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    • 1. 发明授权
    • Objective lens driving apparatus
    • 物镜驱动装置
    • US5046820A
    • 1991-09-10
    • US510123
    • 1990-04-17
    • Shozo SaekusaSeiichi KatohAkira IkumaHiroshi SaitoIsao Shimizu
    • Shozo SaekusaSeiichi KatohAkira IkumaHiroshi SaitoIsao Shimizu
    • G11B7/09
    • G11B7/0935G11B7/0932
    • An objective lens driving apparatus has a base provided with focusing permanent magnets and tracking permanent magnets, a supporting shaft mounted on the base, a lens holder for holding an objective lens at an extension thereof, with the lens holder being rotatably and slidably fitted onto the supporting shaft at a position of the center of gravity of the lens holder and being provided with focusing coils and tracking coils. A plurality of substantially identical elastic members are stretched between the base and the lens holder in a plane substantially perpendicular to the supporting shaft and in axisymmetrical relation with respect to Y-axis line joining the supporting shaft and the objective lens and X-axis line substantially perpendicular to the Y-axis. Each of the elastic members is a spring formed by a lead wire extending to the focusing and tracking coils. The springs are secured to the base through a fiscous elastic material.
    • 物镜驱动装置具有设置有聚焦永磁体和跟踪永磁体的基座,安装在基座上的支撑轴,用于在其延伸部处保持物镜的透镜保持器,透镜保持器可旋转并可滑动地装配到 支撑轴位于透镜保持架的重心位置并设有聚焦线圈和跟踪线圈。 多个基本上相同的弹性构件在大致垂直于支撑轴的平面中在基座和透镜架之间被拉伸,并且基本上相对于连接支撑轴和物镜的Y轴线和X轴线的轴对称关系 垂直于Y轴。 每个弹性构件是由延伸到聚焦和跟踪线圈的引线形成的弹簧。 弹簧通过一种混合弹性材料固定在基座上。
    • 3. 发明申请
    • Method and Apparatues for Image Inspection
    • 图像检测方法与应用
    • US20070230819A1
    • 2007-10-04
    • US11587559
    • 2005-04-19
    • Isao Shimizu
    • Isao Shimizu
    • G01N21/88
    • G06T7/0002
    • An image checking process wherein only a defective or differential portion of a checked image is displayed together with its position and wherein no pre-processing is required for image positioning. A computer (3) captures a reference image or Fourier transformed image thereof from a storage part, a CCD camera (1) or a CCD camera (2) to acquire intensity information and phase information, and also captures an identified image or Fourier transformed image thereof from the storage part, CCD camera (1) or CCD camera (2) to acquire intensity information of the Fourier transformed image of the identified image. Then, the computer (3) determines the difference in intensity information between the reference image and the Fourier transformed image of the identified image and further determines an inverse Fourier transformed image of an expression obtained from the determined differential intensity information and the phase information of the reference image to output the inverse Fourier transformed image to an output part or display part. The inverse Fourier transformed image is used to extract, as a difference between the identified image and the reference image, an image defect of the identified image or the image difference between the identified image and the reference image.
    • 一种图像检查处理,其中仅显示检查图像的缺陷或差分部分及其位置,并且其中不需要用于图像定位的预处理。 计算机(3)从存储部分,CCD照相机(1)或CCD照相机(2)捕获参考图像或其傅里叶变换图像,以获取强度信息和相位信息,并且还捕获识别的图像或傅里叶变换图像 从CCD存储部分CCD照相机(CCD)或CCD照相机(2)获取识别图像的傅里叶变换图像的强度信息。 然后,计算机(3)确定参考图像与所识别图像的傅里叶变换图像之间的强度信息的差异,并且还确定从所确定的差分强度信息和相位信息获得的表达式的傅立叶逆变换图像 参考图像以将傅里叶逆变换图像输出到输出部分或显示部分。 使用逆傅立叶变换图像作为所识别的图像和参考图像之间的差异来提取所识别的图像的图像缺陷或所识别的图像与参考图像之间的图像差异。
    • 5. 发明授权
    • Ladder-type electric filter device
    • 梯型电动过滤装置
    • US5260675A
    • 1993-11-09
    • US865866
    • 1992-04-09
    • Tatsuo OgawaIsao Shimizu
    • Tatsuo OgawaIsao Shimizu
    • H03H9/10H03H9/58H03H9/60H03H9/00
    • H03H9/1028H03H9/605
    • A ladder-type electric filter device in which a casing is partitioned into two compartments, one for containing strip-shaped series piezoelectric resonator elements which are operated at a longitudinal oscillation mode and the other for containing square shaped parallel piezoelectric resonator elements which are operated at a peripheral oscillation mode, each of the series and parallel resonator elements is layered along the height of the casing. Alternatively, an input, output and grounding terminal plates for electrically connecting rectangular piezoelectric resonator elements operated at a longitudinal oscillation mode are integrally formed with a casing for containing the rectangular piezoelectric resonator elements.
