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    • 3. 发明授权
    • Sheet finishing apparatus
    • 片材整理设备
    • US5984299A
    • 1999-11-16
    • US32395
    • 1998-02-27
    • Kazuhiro HirotaHisao HosoyaSatoru EndoYuji KanazawaTakanori YoshidaKazuyoshi OmiMamoru Tomotsune
    • Kazuhiro HirotaHisao HosoyaSatoru EndoYuji KanazawaTakanori YoshidaKazuyoshi OmiMamoru Tomotsune
    • B65H31/14B65H31/36B65H1/00B65H39/10
    • B65H31/14B65H31/36B65H2801/27
    • A sheet finishing apparatus for finishing a sheet, on which an image has been formed, conveyed from an image forming apparatus, the sheet finishing apparatus includes: a sheet ejecting member for ejecting the sheet after finishing; and an exit tray for receiving the sheet ejected by the sheet ejecting member after finishing is conducted. The exit tray includes a movable exit tray member on which the sheet is stacked, and a stationary exit tray member for supporting the movable exit tray member. The movable exit tray member has a sheet stacking surface on which the sheet is stacked, and a stopper portion provided adjacent to the sheet ejecting member to bring an edge of the sheet into contact with the stopper portion. The movable exit tray member is pivotally supported around a supporting shaft provided on a leading edge portion of the stationary exit tray member. An edge portion of the movable exit tray member, which is adjacent to the sheet ejecting means, can be moved upward or downward according to the number of sheets stacked on the movable exit tray.
    • 一种用于整理其上形成图像的片材从成像设备输送的片材整理设备,该片材整理设备包括:片材排出构件,用于在整理之后弹出片材; 并且进行用于在精加工之后接收由片材排出构件排出的片材的出纸托盘。 出纸盘包括可堆放有片材的可移动出纸托盘构件,以及用于支撑可动出口托盘构件的固定出纸盘构件。 可移动出口托盘构件具有堆叠片材的片材堆叠表面,以及与片材排出构件相邻设置的止挡部分,以使片材的边缘与止动部分接触。 可移动出口托盘构件围绕设置在固定出口托盘构件的前缘部分上的支撑轴枢转地支撑。 可移动出口托盘构件的与片材排出装置相邻的边缘部分可以根据堆叠在可移动出口托盘上的片材的数量向上或向下移动。
    • 5. 发明授权
    • Document feeding apparatus and image forming apparatus
    • 文件进给装置和图像形成装置
    • US06381439B2
    • 2002-04-30
    • US09766268
    • 2001-01-19
    • Kazuhiro HirotaJunichi FujitaSatoru EndoKazuaki ItoNobutaka KatoOsamu Kato
    • Kazuhiro HirotaJunichi FujitaSatoru EndoKazuaki ItoNobutaka KatoOsamu Kato
    • G03G1500
    • G03G15/60G03G2215/00316H04N1/00572H04N1/00578H04N1/0058H04N1/00602H04N1/00631H04N1/00655
    • An apparatus for feeding a both-sided document having images on both sides thereof is provided with a document stand; a reading section; a feeder having a feeding passage and to feed the both-sided document from the document stand to the reading section along the feeding passage; a pair of reversing rollers provided on a reversing passage to reverse the both-sided document after an image of the both-sided document is read at the reading section and to reefed the reversed both-sided document from the reversing passage to the feeding passage so that an image on another side of the both-sided document is read at the reading section; a pair of ejecting rollers provided on an ejecting passage and to eject the both-sided document to a delivery section after the images on both sides of the both-sided document are read at the reading section; and a switching mechanism to connect an outlet passage of the reading section to one of the reversing passage and the ejecting passage; wherein one of the pair of reversing rollers and one of the ejecting rollers are mounted coaxially on a shaft.
    • 用于馈送在其两侧具有图像的双面文档的装置设置有文件支架; 阅读部分 馈送器,具有馈送通道并将双面文档从文档支架沿着馈送通道馈送到读取部分; 一对反转辊设置在反转通道上,以在双面文档的图像在读取部分读取之后反转双面文档,并将反转的双面文档从反转通道折回到进给通道,从而 在阅读部分读取双面文档另一侧的图像; 一对排出辊,设置在排出通道上,并且在读取部分读取双面文档两侧的图像之后将双面文档排出到传送部分; 以及切换机构,用于将读取部分的出口通道连接到反转通道和排出通道中的一个; 其中一对反转辊和一个排出辊中的一个同轴地安装在轴上。
    • 6. 发明授权
    • Electron gun electrode for a color picture tube
    • 用于彩色显象管的电子枪电极
    • US4886998A
    • 1989-12-12
    • US147988
    • 1988-01-25
    • Satoru Endo
    • Satoru Endo
    • H01J29/50
    • H01J29/503
    • An electrode of a color picture tube electron gun with a recess provided on the periphery of an electron beam pass aperture, characterized in that the electrode has a thickness of 0.4 to 1.0 times the diameter of the electron beam pass aperture at the portion at which the recess is to be formed and a thickness of 0.1 to 0.2 times the diameter of the electron beam pass aperture at the recessed portion, and the sheet material for the electrode is subjected to plastic working so that the recess forming surface has a thickness of 25 to 50% the thickness of the sheet material or a projection and/or a groove having a section with steeply inclined side portions is provided on both sides of the recess at least in the direction of the width of the recess approximate to the diameter of the electron beam pass aperture.
