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    • 1. 发明授权
    • Electrophotography apparatus and exposing unit therefor
    • 电子照相设备及其曝光单元
    • US06226027B1
    • 2001-05-01
    • US09362023
    • 1999-07-28
    • Kenichi AshidaNorio Nakajima
    • Kenichi AshidaNorio Nakajima
    • B41J1514
    • G03G15/326G03G15/04045G03G2215/021
    • An electrophotography apparatus has a charging unit, and an exposing unit, and a developing unit. The charging unit charges the surface of a rotating image bearing body having an axis of rotation. The exposing unit emits light to illuminate the surface of the image bearing body to form an electrostatic latent image on the surface. The developing unit applies charged toner to the electrostatic latent image to develop the electrostatic latent image into a visible image. The electrophotography apparatus includes, for example two electrodes and power supplies for applying voltages to the electrodes. The electrodes are disposed between the light-emitting surface of the exposing unit and extend parallel to the axis of rotation of the image bearing body. The electrodes are aligned on opposite sides of the light emitted from the exposing unit. The electrodes receive voltages from the power supplies, creating electric lines of force at an angle with a direction of the light so that the charged toner particles remaining on the image bearing body fly in a direction deviating from the direction of the light. The electrodes may be disposed in a plane perpendicular to the direction of light and receive voltages of different values from each other and of the same polarity as the charged powdered particles. The electrodes may be disposed in different planes perpendicular to the direction of light, one of the electrodes being closer to the image bearing body than the other.
    • 电子摄影装置具有充电单元和曝光单元以及显影单元。 充电单元对具有旋转轴线的旋转图像承载体的表面进行充电。 曝光单元发光以照射图像承载体的表面,以在表面上形成静电潜像。 显影单元将带电调色剂施加到静电潜像以将静电潜像显影成可见图像。 电子照相设备包括例如用于向电极施加电压的两个电极和电源。 电极设置在曝光单元的发光表面之间并且平行于图像承载体的旋转轴线延伸。 电极在从曝光单元发射的光的相对侧对准。 电极从电源接收电压,产生与光的方向成一定角度的电力线,使得残留在图像承载体上的带电调色剂颗粒沿着偏离光的方向的方向飞行。 电极可以设置在垂直于光的方向的平面中,并接收彼此不同的电压并且与带电的粉末颗粒具有相同的极性。 电极可以设置在垂直于光的方向的不同平面中,其中一个电极比另一个更靠近图像承载体。
    • 5. 发明授权
    • Counterweight and method for recycling the same
    • 配重和回收方法
    • US07328863B2
    • 2008-02-12
    • US10433099
    • 2002-08-26
    • Norio NakajimaShuichi KataokaHiroshi Kumamoto
    • Norio NakajimaShuichi KataokaHiroshi Kumamoto
    • B02C17/00B02C17/02
    • C22B7/005B03B9/061B03C1/12C04B18/167C04B2111/0031E02F9/18Y02P10/212Y02W30/521Y02W30/524Y02W30/526Y02W30/95
    • The present invention provides a counterweight and a counterweight-recycling method capable of having excellent workability, capable of reducing manufacturing costs, and capable of achieving environmental conservation. A metal portion contained in slag produced in an iron making process or in residue in a waste treatment furnace is used as a weight material of a counterweight (10). A method of recycling the counterweight (10) includes a removing step of removing an outer shell (15) of a used counterweight (10) that has used a magnetic metal portion as a weight material, a crushing/cutting step of crushing a filler containing the metal portion of the counterweight (10) from which the outer shell (15) has been removed and cutting a combined state between the metal portion and the other filler portion, and a separating step of separating processed products obtained in the crushing/cutting step into high-specific-gravity substances composed chiefly of the metal portion and into other low-specific-gravity substances, in which the high-specific-gravity substances are used as weight materials of a counterweight to be newly manufactured.
    • 本发明提供一种能够具有优异的加工性,能够降低制造成本,能够实现环境保护的配重和配重再利用方法。 使用在制铁过程中产生的炉渣或废弃处理炉中的残渣中含有的金属部分作为配重(10)的重量材料。 回收配重(10)的方法包括去除已经使用磁性金属部分作为重量材料的使用的配重(10)的外壳(15)的去除步骤,粉碎/切割步骤,其将含有 已经去除了外壳(15)的配重(10)的金属部分,并且切割金属部分和另一填料部分之间的组合状态,以及分离步骤,分离在破碎/切割步骤中获得的加工产品 成为主要由金属部分组成的高比重物质和其中使用高比重物质作为新制造的配重的重量材料的其他低比重物质。
    • 6. 发明授权
    • Composite high frequency component and mobile communication device including the same
    • 复合高频分量与移动通信设备相同
    • US07200365B2
    • 2007-04-03
    • US10441218
    • 2003-05-20
    • Takahiro WatanabeKoji TanakaKoji FurutaniHideki MutoTakanori UejimaNorio Nakajima
    • Takahiro WatanabeKoji TanakaKoji FurutaniHideki MutoTakanori UejimaNorio Nakajima
    • H04B1/40
    • H04B1/0057H03H7/46H03H7/463H03H2001/0085H03H2250/00H04B1/005H04B1/48
    • The invention provides a composite high frequency component constituting a part of a microwave circuit having plural signal paths corresponding to their respective frequencies, comprising: a diplexer for coupling transmitting signals from the plural signal paths for transmission and distributing receiving signals into said plural signal paths for reception; plural high frequency switches for separating the plural signal paths into a transmission section and a reception section, respectively; plural filters introduced in the signal paths; said diplexer, said high frequency switch, and said filters being integrated into a ceramic multi-layer substrate formed by lamination of plural ceramic sheet layers. According to the above described composite high frequency component, the diplexer, the high frequency switches, and the filters which constitute the composite high frequency component are integrated into the ceramic multi-layer substrate formed by lamination of plural ceramic sheet layers. Thus, the matching and adjustment between the diplexer and the high frequency switches can be easily performed. It is unnecessary to provide a matching circuit for matching and adjusting the diplexer and the high frequency switches, and moreover, the high frequency switches and the filters.
