(EP944928-A1)   NOVELTY - Systems are provided in the battery e.g. the first and second plate elements. The first element (4) of which the width of the cell and with a predetermined length, is arranged near and parallel to the vertical edges (2c) of the plate shaped electrodes (2) on a housing side. The second plate element (6) with a predetermined length and width, is arranged lying approximately horizontal with an endface (6a) in the vicinity of the top edge (4a) of the first plate type element (4).    USE - Moving vehicles e.g. cars, boats or aircraft.    ADVANTAGE - Pumping action on electrolyte is achieved at relatively small cost to provide increased power output without increasing battery dimensions.    (DE19881493-T)   NOVELTY - Systems are provided in the battery e.g. the first and second plate elements. The first element (4) of which the width of the cell and with a predetermined length, is arranged near and parallel to the vertical edges (2c) of the plate shaped electrodes (2) on a housing side. The second plate element (6) with a predetermined length and width, is arranged lying approximately horizontal with an endface (6a) in the vicinity of the top edge (4a) of the first plate type element (4).    USE - Moving vehicles e.g. cars, boats or aircraft.    ADVANTAGE - Pumping action on electrolyte is achieved at relatively small cost to provide increased power output without increasing battery dimensions.    (JP2001506055-W)   NOVELTY - Systems are provided in the battery e.g. the first and second plate elements. The first element (4) of which the width of the cell and with a predetermined length, is arranged near and parallel to the vertical edges (2c) of the plate shaped electrodes (2) on a housing side. The second plate element (6) with a predetermined length and width, is arranged lying approximately horizontal with an endface (6a) in the vicinity of the top edge (4a) of the first plate type element (4).    USE - Moving vehicles e.g. cars, boats or aircraft.    ADVANTAGE - Pumping action on electrolyte is achieved at relatively small cost to provide increased power output without increasing battery dimensions.