CA2355878C - Precipitation resistant ridge vent - Google Patents
Precipitation resistant ridge vent Download PDFInfo
- Publication number
- CA2355878C CA2355878C CA002355878A CA2355878A CA2355878C CA 2355878 C CA2355878 C CA 2355878C CA 002355878 A CA002355878 A CA 002355878A CA 2355878 A CA2355878 A CA 2355878A CA 2355878 C CA2355878 C CA 2355878C
- Authority
- CA
- Canada
- Prior art keywords
- ventilating
- top panel
- opposing
- sheet
- panel portion
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04D—ROOF COVERINGS; SKY-LIGHTS; GUTTERS; ROOF-WORKING TOOLS
- E04D13/00—Special arrangements or devices in connection with roof coverings; Protection against birds; Roof drainage; Sky-lights
- E04D13/17—Ventilation of roof coverings not otherwise provided for
- E04D13/174—Ventilation of roof coverings not otherwise provided for on the ridge of the roof
- E04D13/176—Ventilation of roof coverings not otherwise provided for on the ridge of the roof formed by flexible material suitable to be rolled up
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y10—TECHNICAL SUBJECTS COVERED BY FORMER USPC
- Y10T—TECHNICAL SUBJECTS COVERED BY FORMER US CLASSIFICATION
- Y10T29/00—Metal working
- Y10T29/49—Method of mechanical manufacture
- Y10T29/49616—Structural member making
- Y10T29/49623—Static structure, e.g., a building component
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y10—TECHNICAL SUBJECTS COVERED BY FORMER USPC
- Y10T—TECHNICAL SUBJECTS COVERED BY FORMER US CLASSIFICATION
- Y10T29/00—Metal working
- Y10T29/49—Method of mechanical manufacture
- Y10T29/49826—Assembling or joining
Abstract
A precipitation resistant ventilator for a structure enclosing an interior space. The ventilator encloses a space that is in communication with the structure interior space. A thin sheet of air permeable water resistant material is disposed within the ventilator interior. The thin sheet of air permeable water resistant material forms a barrier that excludes the entry of precipitation and other foreign matter into the roof structure while still allowing air exchange.
Description
' 8-24-0~; 2:~2PM;Furman & Kallio R9a ;+~ 306 359 6956 # 5/ 36 Attorney Docket No. 1915.?~+USOl Field of the Invention ?he presont invention relates to roof ventilators folded from a blank of corrugated plastic sheet material having a top panel and two vent panels. More particularly, it relates to a roof vent of corrugated construction including xn internal altering material to exclude precipikation, debris and vern~in~ from entry into the veated roof.
Backeround of the Invention It is a common practiea in tho construction of structures to ventilate gable roofs by providing a vent along the roof ridge. Ventilation apertures are formed in the construction process by leaving ar cutting an open slot along the ridge thrc~t~gh the sheathing material covering the roof. Heated air rises and escapes at the ridge taking with it moisture that may have accumulated wither the roof. The flow of wi»d over the ridge of the roof assists in the extxacdar~
of mois#ure and heated air by creating a zone of relatively reduce pressure as it crossc9 the ridge.
Sofft vents enable the entry of frtsh exterior air into the roof to replace air that has l08 through the ridge vent. Soffit vents are openings in the soffit material covering the undersides of the overharygirxg eaves of the roof.
Ideally, a ventilated roof provides for an unrestricted outflow of air through the ridge vent and inflow through the soffit vents. I~owevcr, without protection of tho ventilating openings, wind blown precipitation, debris and insects enter the roof and encourage damage to the structure through mildew, rot and infestation. A ventilated cap is therefore placed over the open slot in the ridge and attached to the roof along each side.
3-24-0~; 2:~2PM;Furman E~ Kall~o Rya ;+~ 306 359 8956 # 6/ 36 Attorney Docket No. 191 S.24US01 Therefore, many types of vent caps have been developed in an effort to provide free flow of air while excluding rain, snow and insects. Louvers, baffles and screens have been standard features of roof vents for decades.
Snow, in parkiculaz~, is a great concern. rt has a salt particle size and is lighriveight. Wind can carry snow upward and into roof vents readily. Snow particles may bypass louvers and deflectors that prevent the entry of most rain. As much as two feet of wind driven snow has bean reported to have passed through roof vents and accumulated inside roof structures.
A number of ridge vent caps employ filtering material to restrict the entry of precipitation and foreign matter. Filtering materials include porous foams and fibrous materials.
Examples of the use of porous foams include U.S. Patent Nos. 5,830,059 issued to Sells, 5,673,521 issued to Coulton et al. and 4,876,950 issued to Rudeen. Bath closed cell foams and open cell foams have been utilized. Open cell foams have the benefit of allowing greater airflow but tend to absorb a substantial amount of water. dosed cell foams absorb little water but restrict airflow to a greater degree. p'oam products, in general, tend to deteriorate with age and exposure to the elements.
Fibrous materials enjoy wider arse as roof vent filters. Examples include U.S.
Patent Nos. 5,902,432 issued to Coupon et al., 5,830,059 issued to Sells, 5,561,953, 5,425,672, 5,352,154, S,1G'7,579 ah issued to Rotter. These patents and others disclose the use of mats of randomly aligned synthetic fibers to exclude vermin and tk~e elements From roof vents. The Rotter patents disclose roof vents made entirely from mats of randomly aligned synthetic fibers.
Backeround of the Invention It is a common practiea in tho construction of structures to ventilate gable roofs by providing a vent along the roof ridge. Ventilation apertures are formed in the construction process by leaving ar cutting an open slot along the ridge thrc~t~gh the sheathing material covering the roof. Heated air rises and escapes at the ridge taking with it moisture that may have accumulated wither the roof. The flow of wi»d over the ridge of the roof assists in the extxacdar~
of mois#ure and heated air by creating a zone of relatively reduce pressure as it crossc9 the ridge.
Sofft vents enable the entry of frtsh exterior air into the roof to replace air that has l08 through the ridge vent. Soffit vents are openings in the soffit material covering the undersides of the overharygirxg eaves of the roof.
Ideally, a ventilated roof provides for an unrestricted outflow of air through the ridge vent and inflow through the soffit vents. I~owevcr, without protection of tho ventilating openings, wind blown precipitation, debris and insects enter the roof and encourage damage to the structure through mildew, rot and infestation. A ventilated cap is therefore placed over the open slot in the ridge and attached to the roof along each side.
3-24-0~; 2:~2PM;Furman E~ Kall~o Rya ;+~ 306 359 8956 # 6/ 36 Attorney Docket No. 191 S.24US01 Therefore, many types of vent caps have been developed in an effort to provide free flow of air while excluding rain, snow and insects. Louvers, baffles and screens have been standard features of roof vents for decades.
