会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 4. 发明授权
    • Rotating analyzer type ellipsometer
    • 旋转分析仪型椭偏仪
    • US4653924A
    • 1987-03-31
    • US742988
    • 1985-06-10
    • Makoto ItonagaKanji Kayanuma
    • Makoto ItonagaKanji Kayanuma
    • G01N21/21G01J4/00
    • G01N21/211
    • A rotating analyzer type ellipsometer comprises a rotating analyzer for receiving light which is impinged on a sample with a predetermined incident angle and reflected by the sample, a rotary phase detecting apparatus provided so as to rotate unitarily with the rotating analyzer for generating a rotary phase signal as the rotary phase detecting apparatus rotates, a rotating mechanism for rotating the rotating analyzer and the rotary phase detecting apparatus, a photodetector for producing an output responsive to light which is passed through the rotating analyzer, and a computer for obtaining a phase difference between the rotating analyzer and the rotary phase detecting apparatus from a phase difference .phi..sub.o with which a difference between an output I.sub.p of the photodetector and a theoretical value I.sub.o becomes a minimum or substantially zero by entering into the computer the output I.sub.p of the photodetector and calculating the theoretical value I.sub.o while changing the values of the output I.sub.p and an initial value .phi..sub.o of the phase difference.
    • 旋转分析仪型椭偏仪包括:旋转分析器,用于接收以预定入射角撞击样品并被样品反射的光;旋转相位检测装置,设置成与旋转分析仪一体旋转,用于产生旋转相位信号 当旋转相位检测装置旋转时,旋转分析器和旋转相位检测装置旋转的旋转机构,用于产生响应于通过旋转分析器的光的输出的光电检测器,以及用于获得相位差的计算机 旋转分析仪和旋转相位检测装置从光电检测器的输出Ip和理论值Io之间的差值变为最小值或基本上为零的相位差,通过将计算机输入到光电检测器的输出Ip并计算 理论值Io同时改变输出I的值 p和相位差的初始值phi。
    • 6. 发明授权
    • Special reproducing system in an apparatus for reproducing video signals
from a rotary recording medium
    • 用于再现来自旋转记录介质的视频信号的设备中的特殊再现系统
    • US4340907A
    • 1982-07-20
    • US4813
    • 1979-01-19
    • Atsumi HirataKanji Kayanuma
    • Atsumi HirataKanji Kayanuma
    • H04N5/903G11B9/06G11B21/08H04N5/76
    • G11B21/085G11B9/06H04N5/7605
    • A special reproducing system is applied to apparatus for reproducing a video signal from a grooveless rotary recording medium. Video signals are recorded along a spiral track with a plural number of fields recorded on every revolution of the medium. The special reproducing system comprises a reproducing element for tracing the track of the rotary recording medium and picking up the recorded signal, a tracking control mechanism for operating in response to skip pulses applied thereto to cause the reproducing element to shift to an adjacent track turn of the spiral track thereby to undergo skipping, and a skip pulse generating circuit for generating skip pulses with timings corresponding to the vertical blanking period positions of the recorded video signal, the skip pulses being of a number corresponding to an operational mode for carrying out a special reproduction differing from normal reproduction at every rotational period of the rotary recording medium, and supplying the skip pulses to the tracking control mechanism. The reproducing element is caused by the tracking control mechanism responsive to the skip pulses to skip to an adjacent track turn within the vertical blanking period of the recorded video signal.
    • 特殊的再现系统被应用于从无槽旋转记录介质再现视频信号的装置。 沿着螺旋轨道记录视频信号,在介质的每转一圈记录多个场。 专用再现系统包括用于跟踪旋转记录介质的轨道并拾取记录信号的再现元件,跟踪控制机构,用于响应于施加到其上的跳过脉冲而操作,以使再现元件移动到相邻轨道转弯 螺旋轨迹由此进行跳跃;以及跳过脉冲发生电路,用于产生与所记录的视频信号的垂直消隐周期位置对应的定时的跳跃脉冲,跳跃脉冲是与用于执行特殊操作的操作模式相对应的数字 再现与旋转记录介质的每个旋转周期的正常再现不同,并且将跳过脉冲提供给跟踪控制机构。 再现元件是由跟踪控制机构引起的,该跟踪控制机制响应于跳过脉冲在所记录的视频信号的垂直消隐期内跳到相邻的轨道转弯。
    • 7. 发明授权
    • Reproducing transducer feeding device in a rotary recording medium
reproducing apparatus
    • 在旋转记录介质再现装置中再现换能器供给装置
    • US4247741A
    • 1981-01-27
    • US973688
    • 1978-12-27
    • Kazuo TatsuguchiAtsumi HirataTetsushi AkasakaKanji Kayanuma
    • Kazuo TatsuguchiAtsumi HirataTetsushi AkasakaKanji Kayanuma
    • H04N5/7826G11B7/085G11B21/04G11B21/10
    • G11B21/04
    • The feeding device feeds a reproducing transducer in an apparatus for reproducing signals from a rotary recording medium having an information signal recording track formed thereon in a spiral path or concentric circular form and having reference signals recorded thereon interrelatedly with the information signal track. The reproducing transducer has a reproducing element for reproducing the information signal and the reference signals recorded on the rotary recording medium and tracking control mechanism for accomplishing tracking control so that the reproducing element traces the information signal track. The feeding device comprises a driving motor for driving the reproducing transducer in feeding travel over the rotary recording medium in the radial direction thereof, a circuit for producing a tracking control signal in response to the reference signals reproduced from the reproducing transducer and supplying the tracking control signal to the tracking control mechanism, a circuit for obtaining a DC component signal of the tracking control signal thus produced, and a circuit for controlling the driving operation of the driving motor in response to the DC component signal thus obtained.
