Abstract: There is disclosed an improved gas discharge display panel device and process of manufacturing same of the type wherein non-conductive thin glass support substrates for anode and cathode electrodes are joined together by a sealant in a spaced-apart assembly. Printed conductors connected to the anode and cathode electrodes extend through the seal area on the respective anode and cathode substrates, which conductors are dielectric coated extensions of the conductive material constituting the electrode. A conductive silver epoxy is extruded between the plates at each point where a conductor passes through the seal and a solid metallic conductor element is inserted in the conductive silver epoxy at each place on anode or cathode lead exits from the seal area.

Abstract: There is disclosed an improved gas discharge display panel device and process of manufacturing same of the type wherein non-conductive thin glass support substrates for anode and cathode electrodes are joined together by a sealant in a spaced-apart assembly. Printed conductors connected to the anode and cathode electrodes extend through the seal area on the respective anode and cathode substrates, which conductors are dielectric coated extensions of the conductive material constituting the electrode. A conductive silver epoxy is extruded between the plates at each point where a conductor passes through the seal and a solid metallic conductor element is inserted in the conductive silver epoxy at each place on anode or cathode lead exits from the seal area.