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    • 2. 发明授权
    • Charged particle modulator device and improved imaging methods for use
thereof
    • 充电颗粒调制器装置及其使用的改进的成像方法
    • US3986871A
    • 1976-10-19
    • US423883
    • 1973-12-12
    • John D. BladesJerome E. Jackson
    • John D. BladesJerome E. Jackson
    • G03G15/05G03G13/044
    • G03G15/051
    • The invention is an improved modulator, in the form of a screen, having the capability of selectively passing therethrough charged particles, such as gas ions, in accordance with a pattern that corresponds to the image and non-image areas of a graphic original. The apertured modulator is formed from a metal screen, such as a 200 mesh wire screen, having a wire cross section of 0.051 millimeter and is overcoated with a four-micron thickness of a photoconductor, such as selenium or an organic photoconductor, over which is next applied an equal thickness of an insulating layer, such as polystyrene. The three-layered modulator constructed in this manner is imparted a charge pattern corresponding to the graphic subject to be reproduced by the creation of a charge distribution system (CDS) on the insulating surface. The CDS created on the modulator in the environment of this invention is completely passive to electromagnetic radiation. The modulator is placed between an emission electrode and collection electrode to selectively pass therethrough gas ions to be received onto a dielectric surface in a charge pattern corresponding to the graphic subject from which the charge distribution system was created on the insulating layer.The technique and procedure whereby such a developable charge image is created on a dielectric material, such as a sheet of paper, involves disposing the modulator, bearing its charge distribution system, in the environment of an arrangement of electrodes which includes a corona emission electrode juxtaposed with the metal side of the modulator for creating gas ions in air which are directed into the apertures of the modulator and a collection electrode disposed on the side opposite facing and immediately juxtaposed with the insulating surface for directing the ions toward a sheet of dielectric paper in contact with the collecting electrode.
    • 3. 发明授权
    • Apparatus and method for real-time measurement of digital print quality
    • 用于实时测量数字打印质量的设备和方法
    • US06435642B1
    • 2002-08-20
    • US09193609
    • 1998-11-17
    • Jerome E. JacksonRichard A. MalinKevin M. MincklerBrian RomanskyArthur RubinsteinEdilberto I Salazar
    • Jerome E. JacksonRichard A. MalinKevin M. MincklerBrian RomanskyArthur RubinsteinEdilberto I Salazar
    • B41J29393
    • B41J2/04508B41J2/04586
    • Predetermined print control signals are provided to a digital printing mechanism that responds to the print control signals to print an image on a substrate. A reference signal is derived from said print control signals. The image is scanned to generate a post-print signal. The reference signal is compared with said post-print signal. If the reference signal and the post-print signal do not compare within predetermined standards, an output signal indicative of poor print quality is generated. The print mechanism can be incorporated into a postage metering system and the image can be a postal indicia. The postage meter is responsive to a signal generated as a function of the output signal to inhibit further printing of postal indicia. Prior to printing the image, a substrate upon which the image is to be printed is scanned to generate a reflectance signal, the reflectance signal being used to correct the post-print signal. The post-print signal can represent integration of reflectance over segments of the image, or can represent summation of scanned pixels over segments of the image.
    • 预定的打印控制信号被提供给数字打印机构,其响应于打印控制信号以在基板上打印图像。 从所述打印控制信号导出参考信号。 扫描图像以产生后打印信号。 将参考信号与所述后打印信号进行比较。 如果参考信号和后打印信号在预定标准内不进行比较,则产生指示打印质量差的输出信号。 打印机构可以并入邮资计费系统中,图像可以是邮戳。 邮资计对响应于作为输出信号的函数产生的信号以阻止邮戳的进一步打印。 在打印图像之前,扫描要打印图像的基板以产生反射信号,反射信号用于校正后打印信号。 后印刷信号可以表示图像的片段上的反射率的积分,或者可以表示图像的片段上的扫描像素的和。
    • 4. 发明授权
    • Compliant platen for high speed flat bed printer
    • 适用于高速平板打印机的压板
    • US5427025A
    • 1995-06-27
    • US323405
    • 1994-10-14
    • Henry LeeJames A. SalomonDaniel B. YoungJerome E. Jackson
    • Henry LeeJames A. SalomonDaniel B. YoungJerome E. Jackson
    • B41F1/38G07B17/00B41F13/10
    • G07B17/00467B41F1/38G07B2017/00516
    • A flat bed printing mechanism for a postage meter is disclosed which includes a flat printing die, a platen mounted beneath the printing which is movable toward and away from the printing die to as to bring the image area of a mail piece disposed over the platen into printing contact with the printing die. The platen supports a resilient pressure pad which contacts the mail piece, and there is a resilient means interposed between the upper surface of the platen and the lower surface of the pressure pad to support the pressure pad in spaced relationship with the upper surface of the platen so that the pressure pad is free to move both linearly and angularly with respect to the platen when the platen moves upwardly to press the mail piece against the printing die, to cause the plane of the upper surface of the pressure pad to conform to the plane of the image area of the mail piece as the platen pushes the image area of the mail piece upwardly toward the printing die.
