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    • 1. 发明专利
    • VIBRATION TRANSMITTING DEVICE AND VIBRATION AGITATION MIXER
    • JP2000176269A
    • 2000-06-27
    • JP35866198
    • 1998-12-17
    • MITSUBISHI ELECTRIC CORP
    • FUJII MANABUMOTOKI ICHIRODOI TAKESHIHAYASHI YUKIO
    • B06B3/02B01F11/00B01F15/00F16J15/52H02K7/14
    • PROBLEM TO BE SOLVED: To improve the stability, to reduce the required strength, and to improve the workability and safety by providing a vibration part and a vibration generating part inside and outside a vessel respectively, and providing the vibration part and the vibration generating part with a vibration magnetic body for transmitting vibration in noncontact by a magnetic means and a magnetic body respectively. SOLUTION: By vibration generated by a vibration generating body 5 of a vibration generating part 4, a magnetic body 6 is vibrated. Magnetic lines of force are formed in the horizontal direction not parallel to the vibration direction and a vibration magnetic body 3 in a vessel 1 is vibrated in the vertical direction under the influence of magnetic force. Since the magnetic body 6 and the vibration magnetic body 3 are arranged in the vertical direction being not parallel to the horizontal direction of the magnetic force lines 7, 7a-7d, area for generating the magnetic force lines 7, 7a-7d can be enlarged. When the magnetic body 6 and the vibration magnetic body 3 are formed into a disc, the height of the disc is increased to easily enlarge transmitting force. Furthermore, when the vibration magnetic body 3 is surrounded by the magnetic body 6, their stability can be improved.
    • 6. 发明专利
    • Optical receiver
    • 光接收机
    • JPS59148458A
    • 1984-08-25
    • JP2232583
    • 1983-02-14
    • Mitsubishi Electric Corp
    • INOUE MASAHIROEZAKI MITSUNOBUFUJII MANABU
    • H04L25/03
    • H04B10/695
    • PURPOSE:To exclude malfunction at no signal by changing a threshold voltage of a comparator in response to the intensity of received light to eliminate pulse width fluctuation due to change in the intensity of the received light. CONSTITUTION:The light incident to a photodetector 2 via an optical fiber 1 is converted into a current and amplified. The amplified voltage is inputted to a non-inverting input of a comparator 13 and divided and then inputted to a non- inverting input of an operational amplifier 21. An output of the operational amplifier 21 charges a capacitor 25. The charged voltage of the capacitor 25 is impressed to an inverting input of a comparator 13. The terminal voltage of the capacitor 25 is kept to a constant value. When an output voltage of a voltage amplifier 9 is low, a voltage kept by the capacitor 25 is given to the comparator 13. When an output voltage of the voltage amplifier 9 exceeds a prescribed voltage, a half of the output voltage is given to the comparator 13 as a threshold voltage.
    • 目的:通过响应于接收光的强度改变比较器的阈值电压来消除由于接收到的光的强度变化引起的脉冲宽度波动而在无信号时排除故障。 构成:通过光纤1入射到光电检测器2的光被转换成电流并被放大。 放大的电压被输入到比较器13的非反相输入端,并被分频并输入到运算放大器21的非反相输入端。运算放大器21的输出对电容器25充电。电容器的充电电压 25被比较器13的反相输入端施加。电容器25的端子电压保持恒定。 当电压放大器9的输出电压低时,电容器25保持的电压被提供给比较器13.当电压放大器9的输出电压超过规定电压时,输出电压的一半被给予 比较器13作为阈值电压。
    • 7. 发明专利
    • Optical transmitter
    • 光学发射器
    • JPS59148440A
    • 1984-08-25
    • JP2232483
    • 1983-02-14
    • Mitsubishi Electric Corp
    • INOUE MASAHIROFUJII MANABU
    • H04B10/60H04B10/11H04B10/40H04B10/50H04B9/00
    • H04B10/00
    • PURPOSE:To obtain the advantages of both transmission systems by combining organically an optical fiber transmission system having a light emitting device for optical fiber and a radio transmitting system having a light emitting device for space propagation and controlling the operation of both the light emitting device. CONSTITUTION:An electric signal (a) inputted from an electric signal input terminal is modulated at a modulator 2, which outputs an electric signal (b), and the electric signal (b) is amplified at a driver 3 and applied to light emitting devices (LEDs) 4a-4c as an LED driving signal (c). The LEDs are connected in series with jumpers 12a-12c and connected in parallel with each other. The transmitter is constituted that a light (d) irradiated from the LED4a is made incident to an optical fiber 6, lights (e), (f) irradiated from the LEDs 4b, 4c are irradiated into space, the electric signal (a) is converted into an optical signal and transmitted by space propagation.
