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    • 2. 发明申请
    • Image printing apparatus and color misregistration correction method
    • 图像打印设备和颜色对准校正​​方法
    • US20040239746A1
    • 2004-12-02
    • US10783373
    • 2004-02-20
    • Konica Minolta Business Technologies, Inc.
    • Ken-Ichi OzawaTomoo Kudou
    • B41J002/385G03G015/01
    • H04N1/506G03G15/0194G03G2215/0119G03G2215/0161
    • This invention is directed to an image printing apparatus which prints a color image by superimposing a plurality of images of different colors and a color misregistration correction method for the apparatus. In order to shorten the time required for color misregistration correcting operation, the image printing apparatus of this invention includes a controller which controls color misregistration correcting devices. The controller repeatedly prints color registration marks on an intermediate transfer belt, derives a positional offset correction amount for images of the respective colors on the basis of the positional relationship between the registration marks detected by registration sensors, and corrects the printing position of an image of each color on the basis of the positional offset correction amount. In this case, while the derived positional offset correction amount has not reached a predetermined target range, positional offset correction is performed on a pixel basis. When the positional offset correction amount has reached the target range, positional offset correction including a correction amount less than the pixel unit is executed.
    • 本发明涉及一种图像打印设备,其通过叠加多个不同颜色的图像和用于该设备的颜色对准校正​​方法来打印彩色图像。 为了缩短颜色对准校正​​操作所需的时间,本发明的图像打印装置包括控制颜色配准校正装置的控制器。 控制器在中间转印带上重复打印颜色配准标记,根据由对位传感器检测到的对准标记之间的位置关系,得出各颜色图像的位置偏移校正量,并校正图像的打印位置 基于位置偏移校正量的每种颜色。 在这种情况下,当导出位置偏移校正量未达到预定目标范围时,基于像素执行位置偏移校正。 当位置偏移校正量已达到目标范围时,执行包括小于像素单元的校正量的位置偏移校正。
    • 3. 发明申请
    • OPTICAL BEAM SCANNING DEVICE AND IMAGE FORMING APPARATUS
    • 光束扫描装置和图像形成装置
    • US20040218959A1
    • 2004-11-04
    • US10428032
    • 2003-05-02
    • KABUSHIKI KAISHA TOSHIBATOSHIBA TEC KABUSHIKI KAISHA
    • Takashi Shiraishi
    • B41J002/385
    • G06K15/1219G02B26/123G06K15/129
    • The purpose of an optical beam scanning device and an image forming apparatus of the invention is to decrease a deflection angle required for horizontal synchronization and to achieve preferable image forming precision by appropriately obtaining information including registration correction information though reduced deflection angle. The optical beam scanning device of the invention includes plural light sources, a pre-deflection optical unit, a light deflection unit, a post-deflection optical unit, and a horizontal synchronization unit. One of the formed plural latent images is formed by plural light beams while the other latent images are respectively formed by one light beam, and the light deflection unit deflects the light beams forming the plural latent images by one surface or integrally processed surface thereof. The horizontal synchronization unit is on a position of an upstream side of scanning lines forming the latent image formed by the plural light beams and detects that the light beam forming the latent image formed by the plural light beams reaches a predetermined position. The image forming apparatus of the invention employs the optical beam scanning device of the invention and controls timing to form images by the respective light beams with reference to a moment when the light beam to be detected reaches a predetermined position.
