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    • 91. 发明授权
    • Image processing apparatus, image processing method and image processing system
    • 图像处理装置,图像处理方法和图像处理系统
    • US06307615B1
    • 2001-10-23
    • US09432280
    • 1999-11-02
    • Hirohiko Ito
    • Hirohiko Ito
    • G06K1500
    • G06K15/00G06K15/1817G06K15/1856
    • An image processing apparatus includes a temporary storage unit for temporarily storing image data, and a secondary storage unit for storing the image data temporarily stored in the temporary storage unit, a capacity of the secondary storage unit being larger than that of the temporary storage unit. In the apparatus, image processing of one unit to be executed is divided into an image input job to input the image data from an image input unit and an image output job to output the image data to an image output unit, and each of execution of the image input job and execution of the image output job is independently controlled according to an abnormality detection result of the secondary storage unit, whereby an unexecutable state of an image processing operation is avoided even if the secondary storage unit is in an abnormal state, and thus the image processing operation is effectively performed.
    • 图像处理装置包括临时存储图像数据的临时存储单元和用于存储临时存储在临时存储单元中的图像数据的二次存储单元,二次存储单元的容量大于临时存储单元的容量。 在该装置中,要执行的一个单元的图像处理被分成图像输入作业以从图像输入单元输入图像数据和图像输出作业以将图像数据输出到图像输出单元,并且每个执行 根据二次存储单元的异常检测结果独立地控制图像输入作业和图像输出作业的执行,由此即使二次存储单元处于异常状态,也避免图像处理操作的不可执行状态,以及 从而有效地执行图像处理操作。
    • 92. 发明授权
    • Stochastic method of enlarging a visual image
    • 随机增加视觉图像的方法
    • US06304337B1
    • 2001-10-16
    • US09217284
    • 1998-12-21
    • Shaun Timothy LoveNing Ren
    • Shaun Timothy LoveNing Ren
    • G06K1500
    • G06T3/4023
    • A method of enlarging a visual image including an M by N matrix of pixels, with each of the pixels having at least one color component, and each of the color components having one of a plurality of color values, includes the step of selecting a two pixel by two pixel submatrix within the M by N matrix. An enlarged image area, including an X by Y matrix of pixels corresponding to the two pixel by two pixel submatrix of the M by N matrix, is defined. The X by Y matrix includes four comer pixels and a plurality of intervening pixels, with each of X and Y being greater than two. Each of the pixels in the X by Y matrix has X and Y coordinates. The color value of the at least one color component of each of the pixels in the two pixel by two pixel submatrix of the M by N matrix is assigned to a corresponding one of the four comer pixels in the corresponding X by Y matrix. The X and Y coordinates of a selected intervening pixel of the corresponding X by Y matrix are identified. A first random number is added to the X coordinate of the selected intervening pixel to obtain a randomized X coordinate. A second random number is added to the Y coordinate of the selected intervening pixel to obtain a randomized Y coordinate. A closest one of the four comer pixels which is closest to a point associated with each of the randomized X coordinate and the randomized Y coordinate is determined. The color value of the at least one color component of the closest one of the four comer pixels is duplicated in the selected intervening pixel.
    • 一种放大包括M×N个像素矩阵的视觉图像的方法,其中每个像素具有至少一个颜色分量,并且每个颜色分量具有多个颜色值中的一个,包括以下步骤:选择两个 在M×N矩阵内的像素乘以2像素子矩阵。 定义了包括与M×N矩阵的两个像素×2像素子矩阵对应的像素的X×Y矩阵的放大图像区域。 X×Y矩阵包括四个角形像素和多个中间像素,其中X和Y中的每一个大于2。 X乘Y矩阵中的每个像素具有X和Y坐标。 将M×N矩阵的两个像素×2像素子矩阵中的每个像素的至少一个颜色分量的颜色值分配给相应的X乘以Y矩阵的四个像素像素中的相应一个。 识别相应X乘以Y矩阵的选定中间像素的X和Y坐标。 将第一随机数添加到所选择的中间像素的X坐标,以获得随机化的X坐标。 将第二随机数添加到所选择的中间像素的Y坐标,以获得随机Y坐标。 确定最接近与随机化X坐标和随机Y坐标中的每一个相关联的点的四个角元素中最接近的一个。 四个角形像素中最接近的一个的至少一个颜色分量的颜色值在所选择的中间像素中复制。
    • 94. 发明授权
    • Automated media storage library with variable focal length lens
    • 具有可变焦距镜头的自动媒体存储库
    • US06250550B1
    • 2001-06-26
    • US09333079
    • 1999-06-14
    • Daniel James WinarskiMasaki HasegawaKamal Emile DimitriRobert LaMar Bingham
    • Daniel James WinarskiMasaki HasegawaKamal Emile DimitriRobert LaMar Bingham
    • G06K1500
    • G06K7/10831G06K7/10574G06K7/10811
    • A bar code reader for an automated storage library has a lens assembly with a pair of polarized liquid crystal lenses. Each lens has pair of parallel glass plates that are separated by upper and lower glass substrates. A series of polymer films are symmetrically spaced apart between the substrates. Both the substrates and the films are perpendicular to the glass plates. Electrodes are formed on the films and combine to form a semi-cylindrical stack of film. Liquid crystal fills the spaces between adjacent pairs of the films. The films are coated and/or treated by an alignment process to predispose the liquid crystals to a specific rotational direction. When a selected voltage is applied between adjacent ones of the electrodes, the liquid crystals are synchronously rotated to alter their refractive index to a desired value. Thus, when the layers of each lens are manipulated in unison, the bar code reader is able to quickly adjust its focal length to read bar codes at various distances.
