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    • 104. 发明申请
    • Memory module, memory chip, and memory system
    • 内存模块,内存芯片和内存系统
    • US20050105318A1
    • 2005-05-19
    • US10699628
    • 2003-10-31
    • Seiji FunabaYoji Nishio
    • Seiji FunabaYoji Nishio
    • G06F12/00G06F12/06G06F13/00G06F13/16G11C5/00G11C5/06G11C11/401
    • G11C5/063
    • A memory module includes at least one CAR and a plurality of DRAMs provided so as to be close and adjacent to one another on one face and the other face of a module substrate. The DRAMs are divided into a plurality of memory groups. Memory groups adjacent to each other of these memory groups are paired with each other. One of this pair is a 1-ranked memory group and the other is a 2-ranked memory group. This pair of the memory groups is connected to the CAR via short wiring with a T-branch structure having a short stub. One of the pair of the memory groups on the signal-reception side functions as an open end. Active termination is performed by a termination resistor of the other of the pair of the memory groups on the signal-non-reception side. Subsequently, signal reflections can be reduced.
    • 存储器模块包括至少一个CAR和多个DRAM,其设置成在模块基板的一个面和另一个面上彼此靠近并相邻。 DRAM被分成多个存储器组。 这些存储器组彼此相邻的存储器组彼此配对。 这对之一是1排列的内存组,另一个是2排的内存组。 这对存储器组通过具有短截线的T形支路结构的短路连接到CAR。 信号接收侧的一对存储器组之一用作开放端。 有源终端由信号非接收侧的一对存储器组中的另一个的终端电阻执行。 随后,可以减少信号反射。
    • 106. 发明授权
    • Memory module
    • 内存模块
    • US06661092B2
    • 2003-12-09
    • US10205040
    • 2002-07-25
    • Kayoko ShibataYoji Nishio
    • Kayoko ShibataYoji Nishio
    • H01L2334
    • G11C5/147H01L2924/0002H01L2924/00
    • A memory module is provided with a resistor serving as an impedance adjuster which is connected directly or indirectly to an output terminal of an output transistor of a C/A register. The resistor adjusts the output impedance of the C/A register viewed from an input terminal of a C/A bus in such a manner that the output impedance becomes substantially constant within an operating voltage range of an internal signal output from the C/A register. The memory module is further provided with a capacitor serving as a rise time/fall time adjuster which adjusts rise time and fall time of the internal signal to specific values such that satisfactory waveforms are obtained.
    • 存储器模块设置有用作阻抗调节器的电阻器,其直接或间接地连接到C / A寄存器的输出晶体管的输出端子。 该电阻调节从C / A总线的输入端子观察的C / A寄存器的输出阻抗,使得输出阻抗在从C / A寄存器输出的内部信号的工作电压范围内变得基本恒定 。 存储器模块还具有用作上升时间/下降时间调节器的电容器,其将内部信号的上升时间和下降时间调整到特定值,从而获得令人满意的波形。
    • 107. 发明授权
    • Liquid metering and filling lifter for containers
    • 容器用液体计量和灌装升降机
    • US06619340B2
    • 2003-09-16
    • US09960976
    • 2001-09-25
    • Masakatsu KondoYoji NishioYasuji FujikawaMichio Ueda
    • Masakatsu KondoYoji NishioYasuji FujikawaMichio Ueda
    • B65B4342
    • B65B43/59B65B59/02
    • A liquid metering and filling lifter for use with different kinds of containers (C) having different heights for moving the container (C) upward and downward with a stroke corresponding to the height of the container (C) in filling a liquid into the container, the lifter comprising a container pushing-up vertical lift rod (32) disposed below a filling nozzle (13) above a bed (11) and extending through the bed (11), the lift rod (32) having a container support (31) fixed to an upper end thereof, a container pushing-down vertical lift rod (34) extending through the bed (11) at one side of the lift rod (32) and having a container holder (33) fixed to an upper end thereof, and coupling means (35) disposed below the bed (11) for coupling the two lift rods (32), (34) to make the lift rods movable upward or downward together and uncoupling the lift rods (32), (34) to make the lift rods movable upward or downward individually.
