(JP11260415-A)   NOVELTY - The battery incorporates a coil electrode formed by laminating elongated positive and negative electrodes through separators such that the outermost layer is the positive electrode. The negative lead is formed at the negative electrode at a position which is further forward than the outermost end of the positive electrode without a projection being formed which eliminates a possible source of shorting.    USE - Non-aqueous electrolyte secondary batteries.    ADVANTAGE - The battery has a reduced quantity of non-reacted active material for the negative electrode to more effectively use the volume of the battery to raise energy density, lengthen cycle life, prevent defects, and improve reliability.    (CN1228625-A)   NOVELTY - The battery incorporates a coil electrode formed by laminating elongated positive and negative electrodes through separators such that the outermost layer is the positive electrode. The negative lead is formed at the negative electrode at a position which is further forward than the outermost end of the positive electrode without a projection being formed which eliminates a possible source of shorting.    USE - Non-aqueous electrolyte secondary batteries.    ADVANTAGE - The battery has a reduced quantity of non-reacted active material for the negative electrode to more effectively use the volume of the battery to raise energy density, lengthen cycle life, prevent defects, and improve reliability.    (EP942484-B1)   NOVELTY - The battery incorporates a coil electrode formed by laminating elongated positive and negative electrodes through separators such that the outermost layer is the positive electrode. The negative lead is formed at the negative electrode at a position which is further forward than the outermost end of the positive electrode without a projection being formed which eliminates a possible source of shorting.    USE - Non-aqueous electrolyte secondary batteries.    ADVANTAGE - The battery has a reduced quantity of non-reacted active material for the negative electrode to more effectively use the volume of the battery to raise energy density, lengthen cycle life, prevent defects, and improve reliability.    (TW416159-A)   NOVELTY - The battery incorporates a coil electrode formed by laminating elongated positive and negative electrodes through separators such that the outermost layer is the positive electrode. The negative lead is formed at the negative electrode at a position which is further forward than the outermost end of the positive electrode without a projection being formed which eliminates a possible source of shorting.    USE - Non-aqueous electrolyte secondary batteries.    ADVANTAGE - The battery has a reduced quantity of non-reacted active material for the negative electrode to more effectively use the volume of the battery to raise energy density, lengthen cycle life, prevent defects, and improve reliability.