    • 本发明的光束扫描装置和图像形成装置的目的是减小水平同步所需的偏转角,并且通过适当地获得包括通过减小的偏转角的对​​准校正信息的信息来实现优选的图像形成精度。 本发明的光束扫描装置包括多个光源,偏转前光学单元,光偏转单元,偏转后光学单元和水平同步单元。 所形成的多个潜像中的一个由多个光束形成,而其它潜像分别由一个光束形成,并且光偏转单元通过其一个表面或整体处理的表面使形成多个潜像的光束偏转。 水平同步单元位于形成由多个光束形成的潜像的扫描线的上游侧的位置,并检测形成由多个光束形成的潜像的光束到达预定位置。 本发明的图像形成装置采用本发明的光束扫描装置,并且参照待检测光束到达预定位置的时刻,控制各个光束形成图像的定时。
    • 4. 发明申请
    • Methods and systems for ascertaining the roughness of a print media surface
    • 用于确定印刷介质表面的粗糙度的方法和系统
    • US20040165203A1
    • 2004-08-26
    • US10626021
    • 2003-07-24
    • Darin D. Lindig
    • G01B011/30B41J002/385G03G021/00G01B005/28B41J013/00
    • B65H43/00B41J11/009B41J11/0095B65H2511/135B65H2553/414G01B21/30B65H2220/03
    • In one embodiment, a printing device comprises a printer configured to print upon paper, a surface-engaging member associated with the printer and configured to physically engage a paper surface, the surface-engaging member comprising a flexure material body that is supported in a cantilevered disposition proximate a piece of paper to be printed upon by the printer, a reflective member joined with the surface-engaging member, one or more light sources in operable proximity to the reflective member and configured to project light energy toward the reflective member, and a position detector mounted in operable proximity to the reflective member and configured to receive light energy that is reflected from the reflective member, the surface-engaging member being configured for displacement by the paper's surface in accordance with variations in the roughness of the surface sufficiently so that light that is reflected by the reflective member and received by the position detector can be utilized to ascertain a measure of the paper surface's roughness.
    • 在一个实施例中,打印装置包括被配置为在纸张上打印的打印机,与打印机相关联并且被配置为物理地接合纸张表面的表面接合构件,所述表面接合构件包括弯曲材料体,所述弯曲材料体被支撑在悬臂 靠近由打印机打印的一张纸的配置,与表面接合构件连接的反射构件,可操作地接近反射构件并被配置为将光能投射到反射构件的一个或多个光源,以及 位置检测器安装在可操作地接近反射构件并且被配置为接收从反射构件反射的光能,表面接合构件被构造成根据表面的粗糙度的变化被充分地位移,使得 可以通过反射构件反射并被位置检测器接收的光 用于确定纸张表面粗糙度的度量。
    • 7. 发明申请
    • Method and apparatus for image forming capable of effectively performing color image position adjustment
    • 能够有效地进行彩色图像位置调整的图像形成方法和装置
    • US20040119805A1
    • 2004-06-24
    • US10732341
    • 2003-12-11
    • Tetsuo YamanakaKazuhiko KobayashiTadashi ShinoharaJun Hosokawa
    • B41J002/385
    • G03G15/0194G03G2215/0119G03G2215/0161
    • An image forming apparatus including a plurality of detachable image forming devices each for forming a color image, an image carrying device for carrying the color images sequentially overlaid into a single color image, an exchange detecting device for detecting an exchange of the plurality of detachable image forming devices, a test pattern reading device for reading a predetermined test pattern formed by the plurality of detachable image forming devices on the image carrying device, and a controller for instructing the plurality of detachable image forming devices to form the predetermined test pattern on the image carrying device when the exchange detecting device detects the exchange and perform a color image position adjustment based on readings of the predetermined test pattern by the test pattern reading device.