    • 一种用于不同种类的容器(C)的液体计量和填充提升器,其具有不同的高度,用于在将液体填充到容器中时以对应于容器(C)的高度的行程向上和向下移动, 所述提升器包括设置在床(11)上方并且延伸穿过所述床(11)的填充喷嘴(13)下方的容器上推垂直提升杆(32),所述提升杆(32)具有容器支撑件(31) 固定在其上端,在提升杆(32)的一侧延伸穿过床(11)并且具有固定到其上端的容器保持器(33)的容器下推垂直提升杆(34) 以及设置在所述床(11)下方的联接装置(35),用于联接所述两个提升杆(32),(34),以使提升杆可以一起向上或向下移动在一起,并使提升杆(32),(34) 提升杆可以单独上下移动。
    • 110. 发明授权
    • Semiconductor gate array device
    • 半导体门阵列器件
    • US6160275A
    • 2000-12-12
    • US692253
    • 1996-08-05
    • Yoji NishioYasuo KaminagaIsamu KobayashiYoshihiko YamamotoNozomi HorinoKousaku Hirose
    • Yoji NishioYasuo KaminagaIsamu KobayashiYoshihiko YamamotoNozomi HorinoKousaku Hirose
    • H01L27/118H01L27/10
    • H01L27/11807
    • In order to present a basic cell of a master slice type LSI having a high memory density and a high speed logic circuitry, a basic cell is composed of each pair of the PMOS 1, NMOS 4, PMOS 7, and NMOS 10, and three contact holes--besides the contact holes 17, as the contact holes within the MOS channel width W of each MOS, that are connected to the GND power lines 51 and 53, or the Vcc power lines 50 and 52--are formed in the direction perpendicular to each of the power lines. Additionally, in order to present a semiconductor integrated device having a static type RAM that has realized with its simple structure a shortening of the memory cycle, a RAM is constructed by having memory cells, in which each is composed of a pair of transfer MOSFETs, which both of the MOSFETs are turned on during the write-in operation and one of the MOSFETs is turned on during the read-out operation, is located in between a complementary data line and an input/output node that has a complementary relationship with an information storage part comprised by a pair of inverter circuits in which the inputs and outputs are mutually cross-connected. By constructing in this way, it becomes possible to speed up the write-in operation with accuracy by having a complementary write-in signal received from a pair of the complementary lines during the read-out operation, and it becomes possible to obtain read-out signals rapidly and to prevent write-in errors caused by the pre-read-out potential of the data line because the information storage part is connected only to one of the data lines through one of the transfer gates during the read-out operation.
    • 为了呈现具有高存储密度和高速逻辑电路的主片式LSI的基本单元,基本单元由每对PMOS 1,NMOS 4,PMOS 7和NMOS 10组成,并且三个 接触孔 - 除了接触孔17之外,因为连接到GND电源线51和53或Vcc电源线50和52的每个MOS的MOS沟道宽度W内的接触孔形成在垂直方向上 到每个电力线。 此外,为了呈现具有通过其简单结构实现的具有简化结构的静态型RAM的半导体集成器件,缩短了存储器周期,RAM通过具有存储单元构成,其中每个存储单元由一对转移MOSFET组成, 其中两个MOSFET在写入操作期间导通,并且在读出操作期间MOSFET中的一个导通,位于互补数据线与具有互补关系的输入/输出节点之间 信息存储部分由输入和输出相互交叉连接的一对反相器电路组成。 通过以这种方式构造,可以通过在读出操作期间具有从一对互补线接收的互补写入信号来准确地加速写入操作,并且可以获得读取操作, 并且防止由于数据线的预读出电位引起的写入错误,因为信息存储部分在读出操作期间仅通过一个传输门连接到一条数据线。