Portable Sports Rack And Delivery System

A portable sports rack and delivery system comprising:

• an elongated rack casing defining a storage space extending from a first end to a second end of the elongated rack casing, the storage space configured to accommodate sports equipment, wherein the sports equipment comprises one or more balls stacked substantially vertically, one above the other, and disposed in the storage space;
• a delivery opening disposed at the first end of the elongate rack casing, wherein the delivery opening is configured to receive, accommodate, and deliver an uppermost one of the stacked balls from the storage space of the elongate rack casing;
• an inner frame comprising:
• an upper annular plate and a lower annular plate connected to each other by a plurality of spring shafts, wherein one end of each the spring shafts is attached to a circumference on a lower surface of the upper annular plate and another end of each of the spring shafts is attached to a circumference on an upper surface of the lower annular plate;
• a plurality of vertical support members disposed between the upper annular plate and the lower annular plate, wherein said vertical support members are hollow, wherein top and bottom ends of each of said vertical support members are configured to be affixed to the upper annular plate and the lower annular plate through a pair of connectors disposed along the circumferences of the upper annular plate and the lower annular plate;
• a release mechanism comprising:
• a tray for holding a bottom one of said sports equipment, wherein said tray is disposed between the upper annular plate and the lower annular plate, wherein the tray comprises a plurality of through-holes corresponding to the number of said spring shafts, wherein each of said through-holes is configured to slidingly accommodate one of said spring shafts, wherein said through-holes are disposed along a circumference of the tray;
• a plurality of springs each disposed concentrically on one of the plurality of spring shafts, wherein each of said springs are disposed underneath said tray and configured to push against said tray when said springs are compressed by said tray;
• and
• a base plate disposed below the lower annular plate, wherein the base plate has a paddle shape, wherein a top surface of the base plate comprises a support pillar positioned substantially proximal to a center of a top surface of the base plate, and wherein the support pillar is configured to project out of said lower annular plate through an opening in said lower annular plate;
• a wire topper affixed to the circumference on an upper surface of the upper annular plate, wherein the wire topper is configured to contain the uppermost one of the stacked balls within the storage space of the elongate rack casing;
• and
• an anterior foot pad and a posterior foot pad disposed below the base plate.