Wound capacitor and method of making the same

Claim 2

AN IMPROVED METHOD OF MAKING A WOUND CAPACITOR OF THE TYPE HAVING A MULTI-LAYER FILM MEMBER, INCLUDING ALTERNATE LAYERS OF CONDUCTIVE MATERIAL AND DIELECTRIC MATERIAL IN WHICH A FIRST EDGE OF A FIRST HALF OF THE LAYERS OF CONDUCTING MATERIAL IS SPACED INWARDLY A PRESELECTED DISTANCE FROM A FIRST EDGE OF SAID LAYERS OF DIELECTRIC MATERIAL AND THE FIRST EDGE OF THE SECOND HALF OF THE LAYERS CONDUCTIVE MATERIAL IS SPACED INWARDLY A PRESELECTED DISTANCE FROM A SECOND EDGE OPPOSITE SAID FIRST EDGE OF SAID DIELECTRIC MATERIAL, AND THE SECOND EDGE OF SAID FIRST HALF OF SAID LAYERS OF CONDUCTING MATERIAL IS SUBSTANTIALLY COEXTENSIVE WITH THE SECOND EDGE OF SAID DIELECTRIC MATERIAL AND THE SECOND EDGE OF SAID SECOND HALF OF SAID LAYERS OF CONDUCTING MATERIAL IS SUBSTANTIALLY COEXTENSIVE WITH SAID FIRST EDGE OF SAID DIELECTRIC MATERIAL, COMPRISING THE STEPS OF: SPIRALLY WINDING SAID FILM MEMBER AROUND A PAIR OF TUBULAR DIELECTRIC FLEXIBLE CORE EMBERS AND SAID CORE MEMBERS HAVING PORTIONS EXTENDING A PRESELECTED DISTANCE EXTERIOR SAID FIRST EDGE AND SAID SECOND EDGE OF SAID LAYERS OF DIELECTRIC MATERIAL; SPRAYING A METALLIC COATING OVER SAID SECOND EDGE OF SAID FIRST HALF OF SAID LAYERS OF CONDUCTING MATERIAL; SPRAYING A METALLIC COATING OVER SAID SECOND EDGE OF SAID SECOND HALF OF SAID LAYERS OF CONDUCTING MATERIAL; TRIMMING SAID CORE MEMBERS SUBSTANTIALLY COPLANAR WITH THE EDGES OF SAID LAYERS OF DIELECRIC MATERIAL; CONNECTING A FIRST WIRE MEMBER TO A CONNECTING PORTION OF A FIRST CAPACITOR LEAD; CONNECTING A SECOND WIRE MEMBER TO A CONNECTING PORTION OF A SECOND CAPACITOR LEAD; SOLDERING SAID FIRST WIRE MEMBER TO SAID METALLIC COATING OVER SAID SECOND EDGE OF SAID FIRST HALF OF SAID LAYERS OF CONDUCTIVE MATERIAL; SOLDERING SAID SECOND WIRE MEMBER TO SAID METALLIC COATING OVER SAID SECOND EDGE OF SAID SECOND HALF OF SAID LAYERS OF CONDUCTIVE MATERIAL; AND INSERTING SAID CONNECTING PORTIONS OF SAID FIRST AND SAID SECOND CAPACITOR LEADS TO A PRESELECTED DISTANCE INTO SAID TUBULAR CORE MEMBERS.