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A panel for forming on-site a multi-function channel. The panel is a sheet of material that is rectangular-shaped, slightly compressible, thermally insulating, and has a pair of pre-printed channel flange fold lines that extend the entire length thereof and which form a pair of channel flanges when

A panel for forming on-site a multi-function channel. The panel is a sheet of material that is rectangular-shaped, slightly compressible, thermally insulating, and has a pair of pre-printed channel flange fold lines that extend the entire length thereof and which form a pair of channel flanges when the sheet of material is folded perpendicularly upwardly thereon, and a trio of pre-printed soffit vent baffle panel fold lines that extend the entire width thereof and have a selected one thereof forming a soffit vent baffle panel when the sheet of material is folded perpendicularly downwardly thereon. When the pair of channel flanges are intimately abutted against a pair of parallel, adjacent, and spaced-apart framing members, the sheet of material compresses enough to provide an outward force sufficient to allow the multi-function channel to be self-restraining between, and by, the pair of parallel, adjacent, and spaced-apart framing members without a need for fasteners.

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1. A panel for forming on-site a multi-function channel for being self-retaining between, and by, a pair of adjacent, and spaced-apart framing members without a need for fasteners, said panel comprising:a sheet of material;wherein said sheet of material has an uppermost surface;wherein said uppermos

1. A panel for forming on-site a multi-function channel for being self-retaining between, and by, a pair of adjacent, and spaced-apart framing members without a need for fasteners, said panel comprising:a sheet of material;wherein said sheet of material has an uppermost surface;wherein said uppermost surface of said sheet of material has a pair of channel flange fold lines;wherein each channel flange fold line extends longitudinally along said sheet of material;wherein said pair of channel flange fold lines are disposed inwardly of a pair of longitudinal edges of said sheet of material, respectively;wherein said sheet of material is slightly compressible;wherein said pair of channel flange fold lines and said pair of longitudinal edges of said sheet of material define therebetween a pair of upwardly foldable channel flanges;wherein said pair of upwardly foldable channel flanges when folded upwardly on said pair of channel flange fold lines form a pair of channel flanges of said multi-function channel; andwherein said pair of channel flanges have outer surfaces whereby said outer surfaces of said pair of channel flanges are substantially perpendicular to said uppermost surface and are for being abutted against the pair of adjacent, and spaced-apart framing members, and when said pair of channel flanges are abutted against the pair of adjacent, and spaced-apart framing members, said sheet of material compresses enough to provide an outward force sufficient to allow said multi-function channel to be self-retaining between, and by, the pair of adjacent, and spaced-apart framing members without the need for the fasteners. 2. The panel as defined in claim 1, wherein said sheet of material has a pair of longitudinal edges; andwherein said sheet of material has a pair of lateral edges. 3. The panel as defined in claim 2, wherein said sheet of material is rectangular-shaped;wherein said pair of longitudinal edges of said sheet of material are parallel to each other;wherein said pair of longitudinal edges of said sheet of material are straight;wherein said pair of lateral edges of said sheet of material are parallel to each other;wherein said pair of lateral edges of said sheet of material are straight; andwherein said pair of longitudinal edges of said sheet of material are perpendicular to said pair of lateral edges of said sheet of material. 4. The panel as defined in claim 2, wherein said pair of channel flange fold lines are straight;wherein said pair of channel flange fold lines are parallel to each other; andwherein said pair of channel flange fold lines are parallel to said pair of longitudinal edges of said sheet of material. 5. The multi-function channel as defined in claim 2, wherein said uppermost surface of said sheet of material has at least one soffit vent baffle panel fold line;wherein said at least one soffit vent baffle panel fold line extends laterally across said sheet of material; andwherein said at least one soffit vent baffle panel fold line is disposed inwardly of one lateral edge of said sheet of material. 