Snow, in parkiculaz~, is a great concern. rt has a salt particle size and is lighriveight. Wind can carry snow upward and into roof vents readily. Snow particles may bypass louvers and deflectors that prevent the entry of most rain. As much as two feet of wind driven snow has bean reported to have passed through roof vents and accumulated inside roof structures.
A number of ridge vent caps employ filtering material to restrict the entry of precipitation and foreign matter. Filtering materials include porous foams and fibrous materials.
Examples of the use of porous foams include U.S. Patent Nos. 5,830,059 issued to Sells, 5,673,521 issued to Coulton et al. and 4,876,950 issued to Rudeen. Bath closed cell foams and open cell foams have been utilized. Open cell foams have the benefit of allowing greater airflow but tend to absorb a substantial amount of water. dosed cell foams absorb little water but restrict airflow to a greater degree. p'oam products, in general, tend to deteriorate with age and exposure to the elements.
Fibrous materials enjoy wider arse as roof vent filters. Examples include U.S.
Patent Nos. 5,902,432 issued to Coupon et al., 5,830,059 issued to Sells, 5,561,953, 5,425,672, 5,352,154, S,1G'7,579 ah issued to Rotter. These patents and others disclose the use of mats of randomly aligned synthetic fibers to exclude vermin and tk~e elements From roof vents. The Rotter patents disclose roof vents made entirely from mats of randomly aligned synthetic fibers.
2 d-24-Q1~ 2:i2aM~~urm7n ~, K71110 R9a ~+1 306 359 6956 # 7/ 36 Attorney Docket No. 19t5.24USOZ
Fiber mats may suffer from compxessi4n, for example, under a snow land, and add expense and complexity to the cotvstruction of roof vents.
Another approach to preventing the entry of precipitatibn and foreign matter into vents is to crnploy check valves structured to close at a predetermined wind speed so as to stop the inflow of air and precipitation. check valves have moving parts arid are prone to the possibility of wear and blockage and when they operate ventilation is restricted. They also complicate the manufacturing process. U.S. Patent No. 5,803,805 to Sells discloses a check valve ridge vent.
In recent years the use of oox'nlgated plastic shECt materials to manufactuz'e roof vents has presented to the marketplace a variety of inexpensive, strong, durable ridge vents which may be applied in sections or as a con#inuous roll. Midge vents of this type are typically applied along the peak of a roof and covered by a row of shingles. They are thus referred to as "shingle over roof vents." Some have sufficient structural integrity such that they can be fastened to the roof with a pneumatic nail gum without czushing the vent.
Examples of corrugated plastic ridge vents include 'tl.S. Patent Nos.
5,651,734 issued to Morris, 5,934,995 to Morris, Kasner and Stoll and 5,947,817 to Morris, Gosz and Stoil which are incorporated herein in their entirety by reference.
'l7find deflectors are sometimes installed along with the vent in order to restrict the entry of rain and snow into the vent. The installatipn of wind deflectors requires an additlanal step in the installation process with an attendant increase in time and expense.
The applicant is aware of a single example of a corrugated ridge vent employing a filtering material to exclude precipitation and the like. U.S. Patent No.
5,704,834 issued to Sells
Fiber mats may suffer from compxessi4n, for example, under a snow land, and add expense and complexity to the cotvstruction of roof vents.
Another approach to preventing the entry of precipitatibn and foreign matter into vents is to crnploy check valves structured to close at a predetermined wind speed so as to stop the inflow of air and precipitation. check valves have moving parts arid are prone to the possibility of wear and blockage and when they operate ventilation is restricted. They also complicate the manufacturing process. U.S. Patent No. 5,803,805 to Sells discloses a check valve ridge vent.
In recent years the use of oox'nlgated plastic shECt materials to manufactuz'e roof vents has presented to the marketplace a variety of inexpensive, strong, durable ridge vents which may be applied in sections or as a con#inuous roll. Midge vents of this type are typically applied along the peak of a roof and covered by a row of shingles. They are thus referred to as "shingle over roof vents." Some have sufficient structural integrity such that they can be fastened to the roof with a pneumatic nail gum without czushing the vent.
Examples of corrugated plastic ridge vents include 'tl.S. Patent Nos.
5,651,734 issued to Morris, 5,934,995 to Morris, Kasner and Stoll and 5,947,817 to Morris, Gosz and Stoil which are incorporated herein in their entirety by reference.
'l7find deflectors are sometimes installed along with the vent in order to restrict the entry of rain and snow into the vent. The installatipn of wind deflectors requires an additlanal step in the installation process with an attendant increase in time and expense.
The applicant is aware of a single example of a corrugated ridge vent employing a filtering material to exclude precipitation and the like. U.S. Patent No.
5,704,834 issued to Sells
3 8-24-0~; 2: W~'Yl;Furman & Ka~lio R9a ;+~ 306 359 6956 # 8/ 36 Attorney laocl~et No. 1915.2aUSp1 discloses the use of a flexible, air permeable, moisture repelling, wovEn or nonwoven fabric covering the outer side of the vent passages to resist the penetration of moisture into the vent passages. The fabric filter is held in place by a perforated metal flashing attached either to the roof or to the vent.
Considerable complexity is added to the manufacturing process in order to incorporate the flashing into the vent. The presence of a rigid or semi rigid ilashiztg may also prevent Qr complicate the rolling of the vent for transport and reduce ease of application.
Additionally, the filtering fabric is exposed to the elements. Sun and wind may accelerate its deterioration.
It would be desirable to produce a ridge vent of folded corrugated plastic construction that effectively excludes wind blown precipitation and other foreign matter. The process of manufacturing the ridge vent should be as simple as possible. It would be preferable for such a ridge vent to require no flashing to support the filtering material. The ridge vent would ideally be possible to produce either in a continuous roll or in discrete s~rions. It would be preferable that filtering material be protected from exposure to the elements to maximize its life.
Summary of the Invention The present invention laugely solves the above problems by providing x shingle over ridge vent that effectively excludes the entzy of precipitation and foreign matter into the roof space. 'l'he ridge vent is sturdy, easily manufactured and readily installed. In addition, the filtering material that excludes precipitation is protected from factors that speed its deterioration.
Considerable complexity is added to the manufacturing process in order to incorporate the flashing into the vent. The presence of a rigid or semi rigid ilashiztg may also prevent Qr complicate the rolling of the vent for transport and reduce ease of application.
Additionally, the filtering fabric is exposed to the elements. Sun and wind may accelerate its deterioration.
