(EP948005-A1)      An electric double-layer capacitor comprises a resinous current collecting layer which is improved by adding a resin having a low softening point, tetrafluoroethylene polymer (PTFE), latex resin, etc., to the resin.    USE -   Used for regenerating electric power in electrical equipment or electric car, or for storing electric power.    ADVANTAGE -   The manufacture allows the size and capacity of the capacitor to be increased further and the cost of the capacitor to be reduced further.    (CN1229517-A)      An electric double-layer capacitor comprises a resinous current collecting layer which is improved by adding a resin having a low softening point, tetrafluoroethylene polymer (PTFE), latex resin, etc., to the resin.    USE -   Used for regenerating electric power in electrical equipment or electric car, or for storing electric power.    ADVANTAGE -   The manufacture allows the size and capacity of the capacitor to be increased further and the cost of the capacitor to be reduced further.    (JP11504124-X)      An electric double-layer capacitor comprises a resinous current collecting layer which is improved by adding a resin having a low softening point, tetrafluoroethylene polymer (PTFE), latex resin, etc., to the resin.    USE -   Used for regenerating electric power in electrical equipment or electric car, or for storing electric power.    ADVANTAGE -   The manufacture allows the size and capacity of the capacitor to be increased further and the cost of the capacitor to be reduced further.    (US6246568-B1)      An electric double-layer capacitor comprises a resinous current collecting layer which is improved by adding a resin having a low softening point, tetrafluoroethylene polymer (PTFE), latex resin, etc., to the resin.    USE -   Used for regenerating electric power in electrical equipment or electric car, or for storing electric power.    ADVANTAGE -   The manufacture allows the size and capacity of the capacitor to be increased further and the cost of the capacitor to be reduced further.