INVERSE MASK GENERATING PRINTER AND PRINTER MODULE
    11.
    发明申请
    INVERSE MASK GENERATING PRINTER AND PRINTER MODULE 有权
    反转掩模生成打印机和打印机模块

    公开(公告)号:US20120099122A1

    公开(公告)日:2012-04-26

    申请号:US12908920

    申请日:2010-10-21

    CPC classification number: G03G15/01 H04N1/54

    Abstract: An inverse mask image generating printer and printer module are provided. In one aspect, an inverse mask image generating module has an input adapted to receive the image data for an image to be printed said image data having color data for a first set of colors used in a first color model; an inverse mask image processor generating an inverse mask image using color data for one of the first set of colors; and an output providing the inverse mask image for use by a print engine. The inverse mask image is generated based upon the color data for a selected one of the first set of colors so that the inverse mask image can be generated without first determining color separation toner images that define amounts of color toner to be applied to form the elements of the image.

    Abstract translation: 提供了一种逆掩模图像生成打印机和打印机模块。 一方面,逆掩模图像生成模块具有适于接收要印刷的图像的图像数据的输入,所述图像数据具有用于第一颜色模型中使用的第一组颜色的颜色数据; 逆掩模图像处理器,使用用于所述第一组颜色之一的颜色数据生成逆掩模图像; 以及提供用于打印引擎的逆掩模图像的输出。 基于所选择的第一组颜色的颜色数据生成反掩模图像,使得可以生成逆掩模图像而不首先确定定义要应用于形成元素的彩色调色剂的量的分色调色剂图像 的图像。

    ADVANCED PRINTING SYSTEM EMPLOYING NON-CONVENTIONAL TONERS AND GANGED PRINTERS
    12.
    发明申请
    ADVANCED PRINTING SYSTEM EMPLOYING NON-CONVENTIONAL TONERS AND GANGED PRINTERS 审中-公开
    使用非常规色带和打印机的高级打印系统

    公开(公告)号:US20110097118A1

    公开(公告)日:2011-04-28

    申请号:US12607130

    申请日:2009-10-28

    CPC classification number: G03G15/5062 G03G2215/00021 G03G2215/0161

    Abstract: A system and method using an electrographic printer for printing of a print including an image and a particular pattern using techniques that also allows the selective application of non-conventional toners to an image formed on a printed media using registration marks to locate the original image on the printed media in order to provide proper alignment of the non-conventional toner image to the original printed image. The system employs two printers, the first is a conventional EP printer with the capability (internal or via driver software) to place registration marks on the print media along with the printed image, and a second printer adapted to read the registration marks on the printed media. Once the registration marks are read the non-conventional toner image is applied by the second printer in relative relation the positions of the read registration marks.

    Abstract translation: 一种使用电印机的系统和方法,其使用技术来打印包括图像和特定图案的打印机,所述技术还允许使用对准标记将形成在打印介质上的图像选择性地应用于非传统调色剂以将原始图像定位在 印刷介质,以便提供非常规调色剂图像与原始打印图像的适当对准。 该系统采用两台打印机,第一种是具有能力的常规EP打印机(内部或通过驱动程序软件),以便与印刷图像一起在打印介质上放置注册标记,以及适于读取打印图像上的对准标记的第二打印机 媒体。 一旦读取了对准标记,第二打印机将非传统调色剂图像相对于读取的对准标记的位置施加。

    Method of printing a fluorescent image superimposed on a color image
    13.
    发明授权
    Method of printing a fluorescent image superimposed on a color image 有权
    打印叠加在彩色图像上的荧光图像的方法

