NOVELTY - The sealing structure (230,230') has a conductive terminal that has a bottom board and a protruding block. A fixing component is provided for tightly fixing the flexible envelope (220) of a flexible-type battery (200) and the conductive terminal. The fixing component has a clamp component which has a first clamping portion disposed around the protruding block and attached on the upper surface of the flexible block, a second clamping portion attached onto the lower surface of the flexible envelope, and a bending portion connecting the first and second clamping portions.    USE - Electrically conductible sealing structure used for flexible-envelope type battery (claimed). Can be used for small portable electronic product or big vehicle, such as motorcycle or car, and can be used for conducting electric current from inside or outside, or vice versa, of the battery.    ADVANTAGE - Provides a new electrically conductible sealing structure that has large cross-section area for conducting electric current in direct contact with the electrode pair. Ensures that the electrically conductible sealing structure is free of rivets, such that the stress corrosion and the joined seam of a rivet close to the electrolyte and the electrode pair are inexistent and the electrolyte-leak is prevented. Ensures that the electrically conductible sealing structure is a non-screwed and non-riveted structure, thus effectively reducing the manufacturing processes and decreasing the manufacturing equipments required in making the electrically conductible sealing structure. Ensures reduced product defect rate, thus enhancing the market competitiveness of the electrically conductible sealing structure.    DETAILED DESCRIPTION - The bottom board is disposed within the flexible envelope and combined with the electrode pair (210) enclosed in the flexible envelope. The protruding block is disposed on the bottom board for passing through and protruding from the upper surface of the flexible envelope. An internal sealing gasket is disposed within the flexible envelope and between the flexible envelope and conductive terminal. An external sealing gasket is disposed on the upper surface of the flexible envelope and between the flexible envelope and clamp component.    DESCRIPTION OF DRAWING(S) - The drawing shows the schematic diagram of a flexible-envelope type battery using the electrically conductible sealing structure.    Flexible-type battery (200)    Electrode pair (210)    Anodic and cathodic collecting electrodes (211,211')    Flexible envelope (220)    Electrically conductible sealing structure (230,230')