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    • 23. 发明授权
    • Waveform generator
    • 波形发生器
    • US6088015A
    • 2000-07-11
    • US899462
    • 1997-07-23
    • Toshiyuki Kato
    • Toshiyuki Kato
    • H03K4/04H04N3/26G09G5/36
    • H03K4/04H04N3/26
    • A waveform generator generates a specified exponential function for converting a position signal corresponding to the position on the screen one by one to a corrected position signal thereby obtaining a waveform with shifted phase near the screen center compared to the original waveform. A conversion unit receives a position signal corresponding to the position on the screen one by one or the output of a second addition unit, a first addition unit for adding the output of the conversion means and an offset coefficient, a first multiplication unit for multiplying the output of the first addition unit and a frequency correction coefficient, a second addition unit for adding the position signal P and the output of the first multiplication unit, and a second multiplication means for multiplying the output of the conversion unit by an amplitude coefficient A. The position signal is input to the conversion unit and the first addition unit receives the output of the conversion unit. In the second step, the output of the second addition unit is input to the conversion unit, and the second multiplication unit receives the output of the conversion unit.
    • 波形发生器产生指定的指数函数,用于将对应于屏幕上的位置的位置信号逐个转换为校正位置信号,从而获得与原始波形相比在屏幕中心附近偏移相位的波形。 转换单元逐个接收对应于屏幕上的位置的位置信号或第二加法单元的输出,用于将转换装置的输出和偏移系数相加的第一加法单元,用于将 第一相加单元的输出和频率校正系数,用于将位置信号P和第一乘法单元的输出相加的第二加法单元,以及用于将转换单元的输出乘以幅度系数A的第二乘法装置。 位置信号被输入到转换单元,第一加法单元接收转换单元的输出。 在第二步骤中,第二加法单元的输出被输入到转换单元,第二乘法单元接收转换单元的输出。
    • 24. 发明授权
    • Method of manufacturing canning steel sheet with non-aging property and
superior workability
    • 制造具有不老化性能和优良加工性能的罐头钢板的方法
    • US5587027A
    • 1996-12-24
    • US389045
    • 1995-02-15
    • Akio TosakaChikako FujinagaToshiyuki KatoKaku SatoHideo Kuguminato
    • Akio TosakaChikako FujinagaToshiyuki KatoKaku SatoHideo Kuguminato
    • C21D3/04C21D8/04C22C38/00C22C38/04C22C38/06C21D8/00
    • C22C38/004C21D8/0473C22C38/002C22C38/04C21D3/04C21D8/0426
    • A method for manufacturing a canning steel sheet with non-aging property and superior workability uses, as a starting material, an ultra-low-carbon steel slab composed of from 0.0015% to 0.0100% by weight C, up to 0.20% by weight Si, from 0.10% to 1.20% by weight Mn, from 0.02% to 0.10% by weight Al, from 0.005% to 0.040% by weight P, up to 0.015% by weight S, up to 0.005% by weight N, and balance iron and unavoidable impurities. The manufacturing method includes hot rolling the steel, cold rolling the steel at a reduction ratio not less than 70% after pickling, and recrystallization annealing the steel by using a continuous annealing furnace in an atmosphere having a hydrogen content not less than 3% and a dew point not lower than -20.degree. C. at a temperature not lower than 730.degree. C. so that the content of remained C in the steel is kept less than 0.0015% by weight. At least one element selected from Nb, Ti and B may be added in predetermined amounts to the above composition. The steel sheet suitable for canning is efficiently manufactured by a continuous annealing process.
