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    • 4. 发明申请
    • Driving Device and Related Source Driver of a Flat Panel Display
    • 平板显示器的驱动装置和相关源驱动器
    • US20080278463A1
    • 2008-11-13
    • US11779273
    • 2007-07-17
    • Po-Tsun Chen
    • Po-Tsun Chen
    • G06F3/038
    • G09G3/3688G09G3/3648
    • A driving device of a flat panel display includes a scan-line-signal output circuit for outputting gate driving signals to a display panel of the flat panel display, and a data-line-signal output circuit including a plurality of source drivers for outputting a plurality of source driving signals to the display panel. Each source driver includes an interface reception unit for receiving video signals and generating corresponding image data and control signals, an image transformation unit for generating a source driving signal to the display panel according to image data, a timing control unit for controlling timing of the source driving signal outputted from the image transformation unit, and a logic unit for controlling factors the source driving signal outputted from the image transformation unit by controlling the image transformation unit and the timing control unit.
    • 平板显示器的驱动装置包括:扫描线信号输出电路,用于向平板显示器的显示面板输出栅极驱动信号;以及数据线信号输出电路,包括多个源极驱动器,用于输出 多个源驱动信号到显示面板。 每个源驱动器包括用于接收视频信号并产生对应的图像数据和控制信号的接口接收单元,用于根据图像数据向显示面板生成源驱动信号的图像变换单元,用于控制源的定时的定时控制单元 从图像变换单元输出的驱动信号和用于通过控制图像变换单元和定时控制单元来控制从图像变换单元输出的源极驱动信号的因子的逻辑单元。
    • 7. 发明授权
    • Method and apparatus for code group identification and frame synchronization in DS/CDMA systems
    • DS / CDMA系统中码组识别和帧同步的方法和装置
    • US06775318B2
    • 2004-08-10
    • US09735492
    • 2000-12-14
    • Po-Tsun ChenHo-Chi HwangYun-Yen ChenMuh-Rong Yang
    • Po-Tsun ChenHo-Chi HwangYun-Yen ChenMuh-Rong Yang
    • H04L2730
    • H04W56/0085H04B1/70735
    • The present invention provides an apparatus and method for code group identification and frame synchronization for cell searching used in wide-band DS-CDMA cellular systems. This method characterizes each secondary synchronization code sequence (SSCS) with a corresponding theoretical frequency sequence, which represents the occurrence times of CS1 to CS16 in a corresponding SSCS. Thus, 64 secondary synchronization code sequences corresponding to 64 code groups defined in DS-CDMA systems also corresponds to 64 theoretical frequency sequences. By characterizing the SSCS transmitted by a base station, a real frequency sequence can be generated. Comparing the real frequency sequence with the 64 theoretical frequency sequences, one can determine one or two candidate code groups, which may be employed by the base station. Finally, one can compare the SSCS transmitted by the base station with all the possible SSCSs corresponding to the candidate code groups to determine a specific code group and a frame boundary for the base station.
    • 本发明提供了一种用于在宽带DS-CDMA蜂窝系统中使用的小区搜索的码组识别和帧同步的装置和方法。 该方法用相应的理论频率序列来表征每个次同步码序列(SSCS),其表示在对应的SSCS中的CS1到CS16的发生时间。 因此,对应于在DS-CDMA系统中定义的64个码组的64个辅同步码序列也对应于64个理论频率序列。 通过表征由基站发送的SSCS,可以产生实际频率序列。 将实际频率序列与64个理论频率序列进行比较,可以确定基站可以使用的一个或两个候选码组。 最后,可以将由基站发送的SSCS与对应于候选码组的所有可能的SSCS进行比较,以确定基站的特定码组和帧边界。
    • 10. 发明申请
    • PIXEL-DRIVING METHOD AND CIRCUIT THEREOF
    • 像素驱动方法及其电路
    • US20090153532A1
    • 2009-06-18
    • US12106350
    • 2008-04-21
    • Po-Tsun ChenTing-Yun HuangJie-Jung Huang
    • Po-Tsun ChenTing-Yun HuangJie-Jung Huang
    • G06F3/038
    • G09G3/3614G09G3/3685G09G2310/0297
    • A method for driving pixel, being compatible between dot-inversion driving mechanism and dual-gate driving mechanism, includes setting four continuous pixels as a driving sub-unit, having a first pixel transistor, a second pixel transistor, a third pixel transistor, and a fourth pixel transistor. The first gate line commonly controls two gates of the first and fourth pixel transistors. The second gate line commonly controls two gates of the second and third pixel transistors. The first source line commonly controls two sources of the first and second pixel transistors. The second source line commonly controls two sources of the third and fourth pixel transistors. A positive voltage and a negative voltage are alternatively in time sequence applied to the first and second source lines, respectively. An activate voltage is alternatively in time sequence applied to the first and second source lines, respectively.
    • 一种用于驱动点反转驱动机构和双栅驱动机构之间兼容的像素的方法,包括设置四个连续像素作为驱动子单元,具有第一像素晶体管,第二像素晶体管,第三像素晶体管和 第四像素晶体管。 第一栅极线通常控制第一和第四像素晶体管的两个栅极。 第二栅极线通常控制第二和第三像素晶体管的两个栅极。 第一源极线通常控制第一和第二像素晶体管的两个源。 第二源极线通常控制第三和第四像素晶体管的两个源。 时间序列中分别施加正电压和负电压到第一和第二源极线。 激活电压分别以时间顺序施加到第一和第二源极线。