芬兰专利FI20195528A1 Arrangement for leading water away from the roof of a building, and building

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专利摘要:
An arrangement (1) for draining water away from the roof (10) of the building, which arrangement (1) comprises a downcomer (2) with a flow channel (3) for water. The downcomer (2) comprises an insulating layer (4) surrounding the flow channel (3).
公开号:FI20195528A1
申请号:FI20195528
申请日:2019-06-18
公开日:2020-07-15
发明作者:Srboljub Lukic
申请人:Idea Linna Oy；
IPC主号:

专利说明:

ARRANGEMENT FOR WATER REMOVAL FROM THE ROOF OF THE BUILDING AND
CONSTRUCTION The present invention relates to an arrangement according to the preamble of claim 1 for draining water from the roof of a building, which arrangement comprises a downcomer with a flow channel for water. The invention also relates to a building.
—Rain and melt water is led from the roof of the building to a gutter at the edge of the roof and further down a gutter connected to the gutter to the ground or rainwater system. The downspout is usually attached to the exterior of the building. The problem with traditional solutions is that the downspout freezes in the frost, - to prevent this, the downcomer can be equipped with a heating cable. The disadvantage of the solution is the electrical connections required for heating, and in addition, heating increases the building's electricity consumption. In addition, the downspout attached to the wall is easily knocked.
The object of the present invention is to provide an improved solution by which the above-mentioned problems can be reduced.
The object according to the invention is achieved by an arrangement according to claim 1 and a building according to claim 6.
The arrangement according to the invention for discharging water from the roof of a building comprises a downcomer with a flow channel for water. In addition, the downcomer comprises an insulating layer surrounding the flow channel.
S co 30 —The building according to the invention, in turn, comprises a roof with> a gutter for collecting water flowing from the roof. In addition, the building comprises an arrangement for draining water away from the roof of the building. The arrangement comprises a downcomer N with a flow channel for water and an insulating layer surrounding the flow channel. S The downcomer is in flow communication with the gutter and is located at least partially inside the corner of the building.
The invention provides considerable advantages. An insulated downspout located in the corner of the building does not freeze, which means that the downspout does not have to be equipped with heating cables. The downspout inside the corner is also better protected from knocks. In addition, the appearance of the building is improved because the downspout is no longer attached to the exterior of the building. In a timber-framed building, the walls comprise frame posts spaced apart. In a solution according to one embodiment of the invention, the frame posts of the walls forming the corner closest to the corner are arranged at an angle of 90 degrees to each other so that the angle opens towards the tip of the corner. In this case, the downcomer can be supported and / or attached to the frame posts forming the angle. This stiffens the corner structure. In addition, a support post or other support structure to which the downcomer is supported and / or attached can be placed in the corner between the frame posts. This also stiffens the corner structure.
The invention will now be described in more detail by way of example with reference to the accompanying drawings, in which Fig. 1 shows a horizontal cross-section of a corner of a building according to one embodiment of the invention with an arrangement according to one embodiment a building in the corner of which an arrangement according to one embodiment of the invention is arranged, and Fig. 4 shows a top view of the arrangement of Fig. 1. The cover of the arrangement is shown in the figure with a dashed line. The drawings show a building comprising an arrangement 1 for conducting water = away from the roof 10 of the building. The arrangement 1 is connected to a gutter 11 of the building, into which the water leaving the roof 10 flows. The gutter 11 can be on the edge of the roof 10 or on the roof of the LO. The building is typically a detached house, i.e. a detached house, a semi-detached house or a low-rise house. The building can also be a terraced house, an apartment building or an industrial building. The drawings N show a timber-framed building, the walls 12 of which comprise spaced-apart frame posts 13.
The arrangement 1 comprises a downcomer 2 with a flow channel 3 for water to be removed from the roof. The flow channel 3 has a circular cross-section. The downcomer 1 comprises an insulating layer 4 surrounding the flow channel 3. The insulating layer 4 partially or completely surrounds the flow channel 3. The flow channel 3 is formed directly in the insulating layer 4. In this case, the inner surface of the flow channel 3 can be stocked with a sock made of a plastic mixture. Alternatively, the flow channel 3 may be a tube on the outer surface of which an insulating layer 4 is arranged. Insulating layer 4 is cellular polypropylene (EPP). The insulating layer 4 is square or polygonal in cross section. - The insulating layer 4 forms the outer surface of the downcomer 2. The insulating layer 4 extends in the longitudinal direction of the downcomer 2 to a portion above the ground. The downcomer 2 may comprise parts according to Figure 2 which can be fastened to each other. The necessary number of parts are joined together to form a downcomer 2 of the desired length. The downspout 2 is located partially or completely inside the corner of the building. The insulating layer 4 forms the outer surface of the corner of the building, as in Figure 1. In this case, the surface of the insulating layer 4 can be flush with the outer surface of the wall 12 of the building. Alternatively, the external cladding 18 of the building, for example a board cladding, may extend over the insulating layer 4, the insulating layer 4 being partially or completely under the external cladding 18. In the embodiment according to the drawings, the walls 12 forming the corner of the building comprise frame posts 13 which are spaced apart. At the ends of the walls forming the corner 12, the frame posts 13 closest to the corner form an angle 14, for example a 90 degree angle, so that the angle 14> opens towards the tip of the corner. The insulating layer 4 of the downcomer is supported and / or attached to the frame posts 13 forming an O-angle 14. In addition, a support structure, such as a support post 5, is placed in the corner 14 between the frame posts 13, to which the insulating layer 4 of the downcomer 2 is supported and / or attached. The support structure 5 is against the frame post 13, and z is, for example, attached to the frame post 13. The support post 5 may be a mucilage post.
