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    • 2. 发明授权
    • Method for auto-cropping a scanned image
    • 自动裁剪扫描图像的方法
    • US07418140B2
    • 2008-08-26
    • US11468843
    • 2006-08-31
    • Ace Chien
    • Ace Chien
    • G06K9/48H04N1/46
    • G06K9/3233G06K9/4652G06T7/13
    • The present invention provides a method for dynamically refine the threshold values of R(Red), G(Green), B(Blue) colors for determining a borderline pixel in response to the values of a background image, thereby to precisely determine the borderlines of the Area of Interest (AOI). The method of the invention first searches the borderline pixels of a scanned image according to the standard differences of the R,G,B values of the pixels. Then, approximate the R,G,B threshold values of the borderline pixels by repeatedly averaging the current R,G,B values of the borderline pixels and the previous R,G,B threshold values until the difference is less than a predetermined value. The approximated R,G,B threshold values are set for the new R,G,B threshold values for determining the attribute of a pixel for subsequent prescanned images. Accordingly, the AOI can be automatically selected by reading the image circumscribed by the borderline pixels.
    • 本发明提供一种用于根据背景图像的值来动态地改善用于确定边界像素的R(红色),G(绿色),B(蓝色)颜色的阈值的方法,从而精确地确定 兴趣区(AOI)。 本发明的方法首先根据像素的R,G,B值的标准差搜索扫描图像的边界像素。 然后,通过重复平均边界像素的当前R,G,B值和先前的R,G,B阈值来近似边界像素的R,G,B阈值,直到该差小于预定值。 为新的R,G,B阈值设置近似的R,G,B阈值,用于确定随后的预处理图像的像素的属性。 因此,可以通过读取由边界像素限定的图像来自动选择AOI。
    • 5. 再颁专利
    • Photic image processing method
    • 光影图像处理方法
    • USRE43161E1
    • 2012-02-07
    • US11707856
    • 2007-02-15
    • Peen-Pau Cheng
    • Peen-Pau Cheng
    • H04N5/235H04N5/228
    • H04N5/232H04N5/2354H04N5/243H04N9/735
    • The present invention relates to a photic image processing method which includes steps of (1) processing a photic image unit to generate a photic image signal having a plurality of basic image signals, (2) performing a first regulating compensation to each of the basic image signals of the photic image to generate a first compensated basic image signals in order to equilibrate the basic image signals of the photic image signal, (3) multiplexing the first compensated basic image signals in a period of time to generate a multiplexed photic image signal having the compensated basic image signals in series in the period of time, wherein the period is equal to a time of processing a photic image unit, and (4) performing a second regulating compensation for the multiplexed photic image signal to generate a second compensated multiplexed photic image signal. The photic image processing method disclosed in this disclosure is capable of producing a photic image having high resolution and quality.
    • 本发明涉及一种光图像处理方法,包括以下步骤:(1)处理光图像单元以产生具有多个基本图像信号的光影图像信号,(2)对每个基本图像执行第一调节补偿 以产生第一补偿基本图像信号以平衡光图像信号的基本图像信号,(3)在一段时间内对第一补偿基本图像信号进行多路复用以产生具有 补偿基本图像信号在时间段内串联,其中周期等于处理光图像单元的时间,以及(4)对复用的光图像信号执行第二调节补偿,以产生第二补偿多路复用光 图像信号。 本公开中公开的光学图像处理方法能够产生具有高分辨率和质量的光学图像。
    • 7. 再颁专利
    • Image data processing system
    • 图像数据处理系统
    • USRE42286E1
    • 2011-04-12
    • US11450949
    • 2006-06-08
    • Kuei-Hsiang ChenCheng-Pang ChienTian-Quey Lee
    • Kuei-Hsiang ChenCheng-Pang ChienTian-Quey Lee
    • G09G5/00
    • G09G5/003G09G5/024
    • The present invention provides an image data processing system to increase the speed of on-screen display (OSD) image processing. The image data processing system comprises M color code registers for storing a plurality of color codes and a first multiplexer electrically connected to every output port of the M color code registers. The first multiplexer comprises a control port for inputting an N-bit image code, and the first multiplexer chooses one of the outputs of the M color code registers as its output according to the N-bit image code. The image data processing system comprises a processor for storing M color codes in the M color code registers and periodically transmitting a plurality of N-bit image codes to the control port of the first multiplexer so that the first multiplexer periodically chooses one of the color codes stored in the M color code registers as its output according to one of the N-bit image codes.
