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    • 94. 发明授权
    • Suspension system for vehicle
    • 车辆悬挂系统
    • US5384706A
    • 1995-01-24
    • US138387
    • 1993-10-20
    • Masaaki UchiyamaKenichi NakamuraTakashi NezuHidekatsu Ozaki
    • Masaaki UchiyamaKenichi NakamuraTakashi NezuHidekatsu Ozaki
    • B60G17/015B60G17/00
    • B60G17/0152B60G2202/154B60G2400/102B60G2400/252B60G2400/51B60G2500/112B60G2600/02B60G2600/182
    • A suspension system for a vehicle which has a hydraulic cylinder that extends and retracts in accordance with a change in the distance between a vehicle body and an axle to vary the volumetric capacity of a working chamber defined therein, an accumulator connected to the working chamber in the hydraulic cylinder, a control valve controlling the flow rate of oil charged into and discharged from the accumulator and the hydraulic cylinder, and a vehicle level sensor detecting a change in the above-described distance. The suspension system further has a control unit that controls the control valve, on the basis of a flow control signal obtained by multiplying the detected signal from the vehicle level sensor by an amplification factor, so as to restore the vehicle to a neutral state. The control unit is arranged to increase the amplification factor when the amount of the extension or retraction of the hydraulic cylinder is close to the extent of the full stroke thereof. When the vehicle is running on a normal road surface, the suspension system absorbs any changes in the road surface, thereby stably maintaining the attitude of the vehicle body, and in the case of large irregularities, it is possible to prevent full rebound or full bump which would otherwise occur when the hydraulic cylinder performs a full-stroke operation.
    • 一种用于车辆的悬架系统,其具有根据车身和轴之间的距离的变化而延伸和缩回的液压缸,以改变其中限定的工作室的容积,连接到工作室的蓄能器 液压缸,控制进入和从蓄能器和液压缸排出的油的流量的控制阀以及检测上述距离变化的车辆液位传感器。 悬架系统还具有控制单元,其基于通过将来自车辆液位传感器的检测信号乘以放大系数获得的流量控制信号来控制控制阀,以便将车辆恢复到中立状态。 控制单元被布置成当液压缸的伸缩量接近其全行程的程度时增大放大系数。 当车辆在正常路面上行驶时,悬架系统吸收路面的任何变化,从而稳定地保持车体的姿态,并且在大的不规则的情况下,可以防止全部反弹或全部碰撞 否则将在液压缸执行全行程操作时发生。
    • 96. 发明授权
    • Power generation plant and power generation method without emission of
carbon dioxide
    • 发电厂和发电二氧化碳排放方法
    • US5247791A
    • 1993-09-28
    • US930339
    • 1992-08-17
    • Pyong S. PakKenichi NakamuraYutaka Suzuki
    • Pyong S. PakKenichi NakamuraYutaka Suzuki
    • F01K21/04F01K23/10F02C3/34
    • F02C3/34F01K21/047F01K23/10Y02E20/16Y02E20/326Y02E20/344
    • In a closed type thermal power generation plant, the fuel is supplied in the combustor and burnt therein in the presence of oxygen, instead of air. The combustion gas mainly including water and carbon dioxide is delivered from the combustor into the turbine. A turbine exhaust gas is fed into the waste heat boiler to carry out heat exchanging operation therein and an exhaust gas mainly including water component and carbon dioxide from the waste heat boiler is fed into the condenser. The gas component mainly including the carbon dioxide is separated from the condensate in the water-gas separator and may be fed into the combustor in a compressed state, or the separated gas component may be recovered externally to the plant without emitting the same into the atmosphere. The separated condensate is fed into the waste heat boiler to be subjected to heat exchanging operation therein to generate superheated steam which is to be fed into the combustor, or may be recovered externally.Further, a steam turbine may be connected to the waste heat boiler and generator. A condensor may then be connected to the steam turbine and waste heat boiler so that the steam turbine, condenser and waste heat boiler constitute a closed cycle.
    • 在封闭型火力发电厂中,燃料在氧气的存在下被供给到燃烧器中并在其中燃烧,而不是空气。 主要包括水和二氧化碳的燃烧气体从燃烧器输送到涡轮机。 涡轮废气被送入废热锅炉中进行热交换操作,主要包括来自废热锅炉的水分和二氧化碳的排气被送入冷凝器。 主要包括二氧化碳的气体组分与水煤气分离器中的冷凝物分离,可以以压缩状态进入燃烧器,或者分离的气体组分可以从外部回收到设备而不将其排放到大气中 。 将分离出的冷凝物送入废热锅炉中进行热交换操作,生成供给燃烧器的过热蒸汽,或从外部回收。 此外,蒸汽轮机可以连接到废热锅炉和发电机。 然后可以将冷凝器连接到蒸汽轮机和废热锅炉,使得蒸汽轮机,冷凝器和废热锅炉构成封闭循环。
    • 98. 发明授权
    • Semiconductor memory device with improved output to differential data
lines
    • 半导体存储器件具有改进的输出到差分数据线
    • US5043944A
    • 1991-08-27
    • US611056
    • 1990-11-09
    • Kenichi NakamuraMakoto Segawa
    • Kenichi NakamuraMakoto Segawa
    • G11C11/41G11C7/10G11C11/407G11C11/409G11C11/417
    • G11C7/1057G11C7/1048G11C7/1051G11C7/106
    • A semiconductor memory device includes a memory cell array having a plurality of memory cells, each of the cells being capable of storing a data and being selected by an address; a pair of data lines to which a pair of complementary data from a selected memory cell are imputted; an equalizer for short-circuiting and equalizing the pair of data lines when an equalizing signal is applied; an output circuit for outputting a single signal corresponding to the pair of complementary data from the pair of data lines; a pair of latch circuits provided between the output circuit and the equalizer for the pair of data lines, the pair of latch circuits holding the pair of complementary data; a pair of output buffer circuit provided between the pair of latch circuits and the equalizer for the pair of data lines, the pair of output buffer circuits capable of taking a low impedance state wherein the potentials per se of the pair of data lines are outputted, and a high impedance state wherein the potential change of the pair of data lines is not transmitted to the output side of the pair of output buffer circuits; and a controller for generating a first control signal which makes the pair of output buffer circuits to enter the high impedance state before the equalizing signal is applied to the equalizer and a second control signal which makes the pair of output buffer circuits to enter the low impedance state after the equalizing signal is turned off.