    公开(公告)号:US06400386B1

    公开(公告)日:2002-06-04

    申请号:US09547603

    申请日:2000-04-12

    Applicant: Young No

    Inventor: Young No

    CPC classification number: B41J2/325 B41J2202/33 B41M3/144

    Abstract: A method of printing a fluorescent image superimposed on a color image. An image source captures an image and converts the image to an image file that is transferred to a controller. The controller controls operation of a print head that prints a plurality of monochrome images forming a color image when the monochrome images are superimposed in registration one upon the other. In the case of a thermal dye printer, the plurality of monochrome images are formed by selective thermal transfer of dye from yellow, magenta and cyan dye color patches to a receiver. In the case of an inkjet printer, the plurality of monochrome images are formed by selective activation of ink channels containing cyan, magenta and yellow ink so as to eject cyan, magenta and yellow ink droplets onto the receiver. In the case of the thermal dye printer, the invention provides a dye carrier containing a phosphorous dye color patch. In the case of an inkjet printer, the invention provides that at least one of the channels contains a phosphorous colorant. After the color image is formed, using either the thermal dye printer or the ink jet printer, image information defined only by a selected one of the monochrome images is used by the print head to print a fluorescent image superimposed on the color image. The fluorescent image is printed bi-modally in registration with the selected one of the monochrome images. In this manner, the fluorescent image defines an outline of the color image, so that the color image is recognizable in a dark viewing area.

    Abstract translation: 一种打印叠加在彩色图像上的荧光图像的方法。 图像源捕获图像并将图像转换为传输到控制器的图像文件。 控制器控制打印头的操作,当打印单色图像相互重叠时,打印形成彩色图像的多个单色图像。 在热染料打印机的情况下,通过将染料从黄色,品红色和青色染料色块选择性热转印到接收器来形成多个单色图像。 在喷墨打印机的情况下,通过选择性地激活含有青色,品红色和黄色墨水的墨水通道来形成多个单色图像,以将青色,品红色和黄色墨滴喷射到接收器上。 在热染料打印机的情况下,本发明提供了含有磷染料色片的染料载体。 在喷墨打印机的情况下,本发明提供至少一个通道包含磷着色剂。 在形成彩色图像之后,使用热染料打印机或喷墨打印机,由打印头使用由所选择的单色图像中定义的图像信息来打印叠加在彩色图像上的荧光图像。 荧光图像被双向打印,与所选择的一个单色图像对准。 以这种方式,荧光图像定义彩色图像的轮廓,使得彩色图像在黑暗的观察区域中是可识别的。

    Printer and method adapted to precisely position a dye receiver portion
    14.
    发明授权
    Printer and method adapted to precisely position a dye receiver portion 失效
    适于精确定位染料接收器部分的打印机和方法

    公开(公告)号:US5853253A

    公开(公告)日:1998-12-29

    申请号:US950646

    申请日:1997-10-15

    Applicant: Young No

    Inventor: Young No

    CPC classification number: B41J2/325 B65H20/04 B65H2402/60 B65H2555/24

    Abstract: A printer and method adapted to precisely position a dye receiver portion. The printer and method properly positions the dye receiver portion for printing successive images onto the dye receiver portion with precise color registration and constant length, as the dye receiver portion unwinds from a roll of dye receiver. The printer comprises a print head for successively printing the images on the dye receiver and includes a rotator engaging the dye receiver roll for rotating the dye receiver roll by a plurality of incremental steps, so that the dye receiver is unwound from the dye receiver roll. The printer also includes a computer connected to the dye receiver roll for computing the incremental steps by which to rotate the dye receiver roll. The computer computes the incremental steps as a function of change of diameter of the dye receiver roll as each image of constant predetermined length is successively printed.

    Abstract translation: 一种适于精确定位染料接收器部分的打印机和方法。 打印机和方法将染料接收器部分适当地定位用于将染料接收器部分从染料接收器卷展开的连续图像印刷到染料接收器部分上,具有精确的颜色配准和恒定的长度。 打印机包括用于在染料接收器上连续打印图像的打印头,并包括接合染料接收辊的旋转器,用于通过多个增量步骤旋转染料接收器辊,使得染料接收器从染料接收器卷展开。 打印机还包括连接到染料接收辊的计算机,用于计算用于旋转染料接收器辊的增量步骤。 当连续打印每个恒定的预定长度的图像时,计算机计算增量步长作为染料接收辊的直径变化的函数。

    Printer adapted to guide a dye donor therein and method therefor
    15.
    发明授权
    Printer adapted to guide a dye donor therein and method therefor 失效
    用于引导染料供体的打印机及其方法

