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    • 3. 发明公开
    • SYSTEME D INTERCONNEXION POUR UN ENSEMBLE DE STOCKAGE D ENERGIE
    • VERBINDUNGSSYSTEMFÜRENERGIESPEICHEREINHEITEN
    • EP1902483A1
    • 2008-03-26
    • EP06778759.8
    • 2006-07-04
    • Batscap
    • NEDELEC, Luc
    • H01M2/20
    • H01M2/202Y10T29/49115
    • The invention concerns an interconnection system (100) of an energy storage assembly (200), with an electronic support for controlling (300) the health status of the energy storage assembly (200), the interconnection system (101) being characterized in that it comprises an interconnection support (101) including a conductive circuit (800) formed on electrically conductive surface, said circuit (800) forming an electrical connection between the electronic control support (300) and the pole terminals (500) of the cells to which it is connected, respectively, through connecting means and through retaining means (110, 120, 150), said retaining means (110, 120, 150) being adapted to urged into contact, on the pole terminals (500), with support means (510) so as to arrange the pole terminals (500) on the interconnection support (101) and adapted to provide a direct electrical connection of the pole terminals (500) with the conductive circuit (800). The invention is applicable in high energy storage technologies such as lithium polymer technology.
    • 本发明涉及能量存储组件(200)的互连系统(100),其具有用于控制(300)能量存储组件(200)的健康状态的电子支架,所述互连系统(101)的特征在于: 包括形成在导电表面上的导电电路(800)的互连支撑件(101),所述电路(800)在电子控制支架(300)与电池单元的极端子(500)之间形成电连接, 分别通过连接装置和通过保持装置(110,120,150)连接,所述保持装置(110,120,150)适于通过支撑装置(510)推动接触到极端子(500)上 ),以将极端子(500)布置在互连支撑件(101)上并且适于提供极端子(500)与导电电路(800)的直接电连接。 本发明适用于锂聚合物技术等高能量储存技术。
    • 7. 发明公开
    • SYSTEME D'INTERRUPTION DE LITHIUM A LA VOLEE
    • 在飞行中,锂SCHALTERSYSTEM
    • EP1656710A2
    • 2006-05-17
    • EP03813930.9
    • 2003-12-19
    • Batscap
    • LE GAL, Guy
    • H01M10/04
    • H01M10/052B29C53/562B29C53/821B29L2009/00B29L2031/3061H01G13/02H01M4/0435H01M10/0409H01M10/0431H01M10/0587
    • The invention relates to a device for the production of energy storage units, comprising feed means (100, 200, 300) for single layers or multilayered films (90, 40, 92), means (530) for driving said means such that they can be unwound, means (C) for combining said films to form a complex (96), and a mandrel (610) which is adapted in such a way that the films can be wound in the form of a multilayered winding (10, 20, 30, 40, 50, 60), characterized in that the inventive device comprises first cutting means (270) for cutting one or more of the layer(s) (40) forming the complex in a manner which is transversal in respect to the direction in which they are unwound, and second cutting means (550) for cutting the remaining layers (10, 20, 30, 50, 60) in a manner which is transversal in relation to the direction in which they are unwound, such that the layers cut (40) by the first means (270) are set back in relation to the other layers (10, 20, 30, 50, 60) at one end of the winding of the complex (96). The invention also relates to a method for the production of energy storage units and to said units thus obtained.
    • 生产装置具有第一切割单元(270),横向于其运动方向切割用于形成层压板(96)的一个或多个单层或多层薄膜(90,40,92)。 第二切割单元(550)横向于其移动方向切割剩余的薄膜,使得由第一单元切割的薄膜处于从层压体端部处的其它薄膜末端缩回的位置。 心轴(610)将膜卷绕成多层辊。 驱动单元(530)用于从其供应单元连续移动胶片。 独立索赔包括:(a)生产电能储存组件的过程; 和(b)通过上述方法制造的储能组件,特别是包括锂电池的组件,其中层(40)表示位于其它层之间的阳极层,并且在其末端从其它层的端部回退 的层压板(96)。