Multiple transaction card holder and dispenser
A card holder for storing a plurality of transaction cards its a stacked configuration inside a case with an internal frame, a side opening and a lower opening. The lower frame is configured to hold a stack of transaction cards. Formed on a face of the case is a finger slot that allow the user to manually rotate the cards when in a stacked configuration inside the case so that the top edge of the cards are staggered and fan outward through a side opening. The lower opening on the case is configured so that when the cards fan outward through the side opening, the lower corners of the cards extend through the lower opening.
1. A holder for holding multiple transaction cards, comprising:
a. a case with a top surface;
b. a card cavity formed in said case configured to hold multiple transaction cards aligned longitudinally and in a stacked configuration, each transaction card includes a lower edge, a first lower corner, a second lower corner, and an upper corner opposite said first lower corner;
c. a side opening formed on said case providing access to said card cavity;
d. a lower opening formed on said case; and
e. an interior frame located inside said case, said interior frame includes a longitudinally aligned long leg and a transverse leg, said long leg includes a recessed area configured to received said first lower corner of each transaction card when said transaction cards are aligned in a stacked configuration inside said case and rotated so that each upper corner of each transaction card may extend through said side opening, said transverse leg configured to support said lower edge of each transaction card when stacked and longitudinally aligned inside said case and allows said second lower corner of each transaction card to extend through said lower opening when said upper corners of said transaction cards extend through said side opening.
2. The holder for holding multiple transaction cards as recited in claim 1 , further including a finger slot formed on said case.
3. The holder for holding multiple transaction cards as recited in claim 1 , further including a finger slot formed on said case.
4. The holder for holding multiple transaction cards, as recited in claim 1 , further includes a lever arm pivotally connected to said case, said lever arm includes a handle arm near said top surface of said case and a push arm perpendicularly aligned with said handle arm, said push arm extends into said card cavity and aligned parallel to side edges of said transaction cards when arranged in a stack configuration inside said card cavity, said push arm includes a distal end and a plurality of transversely aligned steps sequentially arranged with different thicknesses to form a downward incline plane towards said distal end of said push arm so that when said handle arm is lifted and said push arm is rotated inside said card cavity, each step of said plurality of transversely aligned steps moves in a different arc and presses against a side edge of one of said transactions cards located adjacent to each step and forces said one transaction card through said side opening and thereby displacing said transaction cards at different amounts through said side opening of said case.
5. The holder for holding multiple transaction cards as recited in claim 4 , further including a finger slot formed on said case.
6. The holder for holding multiple transaction cards, as recited in claim 2 , further including a torsion spring coupled to said lever arm.
7. A multiple transaction card holder, comprising:
a. a case including a front panel, a rear panel and an interior frame located between said front panel and said rear panel to form a card cavity configured to hold a stack of transaction cards, said case includes a side opening that communicates with said card cavity, said front panel and said rear panel each includes a diagonal aligned side edge surrounding said side opening;
b. a lever arm pivotally mounted on said case, said lever arm includes a push arm, said lever arm aligned on said case so that said lever arm extends above said case and said push arm extends into said card cavity, said push arm includes a plurality of transversely aligned steps sequentially aligned with different thicknesses, said plurality of transversely aligned steps being spaced apart on one surface of said push arm and configured to press against one transaction card in said stack of transaction cards and force part of a top edge and a lateral edge of each transaction card in said stack of transaction cards outward through said side opening at different distances; and
c. a torsion spring coupled to said ever arm configured to return said lever arm to said case.