    • 一种梯型电滤波器装置,其中壳体被分隔成两个隔间,一个用于容纳以纵向振荡模式操作的条形串联压电谐振元件,另一个用于容纳方形的平行压电谐振元件, 周边振荡模式,串联和并联谐振器元件中的每一个沿壳体的高度分层。 或者,用于电连接以纵向振荡模式操作的矩形压电谐振元件的输入,输出和接地端子板与用于容纳矩形压电谐振器元件的壳体一体地形成。
    • 6. 发明授权
    • Mobile communication apparatus
    • 移动通信装置
    • US4817197A
    • 1989-03-28
    • US72819
    • 1987-07-13
    • Isao ShimizuKatsunori MiyatakeShuji UrabeKazuaki Murota
    • Isao ShimizuKatsunori MiyatakeShuji UrabeKazuaki Murota
    • H03D7/16H03J5/02H03J7/06H03D3/24H04B17/00
    • H03J7/065H03D7/161H03J5/0281
    • Local frequency which is subject to fluctuate in a mobile subscriber set is locked to stable transmit frequency of a base station. A mobile subscriber set (FIG. 3) for angle modulated signal has a frequency mixer (3.6, 3.9), for converting wireless receive frequency to an intermediate frequency by using local frequency (F.sub.L1, F.sub.L2), a limiter (3.11) for limiting amplitude of intermediate frequency signal, a discriminator (3.12) for demodulating angle modulated signal, a standard oscillator (3.1) by using a quartz crystal oscillator and a synthesizer (64) for providing local frequency for said mixer (3.6), a digital frequency counter (3.14) for measuring intermediate frequency, and control means (3.16) for adjusting said standard oscillator (3.1) depending upon error of intermediate frequency measured by said counter (3.14).
    • 在移动用户组中经受波动的本地频率被锁定到基站的稳定发射频率。 用于角度调制信号的移动用户组(图3)具有用于通过使用本地频率(FL1,FL2)将无线接收频率转换为中频的频率混合器(3.6,3.9),用于限制幅度的限幅器(3.11) 的中频信号的鉴频器(3.12),用于解调角度调制信号的鉴别器(3.12),通过使用石英晶体振荡器的标准振荡器(3.1)和用于提供所述混频器(3.6)的本地频率的合成器(64),数字频率计数器 3.14)和用于根据由所述计数器(3.14)测量的中频的误差来调节所述标准振荡器(3.1)的控制装置(3.16)。
    • 7. 发明授权
    • Pressure sensor
    • 压力传感器
    • US4672411A
    • 1987-06-09
    • US681026
    • 1984-12-13
    • Isao ShimizuKazuo Hoya
    • Isao ShimizuKazuo Hoya
    • H01L29/84G01L9/00H01L27/20
    • G01L9/0054G01L9/0042
    • Disclosed is a pressure sensor having a diaphragm formed in a semiconductor body, the diaphragm having at least one pair of pressure sensing semiconductor strips in a major surface thereof. One end of each of the strips is connected to each other by a semiconductor region. The semiconductor region is formed in a direction of small piezoresistive coefficients, and the strips are formed in a direction of great piezoresistive coefficients. Also, the region has a smaller resistance than the resistance of the strips. Also, electrode lead-out regions are provided at the other ends of the strips, which regions have low resistance, extend in a direction of small piezoresistive coefficients, and extend beyond the edge of the diaphram so the electrodes contact the semiconductor body outside the diaphragm. According to the present invention, a pressure sensor of high sensitivity and high precision can be provided.
