Winged practice ball
OwnerGary D. McMurryinventor
Life of this patent
Estimating the term…
Abstract
A practice ball comprised of mutually perpendicular X-, Y- and Z-members. A plurality of wings interconnect the X-, Y- and Z- members. The shape of said wings skeletally defines the shape of the practice ball. The wings and reduced weight of the practice ball provide for a shorter trajectory for the practice ball than the equivalent standard ball (golf, tennis, etc.), thereby allowing smaller playing fields to be used. The practice ball may be manufactured by means of an injection molding process, and produces a pleasant whirring sound in flight.
Claims10
A practice ball comprising an X-member, a Y-member and a Z-member rigidly attached at their midpoints, and a plurality of wings interconnecting said X-member, Y-member and Z-member, said wings being shaped like flat webs, said X-member, Y-member and Z-member having a constant cross-section over their lengths through a point at which said X-member, Y-member and Z-member are mutually attached.
A practice ball comprising an X-member, a Y-member and a Z-member rigidly attached at their midpoints, and a plurality of wings interconnecting said X-member, Y-member and Z-member, said X-member, Y-member and Z-member having a constant cross-section over their lengths through a point at which said X-member, Y-member and Z-member are mutually attached, said X-member, Y-member, Z-member and said wings comprising a single contiguous piece.
A practice ball comprising an X-member, a Y-member and a Z-member rigidly attached at their midpoints, and a plurality of wings interconnecting said X-member, Y-member and Z-member;
- said X-member, said Y-member and said Z-member being aligned with an X-axis, Y-axis and Z-axis of a three dimensional Cartesian coordinate system whose origin is located at the point where said X-member, said Y-member and said Z-member are attached to each other, the origin of said Cartesian coordinate system dividing said X-member, said Y-member and said Z-member into halves;
- an X-member front leg lying along the positive part of said X-axis, an X-member rear leg lying along the negative part of said X-axis, a Y-member right leg lying along the positive part of said Y-axis, a Y-member left leg lying along the negative part of said Y-axis, a Z-member top leg lying along the positive part of said Z-axis, and a Z-member bottom leg lying along the negative part of said Z-axis;
- said wings being shaped like flat quarter circles, whereby the shape of said practice ball is skeletally defined by said wings as a sphere.
A practice ball comprising an X-member, a Y-member and a Z-member rigidly attached at their midpoints, and a plurality of wings interconnecting said X-member, Y-member and Z-member;
- said X-member, said Y-member and said Z-member being aligned with an X-axis, Y-axis and Z-axis of a three dimensional Cartesian coordinate system whose origin is located at the point where said X-member, said Y-member and said Z-member are attached to each other, the origin of said Cartesian coordinate system dividing said X-member, said Y-member and said Z-member into halves;
- said X-member, said Y-member and said Z-member having a cross-sectional shape of an "X" comprising four lobes;
- an X-member front leg lying along the positive part of said X-axis, an X-member rear leg lying along the negative part of said X-axis, a Y-member right leg lying along the positive part of said Y-axis, a Y-member left leg lying along the negative part of said Y-axis, a Z-member top leg lying along the positive part of said Z-axis, and a Z-member bottom leg lying along the negative part of said Z-axis.
Dependencies are inferred from the claim text.