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    • 6. 发明授权
    • Device and method for driving for light-emitting display panel
    • 用于驱动发光显示面板的装置和方法
    • US07295175B2
    • 2007-11-13
    • US11367281
    • 2006-03-06
    • Akinori HayafujiAkira Moriya
    • Akinori HayafujiAkira Moriya
    • G09G3/30G09G3/32G09G3/10
    • G09G3/3258G09G2320/0242G09G2320/029G09G2320/043G09G2330/028
    • There is provided a device for driving a light-emitting display panel in which output limiter element is added to a DC-DC converter which associates a boosting operation. In the drive device, even though a forward voltage of a monitor element increases to operate the limiter element, predetermined display quality can be assured without considerably disrupting a color balance. On a display panel, a display region in which display pixels of R, G, and B are arranged and an arrangement region for monitor elements which monitor forward voltages of R, G, and B are formed. Output voltages obtained by the respective DC-DC converters are controlled based on the forward voltages obtained by the monitor elements. An output limiter is constituted by zener diodes to prevent converter output values from being excessive by increases in forward voltages from the monitor elements due to aging. Limiter values obtained by the zener diodes are set at different levels.
    • 提供了一种用于驱动发光显示面板的装置,其中将输出限制器元件添加到将升压操作相关联的DC-DC转换器。 在驱动装置中,即使监视器元件的正向电压增加以操作限制器元件,可以确保预定的显示质量,而不会显着地中断色彩平衡。 在显示面板上,形成有布置有R,G,B的显示像素的显示区域,并形成监视R,G,B的正向电压的监视元件的配置区域。 基于由监视器元件获得的正向电压来控制由各个DC-DC转换器获得的输出电压。 输出限幅器由齐纳二极管构成,以防止转换器输出值由于老化引起来自监视器元件的正向电压的增加而过度。 由齐纳二极管获得的限幅值设定在不同的水平。
    • 9. 发明授权
    • Variable-length code decoding apparatus, decoding system, and variable-length code decoding method
    • 可变长码解码装置,解码系统和可变长码解码方法
    • US08456334B2
    • 2013-06-04
    • US13330297
    • 2011-12-19
    • Akira Moriya
    • Akira Moriya
    • H03M7/40
    • H03M7/42H03M7/6076
    • A variable-length code decoding apparatus has a first table storing part capable of converting the variable-length codes into first decoded data comprising successive zeros, a second table storing part capable of converting a variable-length code and for which corresponding decoded data comprises no zeros, a third table storing part capable of converting a variable-length code comprising a code length of N and for which corresponding decoded data comprises no zeros or capable of converting a combination of the variable-length codes, a bit shifting part configured to shift the input bitstream by a specific number of bits, a fourth table storing part capable of converting a variable-length code at a header of the bit-shifted input bitstream into fourth decoded data, a combining part configured to combine the second or the third decoded data and the fourth decoded data.
    • 可变长度码解码装置具有能够将可变长度码变换成包含连续零的第一解码数据的第一表存储部,能够变换可变长码的第二表存储部,对应的解码数据不包含 零,第三表存储部分,其能够转换包括码长度N的可变长度码,并且相应的解码数据不包括零或能够转换可变长度码的组合;配置为移位的比特移位部分 所述输入比特流通过特定数量的比特,第四表格存储部分,能够将位移输入比特流的头部的可变长度码转换为第四解码数据;合成部分,被配置为组合第二或第三解码 数据和第四解码数据。
    • 10. 发明申请
    • ACOUSTIC WAVE DEVICE AND SYSTEM
    • 声波设备和系统
    • US20100052819A1
    • 2010-03-04
    • US12551092
    • 2009-08-31
    • Yasushi KurodaAkira Moriya
    • Yasushi KurodaAkira Moriya
    • H03H9/00
    • H03H9/0033H03H9/0071H03H9/008
    • An acoustic wave device includes: a piezoelectric substrate; at least five IDTs (InterDigital Transducers) arranged on the substrate in directions of SAW (Surface Acoustic Wave) propagation; and two balanced terminals connected to two first IDTs that are two out of the at least five IDTs and are 180 degrees out of phase. One of a pair of comb electrodes of one of the two first IDTs is connected to one of the two balanced terminals, and one of a pair of comb electrodes of the other one of the two first IDTs being connected to the other one of the two balanced terminals. The other comb electrodes of the two first IDTs are connected in series, and one of a pair of comb electrodes that form an IDT that is included in the at least five IDTs and is not connected to the two first IDTs is grounded.
    • 声波装置包括:压电基板; 在SAW(表面声波)传播的方向上布置在基板上的至少五个IDT(InterDigital Transducers) 以及两个平衡端子连接到两个位于至少五个IDT中的两个的第一IDT,并且相位相差180度。 两个第一IDT中的一个的一对梳状电极中的一个连接到两个平衡端子中的一个,并且两个第一IDT中的另一个的一对梳状电极中的一个连接到两个第二IDT中的另一个 平衡端子 两个第一IDT的其他梳状电极被串联连接,并且形成IDT的一对梳状电极中的一个被包括在至少五个IDT中并且未连接到两个第一IDT的梳状电极接地。