    • 用于自动存储库的条形码读取器具有带有一对偏振液晶透镜的透镜组件。 每个透镜都有一对由上玻璃基板和下玻璃基板隔开的平行玻璃板。 一系列聚合物膜在基板之间对称地间隔开。 基板和薄膜都垂直于玻璃板。 电极形成在薄膜上并结合形成半圆柱形的薄膜。 液晶填充相邻成对的薄膜之间的空间。 通过对准方法涂覆和/或处理膜以使液晶倾向于特定的旋转方向。 当在相邻的电极之间施加选择的电压时,液晶同步旋转以将其折射率改变到期望值。 因此,当每个透镜的层均一致地操作时,条形码读取器能够快速调整其焦距以在各种距离读取条形码。
    • 95. 发明授权
    • Generating high speed variable information printed multiple page documents
    • 生成高速可变信息打印多页文档
    • US06236463B1
    • 2001-05-22
    • US09006385
    • 1998-01-13
    • Theodore F. CymanKim K. WellerRobert J. RecchioneFrank J. MarianiCharles W. ProefrockThomas P. Kolniak
    • Theodore F. CymanKim K. WellerRobert J. RecchioneFrank J. MarianiCharles W. ProefrockThomas P. Kolniak
    • G06K1500
    • G06K15/00G06F3/1215G06F3/1243G06F3/125G06K2215/0011G06K2215/0088
    • A system and method are provided which have the ability to print whole documents at a time, rather than page by page. The data for an entire multi-page document is fed directly to an output device, and then a print engine. The data stream includes a record layout including data field codes which tell the data system and/or raster image processor where to print strings of variable information in a document so that the strings only need be provided once even if printed in multiple places within the document. Data flows in the data stream to the print engine as the raster image processor functions in real time. The system has the capability to manipulate and transfer data at 10 Mbytes per second, which translate into a transfer rate of approximately 92,000 characters per second at up to 1,000 feet per minute print speeds, for up to six controllers. Either fixed or variable graphic elements may also be transferred in this same manner as the data and processed by the RIP in real time and printed at the same speed as the data.
    • 提供了一种能够一次打印整个文档而不是逐页打印的系统和方法。 整个多页文档的数据被直接馈送到输出设备,然后被打印引擎。 数据流包括记录布局,包括告知数据系统和/或光栅图像处理器在文档中打印可变信息的字符串的数据字段代码,使得即使打印在文档中的多个位置也只需要提供一次字符串 。 当光栅图像处理器实时运行时,数据流中的数据流传输到打印引擎。 该系统具有以每秒10 MB的速度操作和传输数据的能力,最多可以传输速度约为92,000个字符,每分钟打印速度高达每分钟1,000英尺,最多可达六个控制器。 固定或可变图形元素也可以以与数据相同的方式传送,并由RIP实时处理并以与数据相同的速度打印。
    • 96. 发明授权
    • Computer system, host computer and terminal equipment
    • 计算机系统,主机和终端设备
    • US06236462B1
    • 2001-05-22
    • US09164570
    • 1998-10-01
    • Susumu Terasaka
    • Susumu Terasaka
    • G06K1500
    • G06K15/00G06K2215/0017
    • In a computer system, results of printing to be produced at a terminal side are predicted at a host computer side, and print settings at the terminal side can be changed from the host computer, which has a preview processing section emulating the operations system of the terminal equipment, to enable the printer driver loaded from the terminal equipment to be run on the host computer and thereby to create a preview of material to be printed at the terminal equipment. A desired print preview is obtained by manually changing the print settings, at the time of the desired print preview, and which are stored. A printing processing section queries the terminal equipment regarding the print settings and, if the print settings obtained as the result of the querying are not appropriate, selects appropriate print settings from among the print settings stored in the print setting storing section and thereafter sends a print request to the terminal equipment.
    • 在计算机系统中,在主计算机侧预测在终端侧产生的打印结果,并且可以从主计算机改变终端侧的打印设置,该主计算机具有模拟操作系统的预览处理部 终端设备,使得从终端设备加载的打印机驱动程序能够在主计算机上运行,​​从而在终端设备上创建要打印的材料的预览。 通过在所需的打印预览时手动更改打印设置以及存储的打印设置来获得所需的打印预览。 打印处理部分查询关于打印设置的终端设备,并且如果作为查询结果获得的打印设置不合适,则从存储在打印设置存储部分中的打印设置中选择适当的打印设置,然后发送打印 请求终端设备。
    • 97. 发明授权
    • Printer apparatus and method of controlling same
    • 打印机装置及其控制方法
    • US06229622B1
    • 2001-05-08
    • US08808830
    • 1997-02-28
    • Shoji Takeda
    • Shoji Takeda
    • G06K1500
    • G06K15/02G06K2215/0002G06K2215/0005
    • When a single user prints out a large quantity of printed matter in a situation where the printer is shared by a plurality of users, other users must wait an extended period of time regardless of the quantity of material which they are to print out. Accordingly, the inventive printer stores received print data upon classifying the print data according to independent spool areas that correspond to respective ones of the users. At printout, fixed quantities of data are printed from the respective spool areas in regular order. Even if there is a user printing out a large quantity of printed matter, other users who are to print out small quantities of printed matter need not wait for the end of the large printing job.
    • 当单个用户在打印机被多个用户共享的情况下打印出大量的打印物时,其他用户必须等待较长的时间段,而不管打印出的材料的数量如何。 因此,本发明的打印机根据与相应的用户相对应的独立卷轴区域对印刷数据进行分类时存储接收到的打印数据。 在打印输出中,固定数量的数据以正常顺序从相应的卷轴区域打印。 即使有用户打印大量的印刷品,打印出少量印刷品的其他用户也不需要等待大型打印作业的结束。