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    • 2. 发明申请
    • ELECTRONIC DISPLAY WITH CURVED FACE
    • 电子显示与曲面
    • WO1998020480A1
    • 1998-05-14
    • PCT/US1997020306
    • 1997-11-06
    • ACRES GAMING, INC.ACRES, John, F.QUIAN, Bryan
    • ACRES GAMING, INC.
    • G09G03/28
    • G09F9/33
    • An electronic display includes a plurality of electronically controlled display elements (26) arranged to form a face which is curved (12) around a horizontal axis. The display elements are mounted on display sections which are aligned along a common axis and fastened side-by-side to a chassis (40) to create a display having a desired length. Each display section includes a frame having semi-circular sides which define a radius around the axis and a flexible printed circuit board (24) which is curved around the radius and fastened to the frame. The display elements are preferably light emitting diodes which are fabricated in arrays and mounted to the printed circuit board with sockets (56). The light emitting diodes are electrically coupled through the printed circuit board to a display driver such as a programmable controller which selectively illuminates the display elements to form images on the curved face of the display.
    • 电子显示器包括多个电子控制显示元件(26),其布置成形成围绕水平轴线弯曲(12)的面。 显示元件安装在沿着公共轴线对准并且并排固定到底盘(40)的显示部分上,以形成具有期望长度的显示器。 每个显示部分包括具有围绕轴线限定半径的半圆形侧面的框架和围绕该半径弯曲并紧固到框架的柔性印刷电路板(24)。 显示元件优选是以阵列制造并且安装到具有插座(56)的印刷电路板的发光二极管。 发光二极管通过印刷电路板电耦合到诸如可编程控制器的显示驱动器,其可选择性地照亮显示元件以在显示器的曲面上形成图像。
    • 3. 发明申请
    • PLASMA PANEL EXHIBITING ENHANCED CONTRAST
    • 等离子体面板展示增强对比
    • WO1997020301A1
    • 1997-06-05
    • PCT/US1996018373
    • 1996-11-15
    • PLASMACO INC.
    • PLASMACO INC.WEBER, Larry, F.
    • G09G03/28
    • G09G3/2927G09G3/294G09G2310/066G09G2320/0238
    • A plasma panel, incorporating the invention, includes circuitry for applying row signals sequentially to a plurality of row electrodes. Each row signal includes a set-up period, an address period and a sustain period. A row signal during the set-up period includes both a positive-going ramp voltage and a negative-going ramp voltage, both ramp voltages causing a discharge of each pixel site along an associated row electrode. Both ramp voltages exhibit a slope that is set to assure that current flow through each pixel site remains in a positive resistance region of the gas's discharge characteristic, thus assuring a relatively constant voltage drop across the discharging gas, thus resulting in predictable wall voltage states. The set-up period thereby creates standardized wall potentials at each pixel site along each row electrode. Address circuitry applies, during the address period, data pulses to a plurality of column electrodes to enable selective discharge of the pixel sites in accordance with data pulses and in synchronism with the row signals.
    • 结合本发明的等离子体面板包括用于将行信号顺序地施加到多个行电极的电路。 每行信号包括建立周期,地址周期和维持周期。 在建立期间的行信号包括正向斜坡电压和负向斜坡电压,两个斜坡电压导致每个像素位置沿相关联的行电极的放电。 两个斜坡电压都表现出一个斜率,其设置为确保通过每个像素位置的电流流过气体放电特性的正电阻区域,从而确保放电气体两端的相对恒定的电压降,从而导致可预测的壁电压状态。 因此,安装周期在每个行电极处的每个像素位置处产生标准化的壁电位。 地址电路在地址周期期间将数据脉冲施加到多个列电极,以使得能够根据数据脉冲并与行信号同步地选择性地放电像素位置。
    • 4. 发明申请
    • FLAT DISPLAY DATA DRIVING DEVICE USING LATCH TYPE TRANSMITTER
    • 使用LATCH型发射机的平面显示数据驱动装置
    • WO1997020300A1
    • 1997-06-05
    • PCT/KR1996000226
    • 1996-11-30
    • ORION ELECTRIC CO. LTD.KWON, Oh, KyongNA, Young, SunHYUN, Chang, HoHER, Gun, Mu
    • ORION ELECTRIC CO. LTD.
    • G09G03/28
    • G09G3/22G09G2310/0289
    • A flat display driving device includes a gate driving circuit for sequentially and selectively applying a high voltage to a plurality of gate lines to drive them; a data driving circuit which includes a shift register for sequentially inputting one line of pixel data, a current source array which inputs one line of pixel data from the shift register, generates one line of current signals corresponding to each logic value of the pixel data and applies one line of current signals to the data lines and a latch type transmission array connected between the shift register and the current source array, for adjusting the supply time of one line of pixel data to be applied to the current source array, thereby driving the pixels on one horizontal line of the field emission display by the current signals for a predetermined time period; and a control circuit which processes a video signal into a series type of pixel data, supplies it to the data driving circuit and generates control signals required for the data driving circuit and gate driving circuit.
