(JP6275285-A)      Fuel cell (7) consists of an electrolyte element (4), impregnated with an electrolyte placed between an anode (3) and a cathode (5), with separators (1). Channels (2) in the separators pass a reaction gas to the electrodes. A large number of sealed capsules (6) to supply electrolyte are distributed within the cell and are mfd. from material soluble in the electrolyte liq. at the working temp..    USE/ADVANTAGE -   High temp. fuel cells with long working life and good reliability. A constant supply of electrolyte over the working life of the cell is proposed without needing additional and costly replenishing equipment.    (JP2501169-B2)      Fuel cell (7) consists of an electrolyte element (4), impregnated with an electrolyte placed between an anode (3) and a cathode (5), with separators (1). Channels (2) in the separators pass a reaction gas to the electrodes. A large number of sealed capsules (6) to supply electrolyte are distributed within the cell and are mfd. from material soluble in the electrolyte, liq. at the working temp.    Sealed capsules contg. electrolyte to be supplied to the electrodes and the method of supplying that electrolyte are also described for use in the fuel cell defined above.    USE/ADVANTAGE -   High temp. fuel cells with long working life and good reliability. A constant supply of electrolyte over the working life of the cell is proposed, without needing additional and costly replenishing equipment.    (NL193920-B)      Fuel cell (7) consists of an electrolyte element (4), impregnated with an electrolyte placed between an anode (3) and a cathode (5), with separators (1). Channels (2) in the separators pass a reaction gas to the electrodes. A large number of sealed capsules (6) to supply electrolyte are distributed within the cell and are mfd. from material soluble in the electrolyte, liq. at the working temp.    Sealed capsules contg. electrolyte to be supplied to the electrodes and the method of supplying that electrolyte are also described for use in the fuel cell defined above.    USE/ADVANTAGE -   High temp. fuel cells with long working life and good reliability. A constant supply of electrolyte over the working life of the cell is proposed, without needing additional and costly replenishing equipment.