    • 制造具有非时效性和优良加工性的罐头钢板的制造方法使用由0.0015-0.0100重量%C,至多0.20重量%的Si组成的超低碳钢板坯作为原料, ,0.10重量%至1.20重量%的Mn,0.02重量%至0.10重量%的Al,0.005重量%至0.040重量%的P,至多0.015重量%的S,至多0.005重量%的N,余量为 和不可避免的杂质。 该制造方法包括对钢进行热轧,酸洗后以不低于70%的压下量进行冷轧,在氢含量不低于3%的气氛中使用连续退火炉,对钢进行再结晶退火, 在不低于730℃的温度下露点不低于-20℃,使得钢中残留C的含量保持在0.0015重量%以下。 选自Nb,Ti和B中的至少一种元素可以以上述组成加入预定量。 通过连续退火工艺有效地制造适于罐装的钢板。
    • 25. 发明授权
    • Base body of reflecting mirror and method for preparing the same
    • 反射镜的基体及其制备方法
    • US5576884A
    • 1996-11-19
    • US458672
    • 1995-06-02
    • Yoshiaki IseHiroyuki MiyazawaHiroyuki KimuraShinichi OkoshiTatsumasa NakamuraToshiyuki Kato
    • Yoshiaki IseHiroyuki MiyazawaHiroyuki KimuraShinichi OkoshiTatsumasa NakamuraToshiyuki Kato
    • G02B5/08G02B5/10G02B7/182G02B7/183C03B23/00C03B23/20
    • G02B7/183G02B5/08G02B5/10Y10S359/90Y10T428/249969Y10T428/249976Y10T428/249977
    • A light-weight base body of a reflecting mirror, such as those used in reflecting astronomical telescopes, is proposed which is made from fused silica glass or high-silica glass and is advantageous in respect of the excellent thermal and mechanical stability in dimensions to ensure high performance of the reflecting mirror. The base body is composed of a front plate, i.e. a surface plate to provide the optical surface, and a supporting body of porous foamed glass integrally bonded to the front plate. These two parts of the base body can be bonded together by sandwiching a layer of a finely divided silica powder therebetween and heating the assemblage at a temperature higher than the softening point of the silica powder so that the silica powder is softened or melted to firmly join the two parts sandwiching the powder layer. The base body can be further improved in respect of the mechanical stability by providing a rear plate backing the porous foamed body and a reinforcing hoop-like side layer surrounding the side surface of the porous foamed body, each made from fused quartz glass or high-silica glass and bonded to the porous foamed body by utilizing melting of a layer of silica powder therebetween.
    • 提出了一种反射镜的轻质基体,例如用于反射天文望远镜的反射镜,其由熔融石英玻璃或高硅石玻璃制成,并且在尺寸方面优良的热和机械稳定性是有利的,以确保 高性能的反光镜。 基体由前板,即提供光学表面的表面板和与前板一体地结合的多孔泡沫玻璃的支撑体组成。 基体的这两个部分可以通过在其间夹有细碎的二氧化硅粉末层而将它们粘合在一起,并在高于二氧化硅粉末的软化点的温度下加热组合物,使得二氧化硅粉末软化或熔化以牢固地结合 两部分夹在粉末层上。 通过提供背面多孔泡沫体的后板和围绕多孔泡沫体的侧表面的加强箍型侧层,每个由熔融石英玻璃或高熔点石英玻璃制成,可以进一步改善基体的机械稳定性, 二氧化硅玻璃,并通过利用二氧化硅粉末之间的熔融而与多孔发泡体结合。
    • 30. 发明授权
    • Display device and method for driving display device
    • 用于驱动显示装置的显示装置和方法
    • US09093008B2
    • 2015-07-28
    • US13604171
    • 2012-09-05
    • Toshiyuki Kato
    • Toshiyuki Kato
    • G09G3/38G09G3/00H04N13/04G09G3/32
    • G09G3/003G09G3/3233G09G3/3266G09G2300/0852G09G2300/0861H04N13/341
    • A display device includes: a driver including: a scanning line driver; and a signal line driver, in the pixels, a quenched state sequentially starts, for each row, in the rows of the pixels, based on the first pulse of the scanning signal that is input through the scanning line, and light-emission data from the signal line is written on the row of the pixels, based on the second pulse of the scanning signal, the driver supplies the scanning signal and the image signal to the scanning line and the signal line, respectively, such that writing the light-emission data on a first row of the pixels starts before a start of the quenched state in a last row of the pixels, and such that writing the light-emission data on the last row of the pixels ends after a start of a light-emission state in the first row of the pixels starts.
    • 显示装置包括:驱动器,包括:扫描线驱动器; 并且基于通过扫描线输入的扫描信号的第一脉冲,像素中的信号线驱动器针对每行在像素行中顺序地开始骤冷状态,并且发光数据从 基于扫描信号的第二脉冲将信号线写入像素行,驱动器将扫描信号和图像信号分别提供给扫描线和信号线,使得写入发光 在像素的最后一行中,在第一行像素开始之前的第一行的数据开始,并且使得在发光状态开始之后写入像素的最后一行的发光数据结束 在第一行的像素启动。