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    • 3. 发明授权
    • Liquid crystal projection display
    • 液晶投影显示
    • US5537171A
    • 1996-07-16
    • US320313
    • 1994-10-11
    • Masanori OginoYoshiaki IwaharaTakeo YamadaShigeru MoriFumio InoueAkio Yamamoto
    • Masanori OginoYoshiaki IwaharaTakeo YamadaShigeru MoriFumio InoueAkio Yamamoto
    • G03B21/14G03B21/62H04N9/31G03B21/00
    • H04N9/3108G03B21/006G03B21/14G03B21/208G03B21/625H04N9/3155H04N9/3194
    • A liquid crystal projection display capable of functioning at a high light capturing efficiency and a high relative corner illuminance comprises a light source means including a light source, a liquid crystal panel means, a projection lens means and a screen means. A liquid lens formed by sealing a liquid in a space between opposite transparent members is disposed near the light source or the real image of the light source to enhance the relative corner illuminance without reducing the light capturing efficiency by multiplying the angle of divergence of light rays emitted by the light source by the reciprocal of the refractive index of the liquid. A first optical system disposed on the entrance side of the liquid crystal panel is provided with a relative corner illuminance enhancing means comprising a first light converging means disposed relatively near to the light source means, and a second light converging means disposed relatively remote from the light source means. The first light converging means enhances the relative corner illuminance on the entrance surface of the second light converging means.
    • 能够以高的光捕获效率和高的相对角照度起作用的液晶投影显示器包括光源装置,其包括光源,液晶面板装置,投影透镜装置和屏幕装置。 通过在相对的透明构件之间的空间中密封液体而形成的液体透镜设置在光源附近或光源的实像附近,以通过将光线的发散角相乘来降低光捕获效率,从而提高相对的角度照度 由光源发射的液体的折射率的倒数。 设置在液晶面板的入口侧的第一光学系统设置有相对角照明增强装置,其包括相对靠近光源装置设置的第一聚光装置和相对远离光的第二聚光装置 源意味着。 第一聚光装置增强第二聚光装置的入射面上的相对角照度。
    • 5. 发明授权
    • Liquid crystal Projection display
    • 液晶投影显示
    • US5758940A
    • 1998-06-02
    • US682030
    • 1996-07-16
    • Masanori OginoYoshiaki IwaharaTakeo YamadaShigeru MoriFumio InoueAkio Yamamoto
    • Masanori OginoYoshiaki IwaharaTakeo YamadaShigeru MoriFumio InoueAkio Yamamoto
    • G03B21/14H04N9/31
    • H04N9/3108G03B21/006G03B21/14G03B21/208H04N9/315H04N9/3155H04N9/3194
    • A liquid crystal projection display capable of functioning at a high light capturing efficiency and a high relative corner illuminance comprises a light source means including a light source, a liquid crystal panel means, a projection lens means and a screen means. A liquid lens formed by sealing a liquid in a space between opposite transparent members is disposed near the light source or the real image of the light source to enhance the relative corner illuminance without reducing the light capturing efficiency by multiplying the angle of divergence of light rays emitted by the light source by the reciprocal of the refractive index of the liquid. A first optical system disposed on the entrance side of the liquid crystal panel is provided with a relative corner illuminance enhancing means comprising a first light converging means disposed relatively near to the light source means, and a second light converging means disposed relatively remote from the light source means. The first light converging means enhances the relative corner illuminance on the entrance surface of the second light converging means.
