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
    • 12. 发明授权
    • Multipath toner patch sensor for use in an image forming device
    • 用于图像形成装置的多路调色剂贴片传感器
    • US07676169B2
    • 2010-03-09
    • US11419517
    • 2006-05-22
    • Gary A. DentonCary Patterson RavitzDavid Anthony Schneider
    • Gary A. DentonCary Patterson RavitzDavid Anthony Schneider
    • G03G15/08
    • G03G15/5062G03G15/5041G03G15/5058G03G2215/1623
    • A toner patch sensor for use in an image forming device may be operated in different modes according to the color of the patch being sensed. The toner patch sensor may include a detector and a source adapted to transmit light that is reflected off a toner patch and towards the detector. The detected light may be specular and/or diffuse. A controller may selectively change the amount of one or both of the specular and diffuse light received by the detector. The source may include separate emitters for the specular and diffuse light, with the controller selectably turning off one of the emitters or selectably adjusting a ratio of illumination power between the emitters. Alternatively, the source may include a single emitter and an optical element to split light between specular light and diffuse light. Diffuse light may be blocked when sensing black toner patches.
    • 用于图像形成装置的调色剂贴片传感器可以根据所感测的贴片的颜色以不同的模式操作。 调色剂贴片传感器可以包括检测器和适于透射从调色剂贴片反射并朝向检测器的光的源。 检测到的光可以是镜面的和/或漫射的。 控制器可以选择性地改变由检测器接收的镜面和漫反射光中的一个或两个的量。 源可以包括用于镜面和漫射光的单独的发射器,其中控制器可选择地关闭发射器中的一个或可选地调节发射器之间的照明功率的比率。 或者,源可以包括单个发射器和用于在镜面光和漫射光之间分割光的光学元件。 感测黑色调色剂贴片时可能会阻挡漫射光。
    • 13. 发明授权
    • White vector adjustment via exposure using two optical sources
    • 使用两个光源通过曝光进行白色矢量调整
    • US07605834B2
    • 2009-10-20
    • US11620229
    • 2007-01-05
    • Gary A. DentonRoger S. CannonEric W. Westerfield
    • Gary A. DentonRoger S. CannonEric W. Westerfield
    • G03G15/045G03G15/047B41J2/447
    • G03G15/045G03G15/04054G03G15/04072G03G2215/0119G03G2215/0412
    • The white vector—the voltage difference between white areas of a latent image on a photoconductive unit and a developer roller—may be independently adjusted at each photoconductive unit, allowing multiple image forming units to be driven from a shared power supply. The photoconductive unit is charged to a high voltage level relative to the developer roller, and selectively optically discharged to the desired white vector by a first laser source. The voltage of the discharged area may be measured, or may be calculated by increasing the developer roller voltage a predetermined amount, discharging the photoconductive unit until toner is sensed in white image areas, and then reducing the developer roller voltage. The white areas are discharged using a different light source, such as a laser, LED or electroluminescent source. A second laser may be of a different wavelength than a writing laser.
    • 白色矢量 - 感光单元上的潜像的白色区域与显影辊之间的电压差可以在每个光电导单元处独立地调整,从而可以从共享电源驱动多个图像形成单元。 感光单元相对于显影辊被充电到高电压电平,并且通过第一激光源选择性地光学地放电到期望的白色矢量。 可以测量放电区域的电压,或者可以通过将显影辊电压提高预定量来计算,排出感光单元直到在白色图像区域中感测到调色剂,然后降低显影辊电压。 白色区域使用不同的光源(如激光,LED或电致发光源)进行放电。 第二激光器可以具有与写入激光器不同的波长。
    • 14. 发明申请
    • Multipath Toner Patch Sensor for Use in an Image Forming Device
    • 用于图像形成装置的多路径调色剂传感器
    • US20080056752A1
    • 2008-03-06
    • US11419517
    • 2006-05-22
    • Gary A. DentonCary Patterson RavitzDavid Anthony Schneider
    • Gary A. DentonCary Patterson RavitzDavid Anthony Schneider
    • G03G15/00
    • G03G15/5062G03G15/5041G03G15/5058G03G2215/1623
    • A toner patch sensor for use in an image forming device may be operated in different modes according to the color of the patch being sensed. The toner patch sensor may include a detector and a source adapted to transmit light that is reflected off a toner patch and towards the detector. The detected light may be specular and/or diffuse. A controller may selectively change the amount of one or both of the specular and diffuse light received by the detector. The source may include separate emitters for the specular and diffuse light, with the controller selectably turning off one of the emitters or selectably adjusting a ratio of illumination power between the emitters. Alternatively, the source may include a single emitter and an optical element to split light between specular light and diffuse light. Diffuse light may be blocked when sensing black toner patches.
