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    • 31. 发明授权
    • Position control of a magnetic head in a magnetic recording and
reproducing system
    • 磁记录和再现系统中磁头的位置控制
    • US5182683A
    • 1993-01-26
    • US541943
    • 1990-06-22
    • Yasuo Mitsuhashi
    • Yasuo Mitsuhashi
    • G11B5/588G11B15/467G11B15/473
    • G11B15/473G11B5/588
    • A magnetic recording and reproducing apparatus for reproducing information from a track recorded on a magnetic tape made to travel by being driven by a capstan. Even if a track has been recorded in a curved form, a magnetic head is displaced substantially perpendicularly to a rotational axis of a rotating drum in correspondence with the curve so as to trace the track. A signal read from the track by the magnetic head is subjected to envelope detection and is converted to a digital envelope signal. The capstan is driven and controlled such that the intensity of the digital envelope signal becomes substantially maximum. At the same time, a comparison is made between an ideal scanning pattern for the magnetic head stored in advance and the digital envelope signal, the ideal scanning pattern is corrected on the basis of the result of comparison, and the magnetic head is displaced in a substantially perpendicular direction to the rotational axis of the rotating drum so that the intensity of the envelope signal becomes substantially maximum. The magnetic head is affixed to a projecting portion of an annular spring with an air-core bobbin fitted in a central portion thereof and is displaced by magnetic interaction between an energizing coil wound around the bobbin and a permanent magnet disposed inside the air-core bobbin.
    • 一种磁记录和再现装置,用于从通过由主导轴驱动的行进记录在磁带上的轨道再现信息。 即使轨迹已经被记录成弯曲形式,磁头也与曲线对应地基本上垂直于旋转鼓的旋转轴线移动,以便跟踪轨迹。 由磁头从轨道读取的信号经受​​包络检测,并被转换为数字包络信号。 驱动和控制绞盘,使得数字包络信号的强度变得基本上达到最大值。 同时,将预先存储的磁头的理想扫描图案与数字包络信号进行比较,根据比较结果对理想扫描图案进行校正,磁头位于 大致垂直于旋转鼓的旋转轴线的方向,使得包络信号的强度变得基本上最大。 磁头固定在环形弹簧的突出部分上,空心线轴装配在其中心部分,并且通过缠绕在线轴上的激励线圈与设置在空心线轴内的永久磁铁之间的磁相互作用而移位 。
    • 32. 发明授权
    • Apparatus for automatically optimizing magnetic recording and playback
    • 用于自动优化磁记录和播放的装置
    • US5101309A
    • 1992-03-31
    • US390370
    • 1989-08-07
    • Yasuo Mitsuhashi
    • Yasuo Mitsuhashi
    • G11B5/008G11B5/03G11B5/035G11B5/53H04N5/782H04N5/92
    • H04N5/782G11B5/0086G11B5/03G11B5/035G11B5/531H04N5/92
    • While prior art apparatus for magnetic recording and playback (VTRs) were unable to perform magnetic recording of an FM signal with an optimum recording current responding to change of the optimum recording current dependent on kinds of magnetic tapes used and wear of heads, the magnetic recording of an FM signal with the optimum recording current at all times has been made possible by having a recorded signal along a track of a magnetic tape read by a level servo head scanning the track following the signal recording and having the recording current controlled to be optimized by use of a recording current controlling device based on the playback signal output from the level servo head. As a result, improvement of the S/N ratio and automatic adjustment of the recording current can be achieved. Further, by means of a head drive unit, the position of the level servo head is finely adjusted so that the control for optimization of the recording current is performed accurately.
    • 虽然用于磁记录和重放(VTR)的现有技术装置不能根据取决于使用的磁带的种类和磁头的磨损来响应于最佳记录电流的变化而对具有最佳记录电流的FM信号进行磁记录,磁记录 具有始终具有最佳记录电流的FM信号已经通过沿着沿着信号记录扫描轨道的电平伺服头读取的磁带的轨道上的记录信号成为可能,并且将记录电流控制为优化 通过使用基于从电平伺服磁头输出的重放信号的记录电流控制装置。 结果,可以实现S / N比的提高和记录电流的自动调整。 此外,通过头驱动单元,精细地调整液位伺服头的位置,从而精确地执行用于优化记录电流的控制。
    • 35. 发明授权
    • Electrophotographic process
    • 电子照相法
    • US4418137A
    • 1983-11-29
    • US238727
    • 1981-02-27
    • Yasuo MitsuhashiMasashi Kiuchi
    • Yasuo MitsuhashiMasashi Kiuchi
    • G03G7/00G03G9/08G03G9/087G03G13/08G03G9/14
    • G03G9/08724G03G13/08G03G7/006G03G9/0808G03G9/08704G03G9/08728G03G9/08775
    • An electrophotographic process comprises the steps of:developing an electric latent image with toner particle, the toner particle comprising 20-70 parts by weight of at least one resin selected from resins of Group A and 80-30 parts by weight of at least resin selected from resins of Group B, transferring the developed toner image to a paper having a smoothness of 5.varies.130 seconds (measured by Bekk method), applying pressure to the transferred toner image to fix the toner image on said paper, and repeating at least said steps, in which said resins of Group A includes a low molecular weight polyethylene, a low molecular weight polypropylene, ethyl ene-ethyl acrylate copolymer, ionomer resin and ethylene-vinyl acetate copolymer, and said resins of Group B includes natural resin modified maleic acid resin, natural resin modified pentaerythritol resin and natural resin modified glycerine resin.