6. The multi-function channel as defined in claim 5, wherein said uppermost surface of said sheet of material has a soffit vent baffle panel cut line; andwherein said soffit vent baffle panel cut line extends along said at least one soffit vent baffle panel fold line from each longitudinal edge of said sheet of material to an adjacent channel flange fold line. 7. The panel as defined in claim 6, wherein said of at least one soffit vent baffle panel fold line and said one lateral edge of said sheet of material define therebetween a downwardly foldable soffit vent baffle panel; andwherein said soffit vent baffle panel cut line when cut and said downwardly foldable soffit vent baffle panel is folded perpendicularly downwardly on said at least one soffit vent baffle panel fold line, a soffit vent baffle panel of the multi-function channel for a soffit vent is formed. 8. The panel as defined in claim 7, wherein sa id soffit vent baffle panel is rectangular-shaped. 9. The panel as defined in claim 7, wherein said sheet of material has an entire width;wherein said entire width extends from one longitudinal edge to the other longitudinal edge of said sheet of material; andwherein said soffit vent baffle panel extends said entire width of said sheet of material. 10. The panel as defined in claim 7, wherein said sheet of material has a lowermost surface;wherein said soffit vent baffle panel has a pair of inwardly foldable baffle flanges;wherein said pair of inwardly foldable baffle flanges are defined by said pair of longitudinal edges of said sheet of material and said pair of channel flange fold lines;wherein said pair of inwardly foldable baffle flanges when folded perpendicularly inwardly on said pair of channel flange fold lines form a pair of baffle flanges of said multi-function channel;wherein said pair of baffle flanges abut against said lowermost surface of said sheet of material;wherein said pair of baffle flanges form an automatic fold stop for said soffit vent baffle panel; andwherein said pair of baffle flanges are for abutting against the pair of adjacent and spaced-apart framing members. 11. The panel as defined in claim 7, wherein said uppermost surface of said sheet of material has a ceiling joist/collar beam clearance cut line;wherein said ceiling joist/collar beam clearance cut line has a first portion;wherein said first portion of said ceiling joist/collar beam clearance cut line is disposed along an appropriate one of said pair of channel flange fold lines;wherein said first portion of said ceiling joist/collar beam clearance cut line extends from said one lateral edge of said sheet of material to a terminal end;wherein said terminal end of said first portion of said ceiling joist/collar beam clearance cut line is disposed inwardly past said at least one soffit vent baffle panel fold line;wherein said ceiling joist/collar beam clearance cut line has a second portion;wherein said second portion of said ceiling joist/collar beam clearance cut line extends perpendicularly outwardly from said terminal end of said first portion of said ceiling joist/collar beam clearance cut line to an adjacent one of said pair of longitudinal edges of said sheet of material; andwherein said second portion of said ceiling joist/collar beam clearance cut line together with said at least one soffit vent baffle panel cut line form a ceiling joist/collar beam clearance cut line. 12. The panel as defined in claim 11, wherein said first portion of said ceiling joist/collar beam clearance cut line, said adjacent one of said pair of longitudinal edges of said sheet of material, said one lateral edge of said sheet of material, and said ceiling joist/collar beam clearance cut line define therebetween a removable ceiling joist/collar beam clearance area;wherein said removable ceiling joist/collar beam clearance area when removed provides a ceiling joist/collar beam clearance notch; andwherein said ceiling joist/collar beam clearance notch is for providing clearance for a ceiling joist/collar beam. 13. The panel as defined in claim 12, wherein said uppermost surface of said sheet of material has a ceiling joist/collar beam flange fold line;wherein said ceiling joist/collar beam flange fold line is disposed inwardly of said first portion of said ceiling joist/collar beam clearance cut line;wherein said ceiling joist/collar beam flange fold line extends from said one lateral edge of said sheet of material to said at least one soffit vent baffle panel fold line; andwherein said ceiling joist/collar beam flange fold line is parallel to said first portion of said ceiling joist/collar beam clearance cut line. 14. The panel as defined in claim 13, wherein said uppermost surface of said sheet of material has a ceiling joist/collar beam flange cut line;wherein said ceiling joist/collar beam flange cut line is disposed along said at least one soffit vent baffle p anel fold line; andwherein said ceiling joist/collar beam flange cut line extends perpendicularly outwardly from said ceiling joist/collar beam flange fold line to said soffit vent baffle panel cut line. 15. The panel as defined in claim 14, wherein said first portion of said ceiling joist/collar beam clearance cut line, said one lateral edge of said sheet of material, said ceiling joist/collar beam flange fold line, and said ceiling joist/collar beam flange cut line together define a downwardly foldable ceiling joist/collar beam flange. 