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    • 13. 发明授权
    • Semiconductor memory
    • 半导体存储器
    • US5301142A
    • 1994-04-05
    • US895598
    • 1992-06-08
    • Yukihide SuzukiMasaya MuranakaHiromi MatsuuraYoshinobu NakagomeHitoshi TanakaEiji YamasakiToshiyuki Sakuta
    • Yukihide SuzukiMasaya MuranakaHiromi MatsuuraYoshinobu NakagomeHitoshi TanakaEiji YamasakiToshiyuki Sakuta
    • G11C11/401G11C7/10G11C11/409G11C29/00G11C29/34H01L21/8242H01L27/10H01L27/108G11C13/00
    • G11C7/10
    • Each of a plurality of memory arrays is divided into a plurality of memory mats MAT00L-MAT07L to MAT10R-MAT17R in directions in which word lines and bit lines extend. First common data lines, that is, sub-IO lines, are provided which correspond to these memory mats and which are disposed in parallel to the word lines. Bit lines designating the corresponding memory mats are selectively connected to the first common data lines. Second common data lines, that is, main IO line groups MIOG0-MIOG7, are also provided and are disposed in parallel to the bit lines. Designated sub-IO lines are selectively connected to the second common data lines. Moreover, a plurality of main amplifiers forming a main amplifier unit MAU0 are orderly arranged in the direction in which the bit lines extend. These include a first main amplifier comprising a static current mirror amplifier which requires a relatively large operating current and a second main amplifier comprising a dynamic CMOS latch amplifier which requires only a relatively small operating current. These main amplifiers are put to proper use in conformity with the operating mode involved. By virtue of these arrangements, the number of parallel bits in a multibit parallel test mode of a dynamic RAM becomes expandable without being restricted by the number of the sub-IO lines correspondingly provided for each memory mat.
    • 在字线和位线延伸的方向上,多个存储器阵列中的每一个被分成多个存储器块MAT00L-MAT07L到MAT10R-MAT17R。 提供了与这些存储垫对应并且与字线平行设置的第一公共数据线,即子IO线。 指定对应的存储器垫的位线选择性地连接到第一公共数据线。 还提供第二公共数据线,即主IO线组MIOG0-MIOG7,并且与位线并行设置。 指定的子IO线选择性地连接到第二公共数据线。 此外,形成主放大器单元MAU0的多个主放大器在位线延伸的方向上有序排列。 这些包括第一主放大器,其包括需要相对大的工作电流的静态电流镜放大器,以及包括仅需要较小工作电流的动态CMOS锁存放大器的第二主放大器。 这些主放大器按照所涉及的工作模式正确使用。 由于这些布置,动态RAM的多位并行测试模式中的并行比特数可以扩展,而不受对应于每个存储器垫的子IO线数的限制。
    • 15. 发明授权
    • Autotensioner
    • 自动张紧器
    • US06497632B2
    • 2002-12-24
    • US09725073
    • 2000-11-29
    • Kazumasa AyukawaHiromi Matsuura
    • Kazumasa AyukawaHiromi Matsuura
    • F16H708
    • F16H7/1218F16H2007/081
    • An autotensioner having a support shaft affixed to a base, and a cup of a swing member provided swingably about the support shaft. The cup opens to the base and houses inside it a torsion coil spring for biasing the pulley in the direction tensioning the belt. A damping member braking the swing member is fixed to the base. A ring-shaped spring brings it into close contact with the inner circumferential surface close to the opening of the cup. The damping member frictionally slides with the inner circumferential surface at the time of swing of the swing member and supports the swing member in the radial direction at the base side from the bearing supporting the support shaft.