    • 用于图像形成装置的调色剂贴片传感器可以根据所感测的贴片的颜色以不同的模式操作。 调色剂贴片传感器可以包括检测器和适于透射从调色剂贴片反射并朝向检测器的光的源。 检测到的光可以是镜面的和/或漫射的。 控制器可以选择性地改变由检测器接收的镜面和漫反射光中的一个或两个的量。 源可以包括用于镜面和漫射光的单独的发射器,其中控制器可选择地关闭发射器中的一个或可选地调节发射器之间的照明功率的比率。 或者,源可以包括单个发射器和用于在镜面光和漫射光之间分割光的光学元件。 感测黑色调色剂贴片时可能会阻挡漫射光。
    • 15. 发明授权
    • White vector adjustment via exposure
    • 通过曝光进行白色矢量调整
    • US07171134B2
    • 2007-01-30
    • US11006175
    • 2004-12-07
    • Gary A. DentonRoger S. CannonEric W. Westerfield
    • Gary A. DentonRoger S. CannonEric W. Westerfield
    • G03G15/00G03G15/02
    • G03G15/045G03G15/04054G03G15/04072G03G2215/0119G03G2215/0412
    • The white vector—the voltage difference between white areas of a latent image on a photoconductive unit and a developer roller—may be independently adjusted at each photoconductive unit, allowing multiple image forming units to be driven from a shared power supply. The photoconductive unit is charged to a high voltage level relative to the developer roller, and selectively optically discharged to the desired white vector. The voltage of the discharged area may be measured, or may be calculated by increasing the developer roller voltage a predetermined amount, discharging the photoconductive unit until toner is sensed in white image areas, and then reducing the developer roller voltage. The white areas may be discharged using a lower optical power from the writing light source or a different light source, such as a laser, LED or electroluminescent source. A second laser may be of a different wavelength than a writing laser.
    • 白色矢量 - 感光单元上的潜像的白色区域与显影辊之间的电压差可以在每个光电导单元处独立地调整,从而可以从共享电源驱动多个图像形成单元。 感光单元相对于显影辊被充电到高电压电平,并且选择性地光学地放电到所需的白色矢量。 可以测量放电区域的电压,或者可以通过将显影辊电压提高预定量来计算,排出感光单元直到在白色图像区域中感测到调色剂,然后降低显影辊电压。 可以使用来自写入光源或不同光源(例如激光,LED或电致发光源)的较低光功率来排出白色区域。 第二激光器可以具有与写入激光器不同的波长。
    • 16. 发明授权
    • Method and apparatus for compaction of a liquid ink developed image in a
liquid ink type electrostatographic system
    • 用于在液体油墨型静电照相系统中压实液体油墨显影图像的方法和装置
    • US5655192A
    • 1997-08-05
    • US627240
    • 1996-04-01
    • Gary A. DentonHenry R. Till
    • Gary A. DentonHenry R. Till
    • G03G15/10G03G15/11G03G15/16
    • G03G15/11G03G15/169
    • A method and apparatus for compacting a liquid ink developed image on an image bearing surface in a multicolor electrostatographic printing machine of the type utilizing liquid developing material, particularly an image-on-image type liquid ink multicolor system. The image compacting apparatus includes a biased electrode situated proximate to the image on an image bearing surface, and a liquid applicator for depositing liquid insulating material in a conditioning gap defined by the electrode and the image bearing surface. A high electric potential is applied to the electrode for generating a large electric field in the gap to electrostatically compress toner particles into image areas on the image bearing surface. The liquid insulating material is deposited into the conditioning gap for avoiding the risk of air breakdown as may occur in an electrostatic device of this nature due to the small geometry of the apparatus and the tendency of air ionization in an air gap between electrically biased surfaces. Preferably, the liquid insulating material is the very same material utilized as the liquid carrier component of the liquid developing material.