    • 公开了一种具有形成在半导体本体中的隔膜的压力传感器,所述隔膜在其主表面中具有至少一对压力感测半导体条。 每个条带的一端通过半导体区域相互连接。 半导体区域形成在小的压阻系数的方向上,并且条带形成在大的压阻系数的方向上。 此外,该区域的电阻比条的电阻小。 此外,电极引出区域设置在条带的另一端,该区域具有低电阻,沿小的压阻系数的方向延伸,并且延伸超过膜的边缘,使得电极与隔膜外部的半导体本体接触 。 根据本发明,可以提供高灵敏度和高精度的压力传感器。
    • 8. 发明授权
    • Fuel supply device for direct injection engine
    • 直喷发动机燃油供应装置
    • US06484342B2
    • 2002-11-26
    • US09757853
    • 2001-01-10
    • Nobuaki TakasakiTsuyoshi GotoIsao Shimizu
    • Nobuaki TakasakiTsuyoshi GotoIsao Shimizu
    • F02M3704
    • F02M39/00F02B75/20F02B2075/125F02B2275/18F02M39/02F02M63/0225F02M69/465Y02T10/123
    • A high-pressure fuel pump is provided for an internal combustion engine having an intake system and an exhaust system installed to the front and back of the engine, respectively. The fuel pump is located adjacent to a front upper part of the engine so as to be driven by a camshaft, but is positioned in an inclined position relative to the engine instead of a vertical position. This arrangement shifts the fuel pump backward in installing position with an effect of eliminating mechanical interference of the fuel pump with an engine compartment hood, and provides a long distance between the fuel pump and a dash panel behind the fuel pump with an effect of lowing energy of an impact applied to the fuel pump from the dash panel when the engine moves rearward due to a front-end collision.
    • 为具有分别安装在发动机的前后的进气系统和排气系统的内燃机提供高压燃料泵。 燃油泵位于与发动机的前上部相邻的位置,以便由凸轮轴驱动,而是位于相对于发动机的倾斜位置,而不是垂直位置。 这种布置使燃料泵在安装位置向后移动,具有消除燃料泵与发动机舱罩的机械干扰的作用,并且在燃料泵后面的仪表板之间提供了长距离,具有降低能量的作用 当发动机由于前端碰撞而向后移动时,从仪表板施加到燃料泵的冲击。
    • 10. 发明授权
    • Radio receiver for suppressing frequency drift in an intermediate
frequency stage
    • 用于抑制中频阶段的频率漂移的无线电接收机
    • US5542114A
    • 1996-07-30
    • US487586
    • 1995-06-07
    • Tatsuru KojimaIsao Shimizu
    • Tatsuru KojimaIsao Shimizu
    • H03J7/02H03D7/16H03J7/06H04B1/26H04B1/40
    • H03D7/163H03J7/065H03D7/161
    • In a radio receiver for receiving a radio signal, a counter (32) counts an eventual intermediate frequency of an amplified signal based on a reference signal as a count datum. A frequency controller (27) controls a reference frequency of the reference signal according to the count datum. A reference oscillator (25) is controlled by the frequency controller to produce the reference signal. Receiving a radio signal by double superheterodyne, the radio receiver gives the eventual intermediate frequency to the amplified signal. In the amplified signal, the frequency controller suppresses an eventual frequency drift which results from frequency drifts of a first local oscillation and a second local oscillation. The radio receiver may be a single superheterodyne receiver.
    • 在用于接收无线电信号的无线电接收机中,计数器(32)基于参考信号计数放大信号的最终中频作为计数基准。 频率控制器(27)根据计数基准来控制参考信号的参考频率。 参考振荡器(25)由频率控制器控制以产生参考信号。 无线电接收机通过双重超外差接收无线电信号,给出放大信号的最终中频。 在放大信号中,频率控制器抑制由第一本地振荡和第二本地振荡的频率漂移引起的最终频率漂移。 无线电接收机可以是单个超外差接收机。