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    • 1. 发明授权
    • System for editing data collection device message data
    • 用于编辑数据收集设备消息数据的系统
    • US06758403B1
    • 2004-07-06
    • US09954301
    • 2001-09-11
    • Barry KeysStephen P. DelogeLarry Ramsey-Macomber
    • Barry KeysStephen P. DelogeLarry Ramsey-Macomber
    • G05K922
    • G06K7/0008G06Q20/3552G07F7/1008G07G1/0045
    • The invention is a data editing system for configuring a data collection device to edit decoded-out message data according to a data editing routine specified by a user programmer. In one embodiment the system includes a data collection device and a host processor assembly including a display, a user interface and a program builder program which displays on the display either representation of instructions being authored by the user-programmer or prompt messages prompting the user-programmer to information respecting requirement of the message data to be output by the data collection device. In response to information input by the user programmer, the program builder program builds a set of data editing instructions, and the set of data editing instructions are transmitted to the data collection device.
    • 本发明是一种数据编辑系统,用于根据用户程序员指定的数据编辑程序,配置数据采集装置编辑解码出的消息数据。 在一个实施例中,系统包括数据收集装置和主处理器组件,其包括显示器,用户界面和程序构建器程序,其在显示器上显示由用户编程器编写的指令的表示或提示消息, 程序员按照要由数据收集装置输出的信息数据的信息。 响应于用户程序员输入的信息,程序构建器程序构建一组数据编辑指令,并将该组数据编辑指令发送到数据采集装置。
    • 3. 发明授权
    • Optical reader with selectable processing characteristics for reading data in multiple formats
    • 具有可选择处理特性的光学读取器,用于以多种格式读取数据
    • US06505778B1
    • 2003-01-14
    • US09658300
    • 2000-09-08
    • Brad R. ReddersenEdward C. BremerChay K. LaStephen P. DelogeRaymond J. BoydShane P. CooperIlya Zaverukha
    • Brad R. ReddersenEdward C. BremerChay K. LaStephen P. DelogeRaymond J. BoydShane P. CooperIlya Zaverukha
    • G06K710
    • G06K7/1486G06K7/10722G06K7/14
    • A multi-function optical reader comprises an photosensor, such as a charge-device (CCD), and signal conditioning and processing circuitry including separate channels for handling data in different formats. A bar code processing channel digitizes the scan signal according to light and dark features using a first-derivative technique, and an OMR processing channel uses an adaptive threshold to adapt to different light conditions and provide a boundary line for digitizing light and dark features of the target scan line. A feature measurement circuit measures the widths of the light and dark regions as derived by the separate processing channels, and provides the feature measurements to a decoding system or host terminal processor. The scan rate of the optical reader can be adjusted according to the data format to be read or the level of ambient light, to avoid saturation. The optical reader can provide multiple depth-of-field zones, both internal and external to an optical reader housing. The optical reader may provide for image capture and optical character recognition.
    • 多功能光学读取器包括诸如充电装置(CCD)的光电传感器,以及包括用于处理不同格式的数据的单独通道的信号调理和处理电路。 条形码处理通道使用一阶导数技术根据亮和暗特征数字化扫描信号,并且OMR处理通道使用自适应阈值来适应不同的光条件,并提供用于数字化光和暗特征的边界线 目标扫描线。 特征测量电路测量由单独的处理通道导出的亮和暗区域的宽度,并且将特征测量值提供给解码系统或主机终端处理器。 可以根据要读取的数据格式或环境光的水平来调整光学读取器的扫描速率,以避免饱和。 光学读取器可以为光学读取器外壳提供内部和外部的多个景深区域。 光学读取器可以提供图像捕获和光学字符识别。
    • 4. 发明授权
    • Optical reader with selectable processing characteristics for reading data in multiple formats
    • 具有可选择处理特性的光学读取器,用于以多种格式读取数据
    • US06176429B1
    • 2001-01-23
    • US09118228
    • 1998-07-17
    • Brad R. ReddersenEdward C. BremerChay K. LaStephen P. DelogeRaymond J. BoydShane P. CooperIlya Zaverukha
    • Brad R. ReddersenEdward C. BremerChay K. LaStephen P. DelogeRaymond J. BoydShane P. CooperIlya Zaverukha
    • G06K710
    • G06K7/1486G06K7/10722G06K7/14
    • A multi-function optical reader comprises an photosensor, such as a charge-device (CCD), and signal conditioning and processing circuitry including separate channels for handling data in different formats. A bar code processing channel digitizes the scan signal according to light and dark features using a first-derivative technique, and an OMR processing channel uses an adaptive threshold to adapt to different light conditions and provide a boundary line for digitizing light and dark features of the target scan line. A feature measurement circuit measures the widths of the light and dark regions as derived by the separate processing channels, and provides the feature measurements to a decoding system or host terminal processor. The scan rate of the optical reader can be adjusted according to the data format to be read or the level of ambient light, to avoid saturation. The optical reader can provide multiple depth-of-field zones, both internal and external to an optical reader housing. The optical reader may provide for image capture and optical character recognition.
