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    • 4. 发明授权
    • Print control apparatus, method thereof, and medium storing a program, that control a print processing based on number of sheets required by a print job
    • 打印控制装置及其方法以及存储程序的介质,其基于打印作业所需的张数来控制打印处理
    • US08867057B2
    • 2014-10-21
    • US11848317
    • 2007-08-31
    • Akira Negishi
    • Akira Negishi
    • G06K15/00G03G15/00
    • G03G15/6573
    • This invention relates to a printing system configured to output printing media having undergone print processing by a print apparatus to a plurality of destinations including a specific destination which has a structure allowing an operator to take out the printing media. In the system, output of printing media to the specific destination is restricted while the operator takes out the printing medium outputted to the specific destination, and in case that the number of printing media necessary for a job processed by the print apparatus is smaller than a predetermined number, the system is controlled not to output to the specific destination a printed material formed from printing media smaller in number than the predetermined number. This invention can achieve efficient printing by controlling not to stop the print operation of the system as much as possible.
    • 本发明涉及一种打印系统,其被配置为将已经经过打印设备的打印处理的打印介质输出到包括具有允许操作者取出打印介质的结构的特定目的地的多个目的地。 在系统中,当操作者取出输出到特定目的地的打印介质时,打印介质到特定目的地的输出被限制,并且在由打印设备处理的作业所需的打印介质的数量小于 控制系统不向特定目的地输出由比预定数量更小的打印介质形成的打印材料。 本发明可以通过控制不要尽可能地停止系统的打印操作来实现有效的打印。
    • 7. 发明授权
    • Method for producing vanadium electrolytic solution
    • 钒电解液生产方法
    • US5250158A
    • 1993-10-05
    • US772794
    • 1991-10-08
    • Hiroko KanekoAkira NegishiKen NozakiKenji SatoIchiro Nakahara
    • Hiroko KanekoAkira NegishiKen NozakiKenji SatoIchiro Nakahara
    • C01G31/00H01M8/18C25B1/00
    • H01M8/188C01G31/00Y02E60/528
    • A vanadium electrolytic solution containing highly concentrated and dissolved vanadium is produced by a method wherein a vanadium compound selected from the group consisting of ammonium metavanadate and vanadium pentaoxide is subjected to a reduction operation in the presence of inorganic acids. At this time, by repeating the addition of the concentrated inorganic acids and the vanadium compound, a tetravalent and pentavalent vanadium solution of 3.4 mol/l is obtained.In addition, the resulting vanadium electrolytic solution is electrolyzed, whereby tetravalent vanadium is reduced to be trivalent on the negative electrode and is oxidized into pentavalent vanadium on the positive electrode, and then pentavalent vanadium is reduced into tetravalent vanadium by a reducing agent to form a discharged couple of trivalent and tetravalent vanadium, and an electrolytic solution is obtained which is capable of being charge-discharged.This electrolytic solution can be used as the electrolytic solution for redox batteries using vanadium as the active material in both positive and negative electrodes.
    • 通过一种方法制备含有高浓度和溶解的钒的钒电解液,其中选自偏钒酸铵和五氧化钒的钒化合物在无机酸的存在下进行还原操作。 此时,通过重复添加浓缩的无机酸和钒化合物,得到3.4mol / l的四价和五价钒溶液。 此外,所得到的钒电解液被电解,四价钒在负极上还原为三价,在正极上被氧化成五价钒,然后用还原剂将五价钒还原成四价钒,形成 放出一对三价和四价钒,得到能够进行电荷放电的电解液。 该电解液可以用作在正极和负极中使用钒作为活性材料的氧化还原电池的电解液。
    • 10. 发明授权
    • Method of purifying hexafluoroacetone containing chlorofluoroacetones
    • 净化含氟氯丙酮六氟丙酮的方法
    • US4386223A
    • 1983-05-31
    • US320079
    • 1981-11-10
    • Toshikazu KawaiYutaka MaruyamaJunji NegishiAkira Negishi
    • Toshikazu KawaiYutaka MaruyamaJunji NegishiAkira Negishi
    • C07C49/167C07C45/00C07C45/78C07C45/85C07C67/00
    • C07C45/783C07C45/78C07C45/85
    • Crude hexafluoroacetone (HFA) containing chlorofluoroacetone(s) (CFA) as well as hydrogen halide(s) is purified by initially allowing the crude HFA to be absorbed in water to give an aqueous solution in which HFA and CFA are in the form of their respective hydrates, adding a calcium compound such as carbonate, hydroxide or oxide to the solution to neutralize the hydrogen halide(s), and decomposing the hydrated CFA by first adding an alkali metal compound such as K.sub.2 CO.sub.3 or Na.sub.2 CO.sub.3 or an alkaline earth metal compound such as Ca(OH).sub.2, Ba(OH).sub.2, CaO or BaO to the solution and subsequently adding a mineral acid such as HCl or H.sub.2 SO.sub.4 to the same solution. This procedure results in complete decomposition of CFA without causing decomposition of HFA and spontaneous separation of the liquid reaction system into two layers, one of which is exclusively HFA hydrate. Accordingly it is easy to separate pure HFA hydrate from the decomposed impurities.
    • 通过首先使粗HFA被吸收在水中来纯化含有氯氟丙酮(CFA)和卤化氢的粗六氟丙酮(HFA),其中HFA和CFA为其HFA和CFA形式的水溶液 各自的水合物,向溶液中加入钙化合物如碳酸盐,氢氧化物或氧化物以中和卤化氢,并且通过首先加入碱金属化合物如K 2 CO 3或Na 2 CO 3或碱土金属化合物来分解水合CFA, 作为Ca(OH)2,Ba(OH)2,CaO或BaO,然后向同一溶液中加入无机酸如HCl或H 2 SO 4。 该过程导致CFA完全分解而不引起HFA分解,并将液体反应体系自发分离成两层,其中之一仅为HFA水合物。 因此,容易将纯HFA水合物与分解的杂质分离。