会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 55. 发明申请
    • SYSTEM AND METHOD FOR DETERMINING A BILLING STRUCTURE FOR DOCUMENTS BASED ON MARKING MEDIUM PREDICTIONS
    • 用于确定基于标记中值预测的文件的结算结构的系统和方法
    • US20110292413A1
    • 2011-12-01
    • US12790388
    • 2010-05-28
    • Peter A. Crean
    • Peter A. Crean
    • G06F15/00
    • H04N1/6033H04N1/00015H04N1/00023H04N1/00034H04N1/00087
    • Disclosed is a method for processing raster image data and determining via a reference device (e.g., LUT), an amount of marking medium (toner, ink) to be used for printing a document. Then billing costs based on the amount of medium is determined. In particular, a calibration method may be performed on an apparatus to determine the amounts of medium used for that particular apparatus. The calibration method includes printing pages with test patches for a plurality of colors at a particular dot value (or density), and weighing similar printed test pages so that the amount of medium used to print colors at particular dot values is determined by subtracting a weight of the pages before printing from the weight of the printed test pages. The change in weight (or mass) of the medium is used to populate the reference device for that apparatus.
    • 公开了一种用于处理光栅图像数据并经由参考装置(例如,LUT),用于打印文档的标记介质(调色剂,墨)的量的处理的方法。 然后确定基于介质量的计费费用。 特别地,可以在装置上执行校准方法以确定用于该特定装置的介质的量。 校准方法包括以特定的点值(或密度)打印具有用于多种颜色的测试片的页面,并称重类似的印刷测试页,使得用于在特定点值处打印颜色的介质的量通过减去重量来确定 从印刷测试页的重量打印之前的页面。 介质的重量(或质量)的变化用于填充该装置的参考装置。
    • 56. 发明申请
    • HYBRID SINGLE PASS, MULTI-PASS FULL COLOR PRINTING SYSTEM
    • 混合单通,多通彩色打印系统
    • US20090324303A1
    • 2009-12-31
    • US12163010
    • 2008-06-27
    • Peter A. CreanMichael R. Furst
    • Peter A. CreanMichael R. Furst
    • G03G15/01
    • G03G15/0184G03G15/0121G03G2215/0129G03G2215/0177
    • A hybrid single pass, multi-pass full color printing system is provided and includes (a) a moveable intermediate transfer belt (ITB) mounted within a machine frame and having a path of movement; (b) a plurality of single pass image output modules mounted along the path of movement, each having imaging devices including an image carrying member and a single developer housing containing a single color developer for forming an image in a single pass on the image carrying member for transfer onto the ITB; and (c) at least one single pass, multi-pass image output module mounted along the path of movement and having imaging devices including an image bearing member and a plural number of selectable developer housings, and each of the selectable developer housings containing a single spot color developer for forming spot color images in single passes and in multiple passes on the image bearing member for transfer onto the ITB.
    • 提供混合单程,多遍全彩色打印系统,并且包括(a)安装在机架内并具有运动路径的可移动中间转印带(ITB); (b)沿着移动路径安装的多个单遍图像输出模块,每个图像输出模块具有包括图像承载构件的成像装置和包含用于在图像承载构件上单次形成图像的单一显影剂的单个显影剂壳体 用于转移到ITB上; 和(c)沿着运动路径安装的至少一个单遍,多遍图像输出模块,并具有包括图像承载部件和多个可选显影剂壳体的成像装置,并且每个可选显影剂壳体包含单个 专色显影剂,用于在图像承载部件上的单遍和多遍中形成专色图像,以转印到ITB上。
    • 58. 发明授权
    • Progressive image shift for a saddle-stitched document
    • 一个马鞍缝合文档的渐进式图像移位
    • US06977741B2
    • 2005-12-20
    • US09745925
    • 2000-12-21
    • George L. EldridgeMark A. SmithSan A. PhongFarzin BlurfrushanHilda GharabegianPeter A. Crean
    • George L. EldridgeMark A. SmithSan A. PhongFarzin BlurfrushanHilda GharabegianPeter A. Crean
    • G06T3/40G06T9/00H04N1/40G06F15/00B41J2/435
    • H04N1/40G06T3/403G06T9/007
    • Shifting a page image while it is still in compressed form. The page image is compressed into independent strips that are a full page in the fast scan direction, and a small number of scanlines in the slow scan direction. Then, to shift the page image, whole strips can be deleted in one margin and/or deleted from the other. If the number of scanlines per strip is small enough, the difference in a margin created by the change of one strip will not be apparent. This invention can be used to advantage when it is decided at print time that the output shall be in the form of a saddle-stitched booklet requiring two-up printing, folding and subsequent trimming of the outside edges to uniform alignment. Here, a progressive page shift can be introduced at the printer controller while the images are still compressed, instead of requiring the change to be done to the PostScript Master, which would require reRIPing or decompression, shift and recompression.