    • 平面显示驱动装置包括:栅极驱动电路,用于对多个栅极线依次选择性地施加高电压以驱动它们; 数据驱动电路,其包括用于顺序地输入一行像素数据的移位寄存器,从移位寄存器输入一行像素数据的电流源阵列,产生与像素数据的每个逻辑值对应的一行电流信号, 将一行电流信号施加到数据线以及连接在移位寄存器和电流源阵列之间的锁存型传输阵列,用于调整要施加到电流源阵列的一行像素数据的供给时间,从而驱动 通过电流信号在场发射的一个水平线上的像素预定时间段; 以及将视频信号处理成串行像素数据的控制电路,将其提供给数据驱动电路,并产生数据驱动电路和栅极驱动电路所需的控制信号。
    • 6. 发明申请
    • DISPLAY PANEL CONTROL PROCESS AND DISPLAY DEVICE USING SUCH PROCESS
    • 显示面板控制过程和使用此过程的显示设备
    • WO1997028526A1
    • 1997-08-07
    • PCT/FR1997000115
    • 1997-01-21
    • THOMSON-CSFSALAVIN, SergeDUNAND, André
    • THOMSON-CSF
    • G09G03/28
    • G09G3/2927G09G3/296G09G3/297
    • The present invention relates to a display panel control process comprising cells defined by the intersection of two networks of crossed electrodes, said cells having two status, one inscribed the other one erased. The process comprises the application to all cells of a maintaining signal (Vref) which is crenelated on either side of a medial potential (V0) aimed at producing a maintain discharge at the cells in the inscribed status, at the end of fronts leading to an extreme step (Pb) and applying an addressing signal (Vad) superposed to the maintaining signal (Vref) successively at the electrodes of a network. The addressing signal comprises a semi-selective signal in the erasing mode which generates at the cells connected to the selected electrode an erasing discharge at the end of a front leading to an extreme step of the maintaining signal (Vref) which inhibits the maintaining discharge generated by the maintaining signal (Vref) alone. Application particularly to plasma display panel control.
    • 本发明涉及一种显示面板控制过程,其包括由两个交叉电极网络的交点定义的单元,所述单元具有两个状态,一个内切另一个被擦除。 该过程包括向所有细胞应用维持信号(Vref),其在内侧电位(V0)的任一侧上被锯齿,目的是在刻线状态下的细胞处产生维持放电,在前端的末端导致 极端步骤(Pb),并且在网络的电极处连续施加叠加到维持信号(Vref)的寻址信号(Vad)。 寻址信号包括在擦除模式下的半选择信号,其在连接到所选择的电极的单元处产生在前端的擦除放电,导致维持信号(Vref)的极端步骤,其阻止维持放电产生 通过维持信号(Vref)。 特别适用于等离子显示面板控制。
    • 7. 发明申请
    • AC PLASMA PANEL
    • 交流等离子面板
    • WO1983003699A1
    • 1983-10-27
    • PCT/US1983000436
    • 1983-03-28
    • WESTERN ELECTRIC COMPANY, INC.
    • WESTERN ELECTRIC COMPANY, INC.NGO, Peter, Dinh, Tuan
    • G09G03/28
    • G09G3/2003G09G3/288G09G2320/0228H04N9/12
    • An ac plasma panel having gray tone and color control. The plasma panel is constructed using a matrix of discharge sites (S1 and S2), each site associated with one or more migration sites (e.g., R and G). The migration sites, in turn, have different color light producing phosphor coatings on electrical field controlling conductors (e.g., VORB). During the ionization of the plasma gas at the discharge sites, a selective electrical field is established between a discharge site and an adjacent migration site thereby attracting electrons to excite the phosphor coatings. The selection of the different migration sites controls the color produced by the panel, and the amplitude of the selective electrical field controls the light intensity.
    • 具有灰色调和色彩控制的交流等离子面板。 使用放电位点(S1和S2)的基质构建等离子体面板,每个位点与一个或多个迁移位点(例如R和G)相关联。 迁移位置又在电场控制导体(例如,VORB)上具有不同的产生荧光粉的颜色光。 在放电点处的等离子体气体离子化期间,在放电部位和相邻迁移部位之间建立选择性电场,从而吸引电子以激发荧光体涂层。 不同迁移位点的选择控制面板产生的颜色,并且选择性电场的幅度控制光强度。
    • 8. 发明申请
    • DRIVE CIRCUIT FOR DRIVING A GAS-DISCHARGE DEVICE
    • 用于驱动气体放电装置的驱动电路
    • WO1981002488A1
    • 1981-09-03
    • PCT/US1981000235
    • 1981-02-26
    • NCR CORP
    • NCR CORPEICHMAN LHARDWAY J
    • G09G03/28
    • G09G3/296G09G3/10G09G3/297
    • A circuit for driving a gas-discharge device wherein discharge cells (120) each have a column electrode (28) and a segment electrode (26), includes a transformer (80) whose secondary winding (86) provides operating voltages for application to the electrodes. In operation, the secondary winding (86) is arranged during first time intervals to supply to the column electrodes (28) a first potential while a reference potential is applied to the segment electrodes (26). During second time intervals, the secondary winding (86) is arranged to supply to selected segment electrodes (26) a second potential, the reference potential being applied to selected column electrodes (28). Cells including selected column and segment electrodes are repeatedly ignited. A voltage regulator circuit (196) is coupled to the secondary winding (86).
    • 一种用于驱动气体放电装置的电路,其中每个具有列电极(28)和段电极(26)的放电单元(120)包括变压器(80),其二次绕组(86)提供用于施加到 电极。 在操作中,次级绕组(86)在第一时间间隔期间被布置以向列电极(28)供应第一电位,同时将参考电位施加到段电极(26)。 在第二时间间隔期间,次级绕组(86)被布置成向所选择的段电极(26)提供第二电位,该参考电位被施加到选定的列电极(28)。 包括所选列和电极的电池被重复点燃。 电压调节器电路(196)耦合到次级绕组(86)。