NOVELTY - The lithium cell has bilayered conductive resin layer. The conductive resin layer of inner side (14) containing electroconductive material is joined to electrodes of anode and cathode. The electroconductive material of layer (14) and consists of specific compounds. The electroconductive material of conductive resin layer of outer side (15) contains at least one type of silver, nickel and copper.    USE - For memory backup of portable electronic devices.    ADVANTAGE - The resistance of the battery is restrained and the deterioration accompanying the repeating of charging and discharging property is prevented. The long life lithium cell maintained the predetermined discharge capacitance over a long period of time is provided. The mounting area of the cell is reduced without using any special terminals. The electroconductive material of the conductive resin layer does not reacts with electrode. The heat produced at the time of soldering the lithium cell to a circuit board is endured, thermal stress produced between electrodes is absorbed and the end-face detachment of electrode is prevented.    DETAILED DESCRIPTION - The base board (3) has an electrode extraction portion for anode (5) and an electrode extraction portion for cathode (6). The electricity generating element (1) consists of a laminate component which sequentially laminates the electrode for anode (7), electrolyte (12) and electrode for cathode (10). The electricity generating element electrically connects the electrode for anode of the laminate component and the electrode extraction portion of the anode of base board with the end-face electrode for anode (13). The electricity generating element electrically connects the electrode for cathode of the laminate component and the electrode extraction portion of the cathode of base board with the end-face electrode for cathode (16). The cover material (2) of the lithium cell is joined to the base board and holds the electricity generating element airtightly. The end-face electrode for cathode consists of bilayered conductive resin layer. The conductive resin layer of inner side containing electroconductive material is joined to the electrodes of anode and cathode. The electroconductive material consists of carbon, graphite, zinc oxide, tin oxide, tin oxide doped antimony, indium oxide, indium oxide doped tin oxide, titanium oxide which covers tin oxide doped antimony, potassium titanate which covers the tin oxide doped antimony, titanium carbide and polyacetylene. The electroconductive material comprised in conductive resin layer of outer side contains at least one type of silver, nickel and copper.    DESCRIPTION OF DRAWING(S) - The figure shows the sectional drawing of the lithium cell.    electricity generating element (1)    cover material (2)    base board (3)    electrode extraction portion of anode (5)    electrode extraction portion of cathode (6)    electrode for anode (7)    electrode for cathode (10)    electrolyte (12)    end-face electrode for anode (13)    conductive resin layer of inner side (14)    conductive resin layer of outer side (15)    end-face electrode for cathode (16)