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    • 2. 发明授权
    • Eccentricity tester for head turnout zone of magnetic disk and testing
method thereof
    • 磁盘磁头投射区偏心测试仪及其测试方法
    • US5877857A
    • 1999-03-02
    • US926011
    • 1997-09-09
    • Osamu IshiwataTakayuki IshiguroKeiji Katoh
    • Osamu IshiwataTakayuki IshiguroKeiji Katoh
    • G01B11/24G11B5/54G11B5/55G11B5/82G11B5/84G11B19/04G11B21/10G11B33/10G01B9/02
    • G01B11/2408G11B19/04G11B21/106G11B5/54G11B5/82G11B5/84G11B33/10G11B5/5534
    • The tester and the test method for testing an eccentricity of a head turnout zone of a magnetic disk determine a turnout zone as acceptable or unacceptable by spirally scanning a turnout zone of a magnetic disk with a laser spot by rotating the magnetic disk and continuously moving either the laser spot radially of the magnetic disk or the magnetic disk radially thereof, obtaining a detection signal having amplitude corresponding to an intensity of a scattering light from the magnetic disk irradiated with the laser spot, extracting a first waveform of the detection signal corresponding to an intermediate region between an inside variation region in which an inside boarder line of the turnout zone radially of the magnetic disk by radial movement of the turnout zone caused by an ecentricity of the turnout zone and an outside variation region in which an outside boarder line of the turnout zone radially of the magnetic disk by the radial movement of the turnout zone caused by the eccentricity of the magnetic disk and a second waveform of either the detection signal adjacent to the first waveform and corresponding to the inside variation region or the detection signal adjacent to the first waveform and corresponding to the outside variation region and detecting an eccntricity of the turnout zone on a basis of a positional relation between the first and second waveforms.
    • 用于测试磁盘的磁头转向区域的偏心度的测试器和测试方法通过旋转磁盘来确定通过用激光点螺旋地扫描具有激光光斑的磁盘的投射区域来接受或不可接受的投射区域,并连续移动 磁盘的径向放射状的激光光斑或磁盘的径向地获得具有与激光光点照射的磁盘的散射光的强度对应的振幅的检测信号,提取与该激光光斑对应的检测信号的第一波形 内侧变化区域,其内部变化区域,其中通过轨道出口区域的偏心引起的道岔区域的径向移动,其中径向位于磁盘的迂回区域的内边缘线之间的内侧变化区域和外部变化区域, 由于由偏心引起的岔口区的径向移动,磁盘的径向出射区域 并且对应于与第一波形相邻的内部变化区域或与第一波形相邻的检测信号并且对应于外部变化区域的检测信号的第二波形和检测信号的检测信号的第二波形,并且检测输出区域的响应度 基于第一和第二波形之间的位置关系。
    • 4. 发明授权
    • Developing device
    • 开发设备
    • US5640651A
    • 1997-06-17
    • US564516
    • 1995-11-29
    • Keiji KatohHiroshige ArakiYasuo ImaiShigeyuki WakadaEiichi KidoToshihiro OtaYuhi Yui
    • Keiji KatohHiroshige ArakiYasuo ImaiShigeyuki WakadaEiichi KidoToshihiro OtaYuhi Yui
    • G03G15/08G03G15/04
    • G03G15/0896G03G15/0812G03G15/0822G03G15/0877G03G15/0891
    • A developer cartridge for image forming apparatuses which performs development to form images with non-magnetic, one-component type developer. The cartridge includes a developing roller for supplying developer to a photoconductor drum, a developer feed roller in non-contact with the developing roller for supply developer to the developing roller, and a developer-layer thickness control member for controlling the thickness of the developer layer on the developing roller. The developer feed roller is shaped as a regular polygonal prism. Since no recesses are formed in the surface of the regular polygonal prism, driving torque does not increase when developer is scrubbed from the prism, thus ensuring consistent operation and improved image quality. Non-magnetic, one-component type developer is compressed onto the developing roller by supplying the developer via the developer feed roller into a bottleneck between the developing roller and a developer applying member. The amount of developer which passes through the bottleneck onto the developing roller is controlled by a temporary reservoir, the pressurization thereof ensuring application of the developer to the developing roller. A control roller may be used against the developing roller to lower friction of developer, thereby preventing deposition of developer on the control roller while establishing a consistent amount of developer on the developing roller.
    • 用于图像形成装置的显影剂盒,其用非磁性单组分型显影剂进行显影以形成图像。 盒包括用于将显影剂供应到感光鼓的显影辊,与用于向显影辊供应显影剂的显影辊非接触的显影剂供给辊以及用于控制显影剂层厚度的显影剂层厚度控制部件 在显影辊上。 显影剂供给辊的形状为正多边形棱镜。 由于在正多边形棱镜的表面没有形成凹部,所以当从棱镜上洗涤显影剂时,驱动扭矩不会增加,从而确保一致的操作和改进的图像质量。 通过将显影剂通过显影剂供给辊供给到显影辊和显影剂施加构件之间的瓶颈中,非磁性的单组分型显影剂被压缩到显影辊上。 通过瓶颈到显影辊上的显影剂的量由临时储存器控制,其加压确保将显影剂施加到显影辊上。 可以使用控制辊抵靠显影辊以降低显影剂的摩擦,从而防止显影剂在控制辊上沉积,同时在显影辊上建立一致量的显影剂。