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    • 1. 发明授权
    • Toner cartridge
    • 墨粉盒
    • US5424816A
    • 1995-06-13
    • US266288
    • 1994-06-27
    • Wayne D. FoxPaul M. WegmanRoger C. Hopkins
    • Wayne D. FoxPaul M. WegmanRoger C. Hopkins
    • G03G15/08
    • G03G15/0868G03G15/0877G03G2215/0665G03G2215/0675G03G2215/0685Y10S222/01
    • There is disclosed an apparatus for storing a supply of marking particles therein, including: (a) a container defining a chamber for storing the marking particles therein and a discharge opening in communication with the chamber for the discharge of the marking particles; (b) a flange member coupled to the container, wherein the flange member includes a flange wall that defines a flange opening in communication with the chamber for loading of the marking particles into the chamber; (c) an agitator mounting member fixedly positioned adjacent the flange opening, wherein the mounting member includes an agitator end coupling portion which is spaced from the flange wall defining the flange opening; and (d) an agitator disposed within the chamber, wherein the agitator has an end coupled to the agitator end coupling portion, whereby the agitator end is spaced from the flange wall defining the flange opening.
    • 公开了一种用于在其中存储标记颗粒供应的装置,包括:(a)限定用于在其中存储标记颗粒的室的容器和与室连通以排出标记颗粒的排出口; (b)联接到所述容器的凸缘构件,其中所述凸缘构件包括凸缘壁,所述凸缘壁限定与所述室连通的凸缘开口,用于将所述标记颗粒装载到所述室中; (c)固定地邻近所述凸缘开口定位的搅拌器安装构件,其中所述安装构件包括与限定所述凸缘开口的所述凸缘壁间隔开的搅拌器端部联接部分; 和(d)设置在室内的搅拌器,其中搅拌器具有联接到搅拌器端部联接部分的端部,由此搅拌器端部与限定凸缘开口的凸缘壁间隔开。
    • 2. 发明授权
    • Blade cleaner apparatus for removing toner from a charge-retentive
surface
    • 用于从电荷保持表面去除调色剂的刮板清洁装置
    • US4561766A
    • 1985-12-31
    • US623592
    • 1984-06-22
    • Wayne D. Fox
    • Wayne D. Fox
    • G03G21/00G03G15/00
    • G03G21/0011G03G21/007
    • Blade cleaner apparatus for removing residual toner from a charge-retentive surface including a cleaner housing having a cleaning blade disposed therein adjacent the top thereof. The apparatus is characterized by improved means for reducing the escape of toner particles from the housing. To this end, a shield is mounted behind the blade, out of contact from the blade and the surface to be cleaned. The shield directs toner propelled by the blade in a generally downward direction. A lower seal supported by the cleaner housing contacts the surface to be cleaned and insures that the toner stays in the cleaner housing. The lower seal is characterized by its ease of attachment to the cleaner housing. Accordingly, one end of the seal is bent so that an outer angle is formed. The material from which the seal is fabricated is flexible so that the end can be manipulated such as to reduce the acute angle to allow resuction into a recess in the housing.
    • 用于从包含清洁器壳体的电荷保持性表面除去残留调色剂的刮板清洁器装置,其中,清洁器壳体具有邻近其顶部设置的清洁刮板。 该装置的特征在于减少调色剂颗粒从壳体逸出的改进装置。 为此,屏蔽件安装在刀片后面,与刀片和要清洁的表面脱离接触。 屏蔽件将大致向下的方向引导由叶片驱动的调色剂。 由清洁器壳体支撑的下部密封件接触要清洁的表面,并确保调色剂停留在清洁器壳体中。 下密封件的特征在于易于附接到清洁器壳体。 因此,密封件的一端弯曲成形成外角。 制造密封件的材料是柔性的,使得可以操纵端部,以便减小锐角以允许吸入壳体中的凹部。
    • 3. 发明授权
    • Residual toner removal and collection apparatus
    • 残留除粉收集装置
    • US4593997A
    • 1986-06-10
    • US623068
    • 1984-06-22
    • Wayne D. FoxBarry J. Gheer
    • Wayne D. FoxBarry J. Gheer
    • G03G15/08G03G21/10G03G15/00
    • G03G15/0822G03G21/105
    • Apparatus for removing toner from a charge-retentive surface and collecting the toner in a receptacle for subsequent disposal thereof. This apparatus is characterized by the provision of a segmented auger structure which is disposed internally of the receptacle such that toner is moved into the receptacle through a vertical one end thereof and positively transported by auger action across the entire length of the receptacle. The segmented auger functions to move toner by means of the two auger sections and causes toner moved by the auger sections to push toner between the two auger sections and between one of the auger sections and the end of the receptacle.
    • 用于从电荷保持性表面除去调色剂并将调色剂收集在容器中用于随后处理的设备。 该装置的特征在于提供一个分段的螺旋钻结构,其设置在容器的内部,使得调色剂通过其垂直的一端移动到容器中,并通过螺旋钻作用在容器的整个长度上被积极地传送。 分段螺旋钻用于通过两个螺旋推运器部分移动调色剂,并使得由螺旋推运器部分移动的调色剂在两个螺旋推运器部分之间以及在一个螺旋推运器部分和容器的端部之间推动调色剂。
    • 8. 发明授权
    • Charge erase device for copying or reproduction machines and printers
    • US4561761A
    • 1985-12-31
    • US624556
    • 1984-06-25
    • Wayne D. Fox
    • Wayne D. Fox
    • G03G21/08G03G15/00
    • G03G21/08
    • An erase device for removing residual charges from the photoreceptor of a xerographic type reproduction machine or printer preparatory to recharging, comprising, an elongated rectangular light conducting bar or fiber adapted for disposition with one side thereof in preset spaced relation to the photoreceptor surface; a light impervious cover about the remaining sides of the fiber to prevent escape of light from the interior thereof; an illumination cavity at one end of the fiber; a lamp in the cavity in operative relationship within the fiber end, the lamp and cavity cooperating so that light is discharged by the lamp into the fiber for transmittal axially within the fiber toward the fiber opposite end, portions of the light in the interior of the fiber escaping through the fiber one side to impinge upon the photoreceptor surface and discharge the photoreceptor; the fiber one side being roughened so that the light exit area progressively increases in proportion to the distance from the lamp, the roughened portion enabling the discharge of light through the fiber one side and providing a proportionally increasing light emitting surface in accommodation of the fall off in light intensity as the distance from the lamp increases.In a second embodiment, the fiber is semi-circular in cross section, the rounded portion of the fiber being covered with a cladding material to prevent the escape of light therefrom while permitting the discharge of light from the uncovered flat portion of the fiber, the fiber being positionable with the flat portion thereof in preset spaced relation to the photoreceptor surface, the surface area of the fiber flat portion being roughened to enable the discharge of light from the fiber and progressively increasing in proportion to the distance from the lamp to accommodate fall off in the intensity of the light discharged from the fiber as the distance from the lamp increases.