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    • 2. 发明授权
    • Construction of electrophotographic copying machines with a cleaning
unit for photosensitive surface
    • 具有用于感光表面的清洁单元的电子照相复印机的构造
    • US4032229A
    • 1977-06-28
    • US647813
    • 1976-01-09
    • Tatsuo Tani, formerly NishikawaSusumu TatsumiMitsuo TanakaSakae OtaAkira Midorikawa
    • Tatsuo Tani, formerly NishikawaSusumu TatsumiMitsuo TanakaSakae OtaAkira Midorikawa
    • B08B3/02G03G21/00G03G21/10
    • G03G21/0088
    • The electrophotographic copying machines are of the type in which a photosensitive drum is removable from the machine, for inspection or other purposes, through an opening formed in a sidewall, which opening is normally covered by a coverplate. Plural cleaning devices which are normally maintained in pressing engagement with the peripheral drum surface, are automatically released from such engagement once the coverplate has been dismounted from the sidewall and also returned to the original position as the coverplate is remounted, thereby preventing damage of the drum as well as a wrong usage of the machine which may be caused by inadvertently failing to reset each cleaning device. The construction is further effective to adjust the respective forces with which the cleaning devices are pressed against the peripheral drum surface and moreover to deenergize a motor or motors, for driving the drum and/or other movable parts, as the cleaning devices are lifted from engagement with the drum surface, thereby permitting an inspection of such movable parts in operation even after the coverplate has been dismounted from the sidewall.
    • 电子照相复印机是通过形成在侧壁中的开口,感光鼓可从机器移除以进行检查或其他目的的类型,该开口通常由盖板覆盖。 一旦保持与周边滚筒表面压配合的多个清洁装置,一旦盖板从侧壁上拆下就自动脱离这种接合,并且当盖板被重新安装时也返回原来的位置,从而防止滚筒损坏 以及可能由于无意中不能重置每个清洁装置而引起的机器的错误使用。 该结构进一步有效地调节清洁装置被压靠在外围鼓表面上的各自的力,并且此外为了驱动滚筒和/或其他可移动部件的马达或马达断电,因为清洁装置从接合 与滚筒表面一起,从而即使在盖板从侧壁上拆下之后也能够操作这些可动部件的检查。
    • 4. 发明授权
    • Variable magnification electrostatic copying machine
    • 可变放大静电复印机
    • US4277163A
    • 1981-07-07
    • US59082
    • 1979-07-19
    • Masumi IkesueTakashi YanoSusumu TatsumiHiroyuki IdenawaIsao NakamuraTatsuo Tani
    • Masumi IkesueTakashi YanoSusumu TatsumiHiroyuki IdenawaIsao NakamuraTatsuo Tani
    • G03G15/041G03G15/00G03B27/34G03B27/40
    • G03G15/041
    • The vertical and horizontal lengths of an original document (28) are automatically sensed and compared with the vertical and horizontal lengths of a copy sheet (38) and the reduction ratio of a variable magnification optical system (33) is automatically adjusted in accordance therewith so that the maximum length of the image of the document (28) is equal to the corresponding vertical or horizontal length of the copy sheet (38). The image may be selectively parallel to the vertical length or the horizontal length of the copy sheet (38) regardless of whether the image is parallel to the vertical or horizontal length of the document (28). In one form (21) of the invention the document (28) is placed on a platen (27) so that the image is parallel to the vertical length of the platen (27) regardless of whether the image is parallel to the vertical or horizontal length of the document (28). In another form (71) of the invention, the document (28) is placed on the platen (74) so that the vertical length of the document (28) is parallel to the vertical length of the platen (74) regardless of whether the image is parallel to the vertical or horizontal length of the document (28). In the latter form (71) a lever (76) or the like is manually changed over to indicate whether the image is parallel to the vertical or horizontal length of the document (28) and the optical axis of the light image is rotated to one of two positions angularly spaced 90.degree. from each other in accordance with the position of the lever (76).
    • 原稿(28)的垂直和水平长度被自动检测并与复印纸(38)的垂直和水平长度进行比较,并且可变倍率光学系统(33)的缩小率根据其自动调整 文件(28)的图像的最大长度等于复印纸(38)的对应的垂直或水平长度。 图像可以选择性地平行于复印纸(38)的垂直长度或水平长度,而不管图像是平行于文档(28)的垂直或水平长度。 在本发明的一种形式(21)中,文件(28)被放置在压板(27)上,使得图像平行于压板(27)的垂直长度,而不管图像是平行于垂直还是水平的 文件(28)的长度。 在本发明的另一形式(71)中,文件(28)被放置在压板(74)上,使得文件(28)的垂直长度与压板(74)的垂直长度平行,而不管 图像平行于文档(28)的垂直或水平长度。 在后一种形式(71)中,手动地切换杠杆(76)等以指示图像是平行于文档(28)的垂直或水平长度,并且光图像的光轴旋转到一个 根据杆(76)的位置彼此成角度地间隔90度的两个位置。
    • 5. 发明授权
    • Electrometer probe
    • 电位计探针
    • US4318042A
    • 1982-03-02
    • US120581
    • 1980-02-11
    • Tadahiro EdaSusumu TatsumiChikara Imai
    • Tadahiro EdaSusumu TatsumiChikara Imai
    • G01R29/12G01R31/02
    • G01R29/12
    • A detecting electrode (22) is formed on a substrate (28), an amount of potential from a charged surface (23) induced in the detecting electrode (22) corresponding to a potential on the surface (23). A guard electrode (26) formed on the same surface of the substrate (28) as the detecting electrode (22) surrounds the detecting electrode (22). Part of the guard electrode (26b) is formed on the back surface of the substrate (28). The detecting electrode (22) is connected to a non-inverting input of an operational amplifier (24). The output of the operational amplifier (24) is connected to the inverting input thereof and also to the guard electrode (26) to produce unity gain and place the guard electrode (26) at the same potential as the detecting electrode (22). The substrate (28) is formed of a material such that the electrical resistance between the detecting electrode (22) and the guard electrode (26) is at least 10.sup.9 ohms to reduce zero drift to a negligible value.
    • 检测电极(22)形成在基板(28)上,从与表面(23)上的电位对应的在检测电极(22)中感应的带电面(23)的电位量。 形成在与检测电极(22)的基板(28)相同的表面上的保护电极(26)围绕检测电极(22)。 保护电极(26b)的一部分形成在基板(28)的背面上。 检测电极(22)连接到运算放大器(24)的非反相输入端。 运算放大器(24)的输出连接到其反相输入端,并连接到保护电极(26)以产生单位增益,并将保护电极(26)置于与检测电极(22)相同的电位。 衬底(28)由材料形成,使得检测电极(22)和保护电极(26)之间的电阻至少为109欧姆,以将零漂移降至可忽略的值。