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    • 2. 发明授权
    • Battery pack chemistry detection and identification system and method
    • 电池组化学检测和识别系统及方法
    • US06181102B2
    • 2001-01-30
    • US09191685
    • 1998-11-13
    • Jonathan Neal AndrewsGregory Dean Brink
    • Jonathan Neal AndrewsGregory Dean Brink
    • H02J700
    • H01M10/4257A61N1/3931A61N1/3975H01M2/30H01M6/5044H01M10/4221H01M10/48H02J7/0045Y10T307/826
    • A battery chemistry identification system and method that identifies the chemistry of an installed battery pack which may be one of a number of battery packs having different battery chemistries. The battery packs have electrical and physical interfaces that are functionally interchangeable. The battery packs include one or more distinguishing features in either or both aspects of the interface. The identification system includes a sensor appropriate for detecting the feature(s) and, based on the presence or absence of those distinguishing feature(s), determines which battery pack and, hence, which battery chemistry, is installed in the battery-powered device. In one particular embodiment, the system determines whether a battery installed in a battery-powered device having multiple use models is a commonly available industry standard battery pack or a customized battery pack. The industry standard battery pack has a first battery chemistry and a standard mechanical and electrical battery interface. The standard mechanical interface enables the battery pack to mechanically interoperate with an appropriately configured battery pocket while the standard electrical interface enables the battery pack to electrically interoperate with the battery pocket, typically including terminals through which energy is delivered to the device. The customized battery pack has a second battery chemistry different than the first battery chemistry and a custom interface. The custom interface includes the standard mechanical and electrical battery interfaces with the addition of one or more distinguishing feature(s). The system detects the presence or absence of the feature(s) and generates a battery chemistry indication accordingly.
    • 一种电池化学鉴定系统和方法,其识别可能是具有不同电池化学物质的多个电池组之一的已安装电池组的化学性质。 电池组具有功能上可互换的电气和物理接口。 电池组在接口的一个或两个方面包括一个或多个区别特征。 识别系统包括适合于检测特征的传感器,并且基于这些区分特征的存在或不存在,确定哪个电池组以及因此哪个电池化学物质安装在电池供电装置中 。 在一个特定实施例中,系统确定安装在具有多个使用型号的电池供电设备中的电池是否是通常可用的行业标准电池组或定制电池组。 行业标准电池组具有第一电池化学和标准机电电池接口。 标准机械接口使得电池组能够与适当配置的电池袋机械地互操作,而标准电接口使得电池组能够与电池袋电互操作,通常包括能量被输送到设备的端子。 定制的电池组具有与第一电池化学物质和定制界面不同的第二电池化学物质。 定制界面包括标准的机电和电池接口,增加了一个或多个区别功能。 系统检测功能的存在或不存在,并相应地生成电池化学指示。