(JP11195433-A)   NOVELTY - A solid electrolyte cell comprises an electrode current collector (1a, 2a) having a layer of active material and a binder (1b, 2b) and with a solid electrolyte layer (1c, 2c) formed by impregnating a solution of the solid electrolyte onto the active layer.    USE - As portable power sources, especially lithium cells, for electronic equipment    ADVANTAGE - Electrical contact between electrodes and electrolyte, and the inter-particulate distance in active layers, are both optimized.    (CN1219779-A)   NOVELTY - A solid electrolyte cell comprises an electrode current collector (1a, 2a) having a layer of active material and a binder (1b, 2b) and with a solid electrolyte layer (1c, 2c) formed by impregnating a solution of the solid electrolyte onto the active layer.    USE - As portable power sources, especially lithium cells, for electronic equipment    ADVANTAGE - Electrical contact between electrodes and electrolyte, and the inter-particulate distance in active layers, are both optimized.    (TW382826-A)   NOVELTY - A solid electrolyte cell comprises an electrode current collector (1a, 2a) having a layer of active material and a binder (1b, 2b) and with a solid electrolyte layer (1c, 2c) formed by impregnating a solution of the solid electrolyte onto the active layer.    USE - As portable power sources, especially lithium cells, for electronic equipment    ADVANTAGE - Electrical contact between electrodes and electrolyte, and the inter-particulate distance in active layers, are both optimized.    (US2001016290-A1)   NOVELTY - A solid electrolyte cell comprises an electrode current collector (1a, 2a) having a layer of active material and a binder (1b, 2b) and with a solid electrolyte layer (1c, 2c) formed by impregnating a solution of the solid electrolyte onto the active layer.    USE - As portable power sources, especially lithium cells, for electronic equipment    ADVANTAGE - Electrical contact between electrodes and electrolyte, and the inter-particulate distance in active layers, are both optimized.