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    • 91. 发明申请
    • Semiconductor device and control method therefor
    • 半导体装置及其控制方法
    • US20060239108A1
    • 2006-10-26
    • US11360091
    • 2006-02-22
    • Atsushi ShimizuHiroki Murakami
    • Atsushi ShimizuHiroki Murakami
    • G11C8/00
    • G11C16/30G11C16/08G11C16/12
    • A non-volatile semiconductor device provides a pull-up transistor (M1) for a word line drive which can be downsized. The semiconductor device includes a first decoder (109) including a pull-up transistor (M1) selecting and driving a word line (P2WL) connected to memory cells, a first voltage generating circuit (102) generating a first voltage applied to a source terminal of the pull-up transistor (M1), a second voltage generating circuit (105) generating a second voltage that is applied to a gate terminal of the pull-up transistor (M1), is the second voltage higher than the first voltage, sectors including the memory cells, a vertical word line (VWL) connecting the sectors in a vertical direction and carrying the first voltage to the source terminal of the pull-up transistor (M1), a global word line (GWL) connecting the sectors in a lateral direction and carrying the second voltage to the gate terminal of the pull-up transistor (M1), a second decoder (108) selecting and driving the global word line (GWL), and a third decoder (104) selecting and driving the vertical word line (VWL).
    • 非易失性半导体器件为可以减小尺寸的字线驱动器提供上拉晶体管(M1)。 半导体器件包括:第一解码器(109),包括选择并驱动连接到存储器单元的字线(P 2 WL)的上拉晶体管(M1);第一电压产生电路(102),产生施加到 上拉晶体管(M 1)的源极端子,产生施加到上拉晶体管(M 1)的栅极端子的第二电压的第二电压产生电路(105)是高于 第一电压,包括存储单元的扇区,在垂直方向上连接扇区并将第一电压连接到上拉晶体管(M1)的源极端的垂直字线(VWL),全局字线(GWL ),并且将第二电压传送到上拉晶体管(M 1)的栅极端子,选择并驱动全局字线(GWL)的第二解码器(108)和第三解码器( 104)选择和驱动垂直字线(VW L)。
    • 93. 发明授权
    • Transmitting system and transmitting apparatus
    • 发射系统和发射装置
    • US06577813B1
    • 2003-06-10
    • US09235491
    • 1999-01-22
    • Susumu IbarakiToshikazu HattoriHiroki Murakami
    • Susumu IbarakiToshikazu HattoriHiroki Murakami
    • H04N576
    • H04L69/04H04N21/23614H04N21/2389H04N21/4305H04N21/4325H04N21/4334H04N21/4348H04N21/4385H04N21/6332
    • A transmitting system which comprises a transmission line, a transmitting apparatus connected to the transmission line, and a receiving apparatus connected to the transmission line, and transmits data between the transmitting apparatus and the receiving apparatus, wherein the transmitting apparatus comprises packet compressing means which receives input data comprising plural packets having identifiers as an input, identifies packets to be discarded and effective packets according to the identifiers, and outputs compression information indicating the number of continuously discarded packets and the effective packets to the transmission line, and the receiving apparatus comprises packet restoring means which receives the compression information and the effective packets which have been output from the transmitting apparatus, generates ineffective, packets which are as many as the discarded packets, and outputs the ineffective packets and the effective packets.
    • 一种发送系统,包括传输线,连接到传输线的发送装置和连接到传输线的接收装置,并且在发送装置和接收装置之间发送数据,其中发送装置包括分组压缩装置,其接收 输入数据包括具有标识符作为输入的多个分组,根据标识符识别要丢弃的分组和有效分组,并且将表示连续丢弃分组的数量和有效分组的压缩信息输出到传输线,并且接收装置包括分组 接收从发送装置输出的压缩信息和有效分组的恢复装置产生无效的与丢弃分组一样多的分组,并输出无效分组和有效分组。
    • 94. 发明授权
    • Scrambling apparatus and descrambling apparatus
    • 加扰装置和解扰装置
    • US5706346A
    • 1998-01-06
    • US321757
    • 1994-10-12
    • Noboru KattaHiroki MurakamiSusumu IbarakiSeiji Nakamura
    • Noboru KattaHiroki MurakamiSusumu IbarakiSeiji Nakamura
    • H04N7/167
    • H04N7/1675
    • A scrambling apparatus has at least one of the following processing units: a signal inserting processor for inserting a dummy pattern indicating the quantization width in the compressed video data; a conversion processor for scrambling a signal specifying whether field or frame processing is used; a DCT coefficient conversion processor for scrambling a part of the code defining the DCT coefficient; an intra.sub.-- dc.sub.-- precision conversion processor for scrambling the intra.sub.-- dc.sub.-- precision signal; and an alternate.sub.-- scan conversion processor for scrambling the alternate .sub.-- scan signal. A descrambling apparatus reverses the conversion process on the video data scrambled by the scrambling apparatus to restore the video data to the original unscrambled state.
