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    • 3. 发明授权
    • Image adjustment method and image forming apparatus
    • 图像调整方法和图像形成装置
    • US06970660B2
    • 2005-11-29
    • US10655677
    • 2003-09-05
    • Yoshikazu HaradaKyosuke TakaNobuo ManabeNorio TomitaToshio Yamanaka
    • Yoshikazu HaradaKyosuke TakaNobuo ManabeNorio TomitaToshio Yamanaka
    • G03G15/00G03G15/01G03G15/16
    • G03G15/0194G03G15/0189G03G2215/0119G03G2215/0161
    • An image adjustment method for an image forming apparatus in which an adjustment image is formed by transferring a plurality of reference images formed by a color component to be the reference among a plurality of color components and a plurality of images to be adjusted, which are formed by other color component to be adjusted, onto a transfer medium so that the images to be adjusted are superposed on the reference images, the density of the formed adjustment image is detected, and an image forming position of the other color component to be adjusted is adjusted based on the detected density of the adjustment image. The density of the surface of the transfer medium is detected, and the position of forming the image to be adjusted is adjusted, based on the detected density of the surface of the transfer medium and the detected density of the adjustment image.
    • 被调整为在其中一个调整图像通过转印多个由一个颜色分量形成的参考图像为多个颜色分量和多个图像中的基准形成的图像的图像形成装置的调整方法,其中形成 由其他颜色分量,以便进行调整,叠加在所述参考图像中的图像中,检测所形成的调整图像的浓度进行调整,到转印介质上,并且图像形成其他颜色分量的位置进行调整时 基于检测到的调整图像的密度进行调整。 检测转印介质表面的密度,并根据检测到的转印介质的表面密度和检测到的调节图像的浓度来调整形成待调整图像的位置。
    • 4. 发明授权
    • Image forming apparatus with light-scanning unit having supporting member
    • 具有光扫描单元的图像形成装置具有支撑构件
    • US06278471B1
    • 2001-08-21
    • US09501365
    • 2000-02-10
    • Hiroaki UchiyamaToshio YamanakaAyumu OdaKyosuke TakaYoshikazu HaradaNorio TomitaNobuo Manabe
    • Hiroaki UchiyamaToshio YamanakaAyumu OdaKyosuke TakaYoshikazu HaradaNorio TomitaNobuo Manabe
    • B41J2385
    • H04N1/1135B41J2/473G03G15/0435G03G15/326H04N1/12H04N2201/02425H04N2201/0428
    • An object of the invention is to reproduce a faithful image irrespective of thermal expansion of a light-scanning unit and to reproduce a faithful image without enhancing the strength of the light-scanning unit excessively. A pair of supporting portions of a light-scanning unit, each having a flat face, are supported in linear contact with a right column-shaped supporting member provided with the apparatus body. The light-scanning unit is provided on the supporting member near to a starting position where writing image data on a photosensitive body with a scanning line is started in a main scanning direction so as not to be mutually displaced relative to the supporting member. Thereby, the light-scanning unit is allowed to extend in the longitudinal direction of the supporting member due to thermal expansion of the light-scanning unit. Also, an elongated supporting member made of stainless steel penetrates a base body of a light-scanning unit made of synthetic resin which scans in scanning line of laser light on the photosensitive body to exposure, to support the light-scanning unit. The center of gravity of the light-scanning unit is positioned near to the supporting member and vertically below the supporting member, to make the moment acting on the light-scanning unit small and hold the light-scanning unit in a stable state. The supporting member suppresses deformation of the base body due to thermal expansion.
    • 本发明的目的在于,不管光扫描单元的热膨胀如何,再现忠实的图像,并且在不增加光扫描单元的强度的情况下再现忠实的图像。 具有平面的光扫描单元的一对支撑部分与设置有装置主体的右柱状支撑构件线性接触地支撑。 光扫描单元设置在靠近起始位置的支撑构件上,其中在扫描线上的感光体上的图像数据在主扫描方向上开始,以便不相对于支撑构件相互位移。 由此,由于光扫描单元的热膨胀,允许光扫描单元在支撑构件的纵向方向上延伸。 此外,由不锈钢制造的细长支撑构件穿透由合成树脂制成的光扫描单元的基体,其在感光体上的扫描激光线上扫描以曝光,以支撑光扫描单元。 光扫描单元的重心位于支撑构件附近并且垂直于支撑构件的下方,以使作用在光扫描单元上的力矩较小并将光扫描单元保持在稳定状态。 支撑构件抑制由于热膨胀而引起的基体的变形。
    • 5. 发明授权
    • Method of correcting adjustment value for image forming apparatus, image forming apparatus, and recording medium
    • 校正图像形成装置,图像形成装置和记录介质的调整值的方法
    • US07248272B2
    • 2007-07-24
    • US10670674
    • 2003-09-24
    • Yoshikazu HaradaKyosuke TakaNorio TomitaNobuo ManabeToshio Yamanaka
    • Yoshikazu HaradaKyosuke TakaNorio TomitaNobuo ManabeToshio Yamanaka
    • B41J2/385G01D15/06G03G15/01G06K9/00G06K9/32
    • H04N1/506
    • A plurality of first base images for a base color are formed in accordance with a predetermined adjustment value. A plurality of first correction images for a correction color to be a subject for correction are formed on the first base images in accordance with a predetermined adjustment value. The first correction images are displaced within a predetermined range. The first adjustment value is determined from changed adjustment values. The second base images for the base color are formed in accordance with the predetermined adjustment value while the second correction images for the correction color are formed in accordance with a plurality of adjustment values determined based on the first adjustment value. One second adjustment value having an extreme is determined from the plurality of adjustment value candidates. These processes are repeated to determine a final adjustment value. The adjustment value for the correction color is corrected to the determined final adjustment value.
