会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Signal processing of recording medium indicia
    • 信号处理记录介质标记
    • US08251478B2
    • 2012-08-28
    • US12037963
    • 2008-02-27
    • Yang ShiGreg M. Burke
    • Yang ShiGreg M. Burke
    • B41J29/38
    • B41J29/393B41J2/1753
    • A method of processing a time-varying output signal from a photosensor is provided. The time-varying output signal corresponds to a plurality of marks or indicia on a recording medium moving into and out of a field of view of the photosensor with the marks having been printed on the recording medium by a printing system. The method includes amplifying the time-varying output signal from the photosensor; converting the amplified time-varying output signal from the photosensor to digitized data points using an analog to digital converter; and averaging a plurality of the digitized data points.
    • 提供了一种处理来自光电传感器的时变输出信号的方法。 时变输出信号对应于记录介质上移动和移出光传感器的视场中的多个标记或标记,其中标记已由打印系统打印在记录介质上。 该方法包括放大来自光电传感器的时变输出信号; 使用模数转换器将放大的时变输出信号从光传感器转换成数字化数据点; 以及对多个数字化数据点进行平均。
    • 4. 发明授权
    • Signal processing for media type identification
    • 媒体类型识别的信号处理
    • US08291001B2
    • 2012-10-16
    • US12037970
    • 2008-02-27
    • Greg M. BurkeYang Shi
    • Greg M. BurkeYang Shi
    • G06F7/00G06F15/00B41J2/01B41J29/393
    • B41J2/1753B41J11/009B41J29/393
    • A method for identifying a type of recording medium using a time-varying output signal from a photosensor includes amplifying the time-varying output signal of the photosensor; converting the amplified time-varying output signal of the photosensor to digitized data points using an analog to digital converter thereby creating a first set of digitized data; filtering the first set of digitized data to provide a low pass data set; filtering the first set of digitized data to provide a high pass data set; computing the standard deviation of the low pass data set; computing the standard deviation of the high pass data set; and identifying the recording medium type using values from both the standard deviation of the low pass data set and the standard deviation of the high pass data set.
    • 使用来自光传感器的时变输出信号来识别记录介质的类型的方法包括放大光传感器的时变输出信号; 使用模数转换器将放大的光电传感器的时变输出信号转换为数字化数据点,从而产生第一组数字化数据; 过滤第一组数字化数据以提供低通数据集; 过滤第一组数字化数据以提供高通数据集; 计算低通数据集的标准偏差; 计算高通数据集的标准偏差; 以及使用来自低通数据集的标准偏差和高通数据集的标准偏差的值来识别记录介质类型。
    • 5. 发明申请
    • SIGNAL PROCESSING OF RECORDING MEDIUM INDICIA
    • 记录媒体信号处理
    • US20090213158A1
    • 2009-08-27
    • US12037963
    • 2008-02-27
    • Yang ShiGreg M. Burke
    • Yang ShiGreg M. Burke
    • B41J29/38
    • B41J29/393B41J2/1753
    • A method of processing a time-varying output signal from a photosensor is provided. The time-varying output signal corresponds to a plurality of marks or indicia on a recording medium moving into and out of a field of view of the photosensor with the marks having been printed on the recording medium by a printing system. The method includes amplifying the time-varying output signal from the photosensor; converting the amplified time-varying output signal from the photosensor to digitized data points using an analog to digital converter; and averaging a plurality of the digitized data points.
    • 提供了一种处理来自光电传感器的时变输出信号的方法。 时变输出信号对应于记录介质上移动和移出光传感器的视场中的多个标记或标记,其中标记已由打印系统打印在记录介质上。 该方法包括放大来自光电传感器的时变输出信号; 使用模数转换器将来自光电传感器的放大的时变输出信号转换成数字化数据点; 以及对多个数字化数据点进行平均。
    • 6. 发明申请
    • SIGNAL PROCESSING OF INDICIA FOR MEDIA IDENTIFICATION
    • 媒体信号识别信号处理
    • US20090231403A1
    • 2009-09-17
    • US12047359
    • 2008-03-13
    • Yang ShiGreg M. Burke
    • Yang ShiGreg M. Burke
    • B41J2/01
    • B41J11/009B41J11/0095
    • A method of identifying a type of recording medium includes moving the recording medium relative to a sensor at a substantially uniform speed; processing a signal from the sensor to provide digitized data of the signal; identifying a plurality of peaks in the digitized data; determining at least one of the heights and widths of each of the plurality of peaks; determining a peak to peak distance between two adjacent peaks of the plurality of peaks; determining the position of a peak corresponding to the reference mark using a combination of parameters related to at least two of the peak heights, the peak widths, and the peak to peak distance; determining a configuration of a peak corresponding to the identification mark by locating a peak that is spaced apart from the position of the peak corresponding to the reference mark; and identifying the type of recording medium using the configuration of the peak corresponding to the identification mark.