    • 馈送装置将再现传感器馈送到用于从具有形成在其上的信息信号记录轨道的旋转记录介质再现信号的装置中,该信息信号记录轨道以螺旋路径或同心圆形形式存储,并且具有与信息信号轨道相关联的参考信号。 再现换能器具有用于再现记录在旋转记录介质上的信息信号和参考信号的再现元件以及用于实现跟踪控制的追踪控制机构,使得再现元件跟踪信息信号轨道。 馈送装置包括驱动电动机,用于驱动再现换能器沿其径向馈送旋转记录介质的行进;响应于从再现换能器再现的参考信号产生跟踪控制信号的电路,并提供跟踪控制 信号到跟踪控制机构,用于获得如此产生的跟踪控制信号的DC分量信号的电路,以及用于根据如此获得的DC分量信号来控制驱动电动机的驱动操作的电路。
    • 9. 发明授权
    • Bias control circuit for light modulators
    • 用于光调制器的偏置控制电路
    • US4162398A
    • 1979-07-24
    • US832892
    • 1977-09-13
    • Kanji Kayanuma
    • Kanji Kayanuma
    • G02F1/01G02F1/03G02F1/05G11B7/125G11B7/128G01J1/32
    • G11B7/128G02F1/0123
    • A bias control circuit for light modulator includes a feedback control loop through which a measure of the modulated laser beam is processed to derive an error correction signal which is superimposed on the normal bias potential to shift the bias point in the same direction as the direction of shift of the operating curve of the light modulator due to the heat generated therein during operation. A feed-forward control loop is also provided to cancel an error signal in the feedback control loop resulting from an intentional gradial variation of the laser beam intensity prior to the modulation so that the average light intensity of the modulated laser beam is correspondingly varied.
    • 用于光调制器的偏置控制电路包括反馈控制回路,通过该反馈控制回路对调制的激光束的测量进行处理以导出纠错信号,该误差校正信号叠加在正常偏置电位上以使偏置点沿与 在操作期间由于其中产生的热量而导致的光调制器的操作曲线的移位。 还提供前馈控制回路以消除由调制之前的激光束强度的有意的逐渐变化引起的反馈控制回路中的误差信号,使得调制的激光束的平均光强度相应地变化。
    • 10. 发明授权
    • Pulse generating device for regulating the rotational speed of a body
    • 用于调节身体旋转速度的脉冲发生装置
    • US4061950A
    • 1977-12-06
    • US603852
    • 1975-08-12
    • Kanji Kayanuma
    • Kanji Kayanuma
    • H02P23/00H02P5/00
    • H02P23/186Y10S388/901Y10S388/91Y10S388/915
    • A first pulse is electromechanically generated for each rotation of a body and a predetermined number of second pulses are also electromechanically generated for each rotation. The first pulse is applied as an input binary digit to a shift register having storage elements equal in number to the second pulses generated for each rotation. The second pulses are applied as a clock input to the shift register to cause shifting of the binary digit through the storage elements in a step along manner. A plurality of monostable multivibrators are coupled to respective ones of the storage elements to receive the stored content in each storage element. Each of the multivibrators is provided with a manually adjustable time constant value. Adjustment is made of each time constant value to compensate for any possible error in spacing between successive ones of the second pulses due to mechanical tolerances in the manufacture of the electromechanical pulse generating mechanism.
    • 对于身体的每次旋转而机电地产生第一脉冲,并且每个旋转也机电地产生预定数量的第二脉冲。 将第一脉冲作为输入二进制数字施加到具有与针对每个旋转产生的第二脉冲相等数量的存储元件的移位寄存器。 第二脉冲作为时钟输入被施加到移位寄存器,以引起二进制数字沿着存储元件沿着步进的方式移位。 多个单稳态多谐振荡器耦合到相应的存储元件以在每个存储元件中接收存储的内容。 每个多谐振荡器都具有可手动调节的时间常数值。 由每个时间常数值进行调节,以补偿由于机电脉冲发生机构的制造中的机械公差而导致的连续的第二脉冲之间的间隔的任何可能的误差。