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    • 111. 发明授权
    • Contact-free display peripheral device for contact-free portable object
    • 无接触式显示外围设备,用于无接触便携式对象
    • US06799721B2
    • 2004-10-05
    • US10069377
    • 2002-02-25
    • Olivier Parrault
    • Olivier Parrault
    • G06K1500
    • G06K19/07703G06K7/10178G06K19/07749G06Q20/201
    • A peripheral display device for a portable contactless object such as a smart card (10) enabling information associated with the use of this portable object to be displayed. This peripheral device includes at least one chip, a display (16) and a receiver for receiving energy and information (18), not connected by an ohmic contact to the portable object. This receiver is a flat coil which plays the role of the secondary of a transformer, the primary of which is formed by the antenna (14) of the portable object, when the latter receives energy and information from a portable object reader via electromagnetic coupling.
    • 一种用于便携式无接触物体(例如智能卡(10))的外围显示装置,其能够显示与使用该便携式对象相关联的信息。 该外围设备包括至少一个芯片,显示器(16)和用于接收未被欧姆接触连接到便携式对象的能量和信息(18)的接收器。 该接收器是一个扁平线圈,它起着变压器次级的作用,变压器的主要部分由便携式物体的天线(14)形成,当它们通过电磁耦合从便携式对象阅读器接收能量和信息时。
    • 112. 发明授权
    • Photograph printing and delivering method, camera to be used in this method and photograph printing and delivering system
    • 照片打印和传送方式,这种方法中使用的相机和照片打印和传送系统
    • US06798532B1
    • 2004-09-28
    • US09564354
    • 2000-05-01
    • Hiroo Okino
    • Hiroo Okino
    • G06K1500
    • G06Q30/06
    • A photograph printing and delivering method and system do not require external equipment, such as personal computer or the like and permits delivery of the printed products to a user of the camera. The method and system performs receiving an image data transmitted from a camera through a mobile communication network, obtaining identification of a caller transmitting the image data, performing printing for reproducing an image on the basis of the received image data, obtaining information of delivery destination, to which a printed product is to be delivered, on the basis of the caller identification, and shipping the printed product to the delivery destination based on the delivery destination information.
    • 照片打印和传送方法和系统不需要诸如个人计算机之类的外部设备,并允许将印刷产品传送到照相机的用户。 该方法和系统通过移动通信网络执行从相机发送的图像数据,获得发送图像数据的呼叫者的识别,基于接收的图像数据执行用于再现图像的打印,获得传送目的地的信息, 基于呼叫者身份将打印产品发送到其上,并且基于发送目的地信息将打印的产品运送到递送目的地。
    • 113. 发明授权
    • Image forming apparatus, image forming method, and storage medium storing computer readable program therein
    • 图像形成装置,图像形成方法以及其中存储计算机可读程序的存储介质
    • US06791702B2
    • 2004-09-14
    • US10288512
    • 2002-11-06
    • Tetsuo Tanaka
    • Tetsuo Tanaka
    • G06K1500
    • G06K15/00
    • In a job issuer of a print or the like, to enable an output result of the print or the like to be promptly, easily, visually confirmed, to enable error information contents of the print or the like to be easily referred, and to enable a management and a maintenance of an output device such as a printer or the like to be also promptly and accurately performed, when a network printer executes a print job, a communication server on the network printer opens image data to display a print result and notifies a host computer on the print job issuer side of a result of the print job including a network resource ID showing the image data.
    • 在打印等的作业发行者中,为了能够快速,容易地,可视化地确认打印等的输出结果,能够容易地引用打印等的错误信息内容,并使能 当网络打印机执行打印作业时,当网络打印机执行打印作业时,还要及时准确地执行诸如打印机等输出设备的管理和维护,网络打印机上的通信服务器打开图像数据以显示打印结果并通知 打印作业结果的打印作业发行者侧的主计算机包括表示图像数据的网络资源ID。
    • 116. 发明授权
    • Color processing architecture and algorithms for color laser printers
    • 彩色激光打印机的彩色处理架构和算法
    • US06765695B2
    • 2004-07-20
    • US09953699
    • 2001-09-12
    • Jau-Yuen ChenJoseph Shu
    • Jau-Yuen ChenJoseph Shu
    • G06K1500
    • H04N1/648H04N1/6019
    • Color processing architecture and algorithms (CPAA) for color laser printers process and handle incoming RGB image data effectively to achieve high performance, high quality image printing with low memory requirements. CPAA supports a new data structure for faster raster operation processing (ROP) for color laser printers. The CPAA architecture advantageously improves the flow of data through the processing pipeline to provide high speed at higher resolutions, e.g., at 600 and 1200 dpi. An advance quantizer using multilevel dithering flexibly reduces bits to support fast ROP and to enable fast conversion to CMYK data with only a simple look-up table (LUT) operation by a color matching module, while an adaptive filter maintains high image quality.
