Adjustable screen hood assembly for sloped roof structures

An adjustable screen hood assembly for reducing a gap along a sloped roof structure, said adjustable screen hood assembly comprising:

• a screen hood housing configured to be statically affixed to an underside of an existing sloped beam of a sloped roof;
• at least one reel-mounting bracket having a first vertical length and being disposed within said screen hood housing;
• and
• at least one screen hood bracket statically affixed to an associated end of said screen hood housing, said at least one screen hood bracket having a central aperture provided with a second vertical length greater than said first vertical length;
• wherein said at least one reel-mounting bracket is adjustably positioned within a perimeter of said central aperture and selectively displaced along a vertical travel path registered substantially orthogonal to a longitudinal length of said screen hood housing;
• wherein said screen hood housing has a central longitudinal axis angularly offset relative to a horizontal axis;
• wherein said screen hood housing is configured to be continuously abutted against the existing sloped beam and oriented parallel thereto such that no gap exists between the underside of the existing sloped beam and said screen hood housing.

An adjustable screen hood assembly for reducing a gap along a sloped roof structure, said adjustable screen hood assembly comprising:

• a screen hood housing configured to be statically affixed to an underside of an existing sloped beam of a sloped roof;
• at least one reel-mounting bracket having a first vertical length and being disposed within said screen hood housing;
• at least one screen hood bracket removably affixed to an associated end of said screen hood housing, said at least one screen hood bracket having a central aperture provided with a second vertical length greater than said first vertical length;
• and
• wherein said at least one reel-mounting bracket is adjustably positioned within a perimeter of said central aperture and selectively displaced along a bi-directional vertical travel path registered substantially orthogonal to a longitudinal length of said screen hood housing;
• wherein said screen hood housing has a central longitudinal axis angularly offset relative to a horizontal axis;
• wherein said screen hood housing is configured to be continuously abutted against the existing sloped beam and oriented parallel thereto such that no gap exists between the underside of the existing sloped beam and said screen hood housing.