the extending direction, and an opening opened between the connecting parts. The open areas correspond to the ends, and each open area is defined by the front baffle, the back baffle, and the respective end. Rainwater can flow in from the opening of the back baffle and be The front baffle guides and flows along the extending direction, and then flows out from the open areas. This guides rainwater and avoids the problem of water accumulation.

Description

Water guiding device, roof equipment with water guiding device and roof corrugated board water guiding device

The invention relates to a water guiding device, in particular to a water guiding device suitable for a roof, a roof equipment with a water guiding device, and a roof corrugated board water guiding device.

A ventilated roof device is set up on a roof corrugated board, and the ventilated roof device can help remove the heat in the house. The roof corrugated board is inclined in an inclined direction so that rainwater can flow down along the inclined direction without gathering and accumulating on the roof. However, after the ventilated roof device is installed on the roof corrugated board, the ventilated roof device will block the water flow and make Rainwater accumulates between the ventilated roof equipment and the roof corrugated board, which in turn causes the roof corrugated board to corrode.

In view of this, it is indeed necessary to improve the problem of corrosion of the roof corrugated board caused by the installation of the ventilated roof equipment.

Therefore, the object of the present invention is to provide a water guiding device that can improve the problem of water accumulation and corrosion of the roof corrugated board caused by the installation of roof equipment.

Therefore, the water guiding device of the present invention is suitable for guiding rainwater. The water guiding device includes a bottom plate, a front baffle, a back baffle, and two open areas. The bottom plate inclines forward and downward along an oblique direction, and includes two opposite ends arranged along an extension direction substantially perpendicular to the oblique direction. The front baffle is connected to the front side of the bottom plate along the oblique direction. The rear baffle is connected to the back side of the bottom plate opposite to the front side along the oblique direction, and includes two connecting parts arranged at intervals along the extending direction, and an opening opened between the connecting parts. The open areas correspond to the ends, and each open area is defined by the front baffle, the back baffle, and the respective end. Rainwater can flow in from the opening of the back baffle and be The front baffle guides and flows along the extending direction, and then flows out from the open areas.

Therefore, the roof equipment with water guiding device of the present invention is suitable for guiding rainwater. The roof equipment with water guiding device includes a water guiding device and a roof equipment body.

The water guiding device includes a bottom plate, a front baffle, a back baffle, and two open areas. The bottom plate is inclined forward and downward along an inclined direction, and has two opposite ends arranged along an extension direction substantially perpendicular to the inclined direction. The front baffle is connected to the front side of the bottom plate along the oblique direction. The rear baffle is connected to the back side of the bottom plate opposite to the front side along the oblique direction, and has two connecting parts arranged at intervals along the extending direction, and an opening opened between the connecting parts. The open areas Corresponding to the ends, each open area is defined by the front baffle, the back baffle, and the respective end. Rainwater can flow in from the opening of the back baffle and can be passed by the front baffle. Guide and flow along the extending direction, and then flow out from the open areas.

The roof equipment body is connected to the front side of the front baffle along the inclined direction.

Therefore, the roof corrugated board water guiding device of the present invention includes a roof corrugated board and a water guiding device.

The roof corrugated board is inclined along an inclined direction, and the roof corrugated board includes a plurality of diversion sections arranged at intervals along an extension direction substantially perpendicular to the inclined direction, and a plurality of ridge sections that are staggered with the diversion sections and protrude upward , Each of the at least two adjacent ridge segments has a first ridge area and a second ridge area spaced along the inclination direction, and a first ridge area, the first ridge area and the second ridge area. The second ridge area and the corresponding diversion sections jointly surround the hollow hole defined and penetrated up and down, each first ridge area has a first cross section adjacent to the hollow hole, and each second ridge The zone has a second cross section adjacent to the hollow hole.