    公开(公告)号:US5851076A

    公开(公告)日:1998-12-22

    申请号:US956996

    申请日:1997-10-23

    Applicant: Young No

    Inventor: Young No

    CPC classification number: B41J33/14 B41J17/32 B41J32/00

    Abstract: Printer adapted to guide a dye donor therein and method therefor. The dye donor ribbon has a leading end portion, which in turn has a plurality of sprocket holes spaced along parallel side portions of the leading end portion. A print head activates the dye donor ribbon to transfer dye therefrom onto a receiver for forming an image on the receiver. A dye donor ribbon take-up spool is disposed near the print head for taking-up the dye donor ribbon as the print head activates the dye donor ribbon. The take-up spool has a plurality of sprockets therearound sized to engage the sprocket holes in the leading end portion. A dye donor ribbon supply spool is spaced-apart from the take-up spool for supplying the dye donor ribbon therefrom as the print head activates the dye donor ribbon. A pair of spaced-apart oppositely disposed parallel guide rails extend between the take-up pool and the supply spool. Each of the rails defines a passage for guiding the dye donor ribbon along the passages. A support roller is disposed adjacently opposite the print head for supporting the receiver on the support roller in engagement with the dye donor ribbon as the print head activates the dye donor ribbon.

    Abstract translation: 用于引导染料供体的打印机及其方法。 染料供体带具有前端部分,该前端部分又具有沿着前端部分的平行侧部分间隔开的多个链轮孔。 打印头激活染料供体带以将染料从其转移到接收器上以在接收器上形成图像。 染料供体带卷取卷轴设置在打印头附近,用于当打印头激活染料供体带时吸取染料供体带。 卷取卷轴具有多个在其周围的链轮,其尺寸适于接合前端部分中的链轮孔。 染料供体色带供应卷轴与卷取卷轴间隔开,用于当打印头激活染料供体带时从其供应染料供体带。 一对间隔开的相对设置的平行导轨在卷取池和供给卷轴之间延伸。 每个轨道限定了用于沿着通道引导染料供体带的通道。 支撑辊设置成相对于打印头,用于在打印头激活染料供体带时将支撑辊上的接收器支撑在与染料供体带接合的位置。

    Bound document having binding strip with spacer
    16.
    发明授权
    Bound document having binding strip with spacer 有权
    绑定文件具有带隔离物的绑带

    公开(公告)号:US08870228B2

    公开(公告)日:2014-10-28

    申请号:US13627266

    申请日:2012-09-26

    CPC classification number: B42D1/06 B42B5/08 B42C9/0056 B42D1/04

    Abstract: A bound document has front, back, and interior sheets with spine edges. The document has a binding strip and fasteners binding the sheets and the binding strip together. The strip has a flexible substrate with a face-attachment portion through which the fasteners are driven, and a wraparound portion that is bent so adhesive on the wraparound portion contacts the back sheet farther from the spine edge of the book than the feet of the fasteners. The strip also has a first spacer affixed to the interior surface opposite the face-attachment portion so that a fastener area is defined, the spacer at least as thick as the protrusion of the heads of the fasteners above the face-attachment portion.

    Abstract translation: 装订文件具有带脊柱边的前部,后部和内部片材。 该文件具有装订条和紧固件将纸张和捆扎条绑在一起。 该条带具有柔性基底,具有面部附接部分,紧固件通过该部分被驱动,并且在环绕部分上弯曲成粘合的环绕部分接触距书钉的脊部边缘远离紧固件的脚部的背板 。 条带还具有固定到与面部附接部分相对的内表面的第一间隔件,使得限定了紧固件区域,间隔件至少与紧固件的头部在头部附接部分上方的突出部的厚度一样厚。

    Methods for generating an inverse mask
    17.
    发明授权
    Methods for generating an inverse mask 有权
    用于产生逆掩模的方法

    公开(公告)号:US08520275B2

    公开(公告)日:2013-08-27

    申请号:US12908916

    申请日:2010-10-21

    CPC classification number: G03G15/01 H04N1/54

    Abstract: Methods for generating an inverse mask image are provided. In one aspect, image data is determined for an image to be printed said image data having color data for a first set of colors used in a first color model; and, an inverse mask toner image is generated using color data for one of the first set of colors. The inverse mask image is generated based upon the color data for a selected one of the first set of colors so that the inverse mask pattern can be generated without first determining of color separation toner images that define amounts of color toner to be applied to a receiver to form the image.

