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    • 14. 发明授权
    • Image projecting apparatus provided with cartridge loader
    • 图像投影装置设有盒式装载机
    • US5357295A
    • 1994-10-18
    • US144721
    • 1993-10-28
    • Takanori SaitohHiroshi TanimotoJun NishisekoShuichi Saito
    • Takanori SaitohHiroshi TanimotoJun NishisekoShuichi Saito
    • G03B21/11G03B23/12
    • G03B21/113
    • An image projecting apparatus for projecting on an image receiving body an image on a microfilm incorporated in a cartridge is disclosed. This apparatus is provided with a cartridge loader for supporting a container for accommodating a plurality of cartridges. The cartridges in the container are disposed toward the cartridge holder provided for the image projecting apparatus to allow search of the microfilms held therein. The cartridges holding microfilms which have undergone the search are discharged from the cartridge holder. When the cartridge loader is adapted to allow attachment thereto of one container, the cartridges are taken out of the container and, after completion of the retrieval, the cartridges are returned to the container. When the cartridge loader is arranged to permit detachable attachment thereto of a first container for accommodating unsearched cartridges and a second container for accommodating searched cartridges, the cartridges which have undergone the search are returned to the second container after the cartridges in the first container have been attached to the cartridge holder and subjected to the search. When the cartridges in the first container are emptied, the first container is located at the position formerly occupied by the second container.
    • 公开了一种用于在图像接收体上投影包含在盒中的微缩胶片上的图像的图像投影装置。 该装置设置有用于支撑用于容纳多个盒的容器的盒装载器。 容器中的墨盒朝向用于图像投影设备的墨盒保持器设置,以允许搜索保存在其中的微缩胶卷。 已经进行搜索的保持微缩胶片的盒从盒保持器中排出。 当墨盒装载器适于允许一个容器附着时,将墨盒从容器中取出,并且在完成检索之后将墨盒返回容器。 当盒式装载机被布置成允许可拆卸地附接到第一容器以容纳未干燥的盒和用于容纳搜索的盒的第二容器时,在第一容器中的盒已经被存储之后,经过搜索的盒被返回到第二容器 连接到墨盒支架并进行搜索。 当第一容器中的墨盒被排空时,第一容器位于以前被第二容器占据的位置。
    • 15. 发明授权
    • Bidirectional switch circuit with automatic return-current path selector
    • 具有自动回路路径选择器的双向开关电路
    • US5237211A
    • 1993-08-17
    • US792926
    • 1991-11-15
    • Minoru TanakaHiroshi Tanimoto
    • Minoru TanakaHiroshi Tanimoto
    • H03K17/60H03K17/567
    • H03K17/567
    • A bidirectional switch circuit includes a parallel circuit of two unidirectional switch devices which are connected between a first and a second external current terminals. These switch devices are arranged to be reverse to each other in their current-forwarding direction. The switch devices are electrically fed by a single power supply unit, and turn on alternately in accordance with the potential difference between the external terminals. Each switch device may be an insulated gate bipolar transistor (IGBT), which is driven by a bias voltage generator including a resistor. A return-current path selector is connected between the external terminals, and has an output connected to the power supply unit through a return path line. The selector automatically performs a return-path changeover operation for a return-current of one of the switch devices being presently turned on.
    • 双向开关电路包括连接在第一和第二外部电流端子之间的两个单向开关装置的并联电路。 这些开关装置被布置为在其当前转发方向上彼此相反。 开关器件由单个电源单元供电,并且根据外部端子之间的电位差交替地导通。 每个开关器件可以是由包括电阻器的偏置电压发生器驱动的绝缘栅双极晶体管(IGBT)。 回流电路选择器连接在外部端子之间,并且具有通过返回路径线连接到电源单元的输出。 选择器自动对当前打开的开关装置之一的返回电流执行返回路径切换操作。
    • 18. 发明授权
    • Noise analyzing apparatus for analyzing noise of autonomous system by
simulation
    • 通过仿真分析自主系统噪声的噪声分析装置
    • US5943637A
    • 1999-08-24
    • US773129
    • 1996-12-26
    • Makiko OkumuraHiroshi Tanimoto
    • Makiko OkumuraHiroshi Tanimoto
    • G06F17/50G06F9/06
    • G06F17/5036
    • A noise analyzing apparatus includes an input unit for inputting a structure of an autonomous system, parameter values and analysis conditions, a periodic steady-state solution calculating unit for calculating a periodic steady-state solution of the autonomous system, a noise source adding unit for adding a noise source to a periodic linear time-variant system obtained by linearizing the autonomous system around the periodic steady-state solution, a time-variant transfer function calculating unit for calculating, for each noise source, a time-variant transfer function of the periodic linear time-variant system to which noise sources are added, a reflected component calculating unit for adding power of a time-variant transfer function reflected to a frequency to be observed, and an output unit for outputting as a result of analysis relating to noise based on results of calculations by the above-described calculating units.
