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    • 23. 发明授权
    • Carriage driving apparatus for a disk player
    • 用于盘播放机的支架驱动装置
    • US4890277A
    • 1989-12-26
    • US260087
    • 1988-10-18
    • Kiyoshi Tateishi
    • Kiyoshi Tateishi
    • G11B7/085G11B21/02G11B21/08
    • G11B21/083G11B21/02G11B7/08582
    • A carriage driving apparatus for a disk player in which the stability and responsiveness of the feedback loop are improved. The carriage driving apparatus includes a driving coil disposed in a magnetic path extending in the radial direction of a disk for driving a carriage carrying a pickup in the forward/backward direction of the magnetic path in response to a driving current, a velocity detecting coil disposed in the magnetic path for generating a velocity detection output in accordance with changes in flux, and velocity detection correcting device, including a leakage correction equalizer and arithmetic circuit, for correcting the detection output of the velocity detecting coil in accordance with the frequency and intensity of the driving current flowing in the driving coil.
    • 一种用于盘播放器的滑架驱动装置,其中提高了反馈回路的稳定性和响应性。 滑架驱动装置包括驱动线圈,其设置在沿着盘的径向方向延伸的磁路中,用于响应于驱动电流来驱动携带拾取器的磁头的前后方向的滑架;速度检测线圈, 在用于产生根据通量变化的速度检测输出的磁路中,以及包括泄漏校正均衡器和运算电路的速度检测校正装置,用于根据频率检测线圈的频率和强度来校正速度检测线圈的检测输出 在驱动线圈中流动的驱动电流。
    • 26. 发明申请
    • LIGHT AMOUNT DETECTING APPARATUS, AND LIGHT AMOUNT INFORMATION PROCESSING APPARATUS
    • 轻量检测装置和轻量信息处理装置
    • US20120105033A1
    • 2012-05-03
    • US13380407
    • 2009-07-01
    • Kiyoshi TateishiYoshihiro HanadaMichiaki Nakamura
    • Kiyoshi TateishiYoshihiro HanadaMichiaki Nakamura
    • G05F1/10
    • H03F3/45475G01J1/44H03F3/082H03F3/087H03F3/45183H03F3/4565H03F2203/45082H03F2203/45138H03F2203/45528H03F2203/45702
    • A light amount detecting apparatus includes: a photoelectric converting element converting quantity of light inputted to current; a current/voltage converting device having a positive input terminal connected to a first terminal of the photoelectric converting element, a negative input terminal connected to a second terminal of the photoelectric converting element, a negative output terminal for reversing polarity of a current inputted to the positive input terminal and outputting it as a voltage, a positive output terminal for reversing polarity of a current inputted to the negative input terminal and outputting it as a voltage, a first negative feedback resistor connecting the positive and negative output terminals, and a second negative feedback resistor connected between the negative and positive output terminals, the current/voltage converting device setting the photoelectric converting element in zero bias and converting the converted current to the voltage; and an amplifying device for amplifying the converted voltage.
    • 光量检测装置包括:光电转换元件,将输入到电流的光量进行转换; 电流/电压转换装置,具有连接到光电转换元件的第一端子的正输入端子,连接到光电转换元件的第二端子的负输入端子,用于反转输入到光电转换元件的电流的极性的负输出端子 正输入端子并将其输出为电压;正输出端子,用于反转输入到负输入端子的电流的极性并将其输出为电压;第一负反馈电阻器,连接正极和负极输出端子;以及第二负极 反馈电阻连接在负输出端和正输出端之间,电流/电压转换装置将光电转换元件设置为零偏置并将转换后的电流转换为电压; 以及用于放大转换电压的放大装置。
    • 27. 发明授权
    • Physical properties detection device and physical properties detection method
    • 物理性质检测装置及物理性质检测方法
    • US08138746B2
    • 2012-03-20
    • US12532129
    • 2007-03-20
    • Kiyoshi TateishiTakanori MaedaHideki KobayashiTomotaka Yabe
    • Kiyoshi TateishiTakanori MaedaHideki KobayashiTomotaka Yabe
    • G01N27/00
    • G11B9/02G11B9/06
    • A physical properties detection device comprising a probe to be placed near or touching a surface of a ferroelectric; an oscillation loop including the probe and capacitance within the ferroelectric; and detection means for detecting a physical properties of the ferroelectric on the basis of a frequency variation of a measurement signal generated in the oscillation loop, the frequency variation accompanying application of an alternating electric field to the ferroelectric; and the physical properties detection device is further comprising frequency conversion means for converting the frequency of the measurement signal to a low frequency and outputting the resulting signal as a converted measurement signal; frequency control means for controlling the frequency of the converted measurement signal so as to match a target frequency; frequency detection means for generating a frequency detection signal that has a signal level corresponding to the frequency of the converted measurement signal; and synchronous detection means for synchronously detecting the frequency detection signal on the basis of a synchronization signal.