It would be desirable to produce a ridge vent of folded corrugated plastic construction that effectively excludes wind blown precipitation and other foreign matter. The process of manufacturing the ridge vent should be as simple as possible. It would be preferable for such a ridge vent to require no flashing to support the filtering material. The ridge vent would ideally be possible to produce either in a continuous roll or in discrete s~rions. It would be preferable that filtering material be protected from exposure to the elements to maximize its life.
Summary of the Invention The present invention laugely solves the above problems by providing x shingle over ridge vent that effectively excludes the entzy of precipitation and foreign matter into the roof space. 'l'he ridge vent is sturdy, easily manufactured and readily installed. In addition, the filtering material that excludes precipitation is protected from factors that speed its deterioration.
4 I1~? 24/U8/2UU1 :516:13 ri~: il 3U6 359 6956 received Resend 8-24-Ot; 2:t6PM;Furman & Kallic R9a ;+1 308 35Y 6956 # 9/ 36 Attorney Docket No. 1915.24US01 The ridge vent is constructed of corrugated weather resistant material having a convoluted intermediate ply. Airflow passages in the convoluted layer are linearly oriented generally perpendicular to the long axis of the ridge vent.
The material is cut and scored so that it may be folded to have a single top panel extending its entire length. At either side of and below the top panel a plurality of folds create a plurality of stackad layers of the corrugated material with a plurality of airflow passages thercthrough. A touted groove may extend the length of the bottom side of khe tap panel of the ridge vent to facilitate bending the ridge vent to conform to different mof pitches and to provide an additional exit path for air flowing out of the ridge vent.
A sheet of air permeable, water resistant, woven or nonwoven fabric or other membrane is applied to the bottom side of the vent. The filtering fabric is bonded to the corrugated material in the vicinity of the peak of the vent and on the bottom sides of the stacked, corrugated vent material. When the ridge vent is applied to the roof ridge the altering fabric forms a tent like structure such that any accumulated rainwater drains out through the bottotnmost layer of the stacked side vent portions of the ridge vent.
The enclosure of the filtering fabric inside the ridge vent protects the fabric from exposure to s~mlight and other factozs that encourage deterioration.
The ridge vent may be produced in lengthy continuous rolls ar discrete sections for installation. Discrete sections of ridge vent may be stacked flat or folded then stacked for shipping and handling. Multiple sections may be butted together eyed to end to cover a lengthy ridge application.
Resena 8-24-0~; 2:i6PM;Furman ~ Kallic R9a ;+1 306 359 6958 ~ ~0/ 38 Attorney Docket No. 1915.24US01 The vent material is unrolled or unfolded and disposed along the roof ridge so as to straddle the precut slot in the roof sheathing. The ridge vent may then be secured to the roof ridge with fasteners such as nails. It may be caulked as necessary. An individual skilled in the art will appreciate that if a roof is substantially irregular such as a corrugated metal roof or a tiled roof that a resilient conforming material may be placed beneatli the ridge vent tQ provide a tight seal between the ridge vent and the roo~ An end plug of resilient foam or other appropriate material may be inserted and secured in the end of the roof vent to close off the opening there-The ridge vent them may be covered with shingles nailed directly through the ridge vent into the roof sheathing.
BriefDescriptian of the Drawines p'ig. 1 is a fragmentary elevated perspective view of a ridge vent in accordance with the present invention being installed on a roof;
Fig, 2 is a side plan view of a three ply weatherproof material that may be used in the construction of the present invention;
Fig 3 is a side plan view of two layers of a three ply weatherproof material that may be used in the construction of the present invention;
Fig. 4 is a side plan view of two layers of an alternate three ply weatherproof material that may be used in the construction of the present invention;
Fig. 5 is an end plan view of the ridge vent of Fig. 1 depicting a folding scheme for the hinge panels fornning the lateral vents of the present invention;
s R~send 3-24-0~; 2:~6Phvi;Furman & Kalllo R9a ;+~ 3J6 369 6856 fi o/ 3~
Attorney Docket No. 1~15.24US01 Fig. 6 is an end plan view of an embodiment of the present invention as stored and shipped in a flat configuration;
Fig. 6a is an end plan view of an alternate embodiment of the present invention as stored and shipped izt a llak configuration;
Pig. ~b is an end plan view of an another alternate embodiment of the present invention as stored and shipped in a flat co~guradon;
Pig. 7 is an end sectional view an embodiment of the ridge vent installed on a roof ridge;
p'ig. ?a is an end sectiar<al view an alternate embodiment of the ridge vent installed on a roofridge; and Fig. $ is an end sectional view of an alternate embodiment of the present invention as installed on a shed roof abutting a vertical exterior wall.
Detailed Descriptioxz ofthe Invention p'ig. 1 depicts ttae precipitation resistant ridge cap roof vent 1 Q being installed on a roof I2. The roof depicted is a rafter roof, tb~ough the ridge vent i0 may be installed on many other types of roofs to provide ventilation. The roof I2 depicted includes rafters 14 secured to a ridge board Ib. Rafters 1~4 support sheathing 18. Sheathing 18 may be of plywood, oriented strand board, planks or other suitable material secured to rafters 14.
Generally sheathing I8 is overlaid with tarred felt paper 20 which is in turn overlaid with shingles 22, though other roofing materials may be employed. A cutout slot 24 is provided along the ridge 2G.
Slot 24 may terminate some distance from tl~e oa~d 28 of the ridge 26.
Resend 8-2~-0~; 2:~6PM;Fur~nan & Kalllv Rga ;+~ 306 359 8955 # 12/ 36 Attorney Docket No. 1915.24US01 The ridge vent 10, as depicted in Figs. 1, 5, G, and 7, broadly includes a top panel 30, a plurality of vent panels 32 and filtering fabric 34. Top panel 30 presents a long axis 36 aligned generally parallel with the ridge 26 of the roof 12 when ridge vent 10 is installed. Top panel 30 and vent panels 32 are constructed of a weatkrerproof three ply material 3$ including a generally planar top ply 40, a generally planar bottom ply 42 and an intermediate ply 44. The i~ttermediate ply 44 defines a multiplicity of airflow passages 46 extending generally transversely to long axis 34 and entixely across top panel 30 and vent panels 32. Plug 47 may be inserted in the end of the ridge vent 10.
Figs. 2, 3 arAd 4 depict several possible configaz-adons of the three ply material 38.
Fig .2 depicts a three ply material 38 whose intermediate ply is comprised of a series of cross walls 39 connecting the tap ply.~l0 to bottom ply 42 arid defining a plurality of airflow passages 46 therebetween. Figs. 3 and 4 depict an intermediate ply 44 of one or several convoluted or fluted layers 48 defining a plurality of airflow passages 4G. Figs. 3 and 4 also show how multiple layers of three ply material 38 rnay be stacked to pro'~yde many generally parallel airflow passages 4b therethrough.
