Ceiling fan filter

Claim 2

A ceiling fan filter comprising: (a) a generally rectangular housing having an air entrance and an air exit; (b) stop means secured to a perimeter portion of said air entrance and extending across said air entrance; (c) a filter medium configured to fir within said housing against said stop and intermediate said air entrance and said air exit; (d) attachment means secured to said housing and adapted to be secured to the leading edge portion of a fan blade for attaching said ceiling fan filter to said fan blade of a ceiling fan, said attachment means comprising portions configured to frictionally fit onto said fan blade, said attachment means portions providing a gap for accepting said leading edge of said fan blade, said gap having generally the same angle as said fan blade has with horizontal plane; and, (e) elongated channel means secured adjacent said air entrance for channeling air into said air entrance.

Claim 3

The ceiling fan filter as set forth in claim 1, wherein said stop means comprises a grid extending across said air entrance.

Claim 4

The ceiling fan filter as set forth in claim 2, wherein said filter medium comprises a multitude of randomly oriented elongated fibers.

Claim 5

The ceiling fan filter as set forth in claim 1, further comprising a rear stop means secured interiorly of said housing adjacent said air exit.

Claim 6

The ceiling fan filter as set forth in claim 4, wherein said housing has a length to width ratio of at least three (3).

Claim 7

A ceiling fan filter comprising: (a) a generally rectangular housing having an air entrance and an air exit thereby providing an air passage through said housing; (b) stop means secured to a perimeter portion of said air entrance and extending across said air entrance; (c) a filter medium of a porous membrane configured to fit within said housing against said stop and intermediate said air entrance and said air exit; (d) attachment means secured to said housing and adapted to be secured to the leading edge portion of a fan blade for attaching said ceiling fan filter to said fan blade of a ceiling fan, said attachment means comprising portions configured to frictionally fit onto said fan blade, said attachment means portions providing a gap for accepting said leading edge of said fan blade, said gap having generally the same angle as said fan blade has with horizontal plane; and, (e) elongated channel means secured adjacent said air entrance for channeling air into said air entrance.

Claim 8

A ceiling fan filter comprising: (a) a generally rectangular housing having an air entrance and an air exit thereby providing an air passage through said housing; (b) stop means secured to a perimeter portion of said air entrance and extending across said air entrance; (c) a filter medium of a porous membrane configured to fit within said housing against said stop and intermediate said air entrance and said air exit; (d) attachment means secured to said housing and adapted to be secured to the leading edge portion of a fan blade for attaching said ceiling fan filter to said fan blade of a ceiling fan, said attachment means comprising portions configured to frictionally fit onto said fan blade, said attachment means portions providing a gap for accepting said leading edge of said fan blade, said gap having generally the same angle as said fan blade has with horizontal plane; and, (e) elongated channel means secured adjacent said air entrance for channeling air into said air entrance.

Claim 9

The ceiling fan filter as set forth in claim 6, wherein said channel means extend longitudinally along said elongated housing.

Claim 10

The ceiling fan filter as set forth in claim 7, further comprising support means for supporting said porous membrane within said housing.

Claim 11

The ceiling fan filter as set forth in claim 8, wherein said support means comprises a thin open mesh member extending across said first opening.

Claim 12

The ceiling fan filter as set forth in claim 9, wherein said porous membrane is removable and comprises a series of interlocking fibers.

Claim 13

The ceiling fan filter as set forth in claim 10, wherein said attachment means is angled with respect to said housing thereby orienting said ceiling fan filter along a horizontal plane.

Claim 14

The ceiling fan filter as set forth in claim 11, wherein air flows through said air entrance, through said porous membrane and out said air exit, said air entrance and exit being of generally equal areas.

Claim 15

A ceiling fan filter comprising: (a) a generally rectangular housing having an air entrance and an air exit on opposed faces thereof; (b) a pair of elongated air channeling means secured to said housing at the edge of its upper and lower surfaces adjacent said air entrance for channeling air into said air entrance; (c) first stop means comprising a grid secured to a perimeter portion of said air entrance and extending across said air entrance; (d) second stop means secured interiorly of said housing adjacent said air exit; (e) a filter medium configured to fit within said housing against said stop and intermediate said air entrance and said air exit, said filter medium comprising a multitude of randomly oriented elongated fibers; and, (f) attachment means secured to the lower surface of said housing and one of said channel means for frictionally attaching said ceiling fan filter to the leading edge portion of a fan blade of a ceiling fan, said attachment means having portions providing a gap therebetween for frictionally attaching said filter to said leading edge, said gap having generally the same angle as said fan blade has with a horizontal plane.

Claim 16

A ceiling fan filter comprising: (a) a generally rectangular housing having an air entrance and an air exit on opposed faces thereof; (b) a pair of elongated air channeling means secured to said housing at the edge of its upper and lower surfaces adjacent said air entrance for channeling air into said air entrance; (c) first stop means comprising a grid secured to a perimeter portion of said air entrance and extending across said air entrance; (d) second stop means secured interiorly of said housing adjacent said air exit; (e) a filter medium configured to fit within said housing against said stop and intermediate said air entrance and said air exit, said filter medium comprising a multitude of randomly oriented elongated fibers; and, (f) attachment means secured to the lower surface of said housing and one of said channel means for frictionally attaching said ceiling fan filter to the leading edge portion of a fan blade of a ceiling fan, said attachment means having portions providing a gap therebetween for frictionally attaching said filter to said leading edge, said gap having generally the same angle as said fan blade has with a horizontal plane.