Abstract: The invention relates to a battery comprising liquid electrolyte, used in moving vehicles, wherein the battery includes a battery housing comprising side walls, a housing floor and a cover, a liquid electrolyte, the level of which is within predetermined tolerance limits, electrodes, a flow channel plate arranged at least on one side wall so as to form a flow channel, wherein the upper end of said flow channel serves as exhaust port, a mixing vessel comprising a mixing vessel floor and mixing vessel side walls being arranged above the electrodes wherein the mixing vessel side wall adjoining the exhaust port is formed as an overflow the mixing vessel floor being located below the minimum level for the liquid electrolyte, which minimum level is provided for operational reasons, and at least one floor opening being provided in the mixing vessel floor.

Abstract: The invention relates to a battery comprising liquid electrolyte, used in moving vehicles, wherein the battery includes a battery housing comprising side walls, a housing floor and a cover, a liquid electrolyte, the level of which is within predetermined tolerance limits, electrodes, a flow channel plate arranged at least on one side wall so as to form .a flow channel, wherein the upper end of said flow channel serves as exhaust port, a mixing vessel comprising a mixing vessel floor and mixing vessel side walls being arranged above the electrodes wherein the mixing vessel side wall adjoining the exhaust port is formed as an overflow the mixing vessel floor being located below the minimum level for the liquid electrolyte, which minimum level is provided for operational reasons, and at least one floor opening being provided in the mixing vessel floor.

Abstract: The invention relates to a method for making an electrolytic battery which is preferably used in movable facilities such as cars, boats and planes. The method comprises the following steps: inserting of intermixing plates 5a? into the battery case 1, one each at two sides thereof which are opposite to each other, inserting of the set of electrodes 2 between the two intermixing plates 5a? positioned in the battery case 1 and connecting of the two intermixing plates 5a? straightened out vertically with the bridging plate 5b? comprising a drain surface, which is slightly inclined towards the center thereof, and an opening provided approximately in the center thereof to enable electrolyte to flow back into the batter case.

Abstract: The invention relates to a liquid electrolyte battery having a mixing device (5), wherein the liquid electrolyte battery has a battery case (1), an electrode stack (2), an electrolyte having an electrolyte level (3), and a mixing device (5) and the mixing device (5) has the following characteristics: a channel plate (6) arranged vertically in the battery case (1) in the installed state, a drainage plate (7) arranged horizontally in the battery case in the installed state, and a hinge (8) connecting the channel plate (6) to the drainage plate (7), wherein the hinge (8) has a pivot angle that is dimensioned such that an electrode stack (2) can be inserted into the battery case (1) when the drainage plate (7) is pivoted upward.

Abstract: The invention relates to a method for making an electrolytic battery which is preferably used in movable facilities such as cars, boats and planes. The method comprises the following steps: inserting of intermixing plates 5a? into the battery case 1, one each at two sides thereof which are opposite to each other, inserting of the set of electrodes 2 between the two intermixing plates 5a? positioned in the battery case 1 and connecting of the two intermixing plates 5a? straightened out vertically with the bridging plate 5b? comprising a drain surface, which is slightly inclined towards the center thereof, and an opening provided approximately in the center thereof to enable electrolyte to flow back into the batter case.

Abstract: The invention relates to a liquid electrolyte battery having a mixing device (5), wherein the liquid electrolyte battery has a battery case (1), an electrode stack (2), an electrolyte having an electrolyte level (3), and a mixing device (5) and the mixing device (5) has the following characteristics: a channel plate (6) arranged vertically in the battery case (1) in the installed state, a drainage plate (7) arranged horizontally in the battery case in the installed state, and a hinge (8) connecting the channel plate (6) to the drainage plate (7), wherein the hinge (8) has a pivot angle that is dimensioned such that an electrode stack (2) can be inserted into the battery case (1) when the drainage plate (7) is pivoted upward.

Abstract: The invention relates to a method for making an electrolytic battery which is preferably used in movable facilities such as cars, boats and planes. The method comprises the following steps: Inserting of intermixing plates 5a? into the battery case 1, one each at two sides thereof which are opposite to each other, inserting of the set of electrodes 2 between the two intermixing plates 5a? positioned in the battery case 1 and connecting of the two intermixing plates 5a? straightened out vertically with the bridging plate 5b? comprising a drain surface, which is slightly inclined towards the center thereof, and an opening provided approximately in the center thereof to enable electrolyte to flow back into the batter case.

Abstract: The invention relates to a vehicle battery arrangement comprising sensors and an electronic sensor system, by which means the charging and operating state of the vehicle battery is monitored. Said vehicle battery arrangement comprises a heat insulating box (1) provided with a cover (9). The sensors, electronic sensor system and other electronic components for data processing and storage are split between two thermally coupled electronic modules. A first electronic module is connected to the battery in a mechanically fixed manner as a battery module (6), and the second electronic module is connected to the cover (9) of the heat insulating box (1) in a mechanically fixed manner as a cover module (12), the two modules being interconnected for data transmission preferably by means of a power line communication.