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    • 43. 发明申请
    • Image forming apparatus to carry out position determination of a rotating body
    • 用于执行旋转体的位置确定的图像形成装置
    • US20070002122A1
    • 2007-01-04
    • US11478694
    • 2006-07-03
    • Junichi MuranoKazuyoshi Matsumoto
    • Junichi MuranoKazuyoshi Matsumoto
    • G03G15/01
    • G03G15/75G03G21/1619G03G2215/00962G03G2215/0132G03G2221/1606
    • An image forming apparatus includes a plurality of image carrier units and a position determining unit. The image carrier units form toner images in a sequential manner, and each of the plurality of image carrier units includes an image carrier and a supporting member to support the image carrier. The position determining unit includes a holding member having a plurality of openings for receiving the supporting members of the respective image carriers and a pressure mechanism. Each of the plurality of openings has a predetermined shape to sustain a weight of a corresponding one of the plurality of image carrier units through a corresponding one of the supporting members in a vertical direction and to grip the corresponding one of the supporting members in a horizontal direction. The pressure mechanism presses the supporting members held through the plurality of openings of the holding member to fix the image carriers at respective specific positions.
    • 图像形成装置包括多个图像载体单元和位置确定单元。 图像载体单元以顺序的方式形成调色剂图像,并且多个图像载体单元中的每一个包括图像载体和用于支撑图像载体的支撑构件。 位置确定单元包括具有用于接收各个图像载体的支撑构件的多个开口和压力机构的保持构件。 多个开口中的每一个具有预定的形状,以通过相应的一个支撑构件在垂直方向上维持多个图像载体单元中的对应的一个的重量,并且以相对的一个支撑构件水平地夹持相应的一个 方向。 压力机构按压通过保持构件的多个开口保持的支撑构件,以将图像载体固定在各自的特定位置。
    • 44. 发明申请
    • Method and apparatus for image forming capable of effectively positioning a supporting member
    • 用于能够有效地定位支撑构件的成像方法和装置
    • US20060210305A1
    • 2006-09-21
    • US11376226
    • 2006-03-16
    • Junichi MuranoKazuyoshi Matsumoto
    • Junichi MuranoKazuyoshi Matsumoto
    • G03G15/00
    • G03G21/185G03G2215/0119G03G2221/1654G03G2221/1684
    • An image forming apparatus includes an image bearing member configured to bear an image on a surface thereof, an image bearing member supporting member configured to support the image bearing member, a sliding member having a guide portion, a positioning member configured to be detachably positioned at a given position on the sliding member and including a fitting portion that has planes and that is configured to fit with image bearing member supporting member while the positioning member being positioned at the given position, and a pressing member configured to press the image bearing member supporting member toward the planes of the fitting portion and having the pressing member having a V-shaped portion so that the V-shaped portion is pushed between the guide portion and the image bearing member supporting member to press the image bearing member supporting member.
    • 图像形成装置包括被构造为在其表面上承载图像的图像承载部件,被构造成支撑图像承载部件的图像承载部件支撑部件,具有引导部的滑动部件,被配置为可拆卸地定位在 滑动构件上的给定位置,并且包括具有平面的配合部分,并且其构造成在定位构件位于给定位置处与图像承载构件支撑构件配合;以及按压构件,其构造成将图像承载构件支撑 构件朝向装配部分的平面并且具有V形部分的按压构件,使得V形部分被推动在引导部分和图像承载构件支撑构件之间以按压图像承载构件支撑构件。
    • 45. 发明授权
    • Duct fan unit
    • 风机单元
    • US06779975B2
    • 2004-08-24
    • US10244466
    • 2002-09-17
    • Osamu TakashimaKazuyoshi MatsumotoJunichi MuranoKatsunori ShojiKiyoshi TsukamuraToshiyuki Uchida
    • Osamu TakashimaKazuyoshi MatsumotoJunichi MuranoKatsunori ShojiKiyoshi TsukamuraToshiyuki Uchida
    • F04D2964
    • H05K7/20172
    • A duct fan unit, which is a simple structure that can be disassembled by an easy operation and the manufacture cost thereof can be decreased. The duct fan unit comprises a duct and a fan. The duct, allows air to pass through is constructed by engaging two duct constructing members together. The fan is installed inside the duct. A guide portion having a rib shape is set on only one of the duct constructing members such that the fan can be installed easily. A resilient protrusion is set on the other duct constructing member such that the fan can be resiliently pressed for securing the fan in position. Therefore, by simply latching the connecting plate of one duct constructing member with the connecting hole of the other duct constructing member the two duct constructing members are fixed to each other.
    • 可以减小可以通过易于操作分解的简单结构的管道风扇单元,并且其制造成本可以降低。 管道风扇单元包括管道和风扇。 通过将两个管道构造构件接合在一起构成管道,允许空气通过。 风扇安装在管道内。 具有肋形状的引导部分仅设置在一个管道构造构件上,使得风扇可以容易地安装。 弹性突起设置在另一个管道构造构件上,使得风扇能够被弹性地按压以将风扇固定就位。 因此,通过将一个管道构成构件的连接板与另一个管道构成构件的连接孔简单地卡定,将两个管道构造构件彼此固定。
    • 47. 发明授权
    • Flat solid discharging device
    • 平面固体放电装置
    • US4803593A
    • 1989-02-07
    • US105610
    • 1987-10-08
    • Kazuyoshi MatsumotoSeiichi MiyakawaEishu OhdakeShigeru Suzuki
    • Kazuyoshi MatsumotoSeiichi MiyakawaEishu OhdakeShigeru Suzuki
    • G03G15/02H01T19/00
    • H01T19/00G03G15/02G03G15/0275
    • A flat solid discharging device applicable to an electrophotographic copier, facsimile apparatus and other electrostatic recording apparatuses for charging or discharging a photoconductive element. The device includes a dielectric element, a first and a second electrode juxtaposed to each other through the dielectric element, and a power source for applying an ac voltage across the first and second electrode to produce ions in the vicinity of the two electrodes. The first electrode has a hairline configuration and extends along the length of the device. The second electrode is constituted by a plurality of comblike conductive strips each of which extends crosswise relative to the first electrode through the dielectric. By adequately selecting the pitch of the conductive strips and the distance between the second electrode and the photoconductive element, irregularity in charging which corresponds to the pitch of the conductive strips is made negligible. The second electrode is divided into a plurality of segments in order to selectively charge the photoconductive element over different charging areas as desired.
    • 适用于电子照相复印机,传真机和用于充电或放电光电元件的其它静电记录装置的扁平固体放电装置。 该器件包括电介质元件,通过介电元件彼此并置的第一和第二电极,以及用于在第一和第二电极两端施加交流电压以在两个电极附近产生离子的电源。 第一电极具有发丝构型并沿着装置的长度延伸。 第二电极由多个梳状导电带构成,每个梳状导电条通过电介质相对于第一电极横向延伸。 通过适当地选择导电条的间距和第二电极与光电导元件之间的距离,使得对应于导电条的间距的充电不规则性可忽略不计。 第二电极被分成多个段,以便根据需要在不同的充电区域选择性地对光电导元件充电。