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    • 43. 发明申请
    • APPARATUS FOR AND METHOD OF CONVERTING BIT RATE OF DVB-H SIGNAL
    • DVB-H信号转换速率的方法和方法
    • US20090116508A1
    • 2009-05-07
    • US12092672
    • 2007-07-31
    • Kazumi KobayashiSusumu AkadaSayo Hirano
    • Kazumi KobayashiSusumu AkadaSayo Hirano
    • H04J3/22H04N11/02
    • H04N21/4344H04N21/23608H04N21/2362H04N21/434H04N21/440281H04N21/64315
    • A bit rate converting apparatus suitable for a DVB-H signal which does not have a function of rewriting a PCR value comprises means (42) for receiving a TS signal of a DVB-H standard for storage in accordance with a first bit rate, means (46) for sequentially generating NULL packets in accordance with a second bit rate, and means (45) for outputting a packet which forms part of the stored TS signal from the means (42) and the NULL packet from the means (46) in accordance with the second bit rate. The apparatus may further comprise means (51) for receiving the TS signal of the DVB-H standard to remove NULL packets from the TS signal. Alternatively, the apparatus may further comprise means (61) for receiving the TS signal of the DVB-H standard to pass only a packet representative of a program which constitutes the TS signal, and a PSI/SI packet.
    • 适用于不具有重写PCR值功能的DVB-H信号的比特率转换装置包括用于接收根据第一比特率存储的DVB-H标准的TS信号的装置(42) (46),用于根据第二比特率顺序生成空分组;以及装置(45),用于从装置(42)和装置(46)中输出构成存储的TS信号的一部分的分组,以及来自装置(46)的空分组 按照第二位速率。 装置还可以包括用于接收DVB-H标准的TS信号以从TS信号中去除NULL分组的装置(51)。 或者,装置还可以包括用于接收DVB-H标准的TS信号的装置(61),以仅通过表示构成TS信号的节目的分组以及PSI / SI分组。
    • 45. 发明申请
    • METHOD AND APPARATUS FOR MEASURING BIT ERROR RATE OF TUNER
    • 用于测量调谐器位错误率的方法和装置
    • US20090034597A1
    • 2009-02-05
    • US12280820
    • 2007-09-10
    • Kazumi KobayashiSusumu Akada
    • Kazumi KobayashiSusumu Akada
    • H04B17/00
    • H04N17/04H04L1/242
    • A test signal generator 2 comprises a Pseudo Random Binary bit Sequence generator 20 for generating a Pseudo Random Binary bit Sequence in the form of burst while holding the continuity of the code, and intermittently operates in a burst form in response to operation control signals from circuits 22, 24. During one burst duration, a string of Pseudo Random Binary bit Sequence is generated in a certain sequence, where the first codes in the Pseudo Random Binary bit String generated in this burst duration follows the last code of a Pseudo Random Binary bit String generated in the preceding burst duration.
    • 测试信号发生器2包括伪随机二进制比特序列发生器20,用于在保持代码的连续性的同时产生脉冲形式的伪随机二进制比特序列,并且响应于来自电路的操作控制信号间歇地以突发形式操作 在一个突发持续时间期间,以一定的顺序生成一串伪随机二进制位序列,其中在该突发持续时间段中产生的伪随机二进制位串中的第一个代码遵循伪随机二进制位的最后一个代码 在前一个突发持续时间内生成的字符串。
    • 50. 发明授权
    • Liquid crystal display apparatus
    • 液晶显示装置
    • US06300996B1
    • 2001-10-09
    • US09321454
    • 1999-05-27
    • Hiroaki MatsuyamaKazumi KobayashiYoshihiko HiraiToshiya IshiiHideya MuraiMasayoshi Suzuki
    • Hiroaki MatsuyamaKazumi KobayashiYoshihiko HiraiToshiya IshiiHideya MuraiMasayoshi Suzuki
    • G02F11343
    • G02F1/134336G02F1/133707G02F2001/13373
    • A liquid crystal display device can suppress pixel-based gradation fluctuations observed upon change in angle of view with increased size as it meets wide angle of view characteristics required of a large-sized liquid crystal display device. A device in which a liquid crystal material is sealed between a pair of substrates 31, 32, a plurality of pixel electrodes 38 for applying voltage across the liquid crystal material is arranged on the substrate 31, a common electrode 12 for applying a voltage common to the pixel electrodes 38 is arranged on the substrate 32, and in which a gate line 22 and a drain line 23 of a switching element adapted to control the voltage applied across the pixel electrodes 38 are provided for extending substantially at right angles to each other. In the device, orientation of the liquid crystal molecules 18 neighboring to the pixel electrode 38 is perpendicular to that of liquid crystal molecules 19 neighboring to the common electrode 12, while the respective orientations are substantially parallel to the direction of the gate line 22 or that of the drain line 23.
    • 液晶显示装置可以抑制视大小变化而观察到的像素级的色调波动,因为其符合大尺寸液晶显示装置所需的广视角特性。 将液晶材料密封在一对基板31,32之间的装置,在液晶材料上施加多个用于施加电压的像素电极38设置在基板31上,公共电极12用于施加与 像素电极38被布置在衬底32上,并且其中设置适于控制施加在像素电极38两端的电压的开关元件的栅极线22和漏极线23用于彼此基本成直角地延伸。 在该器件中,与像素电极38相邻的液晶分子18的取向垂直于与公共电极12相邻的液晶分子19的取向,而各取向基本上平行于栅极线22的方向,或者 的排水管路23。