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    • 31. 发明授权
    • Electrostatic lens for ink jets
    • 喷墨静电透镜
    • US4224523A
    • 1980-09-23
    • US970305
    • 1978-12-18
    • Peter A. Crean
    • Peter A. Crean
    • B41J2/075B41J2/08B41J2/085B41J2/09G06K15/10H01J37/12
    • B41J2/08
    • An ink jet printer is disclosed employing a row of multiple ink jet nozzles aimed at a moving target or copy sheet. Each nozzle has a separate charging electrode associated with it but all the nozzles share a pair of common deflection plates that divert charged droplets over a shared gutter toward the target. Uncharged droplets go into the gutter. An electrostatic lens is shared by all the nozzles being positioned in the path of the charged droplets deflected toward the target. The lens aligns or focuses charged droplets from all the nozzles to a focus line on the target despite misalignment of nozzles relative to a print line on the target.
    • 公开了一种喷墨打印机,其使用一排针对移动目标或复印纸的多个喷墨嘴。 每个喷嘴具有与其相关联的单独的充电电极,但是所有喷嘴共享一对共用偏转板,其将带电液滴转过共享沟槽朝向目标。 不带电的液滴进入沟槽。 静电透镜由位于朝向目标偏转的带电液滴的路径中的所有喷嘴共享。 尽管喷嘴相对于目标上的打印线不对准,镜头将来自所有喷嘴的带电液滴对准或聚焦到目标上的聚焦线。
    • 34. 发明授权
    • Data architecture for mixed resolution interleaved cross-channel data flow and format
    • 用于混合分辨率交叉通道数据流和格式的数据架构
    • US08670154B2
    • 2014-03-11
    • US13113647
    • 2011-05-23
    • Peter A. CreanRobert Paul LoceRaymond J. Clark
    • Peter A. CreanRobert Paul LoceRaymond J. Clark
    • G06K1/00G06K9/00H04N5/232
    • H04N1/648G06K15/1814G06K15/1857G06K15/1877
    • The present application provides a mixed resolution, interleaving-based, cross-channel data flow and data format for a printer image path. The architecture provides pixel data for a colorant of a given writing channel at its nominal (full) resolution, while pixel data for other colorants is provided at lowered resolution. Pixel data for a primary channel at its full resolution is interleaved with data for other secondary channels at lower resolution. Known sub-sampling or compression techniques can be used to lower the resolution of the secondary channels. The data at the different resolutions is generated by the digital front end (DFE), which distributes the data for each writing channel at the time it is needed. Preferably, the low resolution data is sent first to the writer, followed by high resolution data, so that data buffering is minimized.
    • 本申请提供了用于打印机图像路径的混合分辨率,交织,跨通道数据流和数据格式。 该架构以其标称(全)分辨率为给定写入通道的着色剂提供像素数据,而以较低分辨率提供其他着色剂的像素数据。 用于其全分辨率的主要信道的像素数据与较低分辨率的其他次要信道的数据进行交织。 已知的次采样或压缩技术可以用于降低次级通道的分辨率。 不同分辨率下的数据由数字前端(DFE)生成,数字前端在需要时分配每个写入通道的数据。 优选地,低分辨率数据首先发送到写入器,随后是高分辨率数据,使得数据缓冲被最小化。
    • 35. 发明授权
    • Page parallel rip with interleaved chunks
    • 页面并行裂缝与交错块
    • US08665469B2
    • 2014-03-04
    • US12703261
    • 2010-02-10
    • R. Victor KlassenStephen C. MorganaPeter A. Crean
    • R. Victor KlassenStephen C. MorganaPeter A. Crean
    • G06F3/12
    • G06F3/1288G06F3/1211G06F3/124
    • Systems and methods are described that facilitate distributing a raster image processing task for an input file (e.g., an electronic document) across a plurality of nodes (e.g., computers) in a network. The input file is received at a first node, which becomes the controlling node and splits the pages of the input file into interleaved chunks such that adjacent pages are allocated to different chunks (i.e., no chunk contains adjacent pages in the document). Chunks are then assigned to different nodes for concurrent raster image processing. Once complete, the processed pages are returned to the controller node, which logically orders the pages into their original sequential order, and outputs the logically ordered, raster image processed pages to a printer, where they are printed.