    Abstract translation: 提供了生成反掩模图像的方法。 在一个方面,为要印刷的图像确定图像数据,所述图像数据具有用于第一颜色模型中使用的第一组颜色的颜色数据; 并且使用用于第一组颜色之一的颜色数据生成反向掩模调色剂图像。 基于第一组颜色中的所选择的颜色数据生成反掩模图像,使得可以在不首先确定要分配给接收器的彩色调色剂的颜色分色调色剂图像的情况下生成反向掩模图案 形成图像。

    IMAGE PRINTING METHOD WITH REDUCED BANDING
    18.
    发明申请
    IMAGE PRINTING METHOD WITH REDUCED BANDING 有权
    图像打印方法与减少带

    公开(公告)号:US20110243587A1

    公开(公告)日:2011-10-06

    申请号:US12751011

    申请日:2010-03-31

    Applicant: Young No

    Inventor: Young No

    CPC classification number: G03G15/081

    Abstract: Cross-track banding artifacts and wear in an electrophotographic (EP) print engine are reduced. A development member and a supply member are disposed so that charge is transferred between them in a charge-transfer region. The members are retained in a first position with respect to each other for a first dwell time, and neither member is rotated during the first dwell time, so that charge is transferred between members in the charge-transfer region. One of the members is rotated so that at least one point on one of the members is moved out of the charge-transfer region. The members are retained in a second position with respect to each other for a second dwell time that is greater than the time for one revolution of the development member, wherein neither member is rotated during the second dwell time.

    Abstract translation: 电子照相(EP)打印引擎中的跨轨带条纹和磨损减少了。 显影构件和供给构件被布置成使得电荷在电荷转移区域中在它们之间传递。 这些构件相对于第一停留时间保持在第一位置,并且在第一停留时间期间两个构件都不旋转,使得电荷在电荷转移区域中的构件之间转移。 旋转其中一个构件,使得其中一个构件上的至少一个点移出电荷转移区域。 这些构件相对于彼此保持在第二停留时间的第二位置,该第二停留时间大于显影构件的一圈的时间,其中在第二停留时间期间两个构件都不旋转。

    Method of operating a multiple component electronic imaging system
    20.
    发明授权
    Method of operating a multiple component electronic imaging system 失效
    操作多分量电子成像系统的方法

    公开(公告)号:US06747689B1

    公开(公告)日:2004-06-08

    申请号:US09353735

    申请日:1999-07-14

    Abstract: A method of operating an electronic imaging system (20) as a distributed processor network is provided for a system that includes multiple imaging components such as digital cameras (22), printers (34), etc., wherein each component is connected to an intelligence module (24-36) having a microcontroller (58) and memory (62). In the method, the intelligence modules (24-36) are interconnected by way of a data interface (28-37) to form a system network. Next, different image processing steps are assigned to different ones of the intelligence modules (24-36). Image data entered and stored within the imaging system (20) is divided into a plurality of data groups, each of which preferably corresponds to a portion of an image. Finally, the data groups are serially entered through each of the intelligence modules (24-36) such that a specific sequence of image processing steps are conducted on each data group until the processing of a specific image is completed. The method efficiently utilizes all the microcontroller capability present in the network intelligence modules (24-36), thereby minimizing the processing time required to render images.

    Abstract translation: 为包括数字照相机(22),打印机(34)等多个成像组件的系统提供操作作为分布式处理器网络的电子成像系统(20)的方法,其中每个组件连接到智能 模块(24-36)具有微控制器(58)和存储器(62)。 在该方法中,智能模块(24-36)通过数据接口(28-37)互连形成系统网络。 接下来,将不同的图像处理步骤分配给不同的智能模块(24-36)。 输入并存储在成像系统(20)内的图像数据被分成多个数据组,每个数据组优选对应于图像的一部分。 最后,通过每个智能模块(24-36)串行输入数据组,使得在每个数据组上执行特定的图像处理步骤序列,直到特定图像的处理完成。 该方法有效利用网络智能模块(24-36)中存在的所有微控制器能力,从而最小化渲染图像所需的处理时间。

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