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    • 51. 发明申请
    • ELECTROGRAPHIC PRINTING OF TACTILE IMAGES
    • 电子图像的电子印刷
    • US20140056616A1
    • 2014-02-27
    • US13591256
    • 2012-08-22
    • Donald Saul RimaiHwai-Tzuu TaiThomas Nathaniel Tombs
    • Donald Saul RimaiHwai-Tzuu TaiThomas Nathaniel Tombs
    • G03G15/22
    • G03G15/224G03G2215/0141
    • A method for forming a tactile printed image on a receiver medium using an electrographic printer, comprising forming a sequence of toner particle images on one or more primary imaging members, the sequence of toner particle images including a plurality of annular shapes having associated inner and outer sizes. The inner and outer sizes of the annular shapes varying in a monotonic sequence, such that when the sequence of toner particle images are transferred in register onto the receiver medium the annular shapes are substantially concentric and overlapping, thereby forming a tactile image feature having a hollow core; which is then fixed to permanently attach the transferred toner particle images to the receiver medium.
    • 一种使用电印机在接收介质上形成触觉印刷图像的方法,包括在一个或多个主要成像构件上形成一系列调色剂颗粒图像,所述调色剂颗粒图像序列包括具有相关联的内部和外部的多个环形形状 尺寸。 环形形状的内部和外部尺寸以单调序列变化,使得当调色剂颗粒图像的顺序被寄存器转移到接收介质上时,环形形状基本上同心并重叠,从而形成具有中空的触觉图像特征 核心; 然后将其固定以将转印的调色剂颗粒图像永久地附着到接收介质。
    • 53. 发明申请
    • RFID SYSTEM WITH MULTIPLE READER TRANSMIT FREQUENCIES
    • 具有多个读取器发射频率的RFID系统
    • US20130342319A1
    • 2013-12-26
    • US13532831
    • 2012-06-26
    • Donald Saul RimaiMark P. Hinman
    • Donald Saul RimaiMark P. Hinman
    • G06K7/01
    • G06K19/07327
    • An RFID system includes an RF-blocking enclosure having a port with a selected shortest dimension. An active RFID tag including a controller and an interior antenna coupled to the controller is located in the enclosure. The tag responds to a selected RF downlink frequency range. An RFID reader located outside the enclosure simultaneously transmits directional RF signals on a plurality of frequencies corresponding to respective wavelengths smaller than the selected shortest dimension, the plurality including a carrier frequency and an interference frequency. A beat frequency is thus defined between the carrier frequency and the interference frequency and the beat frequency is within the selected RF downlink frequency range, so that the transmitted signals pass through the port and the tag responds to the beat frequency.
    • RFID系统包括具有选定的最短尺寸的端口的RF阻挡外壳。 包括耦合到控制器的控制器和内部天线的有源RFID标签位于外壳中。 标签响应所选的RF下行链路频率范围。 位于外壳外部的RFID读取器同时在对应于小于所选择的最短维度的各个波长的多个频率上发送定向RF信号,多个包括载波频率和干扰频率。 因此,在载波频率和干扰频率之间定义拍频,并且拍频在所选择的RF下行链路频率范围内,使得发送的信号通过端口,并且标签响应拍频。
    • 54. 发明申请
    • CONTAINER-CLASSIFICATION IDENTIFICATION USING DIRECTIONAL-ANTENNA RFID
    • 使用方向 - 天线RFID的集装箱分类鉴定
    • US20130314534A1
    • 2013-11-28
    • US13477379
    • 2012-05-22
    • Mark P. HinmanDonald Saul RimaiAbhishek Sharma
    • Mark P. HinmanDonald Saul RimaiAbhishek Sharma
    • H04N7/18
    • G06Q10/08G08B13/248
    • A classification of a container is identified using a mobile station including an image capture device and an RFID reader having a reader antenna. The container has two RFID tags affixed thereto at respective, different locations. Each tag has a directional antenna steered in a different direction, so that a reader location is defined in the intersection of the antenna propagation patterns. Using the image capture device, one or more images of the container are captured. A controller determines, using the captured image data, whether the mobile station is in a candidate reader location. When the mobile station is in the candidate reader location, the RFID reader attempts to read both tags. If both tags are read while the mobile station is in the candidate reader location, the controller determines the classification of the container is a classification corresponding to the candidate reader location.
