Retractable key storage apparatus with original key adaptor

A retractable key storage apparatus comprising:

• one or more outer cover plates, each of said outer cover plates having a plurality of openings therethrough, and each of said outer cover plates having pivot guides comprised of curved grooves;
• each of said pivot guides further comprising first and second lock orifices, each of such orifices located at opposite ends of said curved grooves;
• one or more middle plates, each anchoring a plurality of spring-loaded key release button mechanisms adapted for mounting internally stored keys;
• a plurality of keys fixedly mounted on said plurality of spring-loaded key release button mechanisms;
• one or more key plates which facilitate the mounting of said keys in the apparatus and provide mounting support for said spring-loaded key release button mechanisms;
• each of said plurality of spring-loaded key release button mechanisms comprising a tubular retaining pin element having an open end and a closed end, an internal helical spring, and an “L” shaped guide pin protruding therefrom;
• wherein said closed end of said tubular retaining pin element protrudes through said opening on said outer cover plate to provide a button;
• wherein said helical spring linearly biases said tubular retaining pin element towards said opening on said outer cover plate;
• wherein said “L” shaped guide pin engages inside said curved grove of said pivot guide and is adapted to reciprocally travel along said curved grove between said first and second lock orifices;
• wherein said helical spring rotationally biases said tubular retaining pin element towards said first lock orifice and opposite said second lock orifice;
• wherein each of said spring-loaded key release button mechanisms is in a stowed position when said “L” shaped guide pin is engaged in said first lock orifice and in an open position when said “L” shaped guide pin is engaged in said second lock orifice;
• wherein each of said plurality of spring-loaded key release button mechanisms transitions from a stowed position to an open position when said closed end of said tubular retaining element is depressed, said “L” shaped guide pin disengages said first lock orifice, and said helical spring urges said spring-loaded, key release button mechanism to pivot until said “L” shaped guide pin engages said second lock orifice;
• and
• wherein each of said plurality of spring-loaded key release button mechanisms transitions from an open position to a stowed position when said closed end of said tubular retaining element is depressed, said “L” shaped guide pin disengages said second lock orifice, and said key mounted on said spring-loaded key release button mechanism is manually urged to pivot until said “L” shaped guide pin engages said second lock orifice.