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    • 32. 发明授权
    • Inertia lowering control apparatus capable of suppressing axially
torsional vibration occurring on flexible drive shaft of two-mass
inertia resonant system
    • 能够抑制在两质量惯性谐振系统的柔性驱动轴上产生的轴向扭转振动的惯性降低控制装置
    • US5729111A
    • 1998-03-17
    • US415740
    • 1995-04-03
    • Kazuya OguraYasuhiro YoshidaTetsuo Yamada
    • Kazuya OguraYasuhiro YoshidaTetsuo Yamada
    • G05D19/02G05B5/01
    • G05D19/02
    • An inertia lowering control apparatus for a two-mass inertia system, the two-mass inertia system having a motor (induction motor), a load of the motor, and a flexible drive shaft having a low rigidity interconnected between the motor and load, is used to suppress an axially torsional vibration occurring on the flexible shaft in the two-mass inertia system. For example, the first-order lag filter having a transfer function as 1/(1+ST.sub.F) is added at an output portion of the Simulator Following Control section which serves as a disturbance suppression circuit together with a shaft torque estimating observer to estimate a shaft applied torque .tau..sub.S. A simulation of the above-described example indicated that even if the observer gain of the shaft torque estimating observer was relatively small, the effect of suppressing the axially torsional vibration was remarkable.
    • 用于双质量惯性系统的惯性降低控制装置,具有马达(感应电动机),电动机的负载和在电动机和负载之间互连的低刚性的柔性驱动轴的双质量惯性系统是 用于抑制在两质量惯性系统中在柔性轴上发生的轴向扭转振动。 例如,具有作为1 /(1 + STF)的传递函数的一阶滞后滤波器被添加在作为干扰抑制电路的模拟跟随控制部分的输出部分和轴转矩估计观察器一起以估计 轴施加扭矩+ E,cir + EE tau S.上述示例的模拟表明,即使轴转矩估计观测器的观测器增益相对较小,抑制轴向扭转振动的效果是显着的。
    • 34. 发明授权
    • Color copying machine provided with color correcting circuit
    • 彩色复印机配有彩色校正电路
    • US5539522A
    • 1996-07-23
    • US966976
    • 1992-10-27
    • Yasuhiro Yoshida
    • Yasuhiro Yoshida
    • H04N1/60H04N1/23
    • H04N1/6033
    • A color copying machine has a color correcting circuit. The color correcting circuit includes a device for generating reference pattern data on each color, a device for printing the reference pattern data generated by the generating device, a device for reading a printed result of the reference pattern data printed by the printing device, a device for measuring a color reproduction error based on the reference pattern data generated by the generating device and the printed result of the reference pattern data read by the reading device, and a device for calculating a color correction coefficient of each color based on the color reproduction error measured by the measuring device.
    • 彩色复印机具有颜色校正电路。 颜色校正电路包括用于产生每种颜色的参考图案数据的装置,用于打印由生成装置生成的参考图案数据的装置,用于读取由打印装置打印的参考图案数据的打印结果的装置, 用于基于由所述生成装置产生的参考图案数据和由所述读取装置读取的所述参考图案数据的打印结果来测量颜色再现误差;以及用于基于所述颜色再现误差来计算每种颜色的颜色校正系数的装置 由测量装置测量。
    • 35. 发明授权
    • Method of forming and removing resist pattern
    • 形成和去除抗蚀剂图案的方法
    • US5252433A
    • 1993-10-12
    • US667986
    • 1991-03-12
    • Hirofumi FujiokaYasuhiro YoshidaHiroyuki NakajimaHitoshi NagataShinji Kishimura
    • Hirofumi FujiokaYasuhiro YoshidaHiroyuki NakajimaHitoshi NagataShinji Kishimura
    • G03F7/038C08F30/00C08F30/04C08F30/10G03F7/039G03F7/26G03F7/42H01L21/027H01L21/30G03C5/00G03C5/16
    • G03F7/265G03F7/422
    • The present invention is directed to a method of forming and removing a resist pattern, used in a semiconductor manufacture. In a first mode of the present invention, an upper resist layer containing germanium is selectively formed on a bottom resist layer and a resist pattern is formed with the upper resist layer as a mask. In a second mode of the present invention, a resist layer formed on a substrate is selectively exposed to introduce a germanium compound into the exposed portions and the above described resist layer is subjected to an anisotropic dry etching to remove the nonexposed portions of the resist layer, whereby forming a resist pattern. Accordingly, the fine pattern can be formed on the substrate in high accuracy by the use of the above described resist pattern. In addition, in the first and the second modes of the present invention, the resist pattern is removed by the use of an acid having an oxidizing power, so that the resist pattern can be easily removed from the substrate.
    • 本发明涉及用于半导体制造中的形成和去除抗蚀剂图案的方法。 在本发明的第一模式中,在底部抗蚀剂层上选择性地形成含有锗的上抗蚀剂层,并且以上抗蚀剂层形成抗蚀剂图案作为掩模。 在本发明的第二方式中,选择性地暴露在基板上形成的抗蚀剂层,以将锗化合物引入到暴露部分中,并且对上述抗蚀剂层进行各向异性干法蚀刻以除去抗蚀剂层的未曝光部分 ,从而形成抗蚀剂图案。 因此,可以通过使用上述抗蚀剂图案以高精度在基板上形成精细图案。 此外,在本发明的第一和第二模式中,通过使用具有氧化能力的酸去除抗蚀剂图案,使得抗蚀剂图案可以容易地从基板去除。
    • 40. 发明申请
    • MULTI-PRIMARY COLOUR DISPLAY DEVICE
    • 多主色彩显示设备
    • US20140225940A1
    • 2014-08-14
    • US14343186
    • 2012-09-04
    • Shinji NakagawaHiroyuki FurukawaKazuyoshi YoshiyamaYasuhiro Yoshida
    • Shinji NakagawaHiroyuki FurukawaKazuyoshi YoshiyamaYasuhiro Yoshida
    • G09G3/20G09G3/36
    • G09G3/2003G09G3/3607G09G2300/0452G09G2320/0242G09G2340/0457G09G2340/06G09G2360/16
    • This multi-primary-color display device (100) includes a multi-primary-color display panel (10) and a signal converter (20). The display device assigns a plurality of subpixels that form each pixel to a plurality of virtual pixels and is able to conduct a display operation using each of the plurality of virtual pixels as a minimum color display unit. The signal converter (20) includes: a low-frequency multi-primary-color signal generating section (21) which generates a low-frequency multi-primary-color signal; a high-frequency luminance signal generating section (22) which generates a high-frequency luminance signal; and a rendering processing section (23) which performs rendering processing on the plurality of virtual pixels based on the low-frequency multi-primary-color signal and the high-frequency luminance signal. The signal converter (20) further includes a magnitude of correction calculating section (24) which calculates, based on an input image signal, the magnitude of correction to be made on the high-frequency luminance signal during the rendering processing.
    • 该多原色显示装置(100)包括多原色显示面板(10)和信号转换器(20)。 显示装置将形成每个像素的多个子像素分配给多个虚拟像素,并且能够使用多个虚拟像素中的每一个作为最小颜色显示单元进行显示操作。 信号转换器(20)包括:产生低频多原色信号的低频多原色信号产生部分(21); 生成高频亮度信号的高频亮度信号生成部(22); 以及基于所述低频多原色信号和所述高频亮度信号对所述多个虚拟像素进行再现处理的渲染处理部(23)。 信号转换器(20)还包括校正计算部分(24)的大小,其根据输入图像信号计算在渲染处理期间对高频亮度信号进行校正的幅度。