    • 使用包括图像捕获装置的移动台和具有读取器天线的RFID读取器来识别容器的分类。 容器在相应的不同位置附着有两个RFID标签。 每个标签具有沿不同方向转向的定向天线,使得读取器位置被定义在天线传播模式的交点中。 使用图像捕获设备捕获容器的一个或多个图像。 控制器使用捕获的图像数据确定移动台是否在候选读取器位置。 当移动台处于候选读取器位置时,RFID读取器尝试读取两个标签。 如果在移动站处于候选读取器位置的同时读取两个标签,则控制器确定容器的分类是对应于候选读取器位置的分类。
    • 55. 发明授权
    • Large-particle inkjet printing on semiporous paper
    • 大颗粒喷墨印刷在半纤维纸上
    • US08567938B2
    • 2013-10-29
    • US13245957
    • 2011-09-27
    • Thomas Nathaniel TombsDonald Saul Rimai
    • Thomas Nathaniel TombsDonald Saul Rimai
    • B41J2/01B41J2/015B41J2/385G03C1/52
    • D21H25/04B41M5/0011B41M5/0035D21H23/26
    • A print is produced on a semiporous recording medium. The semiporous recording medium is dried to an equilibrated 20% RH. Hydrophilic liquid is deposited on the medium in a selected fluid pattern within 15 seconds after the completion of drying. The recording medium is charged so that a charge pattern of charged and discharged areas is formed on the recording medium and the discharged areas correspond to the fluid pattern. Charged dry ink having charge of the same sign as the charge in the charged areas on the recording medium is deposited on the medium in a pattern corresponding to the selected fluid pattern. The dry ink is at least in part hydrophilic, so the dry ink adheres to the hydrophilic liquid, and at least some of the liquid is drawn into or around the deposited dry ink particles.
    • 在半容量记录介质上产生印刷。 将半孔记录介质干燥至平衡的20%RH。 亲水性液体在干燥完成后15秒内以选定的流体图案沉积在介质上。 记录介质被充电,使得在记录介质上形成充电和放电区域的电荷模式,并且排出区域对应于流体模式。 具有与记录介质上的带电区域中的电荷相同符号的充电干燥油墨以对应于所选流体图案的图案沉积在介质上。 干油墨至少部分是亲水的,因此干墨水粘附到亲水性液体上,并且至少一些液体被吸入沉积的干墨颗粒中或周围。
    • 56. 发明申请
    • PRINTER FOR USE WITH LOCALLY DISTORTABLE MEDIUMS
    • 打印机使用本地可接收的媒体
    • US20130162715A1
    • 2013-06-27
    • US13334495
    • 2011-12-22
    • Thomas Nathaniel TombsDonald Saul Rimai
    • Thomas Nathaniel TombsDonald Saul Rimai
    • B41J29/393
    • B41J2/105B41J2/2132B41J3/32
    • Printers are provided. One print has an inkjet printer to print an inkjet image on a receiver using a hydrophilic ink, a sensor for capturing an image of the receiver after predetermined period of absorption and a control system and a second printer. The control system identifies local areas of the image of the inkjet print on the that have reached a threshold level of non-uniform distortion and where additional ink remains for absorption, determining a distortion estimate for distortion of the receiver at a time when a second image will be printed on the receiver based upon information from the identified areas and generating a second print image based on the distortion estimate. The second printer prints the second print image.
    • 提供打印机。 一个打印机具有喷墨打印机,用于使用亲水墨水在接收器上打印喷墨图像,用于在预定的吸收周期之后捕获接收器的图像的传感器以及控制系统和第二打印机。 控制系统识别已达到不均匀失真阈值水平的喷墨打印图像的局部区域,并且其中附加墨水用于吸收,确定在第二图像时的接收器失真的失真估计 将基于来自识别的区域的信息在接收器上打印,并基于失真估计产生第二打印图像。 第二台打印机打印第二张打印图像。
    • 59. 发明申请
    • INKJET PRINTER FOR SEMI-POROUS OR NON-ABSORBENT SURFACES
    • 用于半孔或非吸收表面的喷墨打印机
    • US20130162706A1
    • 2013-06-27
    • US13334473
    • 2011-12-22
    • Thomas Nathaniel TombsDonald Saul Rimai
    • Thomas Nathaniel TombsDonald Saul Rimai
    • B41J29/38
    • G03G8/00G03G9/0821G03G9/0825G03G9/0827G03G9/08797
    • Inkjet printers are provided, in one aspect, an inkjet printer has an inkjet print engine that prints an image by jetting drops of hydrophilic liquid to form an inkjet image on a surface of at least one of a semi-absorbent recording medium or a non-absorbent recording medium; a transport system to transport the printed surface to a toner printer having a toner print engine to generate a liquid management toner image with toner particles that are at least in part hydrophilic and to transfer the toner image onto the recording medium where an unabsorbed volume of the inkjet ink will be present on the recording medium. A control system causes the inkjet printer to generate the inkjet image on the surface and causes the toner printer to generate a liquid management toner image that provides toner particles to manage an unabsorbed volume of the liquid.
    • 提供喷墨打印机,一方面,喷墨打印机具有喷墨打印引擎,其通过喷射亲水性液体滴来形成喷墨图像,以在半吸收性记录介质或非吸收性记录介质中的至少一种的表面上形成喷墨图像, 吸收记录介质; 将印刷表面运送到具有调色剂打印引擎的调色剂打印机的输送系统,以产生具有至少部分亲水性的调色剂颗粒的液体管理调色剂图像,并将调色剂图像转印到记录介质上,其中未吸收体积的 喷墨墨水将存在于记录介质上。 控制系统使得喷墨打印机在表面上产生喷墨图像,并使调色剂打印机产生液体管理调色剂图像,其提供调色剂颗粒以管理液体的未吸收体积。