The water guiding device closes the at least two hollow holes, and includes a bottom plate inclined forward and downward along the inclined direction and covering at least the diversion section between the at least two hollow holes along the extending direction, and a bottom plate along the inclined direction A front baffle arranged on the front side of the bottom plate and connected to the first cross-sections, and a rear baffle disposed on the rear side of the bottom plate along the inclination direction and connected to the second cross-sections, the rear baffle The plate has two connecting parts arranged at intervals along the extending direction, and an opening opened between the connecting parts and corresponding to the diversion section. The bottom plate has two opposite ends arranged along the extending direction, each end part Don’t surround and define an open area together with the front baffle and the back baffle. Rainwater can flow in from the opening of the back baffle and can be guided by the front baffle to flow along the extension direction, and then the openings District outflow.

The effect of the present invention is that rainwater can flow in from the opening of the rear baffle, be blocked by the front baffle, and be guided by the front baffle to flow in the extending direction, and then flow out from the open areas, and then Avoid problems such as water accumulation and corrosion of the roof corrugated board.

Before the present invention is described in detail, it should be noted that in the following description, similar elements are denoted by the same numbers.

Referring to Figure 1, Figure 2, Figure 3, a first embodiment of the water guiding device of the present invention. The water guiding device can be used with a roof corrugated board 2 to form a roof corrugated board water guiding device.

The roof corrugated board 2 is inclined along an inclination direction Y, and includes a plurality of diversion sections 21 arranged at intervals along an extension direction X substantially perpendicular to the inclination direction Y, and a plurality of diversion sections 21 staggered with the diversion sections 21 and projecting upward The ridge section 22. Each of the two adjacent ridge segments 22 has a first ridge region 221 and a second ridge region 222 spaced apart along the inclination direction Y, and a first ridge region 221, The second ridge region 222 and the corresponding diversion sections 21 jointly surround the hollow hole 223 defined and penetrated up and down. Each first ridge area 221 has a first cross section 224 adjacent to the hollow hole 223, and each second ridge area 222 has a second cross section 225 adjacent to the hollow hole 223.

The water guiding device 3 closes the hollow holes 223 and includes a bottom plate 31, a front baffle 32, a rear baffle 33, and two open areas 34.

The bottom plate 31 is inclined forward and downward along the inclination direction Y, and covers the diversion section 21 between the hollow holes 223 along the extension direction X. The bottom plate 31 has two opposite ends 311 along the extending direction X.

The front baffle 32 is disposed on the front side of the bottom plate 31 along the inclined direction Y, and has a first extension portion 321 connected to the bottom plate 31 and extending upward, and a first extension portion 321 connected to the first extension portion 321 and facing away from the rear The first connecting portion 322 extends in the direction of the baffle 33. The first extension portion 321 is connected to the first cross-sections 224, and two ends of the first connection portion 322 are respectively connected to the top surfaces of the first ridge regions 221.

The rear baffle 33 is arranged on the rear side of the bottom plate 31 along the inclined direction Y, and has two connecting portions 331 arranged at intervals along the extending direction X, and a connecting portion 331 opened between the connecting portions 331 and corresponding to the guide The opening 332 of the flow section 21. Each connecting portion 331 has a second extending area 333 connected to the bottom plate 31 and extending upward, and a second connecting area 334 connected to the second extending area 333 and extending in a direction away from the front baffle 32. The second extension regions 333 are respectively connected with the second cross-sections 225, and the second connection regions 334 are respectively connected with the top surfaces of the second ridge regions 222.

The open areas 34 respectively correspond to the end portions 311, and are defined by the corresponding end portions 311, the front baffle 32 and the rear baffle 33.

When it rains, rainwater can flow in from the opening 332 of the rear baffle 33, and be guided by the first extension portion 321 of the front baffle 32 to flow along the extension direction X, and then flow out from the open areas 34, by This guides the outflow of rainwater, and thereby avoids problems such as water accumulation and corrosion of the roof corrugated board 2.

Between the first connecting portion 322 and the top surfaces of the first ridge regions 221, between the second connecting region 333 and the top surfaces of the second ridge regions 222, the first extension 322 and the top surfaces Between the first cross-sections 224 and between the second extension areas 334 and the second cross-sections 224 are connected by the adhesive 6. In this embodiment, silicone resin, commonly known as Silicone, is used for adhesion and sealing.