    • 加扰装置具有以下处理单元中的至少一个:信号插入处理器,用于将指示量化宽度的虚拟图案插入压缩视频数据中; 转换处理器,用于对指定是使用字段还是帧处理的信号进行加扰; DCT系数转换处理器,用于对定义DCT系数的代码的一部分进行加扰; 用于对所述DC内精度信号进行加扰的DC-DC精度转换处理器; 以及用于对交替扫描信号进行加扰的交替扫描转换处理器。 解扰装置对由加扰装置加扰的视频数据进行转换处理,将视频数据恢复到原来的未加扰状态。
    • 96. 发明授权
    • Method and apparatus for cutting plate-shaped brittle material
    • 切割板状脆性材料的方法和装置
    • US5465892A
    • 1995-11-14
    • US181309
    • 1994-01-13
    • Kengo ShinozakiKimihiro WakabayashiHiroki MurakamiMasaaki Araki
    • Kengo ShinozakiKimihiro WakabayashiHiroki MurakamiMasaaki Araki
    • B26F3/04B28D5/00C03B33/033C03B33/04C03B33/10H01L21/301C03B33/03
    • C03B33/04B28D5/0011B28D5/0023C03B33/033C03B33/10Y10T225/12Y10T225/30Y10T225/321Y10T225/325
    • To assure that a plate-shaped brittle material is exactly cut into two plate pieces, a jig having a thread-shaped projection secured thereto in conformity with a predetermined pattern positionally coincident with a cut groove formed in the plate-shaped brittle material, an elastic member located on the cut groove side of the plate-shaped brittle material, and a plate-shaped brittle material to be cut into two plate pieces are placed on a table of a press machine one above another, and subsequently, a predetermined intensity of pressing power is applied to the jig from above by operating a pressing machine. Alternatively, a jig having a thread-shaped projection secured thereto, an elastic member located on the opposite side relative to the cut groove side of the plate-shaped brittle material, and a plate-shaped brittle material to be cut into two plate pieces may be placed on the press table one above another. Otherwise, a pair of jigs each having a thread-shaped projection secured thereto, a pair of elastic members one of which is located on the cut groove side of a plate-shaped brittle material and other one of which is located on the opposite side relative to the cut groove side of the plate-shaped brittle material, and a plate-shaped brittle material to be cut into two plate pieces may be placed on the press table one above another.
    • 为了确保将板状脆性材料精确地切割成两片板,具有与形成在板状脆性材料中的切割槽位置地重合的预定图案固定在其上的螺纹状突起的夹具,弹性体 位于板状脆性材料的切割槽侧的构件和将要切割成两块板的板状脆性材料放置在压制机的台面上,然后进行预定的压制强度 通过操作压力机从上方向夹具施加电力。 或者,具有固定到其上的螺纹形突起的夹具,位于相对于板状脆性材料的切割槽侧的相对侧的弹性构件和要切割成两个板块的板状脆性材料 放在压床上一个在另一个。 另外,一对夹具具有固定在其上的螺纹状突起,一对弹性部件位于板状脆性材料的切槽侧,另一方位于相对侧的相对侧 到板状脆性材料的切槽侧,并且可以将要切割成两块板的板状脆性材料放置在另一个上的压床上。
    • 98. 发明授权
    • Image reading apparatus having light shielding element disposed between
light emitting elements
    • 具有设置在发光元件之间的遮光元件的图像读取装置
    • US5254849A
    • 1993-10-19
    • US907664
    • 1992-07-02
    • Hiroki MurakamiMasao Funada
    • Hiroki MurakamiMasao Funada
    • B41J2/44B41J2/45B41J2/455H01L27/14H01L27/146H01L27/15H04N1/028H04N1/031H04N1/04H05B33/00H05B33/02H05B33/10H05B33/22H01J40/14H01L33/00
    • H04N1/0317H01L27/14601H01L27/14623H01L27/14685H01L27/153H04N1/0313H05B33/02H05B33/22
    • This disclosure relates to an electroluminescent (EL) device serving as a light emitting device in an image reading apparatus. An electroluminescent device is of a thick film type and well suited for combination with a photosensing device in the form of an integral light emitting and sensing device. The electroluminescent device is provided with a pair of linear light emitting elements spaced apart from each other on a transparent electrode. Each of the light emitting element includes a luminescent layer interposed between a light shielding electrode and a transparent electrode. The luminescent layer is of resin containing fluorescent particles dispersed therein and is obtained by deposition by a thick film technique. The electroluminescent device is further provided with a light shielding element and an optically transmissive area, both of which are formed between the linear light emitting elements. At an interface between the linear light emitting element and the light shielding element, a portion of the light shielding electrode of the linear light emitting element overlies a portion of the light shielding element. The optically transmissive area between the linear light emitting elements is obtained without need for etching the luminescent layer.
    • 本公开涉及一种用作图像读取装置中的发光装置的电致发光(EL)装置。 电致发光器件是厚膜型的,并且非常适合于以整体发光和感测装置的形式与光敏器件组合。 电致发光器件设置有在透明电极上彼此间隔开的一对线性发光元件。 每个发光元件包括插入在遮光电极和透明电极之间的发光层。 发光层是含有分散在其中的荧光体的树脂,通过厚膜技术的沉积得到。 电致发光器件还设置有遮光元件和光学透射区域,两者都形成在线性发光元件之间。 在线状发光元件和遮光元件之间的界面处,线状发光元件的遮光电极的一部分覆盖遮光元件的一部分。 获得线性发光元件之间的光学透射区域,而不需要蚀刻发光层。