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    • 113. 发明授权
    • Braille printing apparatus
    • 盲文印刷设备
    • US5876128A
    • 1999-03-02
    • US912355
    • 1997-08-18
    • Takashi OgawaToshiya Tsukasa
    • Takashi OgawaToshiya Tsukasa
    • B41J2/265B41J2/285B41J3/32
    • B41J3/32
    • An apparatus for printing not only embossing braille characters but also an embossing figure on a recording medium such as paper, using a projection of a rod employed as a debossing die and a printing underlay employed as an embossing die. The printing underlay includes at least one elastic layer. The apparatus includes an element to stop a depressing depth of the projection into the printing underlay so that the depressing depth is uniform. The element to stop the depressing depth of the projection into the printing underlay may include a step formed on a part of a periphery of the printing rod, and additionally a stopping wall whereby the depressing depth of the projection into the printing underlay is stopped by the step knocking against the stepping wall. Different projections with different step positions may also be provided.
    • 使用用作压纹模的棒的突起和用作压花模的印刷衬底,不仅印刷压花盲文字符而且在诸如纸的记录介质上的压花图形的装置。 印刷底层包括至少一个弹性层。 该装置包括一个元件,用于将凹入的凹陷深度停止到印刷底层中,使得按压深度是均匀的。 用于停止凸起进入印刷底层的凹陷深度的元件可以包括形成在印刷条的周边的一部分上的台阶,另外还有一个止动壁,由此通过 一步一步敲门墙。 也可以提供具有不同台阶位置的不同突起。
    • 119. 发明授权
    • System for measuring and generating electric noise
    • 用于测量和产生电噪声的系统
    • US4806845A
    • 1989-02-21
    • US859991
    • 1986-05-05
    • Jiro NakanoTakashi Ogawa
    • Jiro NakanoTakashi Ogawa
    • G01R29/26H03B29/00H03C1/36G01R27/00
    • H03B29/00G01R29/26H03C1/36
    • In measuring and reproducing electric noise applied to an electronic component, the electric noise is envelope-detected and the envelope-detected noise is analog-digitally converted at high speed and stored. With this arrangement, electric noise, complicated and low in reproducibility, is accurately measured and stored. Further, a result obtained by performing a predetermined calculation on the stored value is digital-analog converted at high speed, reproducing the envelope-detected waveform as an analog signal, and a carrier signal having a center frequency of the electric noise is amplitude-modulated by the analog signal. As a consequence, imitation noise determined quantitatively can be accurately and repeatedly generated. Furthermore, when a repeated frequency of the electric noise is counted and stored, the basic frequency components of the electric noise can be measured without use of additional measuring instruments.
    • 在测量和再现施加到电子部件的电噪声时,电噪声被包络检测,并且包络检测的噪声被高速模拟数字转换并存储。 通过这种布置,精确地测量和存储电噪声,复杂性和低再现性。 此外,通过对存储值执行预定计算而获得的结果被高速数字模拟转换,再现包络检测波形作为模拟信号,并且具有电噪声的中心频率的载波信号被调幅 通过模拟信号。 因此,可以准确和重复地产生定量确定的仿造噪声。 此外,当计算并存储电噪声的重复频率时,可以在不使用附加测量仪器的情况下测量电噪声的基本频率分量。