    • 一种利用液体显影材料,特别是像上图像型液体油墨多色系的多色电印机中的图像承载面压实液体油墨显影图像的方法和装置。 图像压缩装置包括位于图像承载表面上靠近图像的偏置电极和用于在由电极和图像承载表面限定的调节间隙中沉积液体绝缘材料的液体施加器。 向电极施加高电位,以在间隙中产生大的电场,将调色剂颗粒静电压缩到图像承载表面上的图像区域中。 液体绝缘材料沉积到调节间隙中,以避免在这种性质的静电装置中可能发生的空气击穿的风险,这是由于该装置的几何形状小以及在电气偏压表面之间的气隙中的空气电离的趋势。 优选地,液体绝缘材料是用作液体显影材料的液体载体组分的非常相同的材料。
    • 17. 发明授权
    • System for replenishing liquid electrostatic developer
    • 补充液体静电显影剂的系统
    • US5492788A
    • 1996-02-20
    • US317009
    • 1994-10-03
    • Gary A. DentonMichael J. Levy
    • Gary A. DentonMichael J. Levy
    • G03G9/12B01F3/12G03G15/10C09D11/10B01F11/00
    • G03G15/104B01F3/1235
    • System and process for replenishing liquid developer in equipment, such as a printer, whereby the percent of toner solids is maintained at about 0.5 to 4% by weight based on the total weight of liquid developer, the system comprising at least one liquid toner concentrate vessel containing aggregates of thermoplastic resin particles, median particle size (volume weighted) greater than 15 .mu.m, and with 90% of the particles (volume weighted) not less than 30 .mu.m, composed of 50 to 100% by weight of particles and 0 to 50% by weight carrier liquid; a liquid vessel containing carrier liquid, means communicating each of said vessels with a dispersing vessel containing electric field means for breaking apart agglomerates of liquid toner, wherein contents of the liquid toner concentrate vessel and the liquid vessel are supplied thereto and the resin particles are dispersed in the carrier liquid to form particles having a median particle size (volume weighted) of less than 15 .mu.m, and with 90% of the particles (volume weighted) less than 30 .mu.m in an amount of about 0.5 to 20% by weight of resin particles and about 99.5 to 805 by weight carrier liquid the dispersion being supplied and metered into the supply vessel containing original liquid developer to maintain the desired weight of solids. The system is useful in copying, proofing and ets., and the liquid developer is useful for making copied, proofs, lithographic printing plates and resists.
    • 用于补充诸如打印机的设备中的液体显影剂的系统和方法,其中调色剂固体的百分比基于液体显影剂的总重量保持在约0.5至4重量%,该系统包含至少一个液体调色剂浓缩容器 含有大于15μm的中值粒径(体积加权)和90%(体积加权)的不小于30μm的热塑性树脂颗粒的聚集体,由50至100重量%的颗粒和0 至50重量%的载体液体; 包含载液的液体容器,使每个所述容器与包含电场装置的分散容器连通的装置,用于破碎液体调色剂的附聚物,其中液体调色剂浓缩容器和液体容器的内容物被供应到树脂颗粒中 在载体液体中形成中值粒径(体积加权)小于15μm的颗粒,并且90%的颗粒(体积加权)小于30μm,其量为约0.5至20重量% 的树脂颗粒和约99.5至805重量份载体液体,将分散体供应并计量加入含有原始液体显影剂的供应容器中以保持所需重量的固体。 该系统可用于复印,打样和复印,液体显影剂可用于制作复印,校样,平版印刷版和抗蚀剂。