It is worth noting that in the first embodiment, the bottom plate 31 of the water guiding device 3 closes the two hollow holes 223, and covers the diversion section 21 between the hollow holes 223, but in other embodiments, the The number of hollow holes 223 can also be more than two.

In summary, in the first embodiment of the roof corrugated board water guiding device of the present invention, rainwater can flow in through the opening 332 of the rear baffle 33, and be blocked and guided by the front baffle 32 to flow along the extension direction X, and then It flows out from these open areas 34, so it can indeed achieve the purpose of the invention.

4 and 5, a second embodiment of the water guiding device of the present invention is suitable for the roof corrugated board 2 and forms a roof equipment with a water guiding device together with a roof equipment body 4. The second embodiment is similar to the first embodiment, and the difference lies in:

The first ridge regions 221 of the roof corrugated board 2 and the diversion section 21 between the first ridge regions 221 are hollowed out to form a hollow shape for the roof equipment body 4 to be installed.

The roof equipment body 4 is connected to the front side of the water guiding device 3 along the inclination direction Y. In the second embodiment, the roof equipment body 4 is connected to the first connecting portion 322 of the front baffle 32 along the inclination direction Y.

In the second embodiment, the roof equipment with water guiding device further includes a connecting plate 5 connecting the roof equipment body 4 and the front baffle 32 of the water guiding device, and the connecting plate 5 is used to strengthen the roof equipment body 4 And the connection of the water guiding device.

The roof equipment body 4 can be a daylighting and ventilation skylight, a daylighting, ventilation and smoke exhaust window or a ventilated roof device, and is not limited to this. The related details are the prior art and are not the focus of this case, so we will not repeat them here.

Therefore, the second embodiment of the present invention can also achieve the same purpose and effect as the first embodiment.

It is worth noting that the water guiding device 3 in the first embodiment and the second embodiment can also be manufactured and sold separately, and used with the existing roof corrugated board 2 or the roof equipment body 4.

However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to Within the scope covered by the patent of the present invention.

2: Roof corrugated board 21: Diversion section 22: Convex ridge segment 221: first ridge area 222: second ridge area 223: Hole 224: First Cross Section 225: Second Cross Section 3: Water guiding device 31: bottom plate 311: End 32: front bezel 321: first extension 322: first connection part 33: Rear baffle 331: Connection 332: open 333: Second Extension 334: Second Connection Area 34: open area 4: Roof equipment body 5: connecting board 6: Adhesive X: Extension direction Y: tilt direction

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a perspective view of a first embodiment of the water guiding device of the present invention and a roof corrugated board; Figure 2 is a three-dimensional exploded view of the first embodiment and the roof corrugated board; Figure 3 is a cross-sectional view taken along line Ⅲ-Ⅲ of Figure 1; Figure 4 is a perspective view of a second embodiment of the water guiding device of the present invention and a roof corrugated board; and Fig. 5 is a cross-sectional view taken along line V-V of Fig. 4;

2: Roof corrugated board

21: Diversion section

22: Convex ridge segment

221: first ridge area

222: second ridge area

223: Hole

224: First Cross Section

225: Second Cross Section

3: Water guiding device

31: bottom plate

311: End

32: front bezel

321: first extension

322: first connection part

33: Rear baffle

331: Connection

332: open

333: Second Extension

334: Second Connection Area

34: open area

X: Extension direction

Y: tilt direction

Claims (7)

