Open air duct bicycle saddle mount

Claim 2

An open air duct bicycle saddle adjustable mounting device including; a base mounting support means; vertical support means comprised of two vertical structural elements extending perpendicularly upwards from outside edges of said base mounting support means, said vertical structural elements supporting a bicycle saddle at their upper ends, and being spaced and shaped to form a hollow air duct when viewed from a frontal cross-section view, specifically to receive and direct forward air flow into the turbulent wake of a rider; said vertical structural elements having at their upper ends a mounting surface for said bicycle saddle, fastening means for said bicycle saddle, and adjustment means for vertical, horizontal, and inclination adjustment of said bicycle saddle.

Claim 3

The open air duct bicycle saddle mounting device of claim 1, wherein said base mounting support means is comprised of a seat post with interior threads, a frame mounting plate with a horizontal groove in its interior for horizontal adjustments, and bolt, wedge, and lock washer assembly, and wherein said frame mounting plate has lugs and fasteners for attachment of said vertical structural elements, and wherein said vertical structural elements consist of side walls of an inverted u-shaped, elongated, telescopic, air duct sleeve with two vertical grooves mounting plate, and wherein said saddle and inverted, u-shaped, elongated, telescopic, air duct sleeve are made of one of the following materials, including: metal, fiber reinforced composites, and injected molded plastic, and any combination thereof; and wherein said adjustment means for vertical adjustment of said structurally integrated bicycle saddle consists in the sliding of said seat post in the seat tube of a bicycle frame and clamping said seat post in its proper position and in sliding said inverted, u-shaped, elongated, telescopic, air duct sleeve along said two vertical grooves relative to said base mounting plate and fastening said inverted, u-shaped, elongated, telescopic, air duct sleeve in its proper position with said fasteners, and wherein horizontal adjustment means consists in moving said base mounting plate along said horizontal groove and then fastening said base mounting plate in its proper position with said bolt, wedge, and lock washer assembly, and wherein said inclination adjustment means consist in making independent adjustments of said inverted, u-shaped, elongated, telescopic, air duct sleeve along one of said vertical grooves and then fastening said inverted, u-shaped, elongated, telescopic sleeve in its proper position.

Claim 4

The open air duct bicycle saddle mounting device of claim 1, wherein said base mounting support means is adapted for use on a custom fiber composite frame, wherein a frame mounting plate is mounted directly to a mating mounting surface.

Claim 5

The open air duct bicycle saddle mounting device of claim 2, wherein the cross-sectional shape of said seat post of said base mounting support means is varied to an aerodynamic cross-section including an elliptical and a tear drop cross-section and as necessary to fit the seat tube of any bicycle requiring a seat post.

Claim 6

The open air duct bicycle saddle mounting device of claim 2, wherein said base mounting support means consists of a seat post to which said hollow air duct is affixed, said vertical structural elements having at each of their upper ends a mounting surface and bracket and bolt fastening means for fastening said bicycle saddle to said mounting surface and wherein said adjustment means for vertical adjustment consists in sliding said seat post in a seat tube of a bicycle frame and clamping said seat post in its proper position, and wherein said adjustment means for horizontal adjustment consists in sliding mounting rails of said bicycle saddle in brackets and clamping them in their proper position, and wherein adjustment means for said inclination adjustment comprises an elongated slot formed in each of the mounting surfaces, lower bolt of said bracket and bolt fastening means may be adjustably clamped along said slot to its proper position, and wherein internal stiffening fins may be added to said hollow air duct and added thereto.

Claim 7

The open air duct bicycle saddle mounting device of claim 5, wherein said saddle is of a shape to enhance air flow and may be made of one of: fiber reinforced composites, and injected molded plastic.

Claim 8

The open air duct bicycle saddle mounting device of claim 1 wherein said bicycle mounting device may be made of the following materials; fiber reinforced composites, metal, injection molded plastic, and any combination thereof.

Claim 9

An open air duct bicycle saddle mounting device and structurally integrated bicycle saddle, including a base mounting support means consisting of an outer surface of a lower horizontal wall of an open, rectangular, elongated, air duct, affixed to a mating surface of a finer composite bicycle frame by one of: structural incorporation, adhesive band and mechanical fasteners, and any combination thereof; said air duct including a pair of spaced vertical sides extending upwardly from said lower horizontal wall and a top horizontal wall extending across the upper ends of the vertical sides; a vertical support means consisting of the vertical side and said top horizontal wall of said open, rectangular, elongated, air duct and a mating inverted u-shaped, telescopic over-sleeve fastened to said open, rectangular, elongated air duct; adjustment means to accomodate vertical, horizontal and inclination adjustments consisting of two vertical groves in the vertical sides of said open, rectangular, elongated, air duct, and a horizontal groove in the vertical sides of said mating, inverted, u-shaped, telescopic over-sleeve, with common fastening means at their overlapping points; a mounting surface and attachment means for said structurally integrated bicycle saddle: and wherein the underneath of said structurally integrated bicycle saddle is shaped to enhance air flow, and wherein internal stiffening fins may be added to the inside of said open, rectangular, elongated, air duct and said mating, inverted, u-shaped, telescopic over-sleeve to further enhance and direct air flow into the turbulent wake of a rider.

Claim 10

An open air duct bicycle saddle mounting device and structurally integrated bicycle saddle, including a base mounting support means consisting of an outer surface of a lower horizontal wall of an open, rectangular, elongated, air duct, affixed to a mating surface of a finer composite bicycle frame by one of: structural incorporation, adhesive band and mechanical fasteners, and any combination thereof; said air duct including a pair of spaced vertical sides extending upwardly from said lower horizontal wall and a top horizontal wall extending across the upper ends of the vertical sides; a vertical support means consisting of the vertical side and said top horizontal wall of said open, rectangular, elongated, air duct and a mating inverted u-shaped, telescopic over-sleeve fastened to said open, rectangular, elongated air duct; adjustment means to accomodate vertical, horizontal and inclination adjustments consisting of two vertical groves in the vertical sides of said open, rectangular, elongated, air duct, and a horizontal groove in the vertical sides of said mating, inverted, u-shaped, telescopic over-sleeve, with common fastening means at their overlapping points; a mounting surface and attachment means for said structurally integrated bicycle saddle: and wherein the underneath of said structurally integrated bicycle saddle is shaped to enhance air flow, and wherein internal stiffening fins may be added to the inside of said open, rectangular, elongated, air duct and said mating, inverted, u-shaped, telescopic over-sleeve to further enhance and direct air flow into the turbulent wake of a rider.

Claim 11

The open air duct bicycle saddle mounting device and structurally integrated bicycle saddle of claim 8 wherein said bicycle saddle, said open, rectangular, elongated, air duct, and said mating inverted u-shaped telescopic over-sleeve are made of one of the following materials; fiber reinforced composites, metal, injection molded plastic, and any combination thereof.