    • 描述了便于在跨网络中的多个节点(例如计算机)上为输入文件(例如,电子文档)分发光栅图像处理任务的系统和方法。 输入文件在第一个节点处被接收,第一个节点成为控制节点,并将输入文件的页面分割成交错的块,使得相邻页面被分配给不同的块(即,没有块包含文档中的相邻页面)。 然后将块分配到不同的节点进行并行光栅图像处理。 一旦完成,处理的页面将返回到控制器节点,逻辑上将页面顺序排列成其原始顺序,并将经过逻辑排序的光栅图像处理页面输出到打印机。
    • 37. 发明授权
    • Parallel RIP with preamble caching
    • 并行RIP与前导码缓存
    • US08077330B2
    • 2011-12-13
    • US11961102
    • 2007-12-20
    • R. Victor KlassenPeter A. CreanMichael Campanella
    • R. Victor KlassenPeter A. CreanMichael Campanella
    • G06K15/00
    • G06F3/124G06F3/1213
    • A method and system is provided for splitting a print job into its preamble and at least one chunk. The splitter maintains a collection of RIP node addresses to which chunks of the job currently being split have already been sent. When a new chunk is about to be sent, the splitter checks whether each RIP node address has already received a chunk. If the RIP node has not already received a chunk, the splitter sends the preamble as well as the chunk to an available RIP associated with the RIP node. If, however, the RIP node address has already received a chunk, only the portion of the chunk after the preamble is sent to an available RIP associated with the RIP node and communicate the location of the preamble to the available RIP node. The preamble may contain common content for each job.
    • 提供了一种用于将打印作业分解成其前导码和至少一个块的方法和系统。 分配器维护目前正在拆分的作业块已经发送到的RIP节点地址的集合。 当新的组块即将发送时,分片器会检查每个RIP节点地址是否已经收到一个块。 如果RIP节点尚未收到块,则分离器将前导码以及该块发送到与RIP节点相关联的可用RIP。 然而,如果RIP节点地址已经接收到一个块,只有前导码之后的块的部分才被发送到与RIP节点相关联的可用RIP,并将该前导码的位置传送到可用的RIP节点。 前导码可能包含每个作业的常见内容。
    • 38. 发明申请
    • PAGE PARALLEL RIP WITH INTERLEAVED CHUNKS
    • PAGE PARALLEL RIP with INTERLEAVED CHUNKS
    • US20110194137A1
    • 2011-08-11
    • US12703261
    • 2010-02-10
    • R. Victor KlassenStephen C. MorganaPeter A. Crean
    • R. Victor KlassenStephen C. MorganaPeter A. Crean
    • G06F3/12
    • G06F3/1288G06F3/1211G06F3/124
    • Systems and methods are described that facilitate distributing a raster image processing task for an input file (e.g., an electronic document) across a plurality of nodes (e.g., computers) in a network. The input file is received at a first node, which becomes the controlling node and splits the pages of the input file into interleaved chunks such that adjacent pages are allocated to different chunks (i.e., no chunk contains adjacent pages in the document). Chunks are then assigned to different nodes for concurrent raster image processing. Once complete, the processed pages are returned to the controller node, which logically orders the pages into their original sequential order, and outputs the logically ordered, raster image processed pages to a printer, where they are printed.
    • 描述了便于在跨网络中的多个节点(例如计算机)上为输入文件(例如,电子文档)分发光栅图像处理任务的系统和方法。 输入文件在第一个节点处被接收,第一个节点成为控制节点,并将输入文件的页面分割成交错的块,使得相邻页面被分配给不同的块(即,没有块包含文档中的相邻页面)。 然后将块分配到不同的节点进行并行光栅图像处理。 一旦完成,处理的页面将返回到控制器节点,逻辑上将页面顺序排列成其原始顺序,并将经过逻辑排序的光栅图像处理页面输出到打印机。
    • 39. 发明申请
    • MINIMIZING SPECTROPHOTOMETER IMPACT ON SPOT COLOR ACCURACY
    • 最小化分光光度计对点颜色精度的影响
    • US20110096330A1
    • 2011-04-28
    • US12607212
    • 2009-10-28
    • Edul N. DalalWencheng WuAlvaro E. GilPeter A. Crean
    • Edul N. DalalWencheng WuAlvaro E. GilPeter A. Crean
    • G01J3/46
    • G01J3/46G01J3/462G01J3/463H04N1/6033
    • Differences between an offline spectrophotometer and an inline spectrophotometer can result in differences between a hardcopy target color and a printed reproduction of that color. The inline spectrophotometer is inside of a printer and configured to measure printer output. As such, the inline spectrophotometer cannot conveniently measure the hardcopy target color. A printing error or an instrument offset can be determined and passed to a color correction module that updates the device dependent color specification associated with the given spot color. This color specification may be stored, for example, in the printer controller, and used when a document subsequently calls for that spot color, thereby providing accurate color reproduction from that particular printer incorporating that particular inline spectrophotometer.
    • 离线分光光度计和在线分光光度计之间的差异可能导致硬拷贝目标颜色和该颜色的印刷再现之间的差异。 在线分光光度计位于打印机内部,并配置为测量打印机输出。 因此,在线分光光度计不能方便地测量硬拷贝目标颜色。 可以确定打印错误或仪器偏移并将其传递给更新与给定专色相关联的依赖于设备的颜色规格的颜色校正模块。 该颜色规格可以存储在例如打印机控制器中,并且当文档随后调用该专色时使用,从而从包含该特定的在线分光光度计的特定打印机提供准确的颜色再现。