    • 在仍然处于压缩形式的同时移动页面图像。 页面图像被压缩成快速扫描方向上的整页,并且在慢扫描方向上的少数扫描线的独立条带。 然后,要移动页面图像,可以在一个边距中删除整个条带和/或从另一个边缘删除。 如果每个条带的扫描线数量足够小,则通过一个条带的更改创建的边距的差异将不明显。 当在打印时确定输出应为需要双向打印,折叠和随后修剪外部边缘以均匀对准的马鞍缝合小册子的形式时,可以使用本发明。 这里,可以在打印机控制器上引入逐行页面移位,同时图像仍然被压缩,而不需要对PostScript Master进行改变,这将需要reRIPing或解压缩,移位和重新压缩。
    • 59. 发明授权
    • Bipolar ink jet method and apparatus
    • 双极喷墨法和装置
    • US4395716A
    • 1983-07-26
    • US296922
    • 1981-08-27
    • Peter A. CreanJohn M. SchneiderAnthony F. Lipani
    • Peter A. CreanJohn M. SchneiderAnthony F. Lipani
    • B41J2/075B41J2/01B41J2/12G01D18/00G01D15/18
    • B41J2/12
    • An improved ink jet marking architecture for enhancing ink droplet placing accuracy. The improved architecture combines a bipolar scanning arrangement with a drop interlace scheme. The preferred marking apparatus comprises an array of ink jet column generators which direct ink droplets to first a charging region and then through a deflection region. The droplets are charged either negatively or positively depending on a desired droplet trajectory; thus the bipolar designation. The deflection region has an electric field strength slightly less than the breakdown field strength of air for the environment in which the apparatus is to operate. The high field strength reduces the charge which must be applied to the droplets and therefore minimizes the drop to drop coulomb interaction. The interlace strategy causes sequential drops from a given generator to be printed in non-sequential locations on the paper. This strategy spreads out the ink droplets in space and results in a reduction of both aerodynamic and coulombic interaction between droplets. By reducing these interactions and minimizing the time of flight for the drops the placement accuracy is increased. The placement accuracy is further enhanced by utilizing a charging scheme which takes into account the charge induced on other droplets in close proximity of the droplet to correct for coulomb interactions even the bipolar plus interlace strategy cannot avoid.
    • 改进的喷墨标记结构,用于提高墨滴放置精度。 改进的架构结合了双极扫描布置和降低交错方案。 优选的标记装置包括喷墨塔发生器的阵列,其将墨滴直接引导到充电区域,然后通过偏转区域。 根据所需的液滴轨迹,液滴被负或积极地充电; 因此是双极的名称。 偏转区域的电场强度略小于设备运行环境的空气的击穿场强。 高场强降低了必须施加到液滴上的电荷,从而使滴下降使库仑相互作用最小化。 交错策略使得从给定发生器的顺序下降被打印在纸上的非顺序位置。 这种策略扩散了空间中的墨滴,导致液滴之间的空气动力学和库仑相互作用的减少。 通过减少这些相互作用并最大限度地减少滴液的飞行时间,增加了放置精度。 通过利用充电方案进一步提高放置精度,该充电方案考虑到在液滴附近的其他液滴上引起的电荷以校正库仑相互作用,即使双极加交错策略也不能避免。
    • 60. 发明授权
    • Scanning apparatus
    • 扫描仪
    • US4321628A
    • 1982-03-23
    • US136634
    • 1980-04-02
    • Peter A. Crean
    • Peter A. Crean
    • G02B26/10B41J2/44G03G15/04G06T3/00H04N1/113H04N1/19H04N1/193H04N1/10
    • H04N1/193H04N1/1135
    • An arrangement for optically reducing range finder effect in scanning systems employing plural image scanning arrays or a flying spot scanning beam. In the former, to reduce visually observable artifacts at the point where crossover is made from one adjoining array to the next due to misalignments of the scanning system components, field lenses are disposed between the system projection lenses and the document supporting platen. The field lenses serve to bend the imaging rays to a direction more nearly normal to the platen to thereby increase the depth of focus. Where the scanning system comprises a flying spot beam, a spherical mirror is disposed in the optical path to direct the imaging ray along an axis more nearly normal to the platen.
    • 用于在采用多个图像扫描阵列或飞点扫描光束的扫描系统中光学地减小测距仪效果的装置。 在前者中,为了在由于扫描系统部件的未对准而在从相邻阵列到下一个阵列进行交叉的点处减少视觉上可观察到的伪像,场透镜被布置在系统投影透镜和文档支撑压板之间。 场透镜用于将成像光线弯曲成更靠近压板的方向,从而增加焦深。 在扫描系统包括飞点光束的情况下,球面镜设置在光路中,以沿着更接近于平台的轴线引导成像光线。