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    • 103. 发明授权
    • Multi-channel rotary joint
    • 多通道旋转接头
    • US06485062B2
    • 2002-11-26
    • US09898847
    • 2001-07-03
    • Junji OmiyaNobuhito HirakawaIsao TanakaYusuke Kamon
    • Junji OmiyaNobuhito HirakawaIsao TanakaYusuke Kamon
    • F16L3904
    • F16L39/04F16L27/087
    • A multi-channel rotary joint comprising-elastic seal rings each having an annular groove that are used to form a low-pressure channel space and a high-pressure channel space between the opposing peripheral surfaces of a joint housing and a rotator that rotates inside the joint housing. Seal rings that seal the low-pressure channel space which forms part of a vacuum suction route are engaged with and supported by one of the opposing peripheral surfaces such that annular grooves are disposed symmetrically and opening into spaces adjacent to the low-pressure channel space. The seal rings that seal the high-pressure channel space which forms part of a pressurized fluid supply route are engaged with and supported by one of the opposing peripheral surfaces such that the annular grooves are disposed symmetrically and opening into this high-pressure channel space.
    • 一种多通道旋转接头,包括弹性密封环,每个环形槽都用于形成低压通道空间和在接头壳体的相对周向表面之间的高压通道空间和在内部旋转的转子 联合住房。 密封形成真空抽吸路径的一部分的低压通道空间的密封环与相对的周向表面中的一个接合并由其支撑,使得环形槽对称地设置并且开口到与低压通道空间相邻的空间。 密封形成加压流体供给路径的一部分的高压通道空间的密封环与相对的周向表面中的一个接合并由其支撑,使得环形槽对称地设置并且通向该高压通道空间。
    • 105. 发明授权
    • Method for thermally reforming emulsion
    • 热重整乳液的方法
    • US5919353A
    • 1999-07-06
    • US746164
    • 1996-11-06
    • Hidenobu ItouIsao TanakaManabu KatagiriYasuhisa EndouYutaka Nagita
    • Hidenobu ItouIsao TanakaManabu KatagiriYasuhisa EndouYutaka Nagita
    • C10G33/04
    • C10G33/04
    • In a method for thermally reforming an emulsion, comprising removing water and an alkali metal or alkaline earth metal salt contained in an oil-in-water type emulsion of a tarry material or a heavy fuel oil (e.g., ORINOCO BITUMEN), sulfuric acid is added, in an amount of preferably 0.05% to 1.0% by weight based on the emulsion, to the emulsion, the mixture is allowed to stand at such a temperature as to give a difference in density between separated water and heavy fuel oil, preferably for 10 min or more, to permit oil-water separation, and the separated oil phase is withdrawn. When the tarry material is ORINOCO BITUMEN, an emulsion made of ORINOCO BITUMEN is thermochemically reformed by adding 0.1 to 0.4% by weight of sulfuric acid to ORINOCO BITUMEN, allowing the mixture to stand under pressure at a temperature of 170.degree. to 200.degree. C., for at least 10 min, to permit oil-water separation, subjecting the separated oil phase to flash evaporation to remove water, and centrifuging the resultant reformed ORINOCO BITUMEN to remove solid matter.
    • 在用于热重整乳液的方法中,包括除去焦油状物料或重质燃料油(例如ORINOCO BITUMEN)的水包油型乳液中所含的水和碱金属或碱土金属盐,硫酸是 相对于乳液,相对于乳液,添加量优选为0.05〜1.0重量%,使混合物在分离的水和重质燃料油之间的密度差异的温度下静置,优选为 10分钟以上,允许油水分离,分离出的油相被取出。 当焦油材料为ORINOCO BITUMEN时,将ORINOCO BITUMEN制成的乳液通过向ORINOCO BITUMEN中加入0.1至0.4重量%的硫酸进行热化学重整,使混合物在170℃至200℃的温度下在压力下静置。 ,至少10分钟,以允许油水分离,使分离的油相闪蒸蒸发除去水,并离心所得重整的ORINOCO BITUM以除去固体物质。
    • 106. 发明授权
    • Potential difference transmission device and semiconductor memory device
using the same
    • 电位差传输器件和使用其的半导体存储器件
    • US5892723A
    • 1999-04-06
    • US837207
    • 1997-04-14
    • Isao TanakaTsuguyasu Hatsuda
    • Isao TanakaTsuguyasu Hatsuda
    • G11C7/06G11C27/02G11C13/00
    • G11C27/024G11C7/06
    • A semiconductor memory device 200 includes: a memory cell array 101 including a plurality of pairs of bit lines (BL, XBL), a plurality of word lines WL and a plurality of memory cells 100; a decoder 104 for decoding address information to activate one of the plurality of word lines WL in accordance with the address information; precharge circuits 105 for setting each of the plurality of pair of bit lines (BL, XBL) to a predetermined precharge potential; sense amplifiers 110; and potential difference transmission circuits 109 provided between the memory cell array 101 and the sense amplifiers 110. The potential difference transmission circuits 109 hold a potential difference V.sub.d0 between respective pair of bit lines among the plurality of pairs of bit lines (BL, XBL) and transmit the held potential difference V.sub.d0 between the pair of bit lines to a respective sense amplifier 110. The sense amplifier 110 amplifies the potential difference V.sub.d0 between the pair of bit lines transmitted by the potential difference transmission circuit 109 so as to output the data stored in a corresponding memory cell.
    • 半导体存储器件200包括:包括多对位线(BL,XBL),多个字线WL和多个存储器单元100的存储单元阵列101; 解码器104,用于根据地址信息解码地址信息以激活多个字线WL之一; 预充电电路105,用于将多个位线对(BL,XBL)中的每一个设置为预定的预充电电位; 读出放大器110; 以及设置在存储单元阵列101和读出放大器110之间的电位差发送电路109.电位差发送电路109保持多对位线对(BL,XBL)和各对位线对(BL,XBL)之间的各对位线之间的电位差Vd0 将一对位线之间的保持电位差Vd0发送到相应的读出放大器110.读出放大器110放大由电位差发送电路109发送的一对位线之间的电位差Vd0,以输出存储在 相应的存储单元。