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    • 62. 发明申请
    • Vision System Camera with Mount for Multiple Lens Types
    • 视觉系统相机与多种镜头类型的安装
    • US20160011396A1
    • 2016-01-14
    • US14611401
    • 2015-02-02
    • Laurens Nunnink
    • Laurens Nunnink
    • G02B7/14G03B17/14G02B7/02
    • G02B7/14G02B3/14G02B7/022G02B26/005G03B17/02G03B17/14H04N5/2251H04N5/2252H04N5/2253
    • This invention provides a vision system housing having a front plate assembly that accommodates a plurality of lens mount types. The front plate includes a central aperture that is located at a predetermined axial (camera axis) distance from a plane of an image sensor. The aperture is stepped from a wider diameter adjacent to the front to a narrower diameter more adjacent to the sensor. This arrangement enables threaded mounting of a plurality of lens mount types, for example M12 and C-Mount. The threaded base for the M12 lens is provided in the smaller-diameter, interior portion of the front plate aperture, adjacent to the sensor. The threaded base for the C-Mount lens is provided at the front of the front plate, adjacent to the exterior surface of the front plate and housing. The exterior (front) surface of the front plate includes threaded holes and a removable spring clip arrangement constructed and arranged to accommodate a liquid lens positioned over the aperture with an associated lens assembly mounted within the aperture and in optical communication with the liquid lens. The lens is operated using an electrical connection provided by a cable that interconnects with a multi-pin socket positioned on the front plate aside the aperture. The socket interconnects with processor circuitry within the housing.
    • 本发明提供一种具有容纳多个透镜安装类型的前板组件的视觉系统外壳。 前板包括位于距图像传感器的平面的预定轴向(相机轴)距离处的中心孔。 孔径从邻近前部的较宽直径逐渐变窄到更靠近传感器的较窄直径。 这种布置使得能够螺纹安装多个透镜安装类型,例如M12和C-Mount。 用于M12透镜的螺纹底座设置在前板孔的较小直径的内部,与传感器相邻。 C-Mount透镜的螺纹底座设置在前板的前部,与前板和外壳的外表面相邻。 前板的外部(前)表面包括螺纹孔和可拆卸的弹簧夹布置,其构造和布置成容纳位于孔的上方的液体透镜,其中安装在孔内并与液体透镜光学连通的相关联的透镜组件。 透镜使用由与定位在前板上的多针插座相互连接的电缆提供的电连接操作,旁边的孔径。 插座与外壳内的处理器电路互连。
    • 63. 发明申请
    • System and Method for Determining and Controlling Focal Distance in a Vision System Camera
    • 用于确定和控制视觉系统相机中的焦距的系统和方法
    • US20140218590A1
    • 2014-08-07
    • US14042943
    • 2013-10-01
    • Laurens Nunnink
    • Laurens Nunnink
    • H04N5/232G06T7/00
    • G06T7/0018G01M11/0228G02B3/14G03B3/10G03B43/00G06T7/80H04N5/23212H04N17/002
    • This invention provides a system and method for determining and controlling focal distance in a lens assembly of a vision system camera using an integral calibration assembly that provides the camera's image sensor with optical information that is relative to focal distance while enabling runtime images of a scene to be acquired along the image axis. The lens assembly includes a variable lens located along an optical axis that provides a variable focus setting. The calibration assembly generates a projected pattern of light that variably projects upon the camera sensor based upon the focus setting of the variable lens. That is, the appearance and/or position of the pattern varies based upon the focus setting of the variable lens. This enables a focus process to determine the current focal length of the lens assembly based upon predetermined calibration information stored in association with a vision system processor running the focus process.
    • 本发明提供了一种系统和方法,用于使用整体校准组件来确定和控制视觉系统照相机的透镜组件中的焦距,所述整体校准组件向相机的图像传感器提供相对于焦距的光学信息,同时使场景的运行时图像能够 沿图像轴获取。 透镜组件包括沿着提供可变焦点设置的光轴定位的可变透镜。 基于可变透镜的聚焦设置,校准组件产生可变地投射到相机传感器上的投影图案。 也就是说,图案的外观和/或位置根据可变透镜的焦点设置而变化。 这使得聚焦过程能够基于与运行聚焦过程的视觉系统处理器相关联地存储的预定校准信息来确定透镜组件的当前焦距。
    • 66. 发明授权
    • System and method for employing color illumination and color filtration in a symbology reader
    • 在符号读取器中采用彩色照明和彩色滤光的系统和方法
    • US08061610B2
    • 2011-11-22
    • US11257410
    • 2005-10-24
    • Laurens Nunnink
    • Laurens Nunnink
    • G06K7/10
    • G06K7/10732
    • This invention provides a system and method for employing and analyzing images that are illuminated in different colors depending upon the type of illumination being employed. In an illustrative embodiment, a color image sensor is used to acquire images of subjects of interest, and each of the direct bright field, dark field and diffuse illumination are transmitted to the surface simultaneously (concurrently with each other) in a discrete illumination color that is discretely discernable by the sensor. For example, direct bright field and dark field may be red, while diffuse may be blue. Pixels of the same sensitivity (for example, red and blue) in the image sensor receive only the image generated by that color of illumination. The reader of this invention includes processing components that independently assemble images from red and blue pixel addresses to create, in effect two simultaneous images (one image generated using a combination dark field and direct bright field and the other image generated using diffuse illumination) that overlap (are registered with respect to each other) perfectly. The best image is determined using conventional image analysis tools, and meaningful data (the code of the read symbol, for example) is derived from that best image.
    • 本发明提供一种用于采用和分析根据所使用的照明类型以不同颜色照亮的图像的系统和方法。 在说明性实施例中,彩色图像传感器用于获取感兴趣对象的图像,并且直接亮场,暗场和漫射照明中的每一个以离散照明颜色同时(彼此同时)被传输到表面 由传感器离散地识别。 例如,直接亮场和暗场可能是红色,而漫射可能是蓝色。 图像传感器中具有相同灵敏度(例如,红色和蓝色)的像素仅接收由该颜色的照明产生的图像。 本发明的阅读器包括独立地组合红色和蓝色像素地址的图像的处理组件,实际上形成了重叠的两个同时的图像(使用组合暗场和直接亮场产生的一个图像以及使用漫射照明产生的其他图像) (相互注册)完美。 使用常规图像分析工具确定最佳图像,并且从该最佳图像导出有意义的数据(例如,读取符号的代码)。
    • 68. 发明授权
    • Hand held symbology reader illumination diffuser
    • 手持式符号读取器照明扩散器
    • US07617984B2
    • 2009-11-17
    • US11014478
    • 2004-12-16
    • Laurens Nunnink
    • Laurens Nunnink
    • G06K7/10
    • G06K7/10831G06K7/10732G06K7/10742G06K7/10881
    • A hand held industrial identification symbol reader projects diffuse illumination onto a region of interest to produce high contrast images of symbols. The diffuse illumination is particularly well suited for producing images of symbols that are marked directly on objects. The diffuse illumination is created through the use of an optically translucent diffuser having a generally tapered shape that distributes diffuse illumination throughout the field of view of the reader. The diffuse illumination can be supplemented with dark field illumination using selectively actuated illumination sources.
    • 手持工业识别符号读取器将漫射照明器投射到感兴趣的区域上以产生符号的高对比度图像。 漫射照明特别适用于产生直接标记在物体上的符号图像。 漫射照明是通过使用光学半透明的扩散器产生的,其具有在读取器的整个视野​​内分布漫射照明的大致锥形形状。 扩散照明可以使用选择性激活的照明光源进行暗场照明。