    • 彩色显像管电子枪的电极,其具有设置在电子束通过孔周边的凹部,其特征在于,所述电极的厚度为电子束通过孔直径的0.4至1.0倍, 形成凹部,并且在凹部处形成电子束通孔的直径的0.1至0.2倍的厚度,并且对电极的片材进行塑性加工,使得凹陷形成表面的厚度为25至 至少在凹部的宽度方向近似于电子的直径的方式,在凹部的两侧设置有50%的片状材料的厚度或具有具有陡峭倾斜侧面部分的突起和/或沟槽的凹槽 光束通过光圈。
    • 7. 发明申请
    • METHOD OF ELECTRODEPOSITION COATING ON A HUB
    • 在一个集体电镀上的电沉积方法
    • US20080190775A1
    • 2008-08-14
    • US11765549
    • 2007-06-20
    • Katsuyuki KawamuraYoshio InoueSatoru EndoHiroyuki Okuno
    • Katsuyuki KawamuraYoshio InoueSatoru EndoHiroyuki Okuno
    • C25D5/02C25D5/08C25D5/50
    • B60B27/00C25D13/14
    • A method is realized for easily performing, without using a masking tape, an operation to accurately form a coating film 31 only on a coated section (α8) partly formed on the surface of a hub main body 13a. The upper end face of a rubber closed end cylindrical masking cover 32 is elastically pressed against the outside end surface of a cylindrical section 16 forming the hub main body 13a. As a result a border section between the coated section (α8) and the portion adjacent to the coated section (α8) can be made liquid-tight. In this state, coating particles are electrodeposited on the coated section (α8) by bringing a coating liquid 28 discharged from a liquid supply tube 29 into contact with the coated section (α8). By adopting such a method, the problems can be solved.
    • 实现了一种方法,用于在不使用遮蔽胶带的情况下轻易地执行仅在部分形成在轮毂主体13的表面上的涂覆部分(α8)精确地形成涂膜31的操作 一个。 橡胶封闭端圆筒形遮蔽罩32的上端面弹性地压靠在形成轮毂主体13a的圆筒部16的外端面上。 结果,涂覆部分(α8 S)与与涂覆部分(α8 S 8)相邻的部分之间的边界部分可以被制成液密的。 在这种状态下,通过使从液体供应管29排出的涂布液28与涂覆部分接触,涂覆颗粒被电沉积在涂覆部分(α8 S)上。 SUB>)。 通过采用这种方法,可以解决问题。
    • 8. 发明授权
    • Electron gun and method of assembling it
    • 电子枪及其组装方法
    • US5574330A
    • 1996-11-12
    • US398807
    • 1995-03-06
    • Kenichi MatsudaTakeshi MeraSatoru Endo
    • Kenichi MatsudaTakeshi MeraSatoru Endo
    • H01J9/18H01J29/48H01J29/70H01J29/46
    • H01J29/485H01J2229/502
    • There is provided an electron gun which has an assembly precision improved by the reduction of deformation of an electrode during assembly as well as good focusing performance due to the elimination of positional deviation of electron beams. There is also provided a method of assembling such an electron gun. The electron gun comprises a composite electrode including at least two electrode elements united together and a plurality of electrodes sequentially arrayed along a single axis at predetermined intervals. In the electron gun, opposed faces of the electrode elements of the composite electrode are perpendicular to the axis and the opposed faces are provided with projections 1a and 1b which serve to constitute the composite electrode when the projections are united together in opposed relationship to each other.
    • 提供了一种电子枪,其具有通过组装期间电极的变形减小以及由于消除电子束的位置偏差而导致良好的聚焦性能而提高的组装精度。 还提供了组装这种电子枪的方法。 电子枪包括复合电极,其包括至少两个电极元件结合在一起,并且多个电极以预定间隔沿着单个轴顺序排列。 在电子枪中,复合电极的电极元件的相对面垂直于轴线,并且相对面设有突起1a和1b,当突起彼此相对关联时,它们用于构成复合电极 。