Rubber boot-based roof flashing apparatus
View Patent ↗To flash a hot gas vent pipe, representatively a chimney pipe, extending upwardly through a roof opening, a tubular sleeve having vertically extending spacer members interiorly secured thereto, with upper ends projecting above the upper sleeve end, is concentrically placed around the chimney pipe and anchored to the roof. A rubber boot is then placed around the sleeve and secured to the roof. Finally, a storm collar is downwardly telescoped onto the chimney pipe and rests on the upper end of the sleeve spacer members. Vertical cooling passages are defined between adjacent spacer member pairs, and through their interiors, and have upper exit portions communicating with the storm collar interior.
1. A flashed vent conduit structure extending through a roof opening and comprising:
a vent conduit through which hot gas may be vented to atmosphere, said vent conduit having an upper end portion vertically extending through the roof opening;
an open-ended sleeve member coaxially circumscribing said upper end portion of said vent conduit in a horizontally outwardly spaced relationship therewith, said sleeve member having an upper end;
circumferentially spaced, vertically elongated spacer members disposed between said vent conduit and said sleeve member and laterally extending therebetween in a manner such that vertical cooling passages are defined between circumferentially adjacent pairs of said spacer members, and vertical cooling passages are also defined within said spacer members;
circumferentially spaced connection members extending laterally outwardly from said sleeve member and interconnecting said sleeve member and portions of the roof bordering the opening therein;
a resilient flashing boot closely receiving said sleeve member and operatively secured to the roof; and
a storm collar through which said vent conduit upwardly extends, said storm collar having an upper end supported in an upwardly spaced relationship with the upper end of said sleeve, the interior of said storm collar defining a downwardly opening outlet for upper end portions of said vertical cooling passages.
2. The flashed vent conduit structure of claim 1 wherein:
said vent conduit is a chimney pipe.
3. The flashed vent conduit structure of claim 1 wherein:
said spacer members have generally U-shaped cross-sections along their lengths.
4. The flashed vent conduit structure of claim 1 wherein:
said sleeve member has a tubular configuration and is configured to permit adjustment of its diameter.
5. The flashed vent conduit structure of claim 4 wherein:
said sleeve member is formed from a bendable panel member with overlapping first and second end portions, said first end portion having a column of connection holes therein which are aligned with the connection holes in one of a spaced plurality of hole columns in said second end portion, with fastening members extending through aligned hole pairs in said first and second end portions.
6. The flashed vent conduit structure of claim 5 wherein:
said sleeve member is of a sheet metal construction.
7. The flashed vent conduit structure of claim 1 wherein:
said spacer members have bendable portions connecting them to said sleeve member.
8. The flashed vent conduit structure of claim 7 wherein:
said bendable portions are tabs disposed at top and bottom ends of said spacer members and bent outwardly around and extending outwardly along an upper end portion of said sleeve member.
9. The flashed vent conduit structure of claim 1 wherein
upper end portions of said spacer members project upwardly beyond the upper end of said sleeve member, and
said upper end of said storm collar rests atop said upper end portions of said spacer members.
10. The flashed vent conduit structure of claim 1 wherein:
said resilient flashing boot is a rubber flashing boot.
11. The flashed vent conduit structure of claim 1 . wherein:
said resilient flashing boot has a neck portion sealingly receiving said sleeve member, and a base portion secured to the roof.
12. The flashed vent conduit structure of claim 11 wherein:
upper end portions of said spacer members project upwardly beyond the upper end of said sleeve member, and
the upper end of said neck portion of said resilient flashing boot is disposed below said upper end portions of said spacer members.
13. A flashing adapter kit useable in conjunction with a rubber flashing boot to flash a vent conduit extending through an opening in a roof and adapted to vent hot gas to atmosphere, said flashing adapter kit comprising:
a sleeve structure useable to define a sleeve member outwardly circumscribing the vent conduit and having an upper end, and being operatively receivable in a rubber flashing boot;
elongated spacer members having associated securement structures useable to secure said spacer members on an interior surface portion of the sleeve member in a circumferentially spaced array in which said spacer members longitudinally extend vertically along the outer surface of the vent conduit, in a manner holding the sleeve member in a concentric relationship with the vent conduit and defining vertically extending cooling passages between circumferentially adjacent pairs of said. spacer members, with upper ends of said cooling passages opening outwardly through said upper end of said sleeve structure;
each of said spacer members has a hollow configuration and defines in its interior a vertically extending cooling passage when operatively installed within said sleeve member; and
connection members interconnectable between the sleeve member and the roof to hold the sleeve member in a predetermined orientation relative to the roof opening periphery and brace the sleeve member, and thus the chimney pipe, against wind loads.
14. The flashing adapter kit of claim 13 wherein:
said sleeve structure includes a panel member bendable to a tubular configuration and having a first end portion with a column of connection holes therein, and a second end portion with a plurality of parallel columns of connection holes therein, said first end portion being overlappable with said second end portion to align the connection holes of said first end portion with the holes in a selectively variable one of said connection hole columns in said second end portion to thereby selectively vary the diameter of said sleeve structure, and fastening members insertable into aligned hole pairs in said first and second end portions to hold the bent panel member in a tubular configuration of a predetermined diameter.
15. The flashing adapter kit of claim 14 wherein:
each connection hole column in said second end portion of said bendable panel member has numeric indicia associated therewith and indicative of a desired diameter of said sleeve structure.
16. The flashing adapter kit of claim 13 wherein:
said securement structures are integral portions of said spacer members.
17. The flashing adapter kit of claim 16 wherein:
said securement portions are bendable tab portions.
18. The flashing adapter kit of claim 17 wherein:
said bendable tab portions are disposed at ends of said spacer members.
19. The flashing adapter kit of claim 18 wherein:
said bendable tab portions are disposed at each end of each of said spacer members.
20. The flashing adapter kit of claim 13 wherein:
each of said spacer members has, along its length, a generally U-shaped configuration defined by a base wall having opposite side edges from which parallel side walls transversely project.
21. The flashing adapter kit of claim 13 wherein:
said securement structures are useable to position upper portions of said spacer members above said upper end of said sleeve structure.