    • 本发明提供构成具有与其各自频率对应的多个信号路径的微波电路的一部分的复合高频分量,包括:双工器,用于耦合来自多个信号路径的发送信号,用于传输,并将接收信号分配到所述多个信号路径中, 接待处 多个高频开关,分别将多个信号路径分离成发送部分和接收部分; 在信号路径中引入多个滤波器; 所述双工器,所述高频开关,并且所述滤波器集成到通过层叠多个陶瓷片层而形成的陶瓷多层基板中。 根据上述复合高频分量,构成复合高频分量的双工器,高频开关和滤波器集成在通过层叠多个陶瓷片层而形成的陶瓷多层基板中。 因此,可以容易地进行双工器与高频开关之间的匹配和调整。 不需要提供用于匹配和调整双工器和高频开关的匹配电路,以及高频开关和滤波器。
    • 9. 发明授权
    • Variable attenuator and mobile communication apparatus
    • 可变衰减器和移动通信设备
    • US06414565B1
    • 2002-07-02
    • US09376777
    • 1999-08-17
    • Koji TanakaToshifumi OidaNorio Nakajima
    • Koji TanakaToshifumi OidaNorio Nakajima
    • H01P122
    • H01P1/227
    • A variable attenuator is provided with a comb line formed of first and second lines electromagnetically coupled at a coupling degree of M, and diodes connected to the first and second lines constituting the comb line. One end of the first line is grounded through a capacitor and also connected to an input terminal through a capacitor. A diode is connected between the ground and the other end of the first line such that its anode is connected to the other end of the first line. The node connecting the other end of the first line and the anode of the diode is connected to a control terminal through a resistor. One end of the second line is grounded through a capacitor and also connected to an output terminal through a capacitor. Another diode is connected between the ground and the other end of the second line such that its anode is connected to the other end of the second line. The node connecting the other end of the second line and the anode of the diode is connected to a control terminal through a resistor.
    • 可变衰减器设置有由M的耦合度电磁耦合的第一和第二线形成的梳状线,以及连接到构成梳状线的第一和第二线的二极管。 第一行的一端通过电容器接地,并通过电容器连接到输入端子。 二极管连接在第一线的地和另一端之间,使得其阳极连接到第一线的另一端。 连接第一行的另一端和二极管的阳极的节点通过电阻连接到控制端。 第二线的一端通过电容器接地,并通过电容器连接到输出端子。 另一个二极管连接在第二线的地和另一端之间,使得其阳极连接到第二线的另一端。 连接第二线的另一端和二极管的阳极的节点通过电阻连接到控制端。
    • 10. 发明授权
    • High-frequency switch
    • 高频开关
    • US6070059A
    • 2000-05-30
    • US760690
    • 1996-12-04
    • Mitsuhide KatoNorio NakajimaKoji Tanaka
    • Mitsuhide KatoNorio NakajimaKoji Tanaka
    • H01P1/15H04B1/48H01P5/18H01P1/10H04B1/46
    • H01P1/15H04B1/48
    • A high-frequency switch in which insertion losses can be reduced and a wiring pattern for supplying control voltages can be simplified. The high-frequency switch has first through fourth ports. A transmission line is connected between each pair of the ports, thereby connecting the pairs of ports to each other. A respective capacitor is coupled between each of the ports and a corresponding one of the nodes between the respective transmission lines. A diode is connected between each of said nodes and a reference potential. A capacitor is coupled between the reference potential and each of the diodes. First through fourth control voltage terminals are connected to respective nodes between each of the diodes and the corresponding capacitors.
    • 可以减少插入损耗的高频开关和用于提供控制电压的布线图案。 高频开关具有第一至第四端口。 传输线连接在每对端口之间,从而将端口对彼此连接起来。 相应的电容器耦合在每个端口和相应的传输线之间的相应的节点之间。 二极管连接在每个所述节点和参考电位之间。 电容器耦合在参考电位和每个二极管之间。 第一至第四控制电压端子连接到每个二极管和相应的电容器之间的相应节点。