    • 公开了一种用于邮资计费器的平板打印机构,其包括平面印刷模具,安装在打印下方的压板,其可朝向和远离印刷模移动,以将设置在压板上的邮件的图像区域带入 与印刷模具打印接触。 压板支撑弹性压力垫,其接触邮件,并且存在插入在压盘的上表面和压力垫的下表面之间的弹性装置,以将压力垫与压板的上表面间隔开来支撑 使得当压板向上移动以将邮件压靠印刷模具时,压垫可以相对于压板线性地和角度地自由移动,以使压力垫的上表面的平面与平面相符 当压板将邮件的图像区域向上朝向打印模具移动时邮件的图像区域。
    • 5. 发明授权
    • Ink tray
    • 墨水盘
    • US5259878A
    • 1993-11-09
    • US690469
    • 1991-04-24
    • Danilo P. BuanBetty A. TerryJerome E. JacksonCharles F. Murphy, III
    • Danilo P. BuanBetty A. TerryJerome E. JacksonCharles F. Murphy, III
    • B41K3/56G07B17/00B05C1/02
    • B41K3/56G07B17/00508G07B2017/00548
    • An ink pad device for a high speed mailing machine is disclosed. The ink pad device includes an ink pad and an ink chamber in which the ink pad is at least partially disposed to sorb ink therefrom. The ink pad device may also comprise an ink reservoir and/or a pump for pumping ink from the reservoir to the ink chamber. The ink pad device is attachable to a drive for moving the ink pad horizontally and vertically from a horizontal home position to a horizontal inking position in which the ink pad is tamped against a printing device which imprints postage indicia. The ink pump comprises a deformable chamber which is compressed to pump ink from the reservoir to the ink chamber. In one embodiment, the ink pad and the ink chamber are provided as a disposable, non-replenishable, non-refillable unit containing a limited amount of ink for limited use. In another embodiment, the ink chamber, the ink pad, the reservoir and the pump form a unit in which ink is replenished from the reservoir to the ink chamber. In that embodiment, the entire unit may be made disposable and may be moved by the drive to the inking position. In still another embodiment, the ink pad and the ink chamber form a disposable, replenishable unit, and the reservoir is replaceable. In that embodiment, only the ink pad and the ink chamber are movable by the drive to the inking position.
