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    • 3. 发明授权
    • Direct electrostatic printing device wherein the speeds of a magnetic
brush and a receiving substrate are related to each other
    • 其中磁刷和接收基板的速度彼此相关的直接静电印刷装置
    • US5900893A
    • 1999-05-04
    • US634963
    • 1996-04-19
    • Ludo JolyDirk BroddinGuido Desie
    • Ludo JolyDirk BroddinGuido Desie
    • B41J2/385B41J2/415G03G15/34B41J2/06
    • G03G15/346B41J2/4155G03G2217/0025
    • There is provided a device for direct electrostatic printing comprising a back electrode (105), a printhead structure (106), an array of printing apertures (107) in said printhead structure (106) through which a particle flow can be electrically modulated by a control electrode (106a), an image receiving substrate (109) travelling between said back electrode (105) and said printhead structure (106) in the direction of arrow A and toner delivery means (101), comprising a charged toner conveyer (103), the reference surface of said charged toner conveyer being placed at a distance B (in mm) from the front of said printhead structure (106), and a magnetic brush to provide charged toner on to the CTC, wherein the linear surface speed of the magnetic brush LSM has a specified minimal ratio versus the travelling speed LSS of the image receiving substrate, such that LSM/LSS.gtoreq.0.5. In a preferred embodiment the surface speed of the CTC LSC has also a specified minimal ratio versus the travelling speed LSS of the image receiving substrate, such that LSC/LSS.gtoreq.0.5. In a further preferred embodiment the surface speed of the magnetic brush LSM has a also a specified minimal ratio versus the linear surface speed LSC of the CTC, such that LSM/LSC.gtoreq.0.5. More over the radius of the CTC is chosen as a function of the extension of the array of printing apertures present in the printhead structure.
    • 提供了一种用于直接静电印刷的装置,其包括背电极(105),打印头结构(106),所述打印头结构(106)中的打印孔(107)阵列,通过该打印头结构可以通过 控制电极(106a),沿着箭头A的方向在所述背电极(105)和所述打印头结构(106)之间行进的图像接收基板(109)和调色剂输送装置(101),包括带电调色剂输送器(103) 所述带电调色剂输送机的参考表面与所述打印头结构(106)的前面距离B(以mm为单位)放置,以及磁刷,用于向CTC提供带电的调色剂,其中线性表面速度 磁刷LSM与图像接收基板的行进速度LSS具有规定的最小比率,使得LSM / LSS> = 0.5。 在优选实施例中,CTC LSC的表面速度与图像接收衬底的行进速度LSS相比具有规定的最小比率,使得LSC /LSS≥0.5。 在另一优选实施例中,磁刷LSM的表面速度与CTC的线性表面速度LSC相比也具有规定的最小比率,使得LSM / LSC> = 0.5。 根据打印头结构中存在的打印孔阵列的扩展,选择CTC的半径以上。
    • 5. 发明申请
    • Color conversion method and system
    • 颜色转换方法和系统
    • US20080068663A1
    • 2008-03-20
    • US11902094
    • 2007-09-19
    • Dirk BroddinWouter BoeckxMarc Delhoune
    • Dirk BroddinWouter BoeckxMarc Delhoune
    • G06K15/00
    • H04N1/6052
    • The present invention relates to a method of preparing print ready data. The method is adapted for converting first device specific print data for printing a multicoloured print job calorimetrically adapted to a first printing device or set of colorants, e.g. inks or toners, to print data calorimetrically adapted for a second printing device or set of colorants. The method comprises processing the data equally fast or faster than the print speed. The latter may be performed during printing, such that no halts are needed in between print jobs and the printing speed is mainly determined by the speed of the printing engine. The invention also relates to a corresponding system.
    • 本发明涉及一种准备打印就绪数据的方法。 该方法适用于转换第一设备特定的打印数据,用于打印量化适应于第一打印设备或一组着色剂的多色印刷作业,例如。 油墨或调色剂,用于打印适合于第二印刷装置或一组着色剂的量热量的数据。 该方法包括与打印速度同等快速或快速地处理数据。 后者可以在打印期间执行,使得在打印作业之间不需要停止,并且打印速度主要由打印引擎的速度决定。 本发明还涉及相应的系统。
    • 6. 发明授权
    • Apparatus for security printing using toner particles
    • 使用调色剂颗粒的安全印刷设备
    • US5824447A
    • 1998-10-20
    • US889301
    • 1997-07-08
    • Serge TavernierDirk BroddinStefaan De MeutterLeon VermeulenMichel Boulonne
    • Serge TavernierDirk BroddinStefaan De MeutterLeon VermeulenMichel Boulonne
    • B41J2/385B41M3/14G03G15/05G03G21/04G03G13/20
    • G03G21/04
    • An apparatus for security printing of a document on a substrate, having a first and second side, comprising: i) means for feeding variable data in a predetermined digital format to printing stations, ii) at least two printing stations, for image-wise depositing, in accordance to the predetermined format of the variable data, toner particles on the substrate, iii) means for fusing the toner particles to the substrate, to form a fused toner image, characterized in that a) the apparatus comprises means for introducing security features in the document and b) the means for fusing the toner particles to the substrate comprise means for heating and melting the toner particles such that between the melting toner particles and the substrate a contact angle of at most 90.degree. is formed and leave at most 25 mg/m.sup.2 of an external releasing agent on the fused toner image.
