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    • 38. 发明授权
    • Method for controlling automatic log-on function
    • 控制自动登录功能的方法
    • US5721881A
    • 1998-02-24
    • US680811
    • 1996-07-16
    • Hidenori ShimizuMasaru YokoyamaYasuaki Hattori
    • Hidenori ShimizuMasaru YokoyamaYasuaki Hattori
    • G06F15/16G06F9/46G06F15/177G06F9/00
    • G06F9/5083
    • In an environment using the automatic log-on function in a parallel computer system in which one application program runs on a plurality of processors, the concentration of sessions to the application program on a particular processor for which the activation has been completed when the parallel computer system is later activated is prevented and hence the distribution of load is attained. When terminals have been activated or powered on, the session establishment by the automatic log-on function is not executed even if the activation of an application program on one of the processors of the parallel computer system has been completed but the activation status of the application programs on other processors are checked or the execution of the automatic log-on function is suspended for a predetermined time period to control the execution start time of the automatic log-on function.
    • 在其中一个应用程序在多个处理器上运行的并行计算机系统中使用自动登录功能的环境中,当在并行计算机上激活已经完成的特定处理器上的应用程序的会话浓度 系统后来被激活,从而达到负载分配。 当终端已被激活或通电时,即使并行计算机系统的其中一个处理器上的应用程序的激活已经完成,而是应用程序的激活状态,也不会执行通过自动登录功能的会话建立 检查其他处理器上的程序或者在预定时间段内暂停执行自动登录功能,以控制自动登录功能的执行开始时间。
    • 39. 发明授权
    • Method of fabricating a porous clay composite including inorganic
particles with metal particles deposited thereon
    • 制造包含沉积有金属颗粒的无机颗粒的多孔粘土复合材料的方法
    • US5264404A
    • 1993-11-23
    • US970133
    • 1992-11-02
    • Koichi TakahamaMasaru YokoyamaToshiharu Sako
    • Koichi TakahamaMasaru YokoyamaToshiharu Sako
    • C04B38/00B01D53/86B01J21/16B01J35/00B01J37/34
    • B01J35/002B01D53/864B01J21/16B01J35/004B01J37/341
    • A porous clay composite having fine metal particles deposited substantially only on surfaces of inorganic particles which are intercalated between layers of an expandable clay is obtained. After the expandable clay is expanded with a solvent into an expanded clay, the inorganic particles are intercalated between the layers of the expanded clay. The inorganic particles have photo-semiconducting property, that is, a plurality of carriers such as electrons and holes are released from the inorganic particles by irradiation of a light such as ultraviolet light. A solution including metal ions is mixed with the inorganic particles intercalated clay to form a mixed solution thereof. Subsequently, the light is irradiated to the mixed solution to deposit the fine metal particles substantially only on the inorganic particles which are intercalated between the layers of the expanded clay, so that the porous clay composite is formed in the mixed solution. The porous clay composite including the mixed solution is dried by a supercritical drying or a carbon dioxide extractive drying, etc., so as not to disrupt a porous structure thereof. When a metal having oxidation/reduction catalysis is used as the fine metal particles, the porous clay composite functions as an excellent oxidation/reduction catalyst.
    • 获得了一种多孔粘土复合材料,其具有基本上仅沉积在可膨胀粘土层之间的无机颗粒表面上沉积的金属微粒。 将可膨胀粘土用溶剂膨胀成膨胀粘土后,将无机颗粒插入膨胀粘土层之间。 无机粒子具有光半导体性质,即,诸如电子和空穴的多个载流子通过照射诸如紫外光的光从无机颗粒释放。 将包含金属离子的溶液与无机颗粒插入粘土混合以形成其混合溶液。 随后,将光照射到混合溶液中,以将细金属颗粒基本上仅沉积在插入膨胀粘土层之间的无机颗粒上,从而在混合溶液中形成多孔粘土复合材料。 包含该混合溶液的多孔粘土复合物通过超临界干燥或二氧化碳萃取干燥等干燥,以免破坏其多孔结构。 当使用具有氧化/还原催化的金属作为金属微粒时,多孔粘土复合材料用作优异的氧化/还原催化剂。