    • 能够以高的光捕获效率和高的相对角照度起作用的液晶投影显示器包括光源装置,其包括光源,液晶面板装置,投影透镜装置和屏幕装置。 通过在相对的透明构件之间的空间中密封液体而形成的液体透镜设置在光源附近或光源的实像附近,以通过将光线的发散角相乘来降低光捕获效率,从而提高相对的角度照度 由光源发射的液体的折射率的倒数。 设置在液晶面板的入口侧的第一光学系统设置有相对角照明增强装置,包括相对靠近光源装置设置的第一聚光装置和相对远离光的第二聚光装置 源意味着。 第一聚光装置增强第二聚光装置的入射面上的相对角照度。
    • 6. 发明授权
    • Multi-scan type display system with pointer function
    • 具有指针功能的多扫描型显示系统
    • US5517210A
    • 1996-05-14
    • US115025
    • 1993-09-02
    • Masanori OginoYasuharu TamuroMiyuki IkedaFumio Inoue
    • Masanori OginoYasuharu TamuroMiyuki IkedaFumio Inoue
    • G09G1/16G06F3/033G09G5/00G09G5/08G09G5/12G09G5/18
    • G09G5/08G06F3/033
    • A multi-scan type display apparatus with pointer function includes a multi-scan type display unit for displaying a plurality of kinds of main picture signals having different numbers of scanning lines and a pointer position identifying signal generating circuit for generating a pointer position identifying signal. The pointer position identifying signal generating circuit transfers the pointer position identifying signal to the multi-scan type display unit, the multi-scan type display unit includes a universal vertical position address signal generating circuit, a horizontal position address signal generating circuit, a pointer signal generating circuit and a superimposing circuit. The pointer signal generating circuit generates a pointer signal in response to the pointer position identifying signal, a universal vertical position address signal and a horizontal position address signal, the pointer signal is superimposed on the main picture signal by the superimposing circuit, so that even if the input signal to the multi-scan type display unit is changed over to a different one having a different number of scanning lines, a pointer display position is kept constant on the display unit, and the pointer position can be moved to a desired position by controlling the pointer position identifying signal.
    • 具有指针功能的多扫描型显示装置包括:多扫描型显示单元,用于显示具有不同数目的扫描线的多种主图像信号;以及指针位置识别信号产生电路,用于产生指针位置识别信号。 指针位置识别信号发生电路将指针位置识别信号传送到多扫描型显示单元,多扫描型显示单元包括通用垂直位置地址信号发生电路,水平位置地址信号发生电路,指针信号 发电电路和叠加电路。 指针信号发生电路响应于指针位置识别信号,通用垂直位置地址信号和水平位置地址信号产生指针信号,通过叠加电路将指针信号叠加在主图像信号上,使得即使 向多扫描型显示单元的输入信号转换为具有不同数目的扫描线的不同的指示器显示位置在显示单元上保持恒定,并且可以通过以下方式将指针位置移动到所需位置 控制指针位置识别信号。
    • 7. 发明授权
    • Scalable CRT display device and phase synchronous circuit for use in
display device
    • 可扩展的CRT显示设备和用于显示设备的相位同步电路
    • US5712532A
    • 1998-01-27
    • US306711
    • 1994-09-15
    • Masanori OginoYoshiyuki ImotoKunio UmeharaJiro KawasakiKiyoshi YamamotoMiyuki IkedaKazutaka Naka
    • Masanori OginoYoshiyuki ImotoKunio UmeharaJiro KawasakiKiyoshi YamamotoMiyuki IkedaKazutaka Naka
    • G09G1/04H04N3/233H04N3/26H04N3/27H04N9/64H01V29/98
    • G09G1/04H04N3/2335H04N3/26H04N3/27H04N9/645
    • A CRT display device capable of displaying a signal from the existing image signal source, in which a vertical frequency is approximately fixed and a horizontal frequency is widely distributed beyond a ratio of 3:1, on one image screen. The CRT display device includes a scan converter unit and a display unit. The scan converter unit includes an output horizontal frequency unifying circuit, a horizontal blanking period ratio converting circuit, a vertical frequency converting unit and a vertical blanking period ratio converting circuit. The display unit includes a vertical deflection circuit and a circuit for correcting a vertical S-shaped distortion. In a phase synchronous circuit, a lock-out detector is connected to an output of a three state output digital phase detector, and on the basis of an output thereof, a switch is subjected to the "ON"/"OFF" control. For a period of time when an output of the lock-out detector indicates a lock-out state, a loop gain of the PLL is increased and the pull-in time is shortened. For the remaining periods of time, i.e., in the steady state, the loop gain is decreased and the noise resistance characteristics are improved.