    • 一种用于在基板上安全印刷文件的装置,具有第一和第二侧,包括:i)用于将预定数字格式的可变数据馈送到打印站的装置,ii)至少两个印刷站,用于图像沉积 根据所述可变数据的预定格式,所述基板上的调色剂颗粒,iii)用于将所述调色剂颗粒熔合到所述基底的装置,以形成熔融调色剂图像,其特征在于:a)所述装置包括用于引入安全特征 在文件中和b)用于将调色剂颗粒熔合到基材的装置包括用于加热和熔化调色剂颗粒的装置,使得在熔融调色剂颗粒和基材之间形成至多90°的接触角并且离开最多25 在熔融调色剂图像上的外消旋剂mg / m 2。
    • 8. 发明授权
    • Screening method for overlapping sub-images
    • US06690837B1
    • 2004-02-10
    • US09427810
    • 1999-10-27
    • Dirk BroddinMario VerbruggenSerge Tavernier
    • Dirk BroddinMario VerbruggenSerge Tavernier
    • G06K940
    • H04N1/3876H04N1/1911
    • For the reproduction of originals, images are generated on an image carrier, for example by printing. The imaging device that generates the image is usually not capable to cover at once the complete image area on the carrier. If the device is capable to cover the full width of the image area, the image may be generated line by line. Devices not having this capability will generate a first portion of an image line on the carrier. An adjacent second portion of the image line is then generated by another imaging device or after a period of time by the imaging device that generated the first portion. The region where the first and second portion meet on the carrier may cause visual artefacts on the final reproduction due to spatial misregistration of the adjacent line portions. This problem is solved by dividing the image in adjacent sub-images having an overlap zone on the carrier. Within this overlap zone two sub-images will be generated on top of each other for reproducing the original image in that zone, thereby reducing or avoiding the artefacts. According to one method, the resulting optical density of the first and second sub-image is reduced within the overlap zone as the outer edge of the sub-image in the overlap zone is approached. The density reduction may be achieved by reduction of the microscopic density of individual microdots or by reduction of the dot percentage or by a combination of these techniques.
    • 9. 发明授权
    • Method for printing continuous tone images with high density resolution
    • 以高密度分辨率打印连续色调图像的方法
    • US6146799A
    • 2000-11-14
    • US306319
    • 1999-05-06
    • Serge TavernierDirk BroddinPaul Marksch
    • Serge TavernierDirk BroddinPaul Marksch
    • H04N1/29G03G13/22
    • H04N1/295
    • A method and device for printing a reproduction of an image by using toner particles, in which digital image data of at least two density separations of the image is obtained for forming at least two sub-images. The image data of a first sub-image of the sub-images is provided to a printing station containing toner particles with a particular chromaticity and a particular optical density. Then, the first toner particles are applied in an image-wise manner on an image receiving member for forming a first toner image in correspondence with the image data. Thereafter, on the same printing station and using second toner particles having a chromaticity substantially equal to the particular chromaticity and an optical density substantially equal to the particular optical density, the image data is again provided and the toner particles are again applied for bringing at least one second toner image, corresponding to a second sub-image, on the image receiving member in register with the first toner image.
    • 一种用于通过使用调色剂颗粒来打印图像的再现的方法和装置,其中获得图像的至少两个密度分离的数字图像数据以形成至少两个子图像。 将子图像的第一子图像的图像数据提供给包含具有特定色度和特定光密度的调色剂颗粒的印刷站。 然后,第一调色剂颗粒以图像方式施加在与图像数据对应的用于形成第一调色剂图像的图像接收部件上。 此后,在相同的印刷台上并使用具有基本上等于特定色度的色度和基本上等于特定光密度的光密度的第二调色剂颗粒,再次提供图像数据,并且再次施加调色剂颗粒以使至少带来 对应于第二子图像的第二调色剂图像在与第一调色剂图像对准的图像接收部件上。