    • 具有固定在基座上的支撑轴的自动张紧器以及围绕支承轴摆动地设置的摆动件的杯子。 杯子通向底座并在其内部容纳扭转螺旋弹簧,用于沿着张紧皮带的方向偏置滑轮。 制动摆动构件的阻尼构件固定在基座上。 环形弹簧使其与靠近杯的开口的内周表面紧密接触。 阻尼构件在摆动构件的摆动时与内周面摩擦滑动,并且在支撑支承轴的轴承的基部侧沿径向支承摆动构件。
    • 18. 发明授权
    • Fuel injection method for gas fuel engine
    • 燃气发动机燃油喷射方法
    • US5735248A
    • 1998-04-07
    • US698519
    • 1996-08-15
    • Hiromi MatsuuraHideki MinamiSusumu NakajimaKazuhiro UedaShigeru AokiToshiyuki Nishida
    • Hiromi MatsuuraHideki MinamiSusumu NakajimaKazuhiro UedaShigeru AokiToshiyuki Nishida
    • F02M21/02F02D19/02F02D41/02
    • F02D19/027F02D19/024F02M21/0224F02M21/0278Y02T10/32
    • A fuel injection method wherein optimum fuel injection timing in a fuel-injection type gas fuel engine is determined by setting fuel injection end timing to be after the start of opening of an intake valve. That is, when injection ends in a first half of the intake valve open period the volumetric efficiency .eta.v falls and the engine output also falls, because the injection period overlaps with a period of positive pressure arising inside the intake pipe before opening of the intake valve, but when injection ends in a second half of the intake valve open period the volumetric efficiency .eta.v rises and the engine efficiency also rises, because the injection period overlaps with a period of negative pressure arising in the intake pipe during the first half of the intake value open period. Consequently, when fuel is injected during this trough in the intake port pressure, the volumetric efficiency increases and the engine output also increases by several percent.
    • 一种燃料喷射方法,其中燃料喷射型气体燃料发动机中的最佳燃料喷射正时通过将燃料喷射结束定时设定为在开阀开始之后。 也就是说,当进气阀打开期间的前半部分的喷射结束时,体积效率等级下降,并且发动机输出也下降,因为喷射周期与在进气口打开之前在进气管内部产生的正压时间重叠 但是当喷射在进气阀打开时段的后半段结束时,容积效率η升高并且发动机效率也上升,因为喷射周期与进气管在上半年期间产生的负压时间重叠 摄入量开放期。 因此,当在进气口压力期间在该槽内喷射燃料时,容积效率增加,发动机输出也增加了几个百分点。
    • 19. 发明授权
    • Semiconductor device test circuit having test enable circuitry and test
mode-entry circuitry
    • 具有测试使能电路和测试模式进入电路的半导体器件测试电路
    • US5596537A
    • 1997-01-21
    • US275700
    • 1994-07-14
    • Shunichi SukegawaShiyuzo ShiozakiHiromi MatsuuraMasaya Muranaka
    • Shunichi SukegawaShiyuzo ShiozakiHiromi MatsuuraMasaya Muranaka
    • G11C29/00G11C29/14G11C29/46G11C7/00
    • G11C29/46
    • A semiconductor device test circuit for inclusion on a semiconductor chip having a semiconductor device thereon, wherein a test mode with respect to the semiconductor device is not entered during normal use of the semiconductor device and the test mode can be entered without applying a voltage higher than the power supply voltage to an external terminal of the semiconductor device. The test circuit includes a decoder circuit which detects the matching of a first address input corresponding to a test mode, and a latch circuit which latches the signal indicating the matching of the first address input with a test mode. A second decoder circuit then detects the matching of a second address to the test mode, the second address being input when the matching signal for the first address has been latched. A second latch circuit latches the signal indicating the matching of the second address. A third address input is processed by a third decoder circuit and a third latch circuit in the same way. This means that when a plurality of addresses (three addresses in the described example) which are consecutively input to the respective decoder circuits are in a predetermined, specific combination, a test enable signal is output and the test mode is activated.
    • 一种用于包含在其上具有半导体器件的半导体芯片上的半导体器件测试电路,其中在半导体器件的正常使用期间不进入相对于半导体器件的测试模式,并且可以进入测试模式而不施加高于 对半导体器件的外部端子的电源电压。 测试电路包括检测与测试模式相对应的第一地址输入的匹配的解码器电路和锁存指示第一地址输入与测试模式匹配的信号的锁存电路。 第二解码器电路然后检测第二地址与测试模式的匹配,当第一地址的匹配信号被锁存时,第二地址被输入。 第二锁存电路锁存指示第二地址匹配的信号。 第三地址输入由第三解码器电路和第三锁存电路以相同的方式处理。 这意味着当连续输入到各个解码器电路的多个地址(所述示例中的三个地址)处于预定的特定组合时,输出测试使能信号并且测试模式被激活。