NOVELTY - A battery assembly provided with an adhesive stop mechanism, comprises: several battery cells (11), each comprising a top end electrode and bottom end electrode; a primary retaining frame (12) comprising an outer deck and a shallow deck; a secondary retaining frame (13) formed with several accommodation holes, each corresponding to one of retaining holes (121); a top common electrode (15) and a bottom common electrode (16) electrically connected to the electrodes of battery cells; and a bonding layer adhesively attached to battery cells and to stop portions formed on shallow deck.    USE - As battery assembly provided with an adhesive stop mechanism (claimed) used in an electric vehicle battery assembly.    ADVANTAGE - The battery assembly has an adhesive stop mechanism, in which battery cells are mounted in a robust manner to prevent them from accidental disconnection or even falling off due to vehicle vibration; provides varying level of cell adhesive bonding areas, thereby increase module shock and vibration resistance and optimize glue usage at the same time; reduce the amount of adhesives needed for securing battery cells in position, thereby decrease the overall manufacture cost; has improved heat dissipation capability, thereby prolong the service life of the battery cells; provide a battery assembly with leveling temperature differences within a battery assembly, thereby prolonging the service life of the battery module; have an adhesive stop mechanism, whose architecture is advantageous in facilitating the replacement of failed battery cells, thereby reduce the time needed for the replacement.    DETAILED DESCRIPTION - A battery assembly provided with an adhesive stop mechanism, comprises: several battery cells (11), each comprising a top end electrode and bottom end electrode; a primary retaining frame (12) comprising an outer deck and a shallow deck, where the outer deck is formed with several retaining holes and several adhesive application pores, and where the shallow deck is formed with several through holes, each corresponding to one of the retaining holes, and several stop portions, each corresponding to one of the adhesive application pores; a secondary retaining frame (13) formed with several accommodation holes, each corresponding to one of the retaining holes (121), the respective retaining holes being registered with the respective accommodation holes corresponding to constitute several accommodation chambers for housing the battery cells; a top common electrode (15) and a bottom common electrode (16) electrically connected to the top end electrodes and the bottom end electrodes of the battery cells, respectively; and a bonding layer adhesively attached to the battery cells and to the stop portions formed on the shallow deck, so as to constitute a heat dissipation ventilation portion between the shallow deck and the secondary retaining frame.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic view of a battery assembly with an adhesive stop mechanism.    Battery cells (11)    Primary retaining frame (12)    Secondary retaining frame (13)    Top common electrode (15)    Bottom common electrode (16)    Retaining holes (121)