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    • 72. 发明授权
    • Gradative driving apparatus of liquid crystal display panel
    • 液晶显示面板的分级驱动装置
    • US5696524A
    • 1997-12-09
    • US437500
    • 1995-05-09
    • Masafumi HoshinoHiroyuki FujitaHirotomo OniwaFujio MatsuShuhei Yamamoto
    • Masafumi HoshinoHiroyuki FujitaHirotomo OniwaFujio MatsuShuhei Yamamoto
    • G02F1/133G09G3/20G09G3/36
    • G09G3/3625G09G2310/0208G09G3/2014G09G3/2018
    • A display device includes a vertical driver for applying to row electrodes a set of row signals represented by a set of orthogonal functions supplied by an orthogonal function generator at each selection period by group-sequential scanning within one frame. A dot product processor successively carries out a dot product computation between the set of orthogonal functions and a set of pixel data. A horizontal driver applies to column electrodes column signals having voltage levels determined by the results of the dot product computation at each selection period in synchronization with the group-sequential scanning. A frame memory stores the pixel data for each frame in divided bit form. The dot product processor reads out the set of stored pixel data in divided bit form and executes the dot product computation to produce a column signal component for each respective bit. The horizontal driver arranges a plurality of column signal components corresponding to the respective bits subjected to either pulse modulation or frame-rate modulation within one frame period to produce the column signal that is applied to the column electrodes. A memory controller controls the writing of the pixel data into the frame memory. Bit data subjected to the pulse modulation are written to the frame memory for every frame, while bit data subjected to frame-rate modulation are selectively written to the frame memory only at frames specified by the frame-rate modulation.
    • 显示装置包括垂直驱动器,用于在一个帧内通过组顺序扫描在每个选择周期向行电极施加一组由正交函数发生器提供的正交函数表示的行信号。 点积处理器依次在正交函数集合和一组像素数据之间执行点积计算。 横向驱动器适用于具有由组顺序扫描同步的每个选择周期的点积计算结果确定的电压电平的列电极列信号。 帧存储器以分割位形式存储每帧的像素数据。 点积处理器以分割位形式读出存储的像素数据集,并执行点积计算,以产生每个相应位的列信号分量。 水平驱动器在一个帧周期内配置对应于经过脉冲调制或帧速率调制的各个比特的多个列信号分量,以产生施加到列电极的​​列信号。 存储器控制器控制将像素数据写入帧存储器。 经过脉冲调制的位数据被写入每帧的帧存储器,而经帧速率调制的位数据仅在由帧速率调制指定的帧中选择性地写入帧存储器。
    • 73. 发明授权
    • Image processor for performing volume rendering from voxel data by a
depth queuing method
    • 用于通过深度排队方法从体素数据执行体绘制的图像处理器
    • US5625760A
    • 1997-04-29
    • US255432
    • 1994-06-08
    • Hiroyuki Fujita
    • Hiroyuki Fujita
    • G06T1/00G06T15/08G06T17/00
    • G06T15/405
    • An image processor adapted to perform a volume rendering operation from voxel data by a depth queuing method, comprising a three-dimensional memory for storing the voxel data therein, a plurality of three-dimensional address generators for generating addresses to read out the data from the three-dimensional memory, and a plurality of pixel calculators for processing the read-out data from the three-dimensional memory by the depth queuing method. The memory consists of a fast accessible one such as a static RAM. The required calculation time can be shortened to expedite the volume rendering operation, and a high-speed process is achieved due to the use of such a fast accessible memory.
    • 一种适于通过深度排队方法从体素数据执行体绘制操作的图像处理器,包括用于在其中存储体素数据的三维存储器,用于生成地址以从所述数据读出数据的多个三维地址生成器 三维存储器和用于通过深度排队方法从三维存储器处理读出数据的多个像素计算器。 存储器由快速访问的存储器组成,例如静态RAM。 可以缩短所需的计算时间以加快体积绘制操作,并且由于使用这种快速可访问的存储器而实现高速处理。
    • 74. 发明授权
    • Liquid crystal display panel driving device
    • 液晶显示面板驱动装置
    • US5619224A
    • 1997-04-08
    • US366419
    • 1994-12-27
    • Masafumi HoshinoShuhei YamamotoHiroyuki FujitaHirotomo OniwaTeruo EbiharaFujio Matsu
    • Masafumi HoshinoShuhei YamamotoHiroyuki FujitaHirotomo OniwaTeruo EbiharaFujio Matsu
    • G02F1/133G09G3/20G09G3/36
    • G09G3/3625G09G2310/0208G09G3/2014
    • In order to prevent signal distortion using a multiple line selection driving technique when using pulse width modulation to achieve a half-tone display in a liquid crystal display panel, respective bits of column signals are arranged in a descending pulse width order and a voltage generating circuit is used to lower level differences in adjacent bits. An orthonormal function generating circuit generates a plurality of row signals to drive a group of row electrodes through a vertical driver. A dot product computation circuit computes a dot product of the orthonormal functions and pixel display data to generate a column signal in the above manner. A horizontal driver applies the column signal to a group of column electrodes. Pixel data is stored in a frame memory, each datum being represented by a series of bits corresponding to a gray scale. The dot product computation circuit divides the pixel data into the respective bits, and individually carries out the dot product computation for each bit. The horizontal driver arranges the column signal components in order of descending pulse width. A voltage level circuit lowers the voltage level between the column components to reduce distortion caused by the high switching speed between the components and the low response time of the liquid crystal material.