Top panel 30 also presents an exterior surface 50 and an interior surface 52.
Interior surface 52 may include a routed groove 54 usually extending generally parallel to long axis 36. rtouted graave 54 extends through bottom ply 42 and into intermediate ply 44 defining inner openings 56 of airflow passages 46. T'he outer edges 58 of tap panel 30 define the outer openings 60 of airflow passages 4b.
Vent panels 32 arc disposed under the outer edges 58 of top panel 30 in a stacked fashion. They contain a multiplicity of airflow passages 44 Qriented generally transverse to larig Res2nd 8-24-Oi; 2:~.6PM;=urman & rsall o Rsa ;+~ 306 300 6956 ~ i3/ 36 Attoxrxoy pocket No. 1915.24US01 a.~tis 3G. Vent panels 32 may be formed by scoring and folding a sheet of three ply material 38 as depicted in Fig. 5. Vent panels 32 may then be secured to top panel 30 by the use of adhesives or fasteners 62 such as staples.
Alternately, vent panels 32 may by cut separately and stacked beneath the outer edges 58 of top panel 30 and secured together and to top panel 30 with fasteners 62 or adhesive.
Thus airflow passages 46 are formed extending from exterior edges 64 to interior edges bb of vent panels 32.
Filtering fabric 34 is secured along the interior surface 52 of fop panel 30, preferably in the region of the routed groove 54, and on the bottom side G$ of the lowermost vent panel 32 extending the length of the ridge vent 10. Adhesives, fasteners, heat fusing or any Other suitable technique may secure filtering fabric 34 to the ridge vent 10.
Filtering fabric 34 may be of any thin, air permeable, water resistant, sheet material. Woven or noz~woven fabrics may be employed as well as air permeable water resistant membranes that are not of fabric. Preferably, faltering fabric 34 allows passage of about 7~
percent of the air that would flow were it not present. The filtering fabric 34 may be a nonwoven spunbonded material of randomly arranged synthetic polymer fibers.
Referring to Figs, 6a and 7a, in an alternate embodiment of ridge vent 10 filtering fabric 34 may be applied directly over inner openings 56 of airflow passages 46. Filtering fabzic 34 may cover only interior edges G4 of vent panels 32.
Alternately, as depicted in Fig. 6b filtering fabric 34 may extend from bottom side 68 of vent panels 32, up over inner openings 56, across interior surface 52 of top panel 30, down over inner openings 56 on the opposite side and onto bottom side 68 ors the opposite side. The Resend 8-24-0~; 2:t6PNi~Fu~man ~ rCallio h9a ~+~ 306 359 6956 # ~4/ 36 Attorney Docket No. 1915.24tJS01 filtering fabric 34 may be secured to interior edges 64, bottom side 68 of vent panels 32 and interior surface 52 of top panel 30 as required.
Fig. $ depicts an alternate embodiment of the ridge vent 10 adapted for use where it is desire to ventilate a shed style roof 70 in contact with an exterior wall 72. Shed roof vent 74 generally includes a generally planar top panel 76, vent panels 32 and filtering fabric 34. Planar top panel 76 includes flange panel 78 e~ctending along its length. Vent panels 32 are disposed benaat~t top panel 76 and are stacked and secured in a similar fashion to ridge v~k 1(l. Filtering fabric 34 is attached along the bottom side b8 of the lowermost vent panel 32 and to planar top panel 76 on or near flange panel 78. Filtering fabric 34 may also be attached to covet the interior edges 66 of vent panels 32 alone. Fasteners, adhesives, boat fusing or other suifable techniques may secure filtering fabric 34 td planar top panel 76 and vent panel 32.
Flashing $0 may overlie the shed roof vent 74.
Referring to Fig. 1, in operation, ridge vent 14 is applied to the ridge 26 of a roof 12 over a previously made cutout 24 extending the length of the ridge 2G
except for a small porkion left uncut at each end of the roof 12. The cutout 24 ~a~ be larger than a cutout that would be used with a non-filtering ridge vent in order to corr~pensate for the restriction of airflow caused by the filtering fabric 34. The ridge vent 10 is unrolled or unfolded if it is received packaged in either of these forms. The roof vent 1Q is disposed so that the routed groove 54 is generally centered ovex the cutout 24 and the vent panels 32 are generally parallel to the shingles 22 ox other roof surface. It will be appreciated by those skilled in the art that a resilient or conforming piece of material may be placed between the ridge vent 10 and the roof 12 to fill in lp Resend ~?-24-Qt; 2:t6PM;Furman & Kall-c Rya ;+t 308 359 6956 # t5/ 36 Atkorney la4ckek Vila. 1915_24TJS01 any gaps that may be present due to any substantial irregularities in the roof structure. This may be helpful in the case of a corrugated metal ar tiled roof Once in place, the ridge vent 12 tnay be secured to the roof 12 by fasteners such as nails or by adhtesives. Nails may be applied directly through top panel 3~
where it overlies vent panels 32 arid into roof sheathing 18. A ridgeline (not shown) of shingles 22 may be applied directly over ridge vent 10.
As can be seen in Figs. I, and 7, rwhecr the ridge vent is installed the faltering fabric 34 forms a tent like structure. Wind blown precipitation such as rain or snow may be carried into the interior of the ridge vent 10 through airflow passages 46 but it is stopped from traveling further by the water resistant filtering fabric 3.4 while air may still pass. Liquid rain or melted snow that accumulates on top of the filtering fabric 34. drains from the ridge vent 10 through the lowermost layer of airflow passages 46 in vent panels 32 onto the roof 12 where it may run off shingles 22.
In the embodiment depicted in 1~igs. 6a aad 6b, wi;ad blawzl precipitation may be carried into airflow passages 46 but is prevented from proceeding fixrther by filtering fabric 34 and may drain back out.
Referring to Fig. 8, shed roof vent 74 is applied at the top of a shed style roof 74 where it abuts an exterior wall 72. Flange panel 78 may be bent downwardly and secured to exterior wal2 72 by fasteners or adhesive. Alternately, the flange panel 7$
may be bent upwardly and secured to the wall 72. Flashing 80 rnay be applied on top of the shed roof vent 74. Vent panels 32 may be nailed or otherwise secured to sheathing 18 through shingles 22. Any wind blown precipitation that enters the shed roof venk 74 is prevented from entering the space Resena 3-2~-0~; 2: WPM;Furman 8~ Kallic R9a ;+~ 308 859 6956 # ~6/ 36 Attorney L7ocket No. 1915.24LTS01 beneath the roof by filtering fabzic 34. Rain or melted snow that accunri.ulates on top of ~ltcring fabric 3a drains from the shed roof vent 74 through the airflow passages 46 in the bottommost vent panel 32.
