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    • 22. 发明申请
    • Watermark embedding and detecting methods, systems devices and components
    • 水印嵌入和检测方法,系统设备和组件
    • US20100226527A1
    • 2010-09-09
    • US12659364
    • 2010-03-05
    • Xiao-ping ZhangKan Li
    • Xiao-ping ZhangKan Li
    • G06K9/00
    • G06T1/0028G06T2201/0052G06T2201/0202
    • Method determining lookup table (“LUT”) for embedding watermark. For each quantization cell, calculating probabilities that signal point falls into cell. Selecting cell by probabilities. Setting LUT value to watermark value with largest probability, subject to run constraint. For remaining cells, repeating selecting and setting steps. Other method determining quantization ensemble by calculating probability density function for signal points where the watermark value to be embedded. Distortion and robustness functions are formulated. Given robustness or distortion is selected. Functions optimized, and ensemble of quantizers determined with parameters that comply. Other method quantizing in association with lossy compression. Strength of compression determined. Adapting strength of watermark with strength of compression by a mapping. Other method selecting points for embedding watermark. Determine threshold between large and small signal points using statistical method. Select signal points for embedding according to threshold. Also, processors, computer programs, and systems.
    • 用于嵌入水印的方法确定查找表(“LUT”)。 对于每个量化单元,计算信号点落入单元格的概率。 按概率选择细胞。 将LUT值设置为具有最大概率的水印值,受制于运行约束。 对于剩余的单元格,重复选择和设置步骤。 其他方法通过对要嵌入的水印值的信号点计算概率密度函数来确定量化集合。 制定失真和鲁棒性功能。 给定鲁棒性或失真。 功能优化,量化器集合由符合的参数确定。 与有损压缩相关联的其他方法量化。 压缩强度确定。 通过映射适应压缩强度的水印强度。 嵌入水印的其他方法选择点。 使用统计方法确定大小信号点之间的阈值。 根据阈值选择嵌入信号点。 另外,处理器,计算机程序和系统。
    • 23. 发明授权
    • Remote crane bar code system
    • 远程起重机条码系统
    • US07721967B2
    • 2010-05-25
    • US11519778
    • 2006-09-13
    • Robert Eric MuellerAly ShivjiKan Li
    • Robert Eric MuellerAly ShivjiKan Li
    • G06K7/10G06K19/06
    • G06T7/0004G06K7/10811G06K2017/0051G06Q10/087G06T2207/30164
    • In general terms, the present invention provides a method of automatically scanning an inventory field to allow the selection of a desired item for retrieval. A camera is positioned in the crane trolley located above the field. The camera continuously performs a scan of the field displaying an image to the operator of the items being scanned. This real-time image allows the operator to distinguish between items scanned in the field. The operator can subsequently choose the desired item triggering the camera system to automatically capture desired information from the item which is in turn communicated to an inventory control system. The camera system mitigates the requirement of a second individual to communicate information between the field and the operator.
    • 一般来说,本发明提供一种自动扫描库存字段以允许选择所需物品进行检索的方法。 相机位于场上方的起重机手推车中。 照相机连续地对被扫描物品的操作者执行向显示图像的场的扫描。 该实时图像允许操作者区分在现场扫描的物品。 操作员随后可以选择触发相机系统的所需物品,以自动从所述物品中捕获所需的信息,该物品又传送到库存控制系统。 相机系统减轻了第二个人在场和操作者之间传递信息的要求。
    • 24. 发明授权
    • Over-power detector
    • 过功率检测器
    • US07656148B1
    • 2010-02-02
    • US11881923
    • 2007-07-30
    • Kan Li
    • Kan Li
    • G01R11/63
    • G01R21/06H02H3/42
    • An over-power detector for detecting an over-power condition of an electronic apparatus powered by power from an AC power source. The over-power detector includes an over-current detector for detecting whether current used by the apparatus exceeds a settable current threshold. The current threshold is set based on a detection of peak voltage on the AC power source, such that the output of the over-current detector is representative of an over-power condition.
    • 一种用于检测由AC电源供电的电子设备的过功率状态的过功率检测器。 过功率检测器包括用于检测由该装置使用的电流是否超过可设置电流阈值的过电流检测器。 基于AC电源上的峰值电压的检测来设定电流阈值,使得过电流检测器的输出代表过功率状态。