    • 一种噪声分析装置,包括输入自动系统的结构的输入单元,参数值和分析条件,用于计算自主系统的周期性稳态解的周期性稳态解决计算单元,噪声源加法单元, 将周期性线性时变系统的周期性线性时变系统加到周期性的稳态解周围的自动系统中,对每个噪声源计算每个噪声源的时变传递函数的时变传递函数计算单元, 添加噪声源的周期性线性时变系统,用于将反映到待观察频率的时变传递函数的功率相加的反射分量计算单元,以及作为噪声分析结果输出的输出单元 基于上述计算单元的计算结果。
    • 19. 发明授权
    • FSK signal receiving device
    • FSK信号接收装置
    • US5373533A
    • 1994-12-13
    • US839165
    • 1992-02-21
    • Mikio HayashiharaHiroshi TsurumiHiroshi Tanimoto
    • Mikio HayashiharaHiroshi TsurumiHiroshi Tanimoto
    • H04L27/14H04L27/152
    • H04L27/1525
    • An FSK signal receiving device is constituted by a first phase shifting circuit for applying a first phase shift to a first reception base band signal of first and second reception base band signals having orthogonal phases to generate a third base band signal, and generating a fourth base band signal having a phase orthogonal to the phase of the third base band signal, a second phase shifting circuit for applying the first phase shift to the second base band signal to generate a fifth reception base band signal, and a logical gate circuit for performing an exclusive OR operation on the third and fourth base band signals to obtain a first output signal, on the third and fifth base signals to obtain a second output signal, and on the first and second output signals to generate a detection signal.
    • FSK信号接收装置由用于对具有正交相位的第一和第二接收基带信号的第一接收基带信号施加第一相移以产生第三基带信号的第一相移电路构成,并且产生第四基带 具有与第三基带信号的相位正交的相位的频带信号;第二移相电路,用于将第一相移施加到第二基带信号以产生第五接收基带信号,以及逻辑门电路,用于执行 在第三和第四基带信号上进行异或运算以在第三和第五基本信号上获得第一输出信号以获得第二输出信号,并且在第一和第二输出信号上产生检测信号。
    • 20. 发明授权
    • Linearized differential amplifier
    • 线性差分放大器
    • US5079515A
    • 1992-01-07
    • US531798
    • 1990-05-31
    • Hiroshi Tanimoto
    • Hiroshi Tanimoto
    • H03F1/32H03F3/45
    • H03F1/3211H03F3/45071
    • Disclosed is a linearized differential amplifier, comprising connecting input terminals and output terminals of the differential pairs respectively in parallel; arranging N sets of differential pairs (where N is an integer of at least 3); an offset voltage generating circuit for supplying different and equivalent offset voltages to the respective differential pairs; a circuit for weighting these output currents; and a circuit for adding the output currents. Particularly, the offset voltage generating circuit and the weighting circuit carry out equivalent weighting of the offset voltages and the output currents so that the change of the differential output current corresponding to the change of the differential input voltage shows an equal ripple characteristic. Moreover, to give equivalent offset voltages to the respective differential pairs, a linearized differential amplifier where emitter areas in respective differential pairs are different is disclosed. In this case, the ratio of emitter areas is 1:7.872983 and 1:1 when N is 3, and 1:13.40261 and 1:2.030215 when N is 4.