The present invention may be embodied in other specific forms without departing from the essential attributes thereof; therefore, the illustrated embodiments should be considered in all respects as illustrative and not restrictive, reference bei»g made to the appended claims rather than to the foregoing descziption to indicate the scope of the invention.
The material is cut and scored so that it may be folded to have a single top panel extending its entire length. At either side of and below the top panel a plurality of folds create a plurality of stackad layers of the corrugated material with a plurality of airflow passages thercthrough. A touted groove may extend the length of the bottom side of khe tap panel of the ridge vent to facilitate bending the ridge vent to conform to different mof pitches and to provide an additional exit path for air flowing out of the ridge vent.
A sheet of air permeable, water resistant, woven or nonwoven fabric or other membrane is applied to the bottom side of the vent. The filtering fabric is bonded to the corrugated material in the vicinity of the peak of the vent and on the bottom sides of the stacked, corrugated vent material. When the ridge vent is applied to the roof ridge the altering fabric forms a tent like structure such that any accumulated rainwater drains out through the bottotnmost layer of the stacked side vent portions of the ridge vent.
The enclosure of the filtering fabric inside the ridge vent protects the fabric from exposure to s~mlight and other factozs that encourage deterioration.
The ridge vent may be produced in lengthy continuous rolls ar discrete sections for installation. Discrete sections of ridge vent may be stacked flat or folded then stacked for shipping and handling. Multiple sections may be butted together eyed to end to cover a lengthy ridge application.
Resena 8-24-0~; 2:i6PM;Furman ~ Kallic R9a ;+1 306 359 6958 ~ ~0/ 38 Attorney Docket No. 1915.24US01 The vent material is unrolled or unfolded and disposed along the roof ridge so as to straddle the precut slot in the roof sheathing. The ridge vent may then be secured to the roof ridge with fasteners such as nails. It may be caulked as necessary. An individual skilled in the art will appreciate that if a roof is substantially irregular such as a corrugated metal roof or a tiled roof that a resilient conforming material may be placed beneatli the ridge vent tQ provide a tight seal between the ridge vent and the roo~ An end plug of resilient foam or other appropriate material may be inserted and secured in the end of the roof vent to close off the opening there-The ridge vent them may be covered with shingles nailed directly through the ridge vent into the roof sheathing.
BriefDescriptian of the Drawines p'ig. 1 is a fragmentary elevated perspective view of a ridge vent in accordance with the present invention being installed on a roof;
Fig, 2 is a side plan view of a three ply weatherproof material that may be used in the construction of the present invention;
Fig 3 is a side plan view of two layers of a three ply weatherproof material that may be used in the construction of the present invention;
Fig. 4 is a side plan view of two layers of an alternate three ply weatherproof material that may be used in the construction of the present invention;
Fig. 5 is an end plan view of the ridge vent of Fig. 1 depicting a folding scheme for the hinge panels fornning the lateral vents of the present invention;
s R~send 3-24-0~; 2:~6Phvi;Furman & Kalllo R9a ;+~ 3J6 369 6856 fi o/ 3~
Attorney Docket No. 1~15.24US01 Fig. 6 is an end plan view of an embodiment of the present invention as stored and shipped in a flat configuration;
Fig. 6a is an end plan view of an alternate embodiment of the present invention as stored and shipped izt a llak configuration;
Pig. ~b is an end plan view of an another alternate embodiment of the present invention as stored and shipped in a flat co~guradon;
Pig. 7 is an end sectional view an embodiment of the ridge vent installed on a roof ridge;
p'ig. ?a is an end sectiar<al view an alternate embodiment of the ridge vent installed on a roofridge; and Fig. $ is an end sectional view of an alternate embodiment of the present invention as installed on a shed roof abutting a vertical exterior wall.
Detailed Descriptioxz ofthe Invention p'ig. 1 depicts ttae precipitation resistant ridge cap roof vent 1 Q being installed on a roof I2. The roof depicted is a rafter roof, tb~ough the ridge vent i0 may be installed on many other types of roofs to provide ventilation. The roof I2 depicted includes rafters 14 secured to a ridge board Ib. Rafters 1~4 support sheathing 18. Sheathing 18 may be of plywood, oriented strand board, planks or other suitable material secured to rafters 14.
Generally sheathing I8 is overlaid with tarred felt paper 20 which is in turn overlaid with shingles 22, though other roofing materials may be employed. A cutout slot 24 is provided along the ridge 2G.
Slot 24 may terminate some distance from tl~e oa~d 28 of the ridge 26.
Resend 8-2~-0~; 2:~6PM;Fur~nan & Kalllv Rga ;+~ 306 359 8955 # 12/ 36 Attorney Docket No. 1915.24US01 The ridge vent 10, as depicted in Figs. 1, 5, G, and 7, broadly includes a top panel 30, a plurality of vent panels 32 and filtering fabric 34. Top panel 30 presents a long axis 36 aligned generally parallel with the ridge 26 of the roof 12 when ridge vent 10 is installed. Top panel 30 and vent panels 32 are constructed of a weatkrerproof three ply material 3$ including a generally planar top ply 40, a generally planar bottom ply 42 and an intermediate ply 44. The i~ttermediate ply 44 defines a multiplicity of airflow passages 46 extending generally transversely to long axis 34 and entixely across top panel 30 and vent panels 32. Plug 47 may be inserted in the end of the ridge vent 10.
Figs. 2, 3 arAd 4 depict several possible configaz-adons of the three ply material 38.
Fig .2 depicts a three ply material 38 whose intermediate ply is comprised of a series of cross walls 39 connecting the tap ply.~l0 to bottom ply 42 arid defining a plurality of airflow passages 46 therebetween. Figs. 3 and 4 depict an intermediate ply 44 of one or several convoluted or fluted layers 48 defining a plurality of airflow passages 4G. Figs. 3 and 4 also show how multiple layers of three ply material 38 rnay be stacked to pro'~yde many generally parallel airflow passages 4b therethrough.
Top panel 30 also presents an exterior surface 50 and an interior surface 52.
Interior surface 52 may include a routed groove 54 usually extending generally parallel to long axis 36. rtouted graave 54 extends through bottom ply 42 and into intermediate ply 44 defining inner openings 56 of airflow passages 46. T'he outer edges 58 of tap panel 30 define the outer openings 60 of airflow passages 4b.