    • 根据预定的调整值形成用于基色的多个第一基础图像。 根据预定的调整值,在第一基本图像上形成用于校正对象的校正颜色的多个第一校正图像。 第一校正图像在预定范围内移位。 第一个调整值由改变的调整值确定。 根据预定的调整值形成基色的第二基础图像,同时根据基于第一调整值确定的多个调整值形成用于校正颜色的第二校正图像。 从多个调整值候选确定具有极值的一个第二调整值。 重复这些处理以确定最终调整值。 校正颜色的调整值被校正到所确定的最终调整值。
    • 7. 发明授权
    • Image adjusting method and image forming apparatus
    • 图像调整方法及图像形成装置
    • US06968148B2
    • 2005-11-22
    • US10658484
    • 2003-09-08
    • Kyosuke TakaYoshikazu HaradaNorio TomitaTakaharu MotoyamaNobuo ManabeToshio Yamanaka
    • Kyosuke TakaYoshikazu HaradaNorio TomitaTakaharu MotoyamaNobuo ManabeToshio Yamanaka
    • H04N1/047H04N1/50G03G15/01
    • H04N1/506H04N1/047H04N2201/0471H04N2201/04722H04N2201/04732
    • Images based on each of a plurality of color components are formed; the formed images are transferred on each transfer medium to form an image quality determining image; the image quality of the image quality determining image is determined on the basis of the detected density thereof, an adjustment image is formed by overlaying and transferring an image of other color component to be adjusted to the reference image of the reference color image out of the plurality of color components, on the transfer medium; the density of the adjustment image is detected; and the image forming position of the other color component to be adjusted is adjusted on the basis of the detected density. At the time of executing the color matching adjustment process for detecting the overlaid state of color component images, it is determined whether a specified time has passed or not since the previous adjustment process, a specified number of images are formed or not, environments are changed or not, and the power source is turned on or off or not. When it is predicted that the quality of the formed image is out of an appropriate range, a quality checking image is formed, its image quality is checked, and the color matching adjustment process is executed only when it is within an appropriate range.
    • 形成基于多个颜色分量中的每一个的图像; 将形成的图像转印到每个转印介质上以形成图像质量确定图像; 基于检测到的浓度来确定图像质量确定图像的图像质量,通过将要调整的其他颜色分量的图像重叠并转移到参考彩色图像的参考图像之外,形成调整图像 多个颜色成分,在转印介质上; 检测调整图像的浓度; 并且基于检测到的密度来调整要调整的另一颜色分量的图像形成位置。 在执行用于检测颜色分量图像的重叠状态的颜色匹配调整处理时,确定自从以前的调整处理以来是否已经经过了指定时间,形成了指定数量的图像,环境被改变 是否打开或关闭电源。 当预测形成的图像的质量不在适当的范围内时,形成质量检查图像,检查其图像质量,并且只有当其在适当的范围内时才执行色彩​​匹配调整处理。
    • 8. 发明授权
    • Image forming apparatus
    • 图像形成装置
    • US06175705B1
    • 2001-01-16
    • US09441546
    • 1999-11-16
    • Yoshikazu HaradaToshio YamanakaAyumu OdaNorio TomitaKyosuke TakaNobuo ManabeTakayuki OhnoHideaki Kadowaki
    • Yoshikazu HaradaToshio YamanakaAyumu OdaNorio TomitaKyosuke TakaNobuo ManabeTakayuki OhnoHideaki Kadowaki
    • G03G1500
    • G03G21/1864G03G15/757G03G2221/1654G03G2221/1657G03G2221/183
    • An object of the invention is to provide an image forming apparatus in which a unit can be attached to the apparatus body in a status where a correct positional correlation between a photoconductive drum and each of other process devices mounted on a unit is maintained. A photoconductive drum is positioned within a copier body by a rotating drive shaft, and the other process devices mounted on a process unit are positioned within a copier body by a boss and a locking member. The boss positions the rotating drive shaft within the copier body. Since the locking member is fitted onto a front-side end of the rotation drive shaft, the locking member is positioned within the copier body by the rotating drive shaft. The other process devices mounted on the process unit are positioned within the copier body by the rotating drive shaft via the boss and the locking member. Accordingly, the photoconductive drum and each of the other process devices, which should maintain a predetermined positional correlation with each other within the copier body, are both positioned within the copier body by the rotating drive shaft.
    • 本发明的目的是提供一种图像形成装置,其中,可以在保持感光鼓和安装在单元上的每个其它处理装置之间的正确位置相关性的状态下将单元附接到装置主体。 感光鼓通过旋转的驱动轴定位在复印机主体内,并且安装在处理单元上的其它处理装置通过凸台和锁定构件定位在复印机主体内。 凸台将旋转的驱动轴定位在复印机主体内。 由于锁定构件安装在旋转驱动轴的前侧端部,锁定构件通过旋转驱动轴位于复印机本体内。 安装在处理单元上的其它处理装置经由凸台和锁定构件由旋转的驱动轴定位在复印机主体内。 因此,感光鼓和在复印机主体内彼此保持预定的位置相关性的其他处理装置都通过旋转的驱动轴位于复印机主体内。