    • 用于彩色激光打印机的彩色处理架构和算法(CPAA)有效处理和处理输入的RGB图像数据,以实现具有低内存要求的高性能,高质量图像打印。 CPAA支持一种新的数据结构,用于彩色激光打印机的更快的光栅操作处理(ROP)。 CPAA架构有利地改善了通过处理管线的数据流,以提供更高分辨率的高速度,例如在600和1200dpi。 使用多级抖动的高级量化器灵活地减少位以支持快速ROP并且通过颜色匹配模块仅使用简单的查找表(LUT)操作来实现对CMYK数据的快速转换,而自适应滤波器保持高图像质量。
    • 117. 发明授权
    • Color management system and method for color printing system
    • 彩色打印系统的色彩管理系统和方法
    • US06762858B2
    • 2004-07-13
    • US09952959
    • 2001-09-14
    • Antonio Vazquez Haro
    • Antonio Vazquez Haro
    • G06K1500
    • H04N1/603G06K15/00G06K2215/0094H04N1/6033H04N1/6036
    • A color printing system includes a color printer adapted to receive an image file and an original color profile associated with the image file and print at least one color output based on the image file and the original color profile. The color printing system also includes a color measurement module adapted to generate a color measurement of the color output of the color printer and a color management module adapted to compare the color measurement of the color output of the color printer with the original color profile associated with the image file. As such, the color management module determines if a variation in color exists between the color measurement of the color output and the original color profile. Thus, the color printing system also includes a color profile manager adapted to modify the original color profile and create a modified color profile if the color management module determines that the variation in color exists. Accordingly, the modified color profile compensates for the variation in color.
    • 彩色打印系统包括适于接收与图像文件相关联的图像文件和原始颜色配置文件的彩色打印机,并且基于图像文件和原始颜色配置文件打印至少一个颜色输出。 彩色打印系统还包括颜色测量模块,其适于产生彩色打印机的颜色输出的颜色测量值,以及颜色管理模块,其适于将彩色打印机的颜色输出的颜色测量与与 图像文件。 因此,颜色管理模块确定在颜色输出的颜色测量和原始颜色配置文件之间是否存在色彩变化。 因此,彩色打印系统还包括颜色配置文件管理器,其适于在颜色管理模块确定颜色变化存在的情况下修改原始颜色配置文件并创建修改的颜色配置文件。 因此,修改的颜色轮廓补偿颜色的变化。
    • 118. 发明授权
    • Method and system for print stream job determination and analysis
    • 打印流作业确定和分析的方法和系统
    • US06762851B1
    • 2004-07-13
    • US09222745
    • 1998-12-30
    • John P. LynchRobert P. Williamson
    • John P. LynchRobert P. Williamson
    • G06K1500
    • G06Q10/02G06F3/1205G06F3/1211G06F3/1259G06F3/126G06F3/1284G06Q30/0283
    • The invention is a method and system for print stream determination. The system's method begins with the initiation of a print stream processing application to which a print stream is directed. A print job is determined from a set of characteristics resident in the print stream. The print processing application will determine the optimal use of the system's peripheral devices for performing the job. The optimal use is determined by comparing each of the job's characteristics with each of the characteristics of the potential device driver. The comparison begins with determination of a value for each of the job characteristics wherein the value is representative of a desired result. A value for each of the device driver characteristics is determined wherein the value is representative of a potential result. Each of the desired results is compared to each corresponding potential result. If no corresponding potential result can be established, then an alternative peripheral device is sought. If no peripheral device is located, then the application will select a default peripheral device. The print stream will then be directed to the selected device for processing. Once the print stream has been analyzed, and the use of peripheral devices determined, the application establishes a job ticket representative of the print job and the optimal use of the one or more corresponding peripheral devices. The system can then produce one or more reports indicative of the job performance.