16. The panel as defined in claim 15, wherein said removable ceiling joist/collar beam clearance area when removed and said ceiling joist/collar beam flange cut line is cut and said downwardly foldable ceiling joist/collar beam flange is folded perpendicularly downwardly on said ceiling joist/collar beam flange fold line, a ceiling joist/collar beam flange of said multi-function channel is formed;wherein said ceiling joist/collar beam flange is for abutting against the ceiling joist/collar beam; andwherein said ceiling joist/collar beam clearance notch provides clearance for an associated one of said pair of channel flanges of said multi-function channel. 17. The panel as defined in claim 13, wherein said ceiling joist/collar beam flange fold line is pre-grooved. 18. The panel as defined in claim 11, wherein said second portion of said ceiling joist/collar beam clearance cut line is pre-cut. 19. The panel as defined in claim 6, wherein said soffit vent baffle panel cut line is pre-cut. 20. The panel as defined in claim 5, wherein said at least one soffit vent baffle panel fold line is straight;wherein said at least one soffit vent baffle panel fold line is parallel to said pair of lateral edges of said sheet of material; andwherein said at least one soffit vent baffle panel fold line is perpendicular to said pair of longitudinal edges of said sheet of material. 21. The panel as defined in claim 5, wherein said pair of channel flange fold lines are pre-grooved; andwherein said at least one soffit vent baffle panel fold line is pre-grooved. 22. The panel as defined in claim 5, wherein said at least one soffit vent baffle panel fold line is pre-scored; andwherein said pair of channel flange fold lines are pre-scored. 23. The panel as defined in claim 5, wherein each channel flange fold line extends continuously from one lateral edge to the other lateral edge of said sheet of material; andwherein at least one soffit vent baffle panel fold line extends continuously from one longitudinal edge to the other longitudinal edge of said sheet of material. 24. The multi-function channel as defined in claim 2, wherein said pair of longitudinal edges of said sheet of material are a pair of long edges;wherein said pair of lateral edges of said sheet of material are a pair of short edges; andwherein said pair of short edges of said sheet of material are shorter than said pair of long edges thereof, respectively. 25. The panel as defined in claim 2, wherein said sheet of material has an entire length;wherein said entire length extends from one lateral edge to the other lateral edge of said sheet of material; andwherein each channel flange extends said entire length of said sheet of material. 26. The panel as defined in claim 1, wherein said pair of channel flanges are identical in configuration to each other; and wherein each channel flange is rectangular-shaped. 27. The panel as defined in claim 1, wherein said sheet of material is made of a thermal insulating material. 28. The panel as defined in claim 1, wherein said pair of upwardly foldable channel flanges are folded perpendicularly upwardly on said pair of channel flange fold lines to form said pair of channel flanges of said multi-function channel. 29. The panel as defined in claim 1, wherein said pair of channel flanges define a web therebetween; andwherein said web is flat. 30. A multi-function channel for forming on-site and being self-retaining betwe en, and by, a pair of adjacent and spaced-apart framing members without a need for fasteners, said multi-function channel comprising:a) a web; andb) a pair of channel flanges;wherein said pair of channel flanges extend upwardly from said web;wherein said multi-function channel is made of a slightly compressible material; andwherein said pair of channel flanges have outer surfaces whereby said outer surfaces of said pair of channel flanges are substantially perpendicular to said uppermost surface and are for being abutted against the pair of adjacent and spaced-apart framing members, and when said pair of channel flanges are abutted against the pair of adjacent and spaced-apart framing members, said multi-function channel compresses enough to provide an outward force sufficient to allow said multi-function channel to be self-retaining between, and by, the pair of adjacent and spaced-apart framing members without the need for the fasteners. 31. The multi-function channel as defined in claim 30; further comprising a soffit went baffle panel;wherein said soffit vent baffle panel is for a soffit vent; andwherein said soffit vent baffle panel depends perpendicularly from said web. 32. The multi-function channel as defined in claim 31; further comprising a pair of baffle flanges; andwherein said pair of baffle flanges extend perpendicularly inwardly from said soffit vent baffle panel. 