(JP10289732-A)      An adhesive (I) for adhering an electrode to a separator in a battery, contains (a) an organic vinyl compound(s) having at least one vinyl group per molecule. Also claimed is a battery made using an adhesive, comprising an electrode laminate having: a positive electrode (1); a negative electrode (4); a separator (7) arranged between the positive and negative electrodes, and holding an electrolytic solution; and an adhesive resin layer (8) arranged to bond the positive and negative electrodes to the separator, wherein the adhesive resin layer is composed of (I).    USE -   In secondary batteries having reduced size and weight, used in portable electronic equipment.    ADVANTAGE -   The adhesive has sufficient adhesive strength and heat resistance to produce an integral battery which can be made in a variety of shapes including a thin film. The battery is highly reliable and has high voltage, large energy density and high charge and discharge efficiency over a broad temperature range.    (US2001008726-A1)      An adhesive (I) for adhering an electrode to a separator in a battery, contains (a) an organic vinyl compound(s) having at least one vinyl group per molecule. Also claimed is a battery made using an adhesive, comprising an electrode laminate having: a positive electrode (1); a negative electrode (4); a separator (7) arranged between the positive and negative electrodes, and holding an electrolytic solution; and an adhesive resin layer (8) arranged to bond the positive and negative electrodes to the separator, wherein the adhesive resin layer is composed of (I).    USE -   In secondary batteries having reduced size and weight, used in portable electronic equipment.    ADVANTAGE -   The adhesive has sufficient adhesive strength and heat resistance to produce an integral battery which can be made in a variety of shapes including a thin film. The battery is highly reliable and has high voltage, large energy density and high charge and discharge efficiency over a broad temperature range.