    • 为了在使用脉冲宽度调制来实现液晶显示面板中的半色调显示时,为了防止使用多行选择驱动技术的信号失真,列信号的各个位按照下降的脉冲宽度顺序排列,电压产生电路 用于降低相邻位的电平差。 正交函数发生电路产生多个行信号以通过垂直驱动器驱动一组行电极。 点积计算电路以上述方式计算正交函数和像素显示数据的积积以产生列信号。 水平驱动器将列信号施加到一组列电极。 像素数据存储在帧存储器中,每个数据由对应于灰度级的一系列位表示。 点积计算电路将像素数据分割成各个位,并且分别对每个位执行点积计算。 水平驱动器按照下降脉冲宽度的顺序排列列信号分量。 电压电平电路降低列组件之间的电压电平,以减少由组件之间的高切换速度引起的失真和液晶材料的低响应时间。
    • 76. 发明授权
    • Device for high-speed processing of information frames
    • 信息帧高速处理装置
    • US5319794A
    • 1994-06-07
    • US102539
    • 1993-08-03
    • Hiroyuki Fujita
    • Hiroyuki Fujita
    • G06T1/20G06F15/62
    • G06T1/20
    • A signal processing device for performing a predetermined signal processing includes a first storage unit for storing a plurality of frames of information signals, a second storage unit for storing a plurality of data representing a plurality of signal processing programs, and a signal processing unit for performing signal processing on signals read from the first storage unit on the basis of the data representing the signal processing program read out from the second storage unit. The signal processing unit performs signal processing on all of the plural frames of signals stored in the first storage unit and causes the processed frames of signals to be re-stored in the first storage unit. The signal processing unit then performs signal processing on all of the plural frames of signals stored in the first storage unit on the basis of the second signal processing program read out from the second storage unit.
    • 用于执行预定信号处理的信号处理装置包括用于存储多个信息信号帧的第一存储单元,用于存储表示多个信号处理程序的多个数据的第二存储单元,以及用于执行 根据从第二存储单元读出的表示信号处理程序的数据,对从第一存储单元读取的信号进行信号处理。 信号处理单元对存储在第一存储单元中的多个信号的全部进行信号处理,并使处理后的信号帧重新存储在第一存储单元中。 然后信号处理单元根据从第二存储单元读出的第二信号处理程序对存储在第一存储单元中的多个信号的全部信号进行信号处理。
    • 78. 发明授权
    • File management system and file management method
    • 文件管理系统和文件管理方法
    • US09323624B2
    • 2016-04-26
    • US14130642
    • 2012-08-20
    • Osamu MiyoshiEiichiro ShiodaHiroyuki Fujita
    • Osamu MiyoshiEiichiro ShiodaHiroyuki Fujita
    • G06F17/30G06F7/00G06F11/14G06F3/06
    • G06F11/1458G06F3/0617G06F3/0664G06F3/0689G06F11/1456G06F11/1469G06F2201/815
    • [Problem] To provide a file management system and file management method that are able to perform a backup process efficiently by means of a configuration that uses a virtual file system metadatabase from a backup process side also. [Solution] The file management system is provided with a virtual drive controller (110) that controls a virtual drive (5), a metadatabase (210) that contains information for associating a virtual file and a physical file that is saved in a storage device (6), a backup controller (120) that manages the backup process of a file, and a backup status management database (220) used in backup process management. The virtual drive controller (110) registers updated file information in the backup status management database (220). The backup controller (120) references the backup status management database (220) and the metadatabase (210), and backs up the file.
    • [问题]提供能够通过使用来自备份进程侧的虚拟文件系统元数据库的配置来有效地执行备份处理的文件管理系统和文件管理方法。 [解决方案]文件管理系统配备有控制虚拟驱动器(5)的虚拟驱动器控制器(110),包含用于关联虚拟文件和存储在存储设备中的物理文件的信息的元数据库(210) (6),管理文件的备份处理的备份控制器(120)和备份过程管理中使用的备份状态管理数据库(220)。 虚拟驱动器控制器(110)将更新的文件信息注册在备份状态管理数据库(220)中。 备份控制器(120)引用备份状态管理数据库(220)和元数据库(210),并备份该文件。