    • 目的:通过有机地组合具有用于光纤的发光器件的光纤传输系统和具有用于空间传播的发光器件的无线电发射系统并且控制发光器件的操作,来获得两种传输系统的优点。 构成:从电信号输入端子输入的电信号(a)在调制器2被调制,调制器2输出电信号(b),电信号(b)在驱动器3放大并施加到发光装置 (LED)4a-4c作为LED驱动信号(c)。 LED与跳线12a-12c串联连接并且彼此并联。 发射机构成为从LED4a照射的光(d)入射到光纤6,从LED 4b,4c照射的光(e),(f)照射到空间中,电信号(a) 转换为光信号并通过空间传播传输。
    • 9. 发明专利
    • Interface
    • 接口
    • JPS58205207A
    • 1983-11-30
    • JP8920482
    • 1982-05-26
    • Mitsubishi Electric Corp
    • FUJII MANABUINOUE MASAHIRO
    • G05B15/02F02P7/073G06F3/00
    • F02P7/073
    • PURPOSE:To obtain a miniaturized, low-priced interface by passing optical signals which are generated in accordance with the control signal of an electronic circuit and differ in wavelength through an optical transmission line and plural optical fibers which have different transmission wavelength characteristics, and operating an optical ignition switch. CONSTITUTION:Outputs P1 and P2 of the electronic circuit which sends control signals to plural loads are connected to terminls 18B and 18C of a variable wavelength resistance 16 through current-limiting resistances 26 and 27 and the common terminal 18A is connected to the grounding terminal G of the electronic circuit 1. A zero-point firing circuit 17 inputs pulses to the electronic circuit 1 synchronously with the zero potential of a power source 22. The electronic circuit 1 ANDs the input pulse with the load control signal to generate outputs P1 and P2. At a stage I , the variable wavelength source 16 is off, so power switch elements 14A-14C are off and no load is powered on. At a stage II, the variable wavelength light source 16 emits, for example, green light to power on the loads 2A and at stages III and IV, yellow light and red light are emitted respectively to power on loads 2B and 2C.
    • 目的:通过传递根据电子电路的控制信号产生的光信号并通过光传输线和具有不同透射波长特性的多根光纤波长不同的光信号来获得小型化,低价格的接口,并且操作 光学点火开关。 构成:通过限流电阻26和27将发送控制信号的电子电路的输出P1和P2连接到可变波长电阻16的端子18B和18C,公共端子18A连接到接地端子G 零点点火电路17与电源22的零电位同步地向电子电路1输入脉冲。电子电路1将输入脉冲与负载控制信号进行比较以产生输出P1和P2 。 在阶段I,可变波长源16断开,因此功率开关元件14A-14C断开,无负载上电。 在阶段II,可变波长光源16发射例如绿色光以对负载2A和阶段III和IV发射功率,分别发射黄色光和红色光以对负载2B和2C供电。
    • 10. 发明专利
    • Composite cable for optical communication
    • 用于光通信的复合电缆
    • JPS58186703A
    • 1983-10-31
    • JP6988682
    • 1982-04-26
    • Mitsubishi Electric Corp
    • FUJII MANABUINOUE MASAHIRO
    • H01B11/22G02B6/44H01B7/18
    • G02B6/4416G02B6/4427
    • PURPOSE:To improve mass productivity and the degree of deterioration in optical attenuation characteristic by providing the layer which is wound with a plastic tape or paper tape on the outside of the clad of an optical fiber cord. CONSTITUTION:A layer 6 which is wound with a plastic tape such as ''Mylar'' tape is provided on the outside of a clad 1b, and there is a layer 4b which is wound with a paper tape thereon. An optical fiber cord 1 is applied with the heat treatment at the temp. higher than the heat resisting temp. thereof only once in the stage of forming a sheath layer 5 consisting of a resin such as PVC on the outermost side. The mechanical strength is maintained by the layer 5, a vinyl insulated wire 2 for an electric power source, and a wire-shaped body 3 for holding shape between the same, and the migration of the plastisizer in the vinyl clad wire 2 by heating is prevented by the layer 6.
    • 目的:通过在塑料带或纸带上缠绕光纤线的包层外侧来提高质量生产率和光衰减特性的程度。 构成:在包层1b的外侧设置有用塑料带如“Mylar”带缠绕的层6,并且在其上缠绕有纸带的层4b。 光纤线1在温度下进行热处理。 高于耐热温度。 在最外侧形成由PVC等树脂构成的护套层5的阶段只有一次。 机械强度由层5,用于电源的乙烯基绝缘电线2和用于保持电极的形状的线状体3和通过加热在乙烯基包层线2中的增塑剂的迁移保持, 被第6层阻止。