    • 公开了一种用于高速邮寄机的墨垫装置。 墨垫装置包括墨垫和墨室,其中墨垫至少部分地设置成从其吸收墨。 墨水垫装置还可以包括用于将油墨从储存器泵送到墨水室的墨水储存器和/或泵。 墨水垫装置可附接到用于将墨水盘从水平原位水平和垂直地移动到水平着墨位置的驱动器,在该位置中墨垫被夯实打印印刷邮戳的打印装置。 墨水泵包括可变形室,其被压缩以将油墨从储存器泵送到墨水室。 在一个实施例中,墨垫和墨室被设置为一次性的,不可补充的,不可重新填充的单元,其含有有限量的用于有限使用的墨水。 在另一个实施例中,墨室,墨垫,储存器和泵形成一个单元,在该单元中墨从储存器补充到墨室。 在该实施例中,整个单元可以被制成一次性的并且可以被驱动器移动到着墨位置。 在另一个实施例中,墨垫和墨室形成一次性的可补充单元,并且储存器是可更换的。 在该实施例中,只有墨垫和墨室可通过驱动器移动到着墨位置。
    • 9. 发明授权
    • Apparatus and method for printing two-dimensional barcode and articles incorporating such barcode
    • 用于印刷二维条形码和包含这种条形码的物品的装置和方法
    • US06631012B2
    • 2003-10-07
    • US10013575
    • 2001-12-11
    • G. Thomas AthensJohn A. HurdJerome E. Jackson
    • G. Thomas AthensJohn A. HurdJerome E. Jackson
    • G06F1500
    • G06K1/121
    • A method and system for printing a 2D-barcode corresponding to a binary data array and a substrate imprinted with such barcode. The barcode has I first columns of modules and J rows of modules transverse to columns. Each module having a one-to-one correspondence with a bit in a data array and comprising X columns and Y rows of pixels. All pixels are unprinted if said corresponding data bits for a module is not asserted; and otherwise: for pixel columns P(1) through P(X−H) and rows P(1) through P(Y−V), where H is in the range 0 to X−1 and V is in the range 0 to Y−1, all pixels are printed; for first columns P(X−H+1) through P(X) and rows P(1) through P(Y−V), all pixels are printed if a corresponding data bit for an adjacent module in the next module column is asserted; and for columns P(X−H+1) through P(X), rows P(Y−V+1) through P(Y) are not printed if a corresponding data bit for an adjacent or diagonally adjacent module in a next first is not asserted. H and V are not both equal to 0.
    • 一种用于打印与二进制数据阵列相对应的二维条形码的方法和系统,以及印有这种条形码的基板。 条形码具有第一列模块和J列横向列的模块。 每个模块与数据阵列中的位具有一一对应关系,并且包括X列和Y行像素。 如果模块的所述相应数据位未被置位,则所有像素都是未打印的; 否则:对于像素列P(1)至P(XH)和行P(1)至P(YV),其中H在0至X-1的范围内,V在0至Y-1的范围内, 所有像素都打印; 对于第一列P(X-H + 1)至P(X)和行P(1)至P(Y-V),如果下一个模块列中相邻模块的对应数据位被断言,则打印所有像素; 并且对于列P(X-H + 1)至P(X),如果在下一个第一位置中相邻或对角线相邻模块的对应数据位不打印行P(Y-V + 1)至P(Y) 没有断言。 H和V都不等于0。
    • 10. 发明授权
    • Mailing machine having ink jet printing and maintenance system
    • 具有喷墨打印和维护系统的邮寄机
    • US5806994A
    • 1998-09-15
    • US951074
    • 1997-10-15
    • Jean-Hiram CoffyJerome E. JacksonRichard A. MalinEdilberto I. Salazar
    • Jean-Hiram CoffyJerome E. JacksonRichard A. MalinEdilberto I. Salazar
    • B41J2/165B41J13/12G07B17/00G01D15/18
    • B41J2/16588B41J13/12B41J2/16547G07B17/00467G07B17/00508G07B2017/00556
    • A mailing machine comprising a printer module, a transport device and a controller in operative communication with the transport device and the printer module. The printer module including an array of ink jet print elements for printing on an envelope and a repositioning device in operative engagement with the array of ink jet print elements for moving the array of ink jet print elements between a maintenance position and a print position. The transport device including suitable structure for feeding the envelope in a path of travel so that the envelope passes in opposed relationship to the array of ink jet print elements when the array of ink jet print elements are in the print position. The controller keeps an indicator of an amount of time elapsed between printing successive envelopes. If the indicator reaches a predetermined threshold, then the controller causes the array of ink jet print elements to perform a maintenance operation by firing the array of ink jet print elements in the absence of the envelope while the printer module is in the print position.
    • 一种邮寄机,包括打印机模块,传送装置和与传送装置和打印机模块可操作地通信的控制器。 打印机模块包括用于在信封上打印的喷墨打印元件阵列和与喷墨打印元件阵列有效接合的重新定位装置,用于在维护位置和打印位置之间移动喷墨打印元件阵列。 输送装置包括用于在行进路径中输送信封的合适结构,使得当喷墨打印元件阵列处于打印位置时,信封以与喷墨打印元件阵列相对的关系通过。 控制器保持打印连续信封之间经过的时间量的指示符。 如果指示器达到预定阈值,则控制器使喷墨打印元件阵列通过在打印机模块处于打印位置时在不存在信封的情况下点燃喷墨打印元件阵列来执行维护操作。