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    • 1. 发明授权
    • Hand washing monitoring system
    • 洗手监控系统
    • US08090155B2
    • 2012-01-03
    • US12226983
    • 2007-05-04
    • Gerard LaceyDavid Fernandez Llorca
    • Gerard LaceyDavid Fernandez Llorca
    • G06K9/00G06K9/34G06K9/62H04N5/228
    • G06K9/00355G08B21/245
    • A hand washing monitoring system (1) comprising a camera (2), a processor (4), the processor being adapted to receive from the camera images of hand washing activity. The processor analyses mutual motion of hands to determine if the hands mutually move in desired poses, and if so, the durations of the patterns; and generates a hand washing quality indication according to the analysis. The processor extracts information features from the images and generates feature vectors based on the features, including bimanual hand and arm shape vectors, and executes a classifier with the vectors to determine the poses. The processor uses edge segmentation and pixel spatio-temporal measurements to form at least some of the feature vectors.
    • 一种洗手监控系统(1),包括相机(2),处理器(4),所述处理器适于从相机接收洗手活动的图像。 处理器分析手的相互运动,以确定手是否以所需姿势相互移动,如果是,则模式的持续时间; 并根据分析产生洗手质量指示。 处理器从图像中提取信息特征,并基于特征(包括双手和手臂形状向量)生成特征向量,并执行具有向量的分类器以确定姿势。 处理器使用边缘分割和像素时空测量来形成至少一些特征向量。
    • 2. 发明申请
    • Hand Washing Monitoring System
    • 洗手监控系统
    • US20090087028A1
    • 2009-04-02
    • US12226983
    • 2007-05-04
    • Gerard LaceyDavid Fernandez Llorca
    • Gerard LaceyDavid Fernandez Llorca
    • G06K9/00
    • G06K9/00355G08B21/245
    • A hand washing monitoring system (1) comprising a camera (2), a processor (4), the processor being adapted to receive from the camera images of hand washing activity. The processor analyses mutual motion of hands to determine if the hands mutually move in desired poses, and if so, the durations of the patterns; and generates a hand washing quality indication according to the analysis. The processor extracts information features from the images and generates feature vectors based on the features, including bimanual hand and arm shape vectors, and executes a classifier with the vectors to determine the poses. The processor uses edge segmentation and pixel spatio-temporal measurements to form at least some of the feature vectors.
    • 一种洗手监控系统(1),包括相机(2),处理器(4),所述处理器适于从相机接收洗手活动的图像。 处理器分析手的相互运动,以确定手是否以所需姿势相互移动,如果是,则模式的持续时间; 并根据分析产生洗手质量指示。 处理器从图像中提取信息特征,并基于特征(包括双手和手臂形状向量)生成特征向量,并执行具有向量的分类器以确定姿势。 处理器使用边缘分割和像素时空测量来形成至少一些特征向量。