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    • 5. 发明申请
    • FLOAT CURRENT MONITOR
    • 浮动电流监视器
    • US20110279124A1
    • 2011-11-17
    • US13106246
    • 2011-05-12
    • Michael W. HansenMarc J. Radzikowski
    • Michael W. HansenMarc J. Radzikowski
    • G01R31/36
    • G01R1/203G01R27/08G01R31/396
    • A battery monitor device is provided for determining float current in a battery system. The battery monitor device is comprised of: a voltage sense circuit electrically coupled to opposing sides of a connector coupling two battery cells and operable to measure a voltage drop across the connector; a test load circuit that operates to apply a load across the least one battery cell and connector and measure current flow through the connector; and a controller configured to receive voltage drop measures from the voltage sense circuit and current measures from the test load circuit. The controller operates to determine a resistance of the connector and computes a float current flowing through the connector from the resistance and voltage drop measures taken only when a load is not being applied across the connector.
    • 提供了用于确定电池系统中的浮动电流的电池监视器装置。 电池监视器装置包括:电耦合到连接两个电池单元的连接器的相对侧的电压检测电路,可操作以测量穿过连接器的电压降; 测试负载电路,其操作以在所述至少一个电池单元和连接器上施加负载并测量通过所述连接器的电流; 以及控制器,其被配置为从所述电压检测电路接收电压降测量值,并且从所述测试负载电路接收电流测量值。 控制器操作以确定连接器的电阻,并且仅在不在连接器上施加负载时从电阻和电压降测量计算流过连接器的浮动电流。
    • 6. 发明授权
    • Mosaic based image processing system
    • 基于马赛克的图像处理系统
    • US06393163B1
    • 2002-05-21
    • US09453749
    • 1999-12-02
    • Peter J. BurtMichal IraniStephen Charles HsuPadmanabhan AnandanMichael W. Hansen
    • Peter J. BurtMichal IraniStephen Charles HsuPadmanabhan AnandanMichael W. Hansen
    • G06K936
    • G06K9/32G06K2009/2045G06T3/4038G06T11/00H04N5/781H04N5/85H04N9/8047H04N19/20H04N19/23H04N19/30H04N19/503H04N19/61H04N19/63
    • A system for automatically generating a mosaic from a plurality of input images. The system sequentially executes an image alignment process, an editing process, and a combining process such that, from a sequence of images, the system automatically produces a seamless mosaic for various applications. Illustrative applications for the mosaic include: (1) a mosaic based display system including an image printing system, (2) a surveillance system and (3) a mosaic based compression system. The mosaic based display system permits a system user to display, manipulate and alter a mosaic. The mosaic based compression system exploits the temporal and spatial redundancy in image sequences and efficiently compresses the image information. The compression system can be used for compressing image information for storage in a storage device or can be used for compressing image information for transmission through a band-limited transmission channel. The surveillance system combines the mosaic construction system, the compression system and the display system into a comprehensive system for remote motion detection.
    • 一种用于从多个输入图像自动生成马赛克的系统。 系统依次执行图像对准处理,编辑处理和组合处理,使得从图像序列中,系统自动产生用于各种应用的无缝镶嵌。 马赛克的说明性应用包括:(1)基于马赛克的显示系统,包括图像打印系统,(2)监视系统和(3)基于马赛克的压缩系统。 基于马赛克的显示系统允许系统用户显示,操纵和改变马赛克。 基于马赛克的压缩系统利用图像序列中的时间和空间冗余,并有效地压缩图像信息。 压缩系统可以用于压缩存储在存储设备中的图像信息,或者可以用于压缩图像信息以通过带限传输信道进行传输。 监控系统将马赛克施工系统,压缩系统和显示系统结合成一个综合的远程运动检测系统。