Vent panels 32 arc disposed under the outer edges 58 of top panel 30 in a stacked fashion. They contain a multiplicity of airflow passages 44 Qriented generally transverse to larig Res2nd 8-24-Oi; 2:~.6PM;=urman & rsall o Rsa ;+~ 306 300 6956 ~ i3/ 36 Attoxrxoy pocket No. 1915.24US01 a.~tis 3G. Vent panels 32 may be formed by scoring and folding a sheet of three ply material 38 as depicted in Fig. 5. Vent panels 32 may then be secured to top panel 30 by the use of adhesives or fasteners 62 such as staples.
Alternately, vent panels 32 may by cut separately and stacked beneath the outer edges 58 of top panel 30 and secured together and to top panel 30 with fasteners 62 or adhesive.
Thus airflow passages 46 are formed extending from exterior edges 64 to interior edges bb of vent panels 32.
Filtering fabric 34 is secured along the interior surface 52 of fop panel 30, preferably in the region of the routed groove 54, and on the bottom side G$ of the lowermost vent panel 32 extending the length of the ridge vent 10. Adhesives, fasteners, heat fusing or any Other suitable technique may secure filtering fabric 34 to the ridge vent 10.
Filtering fabric 34 may be of any thin, air permeable, water resistant, sheet material. Woven or noz~woven fabrics may be employed as well as air permeable water resistant membranes that are not of fabric. Preferably, faltering fabric 34 allows passage of about 7~
percent of the air that would flow were it not present. The filtering fabric 34 may be a nonwoven spunbonded material of randomly arranged synthetic polymer fibers.
Referring to Figs, 6a and 7a, in an alternate embodiment of ridge vent 10 filtering fabric 34 may be applied directly over inner openings 56 of airflow passages 46. Filtering fabzic 34 may cover only interior edges G4 of vent panels 32.
Alternately, as depicted in Fig. 6b filtering fabric 34 may extend from bottom side 68 of vent panels 32, up over inner openings 56, across interior surface 52 of top panel 30, down over inner openings 56 on the opposite side and onto bottom side 68 ors the opposite side. The Resend 8-24-0~; 2:t6PNi~Fu~man ~ rCallio h9a ~+~ 306 359 6956 # ~4/ 36 Attorney Docket No. 1915.24tJS01 filtering fabric 34 may be secured to interior edges 64, bottom side 68 of vent panels 32 and interior surface 52 of top panel 30 as required.
Fig. $ depicts an alternate embodiment of the ridge vent 10 adapted for use where it is desire to ventilate a shed style roof 70 in contact with an exterior wall 72. Shed roof vent 74 generally includes a generally planar top panel 76, vent panels 32 and filtering fabric 34. Planar top panel 76 includes flange panel 78 e~ctending along its length. Vent panels 32 are disposed benaat~t top panel 76 and are stacked and secured in a similar fashion to ridge v~k 1(l. Filtering fabric 34 is attached along the bottom side b8 of the lowermost vent panel 32 and to planar top panel 76 on or near flange panel 78. Filtering fabric 34 may also be attached to covet the interior edges 66 of vent panels 32 alone. Fasteners, adhesives, boat fusing or other suifable techniques may secure filtering fabric 34 td planar top panel 76 and vent panel 32.
Flashing $0 may overlie the shed roof vent 74.
Referring to Fig. 1, in operation, ridge vent 14 is applied to the ridge 26 of a roof 12 over a previously made cutout 24 extending the length of the ridge 2G
except for a small porkion left uncut at each end of the roof 12. The cutout 24 ~a~ be larger than a cutout that would be used with a non-filtering ridge vent in order to corr~pensate for the restriction of airflow caused by the filtering fabric 34. The ridge vent 10 is unrolled or unfolded if it is received packaged in either of these forms. The roof vent 1Q is disposed so that the routed groove 54 is generally centered ovex the cutout 24 and the vent panels 32 are generally parallel to the shingles 22 ox other roof surface. It will be appreciated by those skilled in the art that a resilient or conforming piece of material may be placed between the ridge vent 10 and the roof 12 to fill in lp Resend ~?-24-Qt; 2:t6PM;Furman & Kall-c Rya ;+t 308 359 6956 # t5/ 36 Atkorney la4ckek Vila. 1915_24TJS01 any gaps that may be present due to any substantial irregularities in the roof structure. This may be helpful in the case of a corrugated metal ar tiled roof Once in place, the ridge vent 12 tnay be secured to the roof 12 by fasteners such as nails or by adhtesives. Nails may be applied directly through top panel 3~
where it overlies vent panels 32 arid into roof sheathing 18. A ridgeline (not shown) of shingles 22 may be applied directly over ridge vent 10.
As can be seen in Figs. I, and 7, rwhecr the ridge vent is installed the faltering fabric 34 forms a tent like structure. Wind blown precipitation such as rain or snow may be carried into the interior of the ridge vent 10 through airflow passages 46 but it is stopped from traveling further by the water resistant filtering fabric 3.4 while air may still pass. Liquid rain or melted snow that accumulates on top of the filtering fabric 34. drains from the ridge vent 10 through the lowermost layer of airflow passages 46 in vent panels 32 onto the roof 12 where it may run off shingles 22.
In the embodiment depicted in 1~igs. 6a aad 6b, wi;ad blawzl precipitation may be carried into airflow passages 46 but is prevented from proceeding fixrther by filtering fabric 34 and may drain back out.
Referring to Fig. 8, shed roof vent 74 is applied at the top of a shed style roof 74 where it abuts an exterior wall 72. Flange panel 78 may be bent downwardly and secured to exterior wal2 72 by fasteners or adhesive. Alternately, the flange panel 7$
may be bent upwardly and secured to the wall 72. Flashing 80 rnay be applied on top of the shed roof vent 74. Vent panels 32 may be nailed or otherwise secured to sheathing 18 through shingles 22. Any wind blown precipitation that enters the shed roof venk 74 is prevented from entering the space Resena 3-2~-0~; 2: WPM;Furman 8~ Kallic R9a ;+~ 308 859 6956 # ~6/ 36 Attorney L7ocket No. 1915.24LTS01 beneath the roof by filtering fabzic 34. Rain or melted snow that accunri.ulates on top of ~ltcring fabric 3a drains from the shed roof vent 74 through the airflow passages 46 in the bottommost vent panel 32.
The present invention may be embodied in other specific forms without departing from the essential attributes thereof; therefore, the illustrated embodiments should be considered in all respects as illustrative and not restrictive, reference bei»g made to the appended claims rather than to the foregoing descziption to indicate the scope of the invention.
