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    • 93. 发明授权
    • Process for producing photoconductive member from gaseous silicon
compounds
    • 从气态硅化合物制备光导体的方法
    • US4468443A
    • 1984-08-28
    • US354898
    • 1982-03-04
    • Isamu ShimizuKyosuke OgawaEiichi InoueJunichiro Kanbe
    • Isamu ShimizuKyosuke OgawaEiichi InoueJunichiro Kanbe
    • C23C16/30G03G5/082H01L31/0392H01L31/20
    • C23C16/30G03G5/08278H01L31/03921H01L31/202Y02E10/50Y02P70/521
    • A process for producing a photoconductive member, which comprises forming a photoconductive layer on a substrate for formation of a photoconductive layer by introducing starting substances for formation of a photoconductive layer under gaseous state into a deposition chamber maintained under a desired reduced pressure and exciting discharging under the gas atmosphere of said starting substances is characterized in that said starting substances are constituted of at least one substance selected from the first group consisting of substances(O) containing oxygen atoms as constituent atom, substances(N) containing nitrogen atoms as constituent atom and substances(C) containing carbon atoms as constituent atom, and at least two compounds selected from the second group consisting of the compounds of the formula:Si.sub.n H.sub.2n+2 (A)wherein n is a positive integer and the compounds of the formula:Si.sub.m H.sub.l X.sub.k (B)wherein m and k are positive integers, l is 0 or a positive integer, l+k=2m+2, and X represents a halogen atom, n and m being called "order number" hereinafter, and said at least two compounds selected from the second group consisting of the compounds represented by the formulas (A) and (B) to be introduced into said deposition chamber being controlled in amounts such that the proportion of the total of high order compounds is at least 1 vol. % based on the total of the minimum order compounds, the minimum order compound being one whose order number is the minimum among order numbers of said at least two compounds, the high order compound being one whose order number is higher than the order number of the minimum order compound.
    • 一种感光体的制造方法,其特征在于,在用于形成光电导层的基板上形成光电导层,通过将在气态下形成光电导层的起始物质引入到保持在期望的减压下的沉积室中,并且激发放电 所述起始物质的气体气氛的特征在于,所述起始物质由选自由含有氧原子作为构成原子的物质(O),含有氮原子作为构成原子的物质(N))构成的第一组中的至少一种物质和 含有碳原子作为构成原子的物质(C)和至少两种选自下列化合物的化合物:下式化合物SinH2n + 2(A)其中n为正整数,式为SimHlXk( B)其中m和k是正整数,l是0或正整数,l + k = 2m + 2,X表示 卤素原子,n和m在下文中称为“次数”,并且所述至少两种选自由待引入所述沉积室的由式(A)和(B)表示的化合物组成的第二组中的化合物是 控制量使得高级化合物的总量的比例至少为1体积%。 基于最小订单化合物的总量的%,最小订单化合物是其序列号是所述至少两种化合物的订单号中最小值的化合物,高级化合物是其订货号高于 最小订单复合。
    • 96. 发明授权
    • Developing apparatus
    • 开发设备
    • US4373468A
    • 1983-02-15
    • US149451
    • 1980-05-13
    • Masashi SudaJunichiro Kanbe
    • Masashi SudaJunichiro Kanbe
    • G03G15/09
    • G03G15/09
    • A developing apparatus includes a developer vessel for supplying one-component magnetic toner as a developer, a movable developer carrier having a surface for receiving the developer, a magnetic thickness limiting member disposed close to the surface of the carrier, a fixed magnet positioned within the carrier with a magnetic pole in facing relationship with the limiting member, a mounting assembly for mounting the limiting member for movement toward and away from the facing magnet pole and including a lock for maintaining the limiting member at a predetermined distance from the carrier. The carrier is preferably a sleeve, the shaft ends of which are mounted on the reservoir, with the magnet journaled to the sleeve with one end extending through the associated sleeve shaft and having a rotation preventing member connected thereto. The sleeve is rotated through a driving connection between a gear mounted on a latent image bearing member and one associated with the sleeve.The developer vessel may include an outer lid with a magnetic seal and an inner lid having edges which define an aperture and block reverse developer flow. The apparatus may further include felt sealing elements located adjacent to the opposite ends of the sleeve to direct developer inwardly along the sleeve away from the sleeve ends.