    • 识别记录介质类型的方法包括以基本均匀的速度相对于传感器移动记录介质; 处理来自传感器的信号以提供信号的数字化数据; 识别数字化数据中的多个峰值; 确定所述多个峰值中的每一个的高度和宽度中的至少一个; 确定所述多个峰的两个相邻峰之间的峰到峰距离; 使用与峰值高度,峰值宽度和峰顶距离中的至少两个相关的参数的组合来确定与参考标记相对应的峰值的位置; 通过定位与与参考标记相对应的峰的位置间隔开的峰值来确定与识别标记相对应的峰的配置; 以及使用与识别标记相对应的峰值的配置来识别记录介质的类型。
    • 7. 发明申请
    • SIGNAL PROCESSING FOR MEDIA TYPE IDENTIFICATION
    • 信号处理用于媒体类型识别
    • US20090213166A1
    • 2009-08-27
    • US12037970
    • 2008-02-27
    • Greg M. BurkeYang Shi
    • Greg M. BurkeYang Shi
    • B41J29/393
    • B41J2/1753B41J11/009B41J29/393
    • A method for identifying a type of recording medium using a time-varying output signal from a photosensor includes amplifying the time-varying output signal of the photosensor; converting the amplified time-varying output signal of the photosensor to digitized data points using an analog to digital converter thereby creating a first set of digitized data; filtering the first set of digitized data to provide a low pass data set; filtering the first set of digitized data to provide a high pass data set; computing the standard deviation of the low pass data set; computing the standard deviation of the high pass data set; and identifying the recording medium type using values from both the standard deviation of the low pass data set and the standard deviation of the high pass data set.
    • 使用来自光传感器的时变输出信号来识别记录介质的类型的方法包括放大光传感器的时变输出信号; 使用模数转换器将放大的光电传感器的时变输出信号转换为数字化数据点,从而产生第一组数字化数据; 过滤第一组数字化数据以提供低通数据集; 过滤第一组数字化数据以提供高通数据集; 计算低通数据集的标准偏差; 计算高通数据集的标准偏差; 以及使用来自低通数据集的标准偏差和高通数据集的标准偏差的值来识别记录介质类型。
    • 8. 发明授权
    • Signal processing of indicia for media identification
    • 媒体识别标记信号处理
    • US08033628B2
    • 2011-10-11
    • US12047359
    • 2008-03-13
    • Yang ShiGreg M. Burke
    • Yang ShiGreg M. Burke
    • B41J29/38
    • B41J11/009B41J11/0095
    • A method of identifying a type of recording medium includes moving the recording medium relative to a sensor at a substantially uniform speed; processing a signal from the sensor to provide digitized data of the signal; identifying a plurality of peaks in the digitized data; determining at least one of the heights and widths of each of the plurality of peaks; determining a peak to peak distance between two adjacent peaks of the plurality of peaks; determining the position of a peak corresponding to the reference mark using a combination of parameters related to at least two of the peak heights, the peak widths, and the peak to peak distance; determining a configuration of a peak corresponding to the identification mark by locating a peak that is spaced apart from the position of the peak corresponding to the reference mark; and identifying the type of recording medium using the configuration of the peak corresponding to the identification mark.
    • 识别记录介质类型的方法包括以基本均匀的速度相对于传感器移动记录介质; 处理来自传感器的信号以提供信号的数字化数据; 识别所述数字化数据中的多个峰值; 确定所述多个峰值中的每一个的高度和宽度中的至少一个; 确定所述多个峰的两个相邻峰之间的峰到峰距离; 使用与峰值高度,峰值宽度和峰顶距离中的至少两个相关的参数的组合确定与参考标记相对应的峰值的位置; 通过定位与与参考标记相对应的峰的位置间隔开的峰值来确定与识别标记相对应的峰的配置; 以及使用与识别标记相对应的峰值的配置来识别记录介质的类型。
    • 9. 发明授权
    • Photo-optical keyboards
    • 光电键盘
    • US4311990A
    • 1982-01-19
    • US961111
    • 1978-11-16
    • Greg M. Burke
    • Greg M. Burke
    • B41J5/12G06F3/02H01H9/16H03K17/969
    • H03K17/969
    • Photo-optical keyboards for providing electrical signals responsive to the keying of the keyboard. The keyboard structure consists of an arrangement of individual keys disposed and identified in accordance with the particular application and adapted for longitudinal motion on depression thereof. Located below the plurality of keys is a matrix of light sources and photo detectors disposed in such a manner that depression of any single key will interrupt the light path between one of the light sources and one of the detectors to provide a change in the electrical state of the associated circuitry. The light sources and detectors are arranged so that in general a single light source illuminates a plurality of detectors, and each detector may be illuminated by any of a plurality of light sources, so that the number of light sources and sensors required for the complete keyboard is substantially less than the number of keys to be sensed. A microprocessor based system for scanning the light sources and detectors is disclosed. In general individual light channels in the keyboard structure are not required as a scanning technique avoids undesired optical cross-talk. By making a portion of each key substantially transparent, light from the light sources may be directed upward through the keys to illuminate the keyboard.
    • 用于提供响应于键盘键控的电信号的光电键盘。 键盘结构由根据具体应用设置和识别的各个键的布置组成,并且适于在其按压时的纵向运动。 位于多个键之下的是光源和光电检测器的矩阵,其设置成使得任何单个键的按下将中断一个光源与一个检测器之间的光路以提供电状态的变化 的相关电路。 光源和检测器布置成使得通常单个光源照亮多个检测器,并且每个检测器可以被多个光源中的任何一个照射,使得完整键盘所需的光源和传感器的数量 大大小于要感测的键的数量。 公开了一种用于扫描光源和检测器的基于微处理器的系统。 通常,键盘结构中的各个光通道不需要扫描技术来避免不期望的光串扰。 通过使每个键的一部分基本上是透明的,来自光源的光可以通过键向上指向以照亮键盘。