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    • 6. 发明授权
    • Methanol preparation process
    • 甲醇制备工艺
    • US5998489A
    • 1999-12-07
    • US118043
    • 1998-07-17
    • Kazuto KobayashiHideaki Nagai
    • Kazuto KobayashiHideaki Nagai
    • C01B3/38C07C29/151C07C29/80C07C31/04C07C27/00
    • C07C29/1518Y02E50/32Y02P20/52
    • Provided is a methanol production process from hydrocarbon which lessens generation of waste water and reduces boiler water. Specifically, there are provided a methanol production process comprising the steps of (a) reacting hydrocarbon with steam to generate a synthesis gas containing hydrogen, carbon monoxide and carbon dioxide as main components, (b) reacting the synthesis gas on a methanol synthesis catalyst and recovering crude liquid methanol, and (c) distilling the recovered crude methanol into refined methanol and waste water, wherein the hydrocarbon comes in contact with the waste water neutralized with alkali metal salt or the like at the step (c) so as to be humidified, and comes in contact with condensed water separated from the synthetic gas obtained at the step (a) so as to be further humidified, and is then supplied to the step (a).
    • 提供了一种从碳氢化合物生产甲醇的方法,减少了废水的产生并减少了锅炉水。 具体地说,提供了一种甲醇生产方法,其包括以下步骤:(a)使烃与蒸汽反应以产生含有氢,一氧化碳和二氧化碳作为主要成分的合成气,(b)使合成气与甲醇合成催化剂和 回收粗液体甲醇,和(c)将回收的粗甲醇蒸馏成精制甲醇和废水,其中烃在步骤(c)与用碱金属盐等中和的废水接触,以便加湿 与从步骤(a)获得的合成气体分离的冷凝水接触,进一步加湿,然后供给到工序(a)。
    • 7. 发明申请
    • RECHARGEABLE BATTERY WITH NONAQUEOUS ELECTROLYTE, ITS NEGATIVE ELECTRODE, AND ITS MATERIAL
    • 可充电电池与非水电解质,负极电极及其材料
    • US20090181304A1
    • 2009-07-16
    • US11914494
    • 2006-05-15
    • Yukihiro MiyamotoMasao MiyakeEtsuko MiyakeTooru FuseTomohiro SatouYouji Arita
    • Yukihiro MiyamotoMasao MiyakeEtsuko MiyakeTooru FuseTomohiro SatouYouji Arita
    • H01M4/58H01M10/36
    • H01M4/58C23C14/3414H01M4/02H01M4/0426H01M4/0428H01M4/133H01M4/134H01M4/139H01M10/052H01M2004/027
    • A negative electrode material for a nonaqueous electrolyte rechargeable battery that can stably and efficiently realize a high-performance nonaqueous electrolyte rechargeable battery in which a high discharge capacity, high charge/discharge efficiency at an initial stage and during charge/discharge cycles, and excellent charge/discharge cycle properties are provided as well as electrode expansion in volume after charge/discharge cycles is suppressed. The negative electrode material for a nonaqueous electrolyte rechargeable battery in the form of particles having, at least on the surface thereof, a compound of the phase in which an element Z is present in Si in a non-equilibrium state. The compound is expressed by the general formula SiZxMy, where Z represents C and/or N, M represents an element other than C and N, and when the concentration of the element Z in a compound SiaZp, where each of a and p is an integer, having a composition closest to that of Si and present in an equilibrium state is presumed to be 100 atomic percent, the concentration of the element Z in the compound SiZxMy is in the range of 10 to 95 atomic percent, and y is in the range of 0 to 0.5.
    • 一种用于非水电解质可再充电电池的负极材料,其可以稳定有效地实现高放电容量,初始阶段和充电/放电循环期间的高充电/放电效率以及优异的电荷的高性能非水电解质二次电池 /放电循环特性以及充电/放电循环后的体积电极膨胀被抑制。 用于非水电解质可再充电电池的负极材料,其形式为至少在其表面上具有在非平衡态的Si中存在元素Z的相的化合物。 化合物由通式SiZxMy表示,其中Z表示C和/或N,M表示除C和N以外的元素,当化合物SiaZp中的元素Z的浓度,其中a和p各自为 具有最接近Si并且处于平衡状态的组成的整数被推定为100原子%,化合物SiZxMy中的元素Z的浓度在10至95原子%的范围内,并且y在 范围为0〜0.5。
    • 8. 发明授权
    • Information recording medium and recording/reproducing method for
utilizing the same
    • 信息记录媒体及其利用方法
    • US5943180A
    • 1999-08-24
    • US773131
    • 1996-12-26
    • Yuzo SeoHiroyuki Ikeda
    • Yuzo SeoHiroyuki Ikeda
    • G11B5/584G11B21/08G11B21/10
    • G11B21/10G11B21/081G11B5/584
    • An information recording medium and method arranges a plurality of information recording tracks in parallel to a running direction of an information recording medium and divides the tracks into a plurality of data blocks, and a servo-burst section between the data blocks. The servo-burst section has, alternately servo-burst-signal recording sections and servo-burst-signal non-recording section. The position of a recording/reproducing head is controlled by using a plurality of recording/reproducing head gaps provided in the head and detecting positional deviations of the head gaps from the centers of the information recording tracks. The deviations are detected from intensity changes of signals from the servo-burst-signal recording sections. The head position control is performed such that at least one of the two head gaps is located at a position to reproduce a signal from both of the servo-burst-signal recording section and the servo-burst-signal non-recording section simultaneously The placement of the servo-burst-signal recording/non-recording sections with respect to head gaps results in a ratio of the signals of the head gap located corresponding to the servo-burst-signal recording section with respect to the signal of the head gap located corresponding to the servo-burst-signal non-recording section as being a predetermined ratio.
    • 信息记录介质和方法将多个信息记录磁道与信息记录介质的运行方向并行布置,并将磁道划分成多个数据块,以及数据块之间的伺服突发部分。 伺服突发部分具有交替的伺服突发信号记录部分和伺服突发信号非记录部分。 记录/再现头的位置通过使用设置在头部中的多个记录/再现头间隙来控制,并且检测头间隙与信息记录轨道的中心的位置偏差。 根据来自伺服突发信号记录部分的信号的强度变化来检测偏差。 执行头部位置控制,使得两个头部间隙中的至少一个位于从伺服突发信号记录部分和伺服突发信号非记录部分同时再现信号的位置。放置 相对于磁头间隙的伺服突发信号记录/非记录部分的相对于伺服突发信号记录部分所对应的磁头间隙的信号相对于磁头间隙的信号的比率 对应于伺服突发信号非记录部分为预定比率。