Electrical circuit package for greeting cards

An electrical circuit package for a greeting card having a first section and a second section closeable thereagainst, comprising:

• a stamped and formed metal lead frame including metal strips defining circuit paths for forming an electric circuit;
• a dielectric housing member secured to said lead frame such that said circuit paths are insulatingly disposed in and supported by said housing member, said housing member having component-receiving openings in which electrical contact members of said circuit paths are exposed so that some of said exposed contact members serve to support leadless electrical components in respective said openings and to make electrical contact therewith while other of said exposed contact members in said openings electrically engage said electrical components and maintain them in said openings whereby when said electrical components are in said openings and in electrical engagement with said exposed contact members an electrical circuit package assembly is formed having a complete electrical circuit;
• said electrical circuit package assembly is securable onto said first section of said greeting card;
• and
• switch means formed by further exposed contact members of said circuit paths which is engaged by said second greeting card section when said greeting card is in a closed position to keep said switch means from activating said complete electrical circuit and when said greeting card is moved to an open position, said switch means closes thereby activating said complete electrical circuit.