    • 多功能光学读取器包括诸如充电装置(CCD)的光电传感器,以及包括用于处理不同格式的数据的单独通道的信号调理和处理电路。 条形码处理通道使用一阶导数技术根据亮和暗特征数字化扫描信号,并且OMR处理通道使用自适应阈值来适应不同的光条件,并提供用于数字化光和暗特征的边界线 目标扫描线。 特征测量电路测量由单独的处理通道导出的亮和暗区域的宽度,并且将特征测量值提供给解码系统或主机终端处理器。 可以根据要读取的数据格式或环境光的水平来调整光学读取器的扫描速率,以避免饱和。 光学读取器可以为光学读取器外壳提供内部和外部的多个景深区域。 光学读取器可以提供图像捕获和光学字符识别。
    • 5. 发明申请
    • TERMINAL WITH SCREEN READING MODE
    • 终端与屏幕阅读模式
    • US20120138684A1
    • 2012-06-07
    • US12957971
    • 2010-12-01
    • Daniel Van VolkinburgStephen P. DelogeMatthew PankowRyan Kather
    • Daniel Van VolkinburgStephen P. DelogeMatthew PankowRyan Kather
    • G06K7/14
    • G06K7/1443G06K7/10386
    • An indicia reading terminal is disclosed that includes an illumination subsystem operative for projecting of an illumination pattern, an imaging subsystem, a housing, a memory, and a processor, in a variety of embodiments. The memory may be capable of storing a frame of image data from an image sensor array of the imaging subsystem. The indicia reading terminal may be operative to activate a screen reading mode in which the terminal, in response to activation of a trigger signal, activates an illuminated exposure and an unilluminated exposure. During the illuminated exposure, the illumination subsystem projects the illumination pattern while the imaging subsystem exposes an illuminated frame of image data for a first duration of time. During the second exposure period, the illumination subsystem refrains from projecting the illumination pattern while the imaging subsystem exposes an unilluminated frame of image data for a second duration of time, and the illumination subsystem projects the illumination pattern after the imaging subsystem exposes the unilluminated frame of image data and prior to the imaging system making a subsequent exposure. The processor is operative to attempt to decode a decodable indicia represented in at least one of the illuminated frame of image data or the unilluminated frame of image data.
    • 公开了一种标记读取终端,其包括用于在各种实施例中投射照明图案,成像子系统,外壳,存储器和处理器的照明子系统。 存储器可能能够存储来自成像子系统的图像传感器阵列的图像数据帧。 标记读取终端可操作以激活屏幕读取模式,其中终端响应于触发信号的激活而激活被照射的曝光和未曝光的曝光。 在照明曝光期间,照明子系统投影照明图案,而成像子系统在第一持续时间内暴露图像数据的照明帧。 在第二曝光期间,照明子系统避免投影照明图案,同时成像子系统在第二持续时间内暴露图像数据的未发光帧,并且照明子系统在成像子系统暴露未照亮帧 在成像系统进行后续曝光之前。 处理器可操作地尝试对图像数据的照明帧或未发光的图像数据帧中的至少一个中表示的可解码标记进行解码。
    • 9. 发明授权
    • Terminal with screen reading mode
    • 终端带屏幕阅读模式
    • US08387881B2
    • 2013-03-05
    • US12957971
    • 2010-12-01
    • Daniel Van VolkinburgStephen P. DelogeMatthew W. PankowRyan Kather
    • Daniel Van VolkinburgStephen P. DelogeMatthew W. PankowRyan Kather
    • G06K7/10
    • G06K7/1443G06K7/10386
    • An indicia reading terminal is disclosed that includes an illumination subsystem operative for projecting of an illumination pattern, an imaging subsystem, a housing, a memory, and a processor, in a variety of embodiments. The memory may be capable of storing a frame of image data from an image sensor array of the imaging subsystem. The indicia reading terminal may be operative to activate a screen reading mode in which the terminal, in response to activation of a trigger signal, activates an illuminated exposure and an unilluminated exposure. During the illuminated exposure, the illumination subsystem projects the illumination pattern while the imaging subsystem exposes an illuminated frame of image data for a first duration of time. During the second exposure period, the illumination subsystem refrains from projecting the illumination pattern while the imaging subsystem exposes an unilluminated frame of image data for a second duration of time, and the illumination subsystem projects the illumination pattern after the imaging subsystem exposes the unilluminated frame of image data and prior to the imaging system making a subsequent exposure. The processor is operative to attempt to decode a decodable indicia represented in at least one of the illuminated frame of image data or the unilluminated frame of image data.
    • 公开了一种标记读取终端,其包括用于在各种实施例中投射照明图案,成像子系统,外壳,存储器和处理器的照明子系统。 存储器可能能够存储来自成像子系统的图像传感器阵列的图像数据帧。 标记读取终端可操作以激活屏幕读取模式,其中终端响应于触发信号的激活而激活被照射的曝光和未曝光的曝光。 在照明曝光期间,照明子系统投影照明图案,而成像子系统在第一持续时间内暴露图像数据的照明帧。 在第二曝光期间,照明子系统避免投影照明图案,同时成像子系统在第二持续时间内暴露图像数据的未发光帧,并且照明子系统在成像子系统暴露未照亮帧 在成像系统进行后续曝光之前。 处理器可操作地尝试对图像数据的照明帧或未发光的图像数据帧中的至少一个中表示的可解码标记进行解码。