    • 电子照相方法包括以下步骤:用调色剂颗粒显影电潜影,调色剂颗粒包含20-70重量份的至少一种选自A组树脂的树脂和80-30重量份至少选自树脂的树脂 从B组的树脂中将显影后的调色剂图像转印到平滑度为5TIORTION 130秒的纸(通过Bekk方法测量)上,向转印的调色剂图像施加压力以将调色剂图像固定在所述纸上,并且至少重复所述 其中所述A组树脂包括低分子量聚乙烯,低分子量聚丙烯,乙基丙烯酸乙基酯共聚物,离聚物树脂和乙烯 - 乙酸乙烯酯共聚物,所述B组树脂包括天然树脂改性马来酸 树脂,天然树脂改性季戊四醇树脂和天然树脂改性甘油树脂。
    • 36. 发明授权
    • Semiconductor integrated circuit with layer for isolating elements in
substrate
    • 半导体集成电路,用于隔离衬底中的元件
    • US5578862A
    • 1996-11-26
    • US322374
    • 1994-10-13
    • Nobuo FujiiYosuke MizukawaYasuo Mitsuhashi
    • Nobuo FujiiYosuke MizukawaYasuo Mitsuhashi
    • H01L27/02H01L29/00
    • H01L27/0248
    • By reverse biasing the PN junction formed around a semiconductor element, the semiconductor element is isolated from other elements. The PN junction around the semiconductor element is a junction between a layer surrounding the semiconductor element and a layer disposed outside the layer. Jointly with the layer constituting the semiconductor, the layer surrounding the semiconductor element forms a parasitic diode. The potential of the layer on the semiconductor element to be connected to the layer surrounding the semiconductor element is detected, and based on this potential, the voltage to be applied to the parasitic diode is controlled so as to be constant. When the voltage to be applied to the parasitic diode is lower than a threshold, the parasitic diode will be in a cutoff state.
    • 通过反向偏置形成在半导体元件周围的PN结,半导体元件与其它元件隔离。 半导体元件周围的PN结是围绕半导体元件的层与设置在层之外的层之间的结。 与构成半导体的层共同地,围绕半导体元件的层形成寄生二极管。 检测半导体元件上连接到半导体元件周围的层的电位,并且基于该电位,施加到寄生二极管的电压被控制为恒定。 当施加到寄生二极管的电压低于阈值时,寄生二极管将处于截止状态。
    • 38. 发明授权
    • Video signal processing apparatus having a noise reduction circuit
    • 具有降噪电路的视频信号处理装置
    • US5060078A
    • 1991-10-22
    • US379969
    • 1989-07-14
    • Yasuo Mitsuhashi
    • Yasuo Mitsuhashi
    • H04N5/911H04N5/923
    • H04N5/923H04N5/911
    • A video signal processing apparatus which is adapted to a VTR (video tape recorder) and various other video players for processing a video signal so as to reduce noise. A video signal passed through a demodulator and a deemphasis circuit is input to a noise canceller circuit so as to remove most of the noise component thereof. The video signal is then provided with narrow and deep peaks at the respective rising transient portion and the breaking transient portion with bipolarity by an outline emphasizing circuit. Thus, smooth signal processing of the group delay characteristic is enabled in a wide frequency band, thereby producing a video signal having excellent sharpness and not including a strain such as overshoot or ringing.
    • 一种视频信号处理装置,适用于VTR(录像机)和各种其他视频播放器,用于处理视频信号以减少噪声。 通过解调器和去加重电路的视频信号被输入到噪声消除电路,以便去除其大部分噪声成分。 然后,视频信号在相应的上升瞬态部分处具有窄峰和深峰,并且通过轮廓加强电路具有双极性的断裂瞬变部分。 因此,在宽频带中能够进行群延迟特性的平滑信号处理,从而产生具有优异的锐度并且不包括诸如过冲或振铃的应变的视频信号。