    • 一种CRT显示装置,其能够显示来自现有图像信号源的信号,其中垂直频率近似固定,并且水平频率被广泛地分布在超过比例3:1的一个图像屏幕上。 CRT显示装置包括扫描转换器单元和显示单元。 扫描转换器单元包括输出水平频率统一电路,水平消隐周期比变换电路,垂直频率转换单元和垂直消隐周期比变换电路。 显示单元包括垂直偏转电路和用于校正垂直S形失真的电路。 在相位同步电路中,锁定检测器连接到三态输出数字相位检测器的输出,并且基于其输出,开关进行“接通”/“断开”控制。 在锁定检测器的输出指示锁定状态的一段时间内,PLL的环路增益增加,并且引入时间缩短。 对于剩余时间段,即处于稳定状态,环路增益减小,并且提高了抗噪声特性。
    • 8. 发明授权
    • High efficiency color liquid crystal display
    • 高效彩色液晶显示屏
    • US5859675A
    • 1999-01-12
    • US464578
    • 1995-06-05
    • Masanori Ogino
    • Masanori Ogino
    • G02F1/13G02F1/1335G02F1/13357G03B21/56G03B21/62H04N9/31
    • G02F1/133621G03B21/567G03B21/625H04N9/3108G02F1/133526
    • A liquid crystal display has a light source unit and a liquid crystal panel unit, and includes a unit for emitting rays having wavelengths corresponding to the primary colors in respective three directions, a lens group unit provided on the light incident side of the liquid crystal panel unit; and a lens group unit provided on the light emitting side of the liquid crystal panel unit and having a focal plane disposed outside the liquid crystal panel unit. Angles of propagation directions of emitted rays of the primary colors are made different from one another by the primary-colors three direction emitting unit, the rays of the primary colors are introduced into respective picture elements corresponding to the primary colors by the panel-light incident side lens group unit, and the propagation directions of the emitted rays of the primary colors are made to substantially coincide with one another by the panel-light emitting side lens group unit.
    • 液晶显示器具有光源单元和液晶面板单元,并且包括用于发射具有与三个方向上的原色对应的波长的光的单元,设置在液晶面板的光入射侧的透镜组单元 单元; 以及透镜组单元,设置在液晶面板单元的发光侧并且具有设置在液晶面板单元外部的焦平面。 通过原色三向发射单元使基色的发射光线的传播方向的角度彼此不同,通过面板光入射将原色的光线引入与原色对应的各个像素中 通过面板光发射侧透镜组单元使基色的发射光线的传播方向彼此基本一致。
    • 10. 发明授权
    • Cathode ray tube display
    • 阴极射线管显示
    • US5589883A
    • 1996-12-31
    • US257441
    • 1994-06-08
    • Masanori OginoTakeo YamadaMiyuki IkedaTsuneo FujikuraTakahiko FujiwaraEtsuhiro Nakagiri
    • Masanori OginoTakeo YamadaMiyuki IkedaTsuneo FujikuraTakahiko FujiwaraEtsuhiro Nakagiri
    • G09G1/04G09G1/00G09G1/16H04N3/16H04N3/22H04N9/64H04N9/73H04N5/68
    • H04N9/645
    • A cathode ray tube display in which a signal for detection of a cathode current is inserted into a part of the vertical blanking period of the video signal to be displayed, a cathode current corresponding to the signal for detection is detected, and a cathode voltage or a grid voltage is negative feedback controlled so that the detected cathode current becomes constant, thereby stabilizing the cathode current. The display has a local overscan circuit for executing a vertical scan on the screen with a width larger than a predetermined scan width only at a timing of the cathode current detecting signal inserted for a vertical blanking period, and even in the case where an underscan system to scan by a width smaller than a predetermined display screen width is used as a scan system of the screen display. The invention prevents a harmful visible display image by the cathode current detecting signal appears on the screen.
    • 一种阴极射线管显示器,其中用于检测阴极电流的信号被插入待显示的视频信号的垂直消隐周期的一部分中,检测与用于检测的信号相对应的阴极电流,以及阴极电压或 栅极电压被负反馈控制,使得检测到的阴极电流变得恒定,从而稳定阴极电流。 显示器具有本地过扫描电路,仅在垂直消隐期间插入的阴极电流检测信号的定时,在屏幕上执行宽度大于预定扫描宽度的垂直扫描,并且即使在下扫系统 使用小于预定显示屏宽度的宽度扫描作为屏幕显示的扫描系统。 本发明防止阴极电流检测信号出现在屏幕上的有害可见显示图像。