A water guiding device suitable for guiding rainwater, the water guiding device includes: A bottom plate inclined forward and downward along an inclined direction, and includes two opposite ends arranged along an extension direction substantially perpendicular to the inclined direction; A front baffle connected to the front side of the bottom plate along the oblique direction; and A rear baffle is connected to the back side of the bottom plate opposite to the front side along the oblique direction, and includes two connecting parts arranged at intervals along the extending direction, and an opening opened between the connecting parts, defining two respectively Corresponding to the open areas of the ends, each open area is defined by the front baffle, the back baffle, and the respective end. Rainwater can flow in from the opening of the back baffle and be blocked by the front baffle. The plate guides and flows along the extending direction, and then flows out from the open areas. The water guiding device according to claim 1, wherein the front baffle has a first extension connected to the bottom plate and extending upward, and a first extension connected to the first extension and extending in a direction away from the rear baffle A first connecting portion, each connecting portion of the rear baffle has a second extension area connected to the bottom plate and extending upward, and a second connection connected to the second extension area and extending in a direction away from the front baffle Area. A roof equipment with a water guiding device is suitable for guiding rainwater. The roof equipment with a water guiding device includes: A water guiding device, including: A bottom plate inclined forward and downward along an inclined direction, and having two opposite ends arranged along an extension direction substantially perpendicular to the inclined direction; A front baffle connected to the front side of the bottom plate along the oblique direction; and A rear baffle is connected to the back side of the bottom plate opposite to the front side along the oblique direction, and has two connecting parts arranged at intervals along the extending direction, and an opening opened between the connecting parts, defining two respectively Corresponding to the open areas of the ends, each open area is defined by the front baffle, the back baffle, and the respective end. Rainwater can flow in from the opening of the back baffle and can be blocked by the front baffle. The baffle guides and flows along the extending direction, and then flows out from the open areas; and A roof equipment body is connected to the front side of the front baffle along the inclination direction. The roof equipment with water guiding device according to claim 3, wherein the front baffle has a first extension connected to the bottom plate and extending upward, and a first extension connected to the first extension and facing away from the rear baffle Extend in the direction to connect the first connecting portion of the roof equipment body, each connecting portion of the back baffle has a second extension area connected to the bottom plate and extending upward, and a second extension area connected to the second extension area and facing away from the The second connecting area extends in the direction of the front baffle. A roof corrugated board water guiding device, including: A roof corrugated board is inclined along an inclined direction, and the roof corrugated board includes a plurality of diversion sections arranged at intervals along an extension direction substantially perpendicular to the inclined direction, and a plurality of diversion sections are arranged at intervals along the inclined extension direction and interlaced with the diversion sections Ridge segments arranged and projecting upward, each of at least two adjacent ridge segments having a first ridge region and a second ridge region spaced apart along the inclination direction, and a The first ridge region, the second ridge region, and the corresponding diversion sections jointly surround and define hollow holes that penetrate up and down, and each first ridge region has a first horizontal adjacent to the hollow hole. Section, each second ridge area has a second cross section adjacent to the hollow hole; and A water guide device that closes the at least two hollow holes, and includes a bottom plate that slopes forward and downward along the inclined direction and extends along the extension direction, and at least covers the diversion section between the at least two hollow holes, and an edge The oblique direction is arranged on the front side of the bottom plate and connected to the front baffle of the first cross sections, and a rear baffle is provided on the rear side of the bottom plate along the oblique direction and connected to the second cross sections, The rear baffle has two connecting parts spaced apart along the extending direction, and an opening opened between the connecting parts and corresponding to the diversion section, and the bottom plate has two opposite ends arranged along the extending direction, Each end part respectively surrounds the front baffle and the back baffle to define an open area. Rainwater can flow in from the opening of the back baffle and can be guided by the front baffle to flow along the extending direction. These open areas flow out. The roof corrugated board water guiding device according to claim 5, wherein the front baffle has a first extension connected to the bottom plate and extending upward, and a first extension connected to the first extension and facing away from the rear baffle Extended first connecting portion, each connecting portion of the rear baffle plate has a second extension area connected to the bottom plate and extending upward, and a second extension area connected to the second extension area and extending in a direction away from the front baffle plate The second connection area, the first extension portion and the second extension areas are used to connect to the first cross-sections and the second cross-sections, respectively, the first connection portion and the second connection areas It is used to connect with the top surfaces of the first ridge regions and the second ridge regions respectively. The roof corrugated board water guiding device according to claim 6, wherein between the first connecting portion and the top surface of the first ridge regions, the second connecting region and the top surface of the second ridge regions Between the first extension portion and the first cross-sections, and between the second extension areas and the second cross-sections are connected in an adhesive manner.

Images