The insulating layer 4 of the downcomer comprises two projections 6 by means of which the downcomer 2 can be attached to a support structure 5 inside the corner of the building. The projections 6 are of the same insulating material as the insulating layer 4. The projections 6 can extend the entire length of the insulating layer 4. The projections 6 are square or rectangular in cross section.
is shaped. The projections 6 are arranged at an angle of 90 degrees to each other so that the support post or other support structure 5 is at an angle between the projections 6 against the projections 6. The projections 6 are supported and / or fastened to the support structure 5 by a fastening member 7 suitable for the purpose, for example with a nail or a screw. The fastening member 7 extends through the projection 6 to the support structure 5. Alternatively or in addition, the projections 6 can be supported and / or fastened to the frame posts 13 at the ends of the corner walls 12, i.e. In an embodiment according to the invention, there is a thermal insulation material 15, for example insulating wool, between the frame posts 13 of the walls 12. The outer surface of the walls 12 has wind protection plates 16, for example bitulite plates, which are attached to the outer sides of the frame posts 13. Attachments 17 are attached to the wind protection plates 16, to which the outer wall lining boards 18 are attached. The wind protection plates 16 extend over the projections 6. Attached to the inner sides of the frame posts 13 are horizontal recesses 21 of the wall 12, to which the inner surface material 19 of the wall, for example Gyproc sheets, is attached. Beneath the horizontal groove 21 of the inner surface material 19 is a moisture barrier plastic 20.
Attached to the end of the downcomer 2 is a cover 8 of insulating material, inside which there is at least one connecting channel 9 for connecting the flow channel 3 to the water chute 11. The cover 8 comprises a lower part and an upper part placed on top of the lower part. The connecting channel 9 is entirely inside the cover 8. There can be two connecting channels 9, - if the adjacent sides of the roof 10 have gutters 11 which extend to the same corner of the building. The cover 8 is arranged at the end of the downcomer 2 so that the connecting channel 9 is connected to the gutter 11 and is in flow communication with the gutter 11 =. The horizontal dimensions of the cover 8 are larger than those of the downcomer, and the N cover 8 completely covers the end of the downcomer 2. The roof 10 of the building is on deck S 30 8. Cover 8 is plate-shaped. The lid 8 has a square or rectangular cross-section in the horizontal cross-section. The insulating material of the cover 8 is the same as the material of the insulating layer 4, i.e. cellular polypropylene (EPP). 00 io The lower end of the downcomer 2 is connected to a rainwater drainage system, for example a> 35 rainwater pipe. In this case, the downspout extends through the foundation of the building below the surface of ground i. Alternatively, the water can be led to a rainwater well under the downcomer 2.
The downcomer 2 comprises one or more inspection hatches which can be opened and closed. Blockages in the downcomer 2, for example, can be removed through the inspection hatch. 5 oO O OF
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权利要求:
Claims (11)
[1]
An arrangement (1) for draining water away from the roof (10) of a building, the arrangement (1) comprising a downcomer (2) with a flow channel (3) for water, characterized in that the downcomer (2) comprises an insulating layer (4), surrounding the flow channel (3).
[2]
Arrangement (1) according to claim 1, characterized in that the end of the downcomer (2) has a cover (8) of insulating material, inside which there is at least one connecting channel (9) for connecting the flow channel (4) to the gutter (11) of the building. .
[3]
Arrangement (1) according to Claim 1 or 2, characterized in that the insulating layer (4) and / or the cover (8) is cellular polypropylene (EPP).
[4]
Arrangement (1) according to one of the preceding claims, characterized in that the flow channel (3) is formed in the insulating layer (4).
[5]
Arrangement (1) according to one of the preceding claims, characterized in that the insulating layer (4) has two projections (6) by means of which the downcomer (2) can be fastened to a support structure (5) in the corner of the building.
[6]
A building comprising a roof (10) with a gutter (11) for collecting water flowing from the roof (10), characterized in that the building comprises an arrangement (1) according to any one of claims 1 to 5, whose downcomer (2) is in flow communication with the gutter (11) and is located partially or completely inside the corner of the building.
[7]
A building according to claim 6, characterized in that the walls (12), z forming a corner, comprise frame posts (13) spaced N apart and frame posts N 35 closest to the corner of the walls (12). (13) form an angle (14) which opens towards the corner, and that the insulating layer (4) of the downcomer (2) is supported and / or attached to the frame posts (13) forming the angle (14) N.
[8]
Building according to Claim 6 or /, characterized in that a support structure (5) is provided inside the corner of the building, to which the insulating layer (4) of the downcomer (2) is supported and / or fastened.
[9]
Building according to Claim 8, characterized in that the support structure (5) is arranged at an angle (14) between the frame posts (13).
[10]
Building according to one of the preceding claims 6 to 9, characterized in that the insulating layer (4) of the downspout forms the outer surface of the corner of the building or the external cladding (18) of the building extends over the insulating layer (4) of the downspout.
[11]
Building according to one of the preceding claims 6 to 10, characterized in that the arrangement (1) comprises a cover (8) arranged on the downcomer (2), the connecting channel (9) of which is connected to the gutter (11) of the building, and this cover (8) is under the roof (10) of the building.
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同族专利:

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EP3754130A1|2020-12-23|

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引用文献:

公开号 | 申请日 | 公开日 | 申请人 | 专利标题

GB1458184A|1972-12-22|1976-12-08|Catnic Components Ltd|Guttering systems|

JPS542428Y2|1973-09-07|1979-02-01|

JPS5468414U|1977-10-25|1979-05-15|

AU570910B2|1978-11-14|1988-03-31|Peter Hansen Ltd.|Fascia soffit gutter assembly|

JPS56105025U|1980-01-14|1981-08-17|

JPS5930106Y2|1980-02-21|1984-08-28|

JPS58138757U|1982-03-15|1983-09-19|

JPH0528246Y2|1986-12-05|1993-07-20|

JPH0274421U|1988-11-25|1990-06-07|

US20080127576A1|2006-12-03|2008-06-05|Pitcher Tile Ltd.|Hiddn Roof Gutter System|

US9016016B2|2013-03-04|2015-04-28|Duane G Den Adel|Insulated perimeter roof curb|

DE202015005519U1|2015-08-05|2016-03-29|Philipp Kasper|System / molded part for installing downpipes in external thermal insulation systems|

WO2018146017A1|2017-02-08|2018-08-16|Deutsche Rockwool Gmbh & Co. Kg|Facade for a building, process for producing a facade and construction set for a facade of a building|

US10827743B2|2017-02-10|2020-11-10|William Jeffrey Blackford|Mosquito breeding prevention device and system|

法律状态:
2020-07-15| FG| Patent granted|Ref document number: 128525 Country of ref document: FI Kind code of ref document: B |

优先权:

申请号 | 申请日 | 专利标题

FI20195528A|FI128525B|2019-06-18|2019-06-18|Arrangement for leading water away from the roof of a building, and building|FI20195528A| FI128525B|2019-06-18|2019-06-18|Arrangement for leading water away from the roof of a building, and building|

EP20180759.1A| EP3754130A1|2019-06-18|2020-06-18|Arrangement for draining water from a roof of a building and a building|

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