Claims (18)
1. A venting device for a structure, said structure enclosing an interior space, said venting device comprising:
an elongate top panel portion having an interior surface;
a pair of opposing ventilating portions spaced apart on the interior surface of said elongate top panel portion and defining a portion of the interior surface of said top panel portion between said pair of opposing ventilating portions, each of said ventilating portions having an interior side, an exterior side and an underside, each of said ventilating portions having a multiplicity of separate air passages extending from the interior side to the exterior side; and an elongate sheet of air permeable material having an upper surface, the upper surface of said sheet of air permeable material being sealingly affixed to the underside of each of said pair of opposing ventilating portions and being otherwise free from attachment to said pair of opposing ventilating portions and said elongate top panel portion, wherein a portion of said sheet of air permeable material is freely suspended between said opposing ventilating portions, and wherein the area of the upper surface of the portion of said sheet of air permeable maternal freely suspended between said opposing ventilating portions is at least equal to the area of the portion of the interior surface of said elongate top panel portion defined between said opposing ventilating portions.
an elongate top panel portion having an interior surface;
a pair of opposing ventilating portions spaced apart on the interior surface of said elongate top panel portion and defining a portion of the interior surface of said top panel portion between said pair of opposing ventilating portions, each of said ventilating portions having an interior side, an exterior side and an underside, each of said ventilating portions having a multiplicity of separate air passages extending from the interior side to the exterior side; and an elongate sheet of air permeable material having an upper surface, the upper surface of said sheet of air permeable material being sealingly affixed to the underside of each of said pair of opposing ventilating portions and being otherwise free from attachment to said pair of opposing ventilating portions and said elongate top panel portion, wherein a portion of said sheet of air permeable material is freely suspended between said opposing ventilating portions, and wherein the area of the upper surface of the portion of said sheet of air permeable maternal freely suspended between said opposing ventilating portions is at least equal to the area of the portion of the interior surface of said elongate top panel portion defined between said opposing ventilating portions.
2. The venting device of claim 1, wherein said elongate top panel portion is configurable in a generally anticlinal shape having a crest, the crest being oriented along the longitudinal axis of said elongate top panel portion, and wherein the portion of said sheet of air permeable material freely suspended between said opposing ventilating portions is loosely draped when said elongate top peel portion is configured in the generally anticlinal shape.
3. The venting device of claim 1, wherein each underside of each of said opposing ventilating portions has an interior edge, wherein said sheet of air permeable material is sealingly affixed to the underside of each of said pair of opposing ventilating portions in a sealing band proximate the longitudinal axis of each said opposing ventilating portions and spaced apart from the interior edge, and wherein said sheet of air permeable material is not affixed to a portion of the underside of each of said opposing ventilating portions extending between said sealing band and the interior edge.
4. The venting device of claim 1, wherein said venting device is adapted for ventilating a roof structure.
5. The venting device of claim 1, wherein said elongate sheet of air permeable material comprises spun-bonded randomly arranged synthetic polymer fibers.
6. The venting device of claim 1, wherein said elongate top panel portion and each of said pair of opposing ventilating portions are constructed from a corrugated weatherproof sheet material, said corrugated weatherproof sheet material having a pair of generally planar outer plies and an intermediate ply, said intermediate ply defining a multiplicity of generally parallel air passages therein.
7. The venting device of claim 6, wherein each of said pair of opposing ventilating portions comprise a plurality of stacked panels of said corrugated weatherproof sheet material.
8. A venting device for a structure, said structure enclosing an interior space, said venting device comprising:
an elongate top panel portion having an interior surface, said elongate top panel portion being configurable in a generally anticlinal shape having a crest, the crest being oriented along the longitudinal axis of said elongate top panel portion;
a pair of opposing ventilating portions spaced apart on the interior surface of said elongate top panel portion and defining a portion of said interior surface of said tap panel portion between sand pair of opposing ventilating portions, each of said ventilating portions having an interior side, an exterior side and an underside, each of said ventilating portions having a multiplicity of separate air passages extending from the interior side to the exterior side;
and an elongate sheet of air permeable material having an upper surface, the upper surface of said sheet of air permeable material being sealingly affixed to the underside of each of sand pair of opposing ventilating portions and affixed to said elongate top panel portion proximate the longitudinal axis of said elongate top panel portion, said sheet of air permeable material being otherwise free from attachment to said pair of opposing ventilating portions and said elongate top panel portion, wherein a first portion of said sheet of air permeable material is freely suspended between one of said pair of opposing ventilating portions and said elongate top panel portion, wherein a second portion of said sheet of air permeable material is freely suspended between the other of said pair of opposing ventilating portions and said elongate top panel portion, and wherein the sum of the areas of said first and second portions of said sheet of air permeable material is at least equal to the area of the portion of the interior surface of said elongate top panel portion defined between said opposing ventilating portions.
an elongate top panel portion having an interior surface, said elongate top panel portion being configurable in a generally anticlinal shape having a crest, the crest being oriented along the longitudinal axis of said elongate top panel portion;
a pair of opposing ventilating portions spaced apart on the interior surface of said elongate top panel portion and defining a portion of said interior surface of said tap panel portion between sand pair of opposing ventilating portions, each of said ventilating portions having an interior side, an exterior side and an underside, each of said ventilating portions having a multiplicity of separate air passages extending from the interior side to the exterior side;
and an elongate sheet of air permeable material having an upper surface, the upper surface of said sheet of air permeable material being sealingly affixed to the underside of each of sand pair of opposing ventilating portions and affixed to said elongate top panel portion proximate the longitudinal axis of said elongate top panel portion, said sheet of air permeable material being otherwise free from attachment to said pair of opposing ventilating portions and said elongate top panel portion, wherein a first portion of said sheet of air permeable material is freely suspended between one of said pair of opposing ventilating portions and said elongate top panel portion, wherein a second portion of said sheet of air permeable material is freely suspended between the other of said pair of opposing ventilating portions and said elongate top panel portion, and wherein the sum of the areas of said first and second portions of said sheet of air permeable material is at least equal to the area of the portion of the interior surface of said elongate top panel portion defined between said opposing ventilating portions.
9. The venting device of claim 8, wherein each underside of each of said opposing ventilating portions has an interior edge, wherein said sheet of air permeable material is sealingly affixed to the underside of each of said pair of opposing ventilating portions in a sealing band proximate the longitudinal axis of each said opposing ventilating portions and spaced apart from the interior edge, and wherein said sheet of air permeable material is not affixed to a portion of the underside of each of said opposing ventilating portions extending between said sealing band and the interior edge.
10. The venting device of claim 8, wherein said venting device is adapted for ventilating a roof structure.
11. The venting device of claim 8, wherein said elongate sheet of air permeable material comprises spun-bonded randomly arranged synthetic polymer fibers.