    • 一种图像形成装置,包括用于形成彩色图像的多个可拆卸图像形成装置,用于承载依次重叠在单个彩色图像中的彩色图像的图像承载装置,用于检测多个可拆卸图像的交换的交换检测装置 用于读取由图像传送装置上的多个可拆卸图像形成装置形成的预定测试图案的测试图案读取装置,以及用于指示多个可拆卸图像形成装置在图像上形成预定测试图案的控制器 当交换检测装置检测到交换并且基于测试图形读取装置基于预定测试图案的读数执行彩色图像位置调整。
    • 8. 发明申请
    • Image forming device and recording intermediate belt mounting jig
    • 图像形成装置和记录中间带安装夹具
    • US20040036758A1
    • 2004-02-26
    • US10363357
    • 2003-06-19
    • Kenji SasakiYoshihiro YokoyamaHaruo YamashitaKazuyuki TakahashiTetsuya Morita
    • B41J002/385
    • B41J2/0057B41J3/407
    • A recording intermediate belt 15 which is made endless so as to travels around a continuous path has image formation areas and non-image formation areas alternately provided on an outer surface thereof. Images of different colors are sequentially formed in the image formation areas by recording heads 21b through 23b respectively provided in first through third image formation sections 21 through 23. The recording heads 21b through 23b of the first through third image formation sections 21 through 23 are separated from each other by a distance which is greater than a length of an image formation area in a traveling direction of the recording intermediate belt 15. The recording heads 21b through 23b are each pressed onto the recording intermediate belt 15 in a non-image formation area immediately preceding an image formation area and starts an image formation operation. The image formation operation is stopped when the recording heads 21b through 23b each face a non-image formation area immediately subsequent to the image formation area. Thus, a clear full-color image can be formed with the image formed in each image formation section being free from color non-uniformity.
    • 环绕着连续路径行进的记录中间带15具有在其外表面上交替设置的图像形成区域和非图像形成区域。 通过分别设置在第一至第三图像形成部21至23中的记录头21b至23b在图像形成区域中顺序地形成不同颜色的图像。第一至第三图像形成部21至23的记录头21b至23b被分离 彼此间隔大于记录中间带15的移动方向上的图像形成区域的长度的距离。记录头21b至23b在非图像形成区域中被按压到记录中间带15上 紧接在图像形成区域之前并开始图像形成操作。 当记录头21b至23b分别面对图像形成区域之后的非图像形成区域时,停止图像形成操作。 因此,可以形成在每个图像形成部分中形成的图像没有颜色不均匀的透明全色图像。
    • 10. 发明申请
    • Vibration mirror, optical scanning device, and image forming using the same, method for making the same, and method for scanning image
    • 振动镜,光学扫描装置和使用其的图像形成,其制造方法和扫描图像的方法
    • US20030227538A1
    • 2003-12-11
    • US10367706
    • 2003-02-19
    • Mitsumi FujiiYukito SatohTomohiro Nakajima
    • B41J002/385G03G013/04G02B026/08B41J027/00
    • G02B26/101B41J2/471G02B26/0841G02B26/0858G06K7/10653Y10S359/90
    • A vibration mirror is reciprocatively vibrated by an electrostatic force to reflect an incident light beam. The vibration mirror comprises a reflection means for reflecting the incident light beam; a reflection means holding substrate for holding the reflection means; a torsional rotation shaft comprising rod members rotatably supporting two ends of the reflection means holding substrate; movable electrodes formed on side faces of the reflection means holding substrate supported; a first substrate for supporting the reflection means supporting substrate via the torsional rotation shaft; first fixed electrodes formed on the first substrate so as to face the movable electrodes; a first electrically insulating and separating means formed on the first substrate to electrically insulate and separate the movable electrodes from the first fixed electrodes; and a second substrate overlaid on the first substrate with an insulating layer therebetween so as to be electrically insulated from and overlapped to adhere onto the first substrate.
    • 振动镜由静电力往复振动以反射入射光束。 振动镜包括用于反射入射光束的反射装置; 保持反射装置的保持基板的反射装置; 扭转轴,其包括可旋转地支撑所述反射装置保持基板的两端的杆构件; 形成在支撑着反射装置保持基板的侧面的可动电极; 用于经由所述扭转轴支撑所述反射装置支撑基板的第一基板; 第一固定电极,形成在第一基板上以面对可动电极; 第一电绝缘和分离装置,形成在所述第一基板上,以使所述可移动电极与所述第一固定电极电绝缘和分离; 以及覆盖在第一基板上的第二基板,其间具有绝缘层,以便与第一基板电绝缘并重叠。