    • 本发明是用于打印流确定的方法和系统。 系统的方法开始于打印流被引导到的打印流处理应用程序的启动。 从驻留在打印流中的一组特征确定打印作业。 打印处理应用程序将确定系统的外围设备用于执行作业的最佳使用。 通过比较每个作业的特征与潜在的设备驱动程序的每个特性来确定最佳使用。 比较开始于确定每个作业特性的值,其中该值表示期望的结果。 确定每个设备驱动器特性的值,其中该值表示潜在结果。 将每个期望的结果与每个相应的潜在结果进行比较。 如果不能建立相应的潜在结果,则寻求替代的外围设备。 如果没有找到外围设备,则应用程序将选择默认的外围设备。 然后打印流将被引导到所选择的设备进行处理。 一旦已经分析了打印流,并且确定了外围设备的使用,则应用程序建立代表打印作业的作业单,并且一个或多个对应的外围设备的最佳使用。 然后,该系统可以产生指示作业表现的一个或多个报告。
    • 119. 发明授权
    • Computer air brush
    • 电脑空气刷
    • US06757074B2
    • 2004-06-29
    • US10108542
    • 2002-03-28
    • Daryl Schroeder
    • Daryl Schroeder
    • G06K1500
    • G06F3/04845G06F3/0346
    • A system is described for generating a digital image. A hand-held airbrush controller generates three-dimensional signal information and user trigger information. A plurality of receivers receives the three-dimensional signal information. A computer has a digital display and couples with the receivers to define a three-dimensional position of the controller. The computer is responsive to the user trigger information to generate the digital image on the display as a function of the user trigger information and the three-dimensional position. The airbrush controller includes a wireless transmitter that generates the three-dimensional signal information as signal burst information; the receivers include at least three wireless receivers for detecting the wireless signal burst information. The computer generates synchronization signals to initiate the signal burst information. Timing between the synchronization signals and receipt of the signal burst information, at the receivers, defines the three dimensional position. A bus may be used to communicate the synchronization signals from the computer to the airbrush controller. The airbrush controller includes one or more triggers (e.g., buttons) responsive to user hand control to generate the user trigger information.
    • 描述了一种用于生成数字图像的系统。 手持式喷枪控制器产生三维信号信息和用户触发信息。 多个接收器接收三维信号信息。 计算机具有数字显示器并与接收器耦合以限定控制器的三维位置。 计算机响应于用户触发信息,以根据用户触发信息和三维位置在显示器上生成数字图像。 喷枪控制器包括产生作为信号突发信息的三维信号信息的无线发射器; 接收机包括用于检测无线信号突发信息的至少三个无线接收器。 计算机产生同步信号以启动信号突发信息。 在接收器处,同步信号和信号突发信息的接收之间的时序定义了三维位置。 总线可用于将来自计算机的同步信号传送到喷枪控制器。 喷枪控制器包括响应于用户手控制以产生用户触发信息的一个或多个触发器(例如,按钮)。
    • 120. 发明授权
    • Digital halftoning method and apparatus, and its computer readable medium
    • 数字半色调方法和装置及其计算机可读介质
    • US06747758B1
    • 2004-06-08
    • US09627404
    • 2000-07-27
    • Hirobumi Nishida
    • Hirobumi Nishida
    • G06K1500
    • G06K15/02
    • In a digital halftoning method and apparatus of the invention, a visual-quality control filter is provided based on computation of a quantity of local features of neighboring pixels for each of respective pixels of a gray-scale image, the visual-quality control filter adaptively controlling visual characteristics for each of respective pixels of an image input to the filter. An initial halftone image is generated from the gray-scale image. The gray-scale image is processed through the visual-quality control filter to output a processed gray-scale image with the controlled visual characteristics. The initial halftone image is processed through the visual-quality control filter to output a processed initial halftone image with the controlled visual characteristics. A sum of squares of local visual-quality errors between the processed gray-scale image and a processed halftone image is computed, wherein the computation is started by taking the processed initial halftone image as a first processed halftone image. An output halftone image is generated from the initial halftone image through a repeated computation such that the sum of the squares of the local visual-quality errors obtained for the gray-scale image and the initial halftone image is reduced to a smaller value obtained for the gray-scale image and the output halftone image.
    • 在本发明的数字半色调方法和装置中,基于灰度图像的各个像素的相邻像素的局部特征量的计算来提供视觉质量控制滤波器,自适应地进行视觉质量控制滤波 控制输入​​到过滤器的图像的各个像素的每个像素的视觉特性。 从灰度图像生成初始半色调图像。 通过视觉质量控制滤波器处理灰度图像,以输出具有受控视觉特征的经处理的灰度图像。 通过视觉质量控制滤波器处理初始半色调图像,以输出具有受控视觉特征的经处理的初始半色调图像。 计算经处理的灰度图像和经处理的半色调图像之间的局部视觉质量误差的平方和,其中通过将处理的初始半色调图像作为第一处理半色调图像开始计算。 通过重复计算,从初始半色调图像生成输出半色调图像,使得为灰度图像和初始半色调图像获得的局部视觉质量误差的平方和的总和减小到为 灰度图像和输出半色调图像。