12. The venting device of claim 8, wherein said elongate top panel portion and each of said pair of opposing ventilating portions are constructed from a corrugated weatherproof sheet material, said corrugated weatherproof sheet material having a pair of generally planar outer plies and an intermediate ply, said intermediate ply defining a multiplicity of generally parallel air passages therein.
13. The venting device of claim 12, wherein each of said pair of opposing ventilating portions comprise a plurality of stacked panels of said corrugated weatherproof sheet material.
14. A venting device for a structure, said structure enclosing an interior space, said venting device comprising:
an elongate top panel portion having an interior surface;
at least one ventilating portion on the interior surface of said elongate top panel portion, said ventilating portion having an interior side, an exterior side and an underside, the interior side of said ventilating portion being spaced apart from a first longitudinal margin of said elongate top panel portion and defining a portion of said interior surface of said top panel portion between said ventilating portion and said first longitudinal margin of said elongate top panel portion, said ventilating portion having a multiplicity of separate air passages extending from the interior side to tire exterior side; and an elongate sheet of air permeable material having an upper surface, the upper surface of said sheet of air permeable material being sealingly affixed to the underside of said ventilating portion arid affixed to said elongate top panel portion proximate the first longitudinal margin of said elongate top panel portion, said sheet of air permeable material being otherwise free from attachment to said ventilating portion and said elongate tap panel portion, wherein a portion of said sheet of air permeable material is freely suspended between said ventilating portion and sand elongate top panel portion, and wherein the area of said portion of said sheet of air permeable material freely suspended between said ventilating portion and said elongate top panel portion is at least equal to the area of the portion of the interior surface of said top panel portion defined between said ventilating portion and said first longitudinal margin of said elongate top panel portion.
an elongate top panel portion having an interior surface;
at least one ventilating portion on the interior surface of said elongate top panel portion, said ventilating portion having an interior side, an exterior side and an underside, the interior side of said ventilating portion being spaced apart from a first longitudinal margin of said elongate top panel portion and defining a portion of said interior surface of said top panel portion between said ventilating portion and said first longitudinal margin of said elongate top panel portion, said ventilating portion having a multiplicity of separate air passages extending from the interior side to tire exterior side; and an elongate sheet of air permeable material having an upper surface, the upper surface of said sheet of air permeable material being sealingly affixed to the underside of said ventilating portion arid affixed to said elongate top panel portion proximate the first longitudinal margin of said elongate top panel portion, said sheet of air permeable material being otherwise free from attachment to said ventilating portion and said elongate tap panel portion, wherein a portion of said sheet of air permeable material is freely suspended between said ventilating portion and sand elongate top panel portion, and wherein the area of said portion of said sheet of air permeable material freely suspended between said ventilating portion and said elongate top panel portion is at least equal to the area of the portion of the interior surface of said top panel portion defined between said ventilating portion and said first longitudinal margin of said elongate top panel portion.
15. The venting device of claim 14, wherein said venting device is adapted for ventilating a roof structure.
16. The venting device of claim 14, wherein said elongate sheet of air permeable material comprises spun-bonded randomly arranged synthetic polymer fibers.
17. The venting device of claim l4, wherein said elongate top panel portion and said pair ventilating portion is constructed from a corrugated weatherproof sheet material, said corrugated weatherproof sheet material having a pair of generally planar outer plies and an intermediate ply, said intermediate ply defining a multiplicity of generally parallel air passages therein.
18. The venting device of claim 17, wherein said ventilating portion comprises a plurality of stacked panels of said corrugated weatherproof sheet material.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US09/651,071 US6450882B1 (en) | 2000-08-30 | 2000-08-30 | Precipitation resistant ridge vent |
| US09/651,071 | 2000-08-30 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CA2355878A1 CA2355878A1 (en) | 2002-02-28 |
| CA2355878C true CA2355878C (en) | 2005-06-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CA002355878A Expired - Lifetime CA2355878C (en) | 2000-08-30 | 2001-08-24 | Precipitation resistant ridge vent |
Country Status (6)
| Country | Link |
|---|---|
| US (7) | US6450882B1 (en) |
| EP (1) | EP1186728B1 (en) |
| AT (1) | ATE383478T1 (en) |
| CA (1) | CA2355878C (en) |
| DE (1) | DE60132279T2 (en) |
| DK (1) | DK1186728T3 (en) |
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-
2000
- 2000-08-30 US US09/651,071 patent/US6450882B1/en not_active Expired - Lifetime
-
2001
- 2001-08-24 CA CA002355878A patent/CA2355878C/en not_active Expired - Lifetime
- 2001-08-30 EP EP01307363A patent/EP1186728B1/en not_active Expired - Lifetime
- 2001-08-30 AT AT01307363T patent/ATE383478T1/en not_active IP Right Cessation
- 2001-08-30 DK DK01307363T patent/DK1186728T3/en active
- 2001-08-30 DE DE60132279T patent/DE60132279T2/en not_active Expired - Fee Related
-
2002
- 2002-07-31 US US10/209,851 patent/US6623354B2/en not_active Expired - Lifetime
-
2003
- 2003-08-07 US US10/636,178 patent/US6913530B2/en not_active Expired - Lifetime
-
2004
- 2004-04-16 US US10/826,651 patent/US20040198216A1/en not_active Abandoned
- 2004-10-13 US US10/964,591 patent/US20050136830A1/en not_active Abandoned
-
2008
- 2008-01-10 US US12/008,405 patent/US20080125028A1/en not_active Abandoned
- 2008-03-06 US US12/074,872 patent/US20080182507A1/en not_active Abandoned
Also Published As
| Publication number | Publication date |
|---|---|
| US6913530B2 (en) | 2005-07-05 |
| US20080125028A1 (en) | 2008-05-29 |
| EP1186728B1 (en) | 2008-01-09 |
| ATE383478T1 (en) | 2008-01-15 |
| DK1186728T3 (en) | 2008-03-31 |
| CA2355878A1 (en) | 2002-02-28 |
| DE60132279T2 (en) | 2009-01-08 |
| US20050136830A1 (en) | 2005-06-23 |
| US20080182507A1 (en) | 2008-07-31 |
| US20020193065A1 (en) | 2002-12-19 |
| EP1186728A3 (en) | 2002-03-20 |
| US6450882B1 (en) | 2002-09-17 |
| US6623354B2 (en) | 2003-09-23 |
| US20040029523A1 (en) | 2004-02-12 |
| US20040198216A1 (en) | 2004-10-07 |
| EP1186728A2 (en) | 2002-03-13 |
| DE60132279D1 (en) | 2008-02-21 |
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