    • 显影装置包括用于供应作为显影剂的单组分磁性调色剂的显影剂容器,具有用于接收显影剂的表面的可移动显影剂载体,靠近载体表面设置的磁性厚度限制部件,位于载体表面的固定磁体 具有与限制构件成正面关系的磁极的载体,安装组件,用于安装限制构件以朝向和远离面对的磁极移动,并且包括用于将限制构件保持在距离载体预定距离的锁。 载体优选是套筒,其轴端安装在储存器上,其中磁体轴颈连接到套筒,其一端延伸穿过相关联的套筒轴并具有连接到其上的旋转阻止构件。 套筒通过安装在潜像承载部件上的齿轮与与套筒相关联的齿轮之间的驱动连接旋转。 显影剂容器可以包括具有磁性密封件的外盖和具有限定开口和阻止反向显影剂流动的边缘的内盖。 该装置还可以包括位于套筒相对端附近的毛毡密封元件,以将显影剂沿套筒向内引导远离套筒末端。
    • 98. 发明授权
    • Developing device
    • 开发设备
    • US4365586A
    • 1982-12-28
    • US118926
    • 1980-02-06
    • Nagao HosonoNobuyuki MiyakeJunichiro KanbeShusei TsukadaKozo Arao
    • Nagao HosonoNobuyuki MiyakeJunichiro KanbeShusei TsukadaKozo Arao
    • G03G15/09
    • G03G15/09
    • A developing device for imparting triboelectrically charged developer to a surface to be developed includes a developer holding member disposed with a minute gap with respect to a latent image bearing member for holding and moving developer to a development station, a developer supply for supplying developer to the surface of the developer holding member, and a developer removing blade in contact with the developer holding member for removing the developer used for the development and remaining on the developer holding member, the blade having developer passage openings adjacent the portion which contacts the developer holding member to again impart removed developer to the developer holding means at a position downstream of the development station with respect to the movement of the developer and which is before the supply of developer is terminated at the developer supply.
    • 用于将摩擦带电的显影剂赋予待显影的表面的显影装置包括相对于用于保持和移动显影剂到显影台的潜像承载部件设置有微小间隙的显影剂保持部件,用于向显影剂供应显影剂的显影剂供应 显影剂保持构件的表面和与显影剂保持构件接触的显影剂除去刮板,用于除去用于显影剂的显影剂并保留在显影剂保持构件上,所述刮板具有与显影剂保持构件接触的部分相邻的显影剂通道开口 在显影装置的下游位置相对于显影剂的移动并且在显影剂供应终止于显影剂供应之前再次将去除的显影剂赋予显影剂保持装置。
    • 100. 发明授权
    • Developing device
    • 开发设备
    • US4337724A
    • 1982-07-06
    • US118927
    • 1980-02-06
    • Nagao HosonoJunichiro KanbeKozo AraoNobuyuki Miyake
    • Nagao HosonoJunichiro KanbeKozo AraoNobuyuki Miyake
    • G03G15/09
    • G03G15/09
    • A device in which triboelectric charge is imparted to developer and the developer is provided to a latent image includes a developer holding member disposed with a minute gap with respect to a latent image bearing member, a doctor blade for controlling the thickness of a developer layer on the developer holding member, a developer supply, a detachable scatter preventing cover to prevent scattering of developer, the cover being positioned upstream of the developer supply and downstream of a developing station, and a member disposed on said cover for removing the developer remaining on the developer holding member, whereby development may be effected with fresh developer supplied for each cycle of development.
    • 向显影剂赋予摩擦电荷并将显影剂提供给潜像的装置包括相对于潜像承载部件设置有微小间隙的显影剂保持部件,用于控制显影剂层的厚度的刮刀 显影剂保持构件,显影剂供应装置,防止显影剂飞散的可拆卸散射防止罩,所述盖位于显影剂供应源的上游和显影站的下游,以及设置在所述盖上的用于除去显影剂残留的显影剂的构件 显影剂保持构件,由此可以对每个开发周期提供的新鲜显影剂进行显影。