Electroluminescent module with flexible, insulating resin layer and connecting electrodes in facing opposite sides

An electroluminescent module comprising an electroluminescent element and a bonding structure, wherein the electroluminescent element has a light-emitting layer, a dielectric layer and a back electrode layer as laminated in that order on a transparent electrode layer formed on a transparent electrode film;

• said electroluminescent element or a driving circuit connected with said electroluminescent element is mounted on said bonding structure;
• and wherein said bonding structure is so positioned that at least a part of it overlaps with said electroluminescent element, the electroluminescent element comprising:
• a flexible, insulating resin layer provided on said transparent electrode layer at two predetermined separate sites,
• a first connecting electrode part that is electrically connected with said transparent electrode layer at one site of said insulating resin layer, a second connecting electrode part that is electrically connected with said back electrode layer at the other site of said insulating resin layer, and
• said first and second connecting electrode parts electrically connected with a pair of connecting patterns on said bonding structure through thermal pressing bonding.