33. The multi-function channel as defined in claim 32, wherein said soffit vent baffle panel is rectangular-shaped;wherein said soffit vent baffle panel is flat;wherein said soffit vent baffle panel has a pair of side edges; andwherein said soffit vent baffle panel has an entire height. 34. The multi-function channel as defined in claim 33, wherein said pair of baffle flanges extend perpendicularly inwardly from said pair of side edges of said soffit vent baffle panel, respectively. 35. The multi-function channel as defined in claim 33, wherein said pair of baffle flanges extend said entire height of said soffit vent baffle panel. 36. The multi-function channel as defined in claim 32, wherein said pair of baffle flanges are identical to each other;wherein each baffle flange is rectangular-shaped; andwherein each baffle flange is flat. 37. The multi-function channel as defined in claim 32, wherein said web has a lowermost surface;wherein said pair of baffle flanges abut perpendicularly against said lowermost surface of said web; andwherein said pair of baffle flanges are for abutting against the pair of adjacent and spaced-apart framing members. 38. The multi-function channel as defined in claim 31, wherein said web is flat;wherein said web is rectangular-shaped;wherein said web has a pair of longitudinal edges;wherein said web has a pair of lateral edges;wherein said web has an entire length;wherein said entire length of said web extends from one lateral edge thereof to the other lateral edge thereof;wherein said web has an entire width; andwherein said entire width of said web extends from one longitudinal edge thereof to the other longitudinal edge thereof. 39. The multi-function channel as defined in claim 30, wherein said pair of longitudinal edges of said web are straight;wherein said pair of longitudinal edges of said web are parallel to each other;wherein said pair of lateral edges of said web are straight;wherein said pair of lateral edges of said web are parallel to each other; andwherein said pair of longitudinal edges of said web are perpendicular to said pair of lateral edges of said web. 40. The multi-function channel as defined in claim 38, wherein said pair of channel flanges extend perpendicularly upwardly from said pair of longitudinal edges of said web, respectively. 41. The multi-function channel as defined in claim 38, wherein said pair of channel flanges extend said entire length of said web. 42. The multi-function channel as defined in claim 38, wherein one channel flange extends said entire length of said web;wherein the other cha nnel flange extends from one lateral edge of said web to a terminal edge;wherein said terminal edge of said other channel flange is short of the other lateral edge of said web so as to form a ceiling joist/collar beam clearance notch therebetween; andwherein said ceiling joist/collar beam clearance notch provides clearance for said other channel flange. 43. The multi-function channel as defined in claim 42, further comprising a ceiling joist/collar beam flange; andwherein said ceiling joist/collar beam flange depends perpendicularly from said web. 44. The multi-function channel as defined in claim 43, wherein said ceiling joist/collar beam flange is rectangular-shaped;wherein said ceiling joist/collar beam flange is flat;wherein said ceiling joist/collar beam flange depends perpendicularly from just inwardly of said longitudinal edge of said web from which said other channel flange extends;wherein said ceiling joist/collar beam flange extends from just outward of said terminal end of said other channel flange to said other lateral edge of said web; andwherein said ceiling joist/collar beam flange is for abutting against a ceiling joist/collar beam. 45. The multi-function channel as defined in claim 38, wherein said soffit vent baffle panel depends perpendicularly from one lateral edge of said web. 46. The multi-function channel as defined in claim 38, wherein said soffit vent baffle panel extends said entire width of said web. 47. The multi-function channel as defined in claim 38, wherein said pair of longitudinal edges of said web are a pair of long edges;wherein said pair of lateral edges of said web are a pair of short edges; andwherein said pair of short edges are shorter than said pair of long edges of said web. 48. The multi-function channel as defined in claim 30, wherein said multi-function channel is made of a thermal insulating material. 49. The multi-function channel as defined in claim 30, wherein said pair of channel flanges are identical in configuration to each other;wherein each channel flange is rectangular-shaped; andwherein each channel flange is flat. 50. The multi-function channel as defined in claim 30, wherein said pair of channel flanges extend perpendicularly upwardly from said web.