    • 本发明提供了一种用于增加屏幕显示(OSD)图像处理速度的图像数据处理系统。 图像数据处理系统包括用于存储多个颜色代码的M个色码寄存器和与M个色码寄存器的每个输出端口电连接的第一多路复用器。 第一多路复用器包括用于输入N位图像码的控制端口,并且第一多路复用器根据N位图像码选择M个色码寄存器的输出中的一个作为其输出。 图像数据处理系统包括处理器,用于在M个彩色代码寄存器中存储M个色码,并周期地将多个N位图像代码发送到第一多路复用器的控制端口,使得第一多路复用器周期性地选择一个颜色代码 根据N位图像代码之一存储在M个色码寄存器中作为其输出。
    • 8. 再颁专利
    • Double side scanner module
    • 双面扫描仪模块
    • USRE42269E1
    • 2011-04-05
    • US11405042
    • 2006-04-13
    • Will Kao
    • Will Kao
    • H04N1/04
    • H04N1/2032H04N1/1215H04N1/193H04N2201/0081
    • A double side scanner module which consists of a U-shaped inversion device and two image information reading devices is provided for reading images on the two sides of an original in a single pass. The U-shaped inversion device has two ends for providing a paper feeding path and a paper output path respectively. The two ends are at the same side for the convenience of operation. At both of the two ends, there is a glass window. Beneath each of the glass windows, there is an image information reading device. When an original is fed into the paper feeding end and conveyed through the first glass window, the first image information reading device starts to read the image on the first side of the original. When the original is conveyed through the U-shaped inversion device, the scanned side will be inverted to the other side. Consequently, when the original is conveyed through the second glass window, the second image information reading device can read the image on the second side of the original and complete the double side scanning.
    • 提供由U形反转装置和两个图像信息读取装置组成的双面扫描器模块,用于单次读取原稿两侧的图像。 U形反转装置具有分别用于提供给纸路径和纸张输出路径的两端。 为了方便操作,两端在同一侧。 在两端都有一个玻璃窗。 在每个玻璃窗下面都有一个图像信息读取装置。 当原稿被馈送到进纸端并通过第一玻璃窗口传送时,第一图像信息读取装置开始读取原稿第一侧上的图像。 当原稿通过U型反转装置输送时,扫描面将被倒转到另一侧。 因此,当原稿被传送通过第二玻璃窗时,第二图像信息读取装置可以读取原稿的第二面上的图像并完成双面扫描。
    • 10. 再颁专利
    • Command conversion interface between image provider and image requestor
    • 图像提供者和图像请求者之间的命令转换接口
    • USRE42595E1
    • 2011-08-02
    • US11961980
    • 2007-12-20
    • Jack ChenJewel TsaiNora Wen
    • Jack ChenJewel TsaiNora Wen
    • G06F9/45
    • G06F9/45512
    • A command conversion interface between an image machine with a plurality of hard keys and an image requestor is disclosed. When the command conversion interface detects and determines the activation of a specific hard key of the image machine, digital image information from the image machine is provided for the image requestor through the command conversion interface to execute a designated task, which has not been built in the image machine. In the command conversion interface, the designated task is interpreted by a destination command script, and the destination command script is processed by a compiler along with the digital image information, then transmitted to the image requestor to execute the task. The relationship between the specific hard key and the designated task refers to a new correlation table of the command conversion interface.
    • 公开了具有多个硬键的图像机与图像请求器之间的命令转换接口。 当命令转换接口检测并确定图像机的特定硬键的激活时,通过命令转换接口为图像请求者提供来自图像机的数字图像信息,以执行尚未内置的指定任务 图像机。 在命令转换界面中,指定的任务由目标命令脚本解释,目标命令脚本与数字图像信息一起由编译器处理,然后发送给图像请求者执行任务。 特定硬键与指定任务之间的关系是指命令转换接口的新的相关表。