    • 一种物理特性检测装置,包括放置在铁电体表面附近或接触铁电体的探针; 包括铁电体内探针和电容的振荡回路; 以及检测装置,用于基于在振荡环路中产生的测量信号的频率变化,伴随向铁电体施加交变电场的频率变化来检测铁电体的物理性质; 物理特性检测装置还包括频率转换装置,用于将测量信号的频率转换为低频,并将所得信号作为转换的测量信号输出; 频率控制装置,用于控制转换的测量信号的频率以便匹配目标频率; 频率检测装置,用于产生具有与转换的测量信号的频率对应的信号电平的频率检测信号; 以及用于基于同步信号同步检测频率检测信号的同步检测装置。
    • 29. 发明申请
    • BIOLOGICAL INFORMATION MEASUREMENT APPARATUS
    • 生物信息测量装置
    • US20110190641A1
    • 2011-08-04
    • US13061079
    • 2008-08-28
    • Kiyoshi TateishiYoshinori Kimura
    • Kiyoshi TateishiYoshinori Kimura
    • A61B6/00
    • A61B5/0261A61B2560/0242A61B2560/0276
    • Disclosed herein is a biological information measurement apparatus for rendering laser light incident on an examinee and measuring a state of internal tissue of the examinee based on light scattered within the examinee. The biological information measurement apparatus includes a laser light source for emitting the laser light, photoelectric conversion means for receiving the scattered light and generating a measurement signal based on the scattered light, signal amplification means for generating an amplified signal by amplifying a signal level of the measurement signal, signal supply means for intermittently supplying the measurement signal to the signal amplification means, first output means for intermittently holding the amplified signal corresponding to a period in which the measurement signal is supplied to the signal amplification means and outputting the held signal as a first signal, second output means for intermittently holding the amplified signal corresponding to a period in which the measurement signal is not supplied to the signal amplification means and outputting the held signal as a second signal, signal subtraction means for generating a subtraction signal based on a difference between the first signal and the second signal, and arithmetic output means for arithmetically outputting information about the internal tissue of the examinee based on the subtraction signal.
    • 这里公开了一种生物信息测量装置,用于使入射到受检者上的激光,并且基于受检者内的光散射来测量受检者的内部组织的状态。 生物信息测量装置包括用于发射激光的激光源,用于接收散射光并基于散射光产生测量信号的光电转换装置,用于通过放大放大信号的信号电平来产生放大信号的信号放大装置 测量信号,用于将测量信号间歇地提供给信号放大装置的信号提供装置,用于将对应于测量信号的周期的放大信号间歇地保持到信号放大装置的第一输出装置,并将所保持的信号作为 第一信号,第二输出装置,用于将对应于测量信号未被提供给信号放大装置的周期的放大信号间歇地保持,并将所保持的信号作为第二信号输出;信号相减装置,用于产生基于 差异 使用第一信号和第二信号,以及算术输出装置,用于基于减法信号算术输出关于受检者的内部组织的信息。
    • 30. 发明申请
    • METHOD FOR DETECTING POSITION OF REPRODUCED HOLOGRAM IMAGE AND HOLOGRAM APPARATUS
    • 检测复制图像和HOLOGRAM设备位置的方法
    • US20100103491A1
    • 2010-04-29
    • US12531787
    • 2007-03-20
    • Michikazu HashimotoKiyoshi Tateishi
    • Michikazu HashimotoKiyoshi Tateishi
    • G03H1/22
    • G11B7/005G03H1/2249G03H2210/20G11B7/0065G11B7/131
    • A hologram reproduced image position detecting method used in a hologram apparatus which perfoming an image formation with light reproduced from a recording medium where a data page including a marker and a data area that have been displayed on a spatial light modulator is recorded, on an image sensor having a larger number of pixels than the spatial light modulator, thereby obtaining a reproduced image of the data page to reproduce the data page. The detecting method comprises the steps of storing a template image into which the marker has been interpolation-expanded, beforehand; oversampling the reproduced image of the data page in the image sensor to obtain a detected image; and performing a template matching process on the detected image using the template image, thereby detecting the position of the marker when recorded.
    • 在全息图设备中使用的全息图再现图像位置检测方法,其用于记录从记录介质再现的光的图像形成,其中包括已经在空间光调制器上显示的标记和数据区的数据页被记录在图像上 传感器具有比空间光调制器更大数量的像素,从而获得数据页的再现图像以再现数据页。 检测方法包括以下步骤:事先将存储标记已被插值扩展的模板图像存储; 对图像传感器中的数据页的再现图像进行过采样以获得检测图像; 并使用模板图像对检测到的图像执行模板匹配处理,从而在记录时检测标记的位置。