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    • 1. 发明授权
    • Signal processing apparatus and signal receiving apparatus
    • 信号处理装置和信号接收装置
    • US06779195B2
    • 2004-08-17
    • US09326954
    • 1999-06-07
    • Katsumi OishiMasakatsu ToyoshimaKeiji Fukuzawa
    • Katsumi OishiMasakatsu ToyoshimaKeiji Fukuzawa
    • H04N720
    • H04N21/4363H04L1/004H04N21/235H04N21/434H04N21/4345H04N21/435H04N21/4532H04N21/6118H04N21/6143
    • The MPEG2TS packet S3 as the digital broadcast data is obtained from the ECC decoder. The NIT detecting circuit detects NIT from this packet S3, changes the transmitting frequency information and deletes the information (service information) of the program to be limited for viewing, thereby to obtain the table NITb. The NIT replacing circuit detects NIT from the packet S3 and replaces it to the table NITb, thereby to obtain the MPEG2TS packet S4 as the digital broadcast data in CATV. The digital broadcast signal BS1 for CATV can be obtained by executing the error correction code adding process, modulating process and frequency-converting process to the packet S4. The receiving apparatus for receiving the predetermined program on the basis of the program information of NIT can no longer receive the program in relation to the program information deleted by NIT.
    • 从ECC解码器获得作为数字广播数据的MPEG2TS数据包S3。 NIT检测电路从该分组S3检测NIT,改变发送频度信息并删除要限制的观看节目的信息(服务信息),从而获得表NITb。 NIT替换电路从分组S3检测NIT,并将其替换为表NITb,从而获得作为CATV中的数字广播数据的MPEG2TS分组S4。 用于CATV的数字广播信号BS1可以通过对分组S4执行纠错码添加处理,调制处理和频率转换处理来获得。 基于NIT的节目信息接收预定节目的接收装置不能再接收与由NIT删除的节目信息有关的节目。
    • 2. 发明授权
    • Screen control apparatus and screen control method
    • 屏幕控制装置和屏幕控制方法
    • US5933807A
    • 1999-08-03
    • US573007
    • 1995-12-15
    • Keiji Fukuzawa
    • Keiji Fukuzawa
    • G06F3/01G06F3/16G09G5/00G09G5/08G09G5/38G10L15/00G10L15/22G10L5/00
    • G10L15/22G06F3/167
    • A screen control apparatus and a screen control method enabling an operator to instruct a display apparatus both of a type and an amount of processing in an intuitive and an easy way by voice to provide good human interfacing. The screen control apparatus comprises a sound input means for receiving voice instruction on a screen and generating a sound signal, a sound recognition means for recognizing sound signal, a sound continuation detection means for detecting the sound continuation of the sound signal, and a screen processing means for processing said picture on the screen in accordance with the recognized sound signal for a time of the detected sound continuation. The screen control method includes the steps of receiving voice for instructing a processing a picture on a screen and generating a sound signal, extracting a sound feature of the sound signal, discriminating the sound signal in accordance with the extracted sound feature to generate a recognized sound signal, detecting the sound continuation of the sound signal, and processing displayed picture on the screen in accordance with said recognized sound signal by a time of said detected sound continuation.
    • 一种屏幕控制装置和屏幕控制方法,其使得操作者能够以直观和简单的方式通过语音来指示显示装置的类型和量的处理,以提供良好的人机接口。 屏幕控制装置包括用于在屏幕上接收语音指令并产生声音信号的声音输入装置,用于识别声音信号的声音识别装置,用于检测声音信号的声音继续的声音继续检测装置以及屏幕处理 用于在检测到的声音延续的时间根据识别的声音信号在屏幕上处理所述图像的装置。 屏幕控制方法包括以下步骤:接收用于指示在屏幕上处理图像并产生声音信号的声音,提取声音信号的声音特征,根据所提取的声音特征来识别声音信号以产生识别的声音 信号,检测声音信号的声音继续,以及在所述检测到的声音延续的时间,根据所识别的声音信号在屏幕上处理显示的图像。
    • 3. 发明授权
    • Circular to linear polarization converter
    • 圆形到线性极化转换器
    • US5276410A
    • 1994-01-04
    • US892050
    • 1992-06-02
    • Keiji FukuzawaYoshikazu Yoshida
    • Keiji FukuzawaYoshikazu Yoshida
    • H01P1/17H01Q13/02H01Q13/08H01Q15/24H01Q21/24H01P1/16H01P5/02
    • H01Q15/244H01Q13/0241
    • A converter for converting circularly polarized waves in a round waveguide into linearly polarized waves in a rectangular waveguide has two probes and a transmission line pattern all of which are formed of metal foil on a thin dielectric film board. The board is flexible and extends across the open ends of the two waveguides. The first probe has a square shape and the transmission line has two conductor arms connected to adjacent sides of the square. The other ends of the conductor arms are connected to the second probe with an impedance matching resistor formed on the film board between the two arms. One conductor arm is one-quarter wavelength longer than the other to convert from circularly polarized waveguide transmission to microstrip transmission.
    • 用于将圆形波导中的圆偏振波转换为矩形波导中的线偏振波的A转换器具有两个探针和传输线图案,它们全都由薄的介电膜板上的金属箔形成。 板是柔性的,并且延伸穿过两个波导的开口端。 第一个探针具有正方形形状,传输线具有连接到正方形相邻两侧的两个导体臂。 导体臂的另一端通过在两个臂之间的薄膜板上形成的阻抗匹配电阻器连接到第二探头。 一个导体臂比另一个导体臂长四分之一波长,从圆偏振波导传输转换成微带传输。
    • 6. 发明授权
    • Light source apparatus using coaxial waveguide
    • 使用同轴波导的光源装置
    • US06046545A
    • 2000-04-04
    • US597913
    • 1996-02-07
    • Hiroshi HoriuchiKeiji Fukuzawa
    • Hiroshi HoriuchiKeiji Fukuzawa
    • H05B41/24H01J65/04
    • H01J65/044Y02B20/22
    • A light source apparatus excites an electrodeless lamp bulb with energy of microwaves generated from a magnetron. A microwave transmission line is improved so that microwaves can be transmitted efficiently and the light source apparatus can be miniaturized. A first cylindrical member is disposed coaxially with a direction in which microwaves generated from the magnetron are transmitted, and a second cylindrical member is disposed at the center of the first cylindrical member, thereby forming a coaxial transmission line. A coaxial oscillator is formed from the position at which the microwaves are generated to a position of 1/4 of the wavelength of the microwave. Thus, a special waveguide can be removed.
    • 光源装置利用磁控管产生的微波能量激发无电极灯泡。 改善微波传输线,使得微波可以有效地传输,并且可以使光源装置小型化。 第一圆柱形构件与从磁控管产生的微波传播的方向同轴布置,并且第二圆柱形构件设置在第一圆柱形构件的中心,从而形成同轴传输线。 从产生微波的位置到微波波长的+ E,fra 1/4 + EE的位置形成同轴振荡器。 因此,可以去除特殊波导。