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    • 62. 发明授权
    • Fuel cell generation system
    • 燃料电池生成系统
    • US06342316B1
    • 2002-01-29
    • US09515856
    • 2000-02-29
    • Masaru OkamotoKazuo SaitoMasatoshi Iio
    • Masaru OkamotoKazuo SaitoMasatoshi Iio
    • H01M818
    • H01M8/04783H01M8/04089H01M8/04388H01M8/04589H01M8/0612H01M16/006
    • A fuel cell generation system of the invention includes a reforming apparatus; a fuel cell; a reformed gas flow rate control section controlling a flow rate of reformed gas flowing from the reforming apparatus so that an operating pressure of the reforming apparatus is equal to its target pressure; a reformed gas flow rate detecting section detecting a flow rate of the reformed gas flowing into the fuel cell; a target load current calculating section calculating a target load current taken out of the fuel cell in accordance with the flow rate of the reformed gas detected by the reformed gas flow rate detecting section so that an operating pressure of the fuel cell is equal to its target pressure; an inlet pressure detecting section detecting an inlet pressure of the fuel cell; a target load current correction quantity calculating section calculating a load current correction quantity in accordance with a deviation between the inlet pressure of the fuel cell detected by the inlet pressure detecting section and the target pressure of the fuel cell; and a correction quantity adding section adding the target load current calculated by the target load current calculating section and the load current correction quantity calculated by the target load current correction quantity calculating section.
    • 本发明的燃料电池生成系统包括:重整装置; 燃料电池 重整气体流量控制部,控制从重整装置流出的重整气体的流量,使得重整装置的工作压力等于其目标压力; 检测流入所述燃料电池的重整气体的流量的重整气体流量检测部; 目标负载电流计算部,根据由重整气体流量检测部检测出的重整气体的流量,计算从燃料电池取出的目标负载电流,使得燃料电池的工作压力等于其目标 压力; 检测燃料电池的入口压力的入口压力检测部; 目标负载电流校正量计算部,根据由入口压力检测部检测出的燃料电池的入口压力与燃料电池的目标压力之间的偏差,计算负载电流校正量; 以及校正量添加部分,其将由目标负载电流计算部分计算的目标负载电流和由目标负载电流校正量计算部分计算出的负载电流校正量相加。
    • 64. 发明授权
    • Plasma etching electrode
    • 等离子体蚀刻电极
    • US5993597A
    • 1999-11-30
    • US883310
    • 1997-06-26
    • Kazuo SaitoYasushi MochizukiAkira Yamaguchi
    • Kazuo SaitoYasushi MochizukiAkira Yamaguchi
    • C30B29/06C23F4/00C30B33/12H01J37/32H01L21/302H01L21/3065C23F1/02C23C16/00
    • H01J37/32009H01J37/3255Y10S156/914
    • The present invention provides:a plasma etching electrode made of single-crystal silicon, which has an electric resistance of 0.0001-40 .OMEGA.cm, whose crystal faces are (100), which is doped with boron or phosphorus, whose surface has been subjected to an etching treatment with an acid, and which has been subjected to a heat treatment in vacuum, or a plasma etching electrode made of polycrystalline silicon, which has an electric resistance of 0.0001-40 .OMEGA.cm, which is doped with boron or phosphorus, whose surface has been subjected to an etching treatment with an acid, and which has been subjected to a heat treatment in vacuum, anda process for producing a plasma etching electrode, which comprises doping metallic silicon with boron or phosphorus, subjecting the surface of the resulting material to an etching treatment with an acid, and subjecting the surface-etched material to a heat treatment in vacuum.With the plasma etching electrode, dust generation is minimized and uniform etching can be realized.
    • 本发明提供一种由单晶硅构成的等离子体蚀刻电极,该等离子体蚀刻电极的表面已经受到了表面的掺杂硼或磷的电阻为0.0001-40欧姆·厘米,晶体面为(100) 由真空中进行了热处理的真空中进行了蚀刻处理,或由多晶硅制成的等离子体蚀刻电极,其电阻为0.0001-40欧米亚厘米,掺杂有硼或磷, 表面已经用酸进行了蚀刻处理,并且在真空中进行了热处理,以及用于制造等离子体蚀刻电极的方法,其包括用硼或磷掺杂金属硅,使所得到的表面 用酸蚀刻处理的材料,并在真空中对表面蚀刻的材料进行热处理。 利用等离子体蚀刻电极,可以实现灰尘的产生和均匀蚀刻。
    • 65. 发明授权
    • Current collector for molten salt battery, process for producing
material for said current collector, and molten salt battery using said
current collector
    • 用于熔融盐电池的集电器,用于生产用于所述集电器的材料的方法,以及使用所述集电器的熔融盐电池
    • US5972538A
    • 1999-10-26
    • US856316
    • 1997-05-14
    • Kazuo SaitoAtsushi Hagiwara
    • Kazuo SaitoAtsushi Hagiwara
    • H01M4/80H01M4/66H01M10/39
    • H01M10/399H01M4/663
    • A current collector for a molten salt battery using liquid sodium as an anode active material, which current collector has excellent electrolyte resistance and low electrical resistance and is able to be produced simply and rapidly at a low cost, and includes a current collector material in which a carbon composite material obtained by calcining a mixture of expanded powder with a thermosetting resin under a non-oxidizing atmosphere is bonded to a porous carbon material having a porosity of 99 to 30% and an average pore diameter of 0.5 mm to 5 .mu.m. The above current collector is produced by a process including bonding a carbon composite material obtained by calcining a mixture of an expanded graphite powder with a thermosetting resin under a non-oxidizing atmosphere, to a porous carbon material having a porosity of 99 to 30% and an average pore diameter of 0.5 mm to 5 .mu.m, or alternatively, bonding a carbon composite material precursor composed of a mixture of an expanded graphite powder with a thermosetting resin, to the above porous carbon material and then calcining the resulting assembly under a non-oxidizing atmosphere.
    • 使用液态钠作为负极活性物质的熔融盐电池用集电体,该集电体具有优异的耐电解性和低电阻,能够以低成本简单快速地制造,并且包括集电体材料,其中 通过在非氧化性气氛下将发泡粉末与热固性树脂的混合物煅烧而获得的碳复合材料与孔隙率为99〜30%,平均孔径为0.5〜5μm的多孔碳材料接合。 上述集电体是通过将非膨胀石墨粉末与热固化性树脂的混合物在非氧化性气氛下进行煅烧而得到的碳复合材料粘合到孔隙率为99〜30%的多孔碳材料上的工序, 平均孔径为0.5〜5μm,或者将由膨胀石墨粉末与热固性树脂的混合物组成的碳复合材料前体粘合到上述多孔碳材料上,然后在非水溶液下煅烧所得组合物, 氧化气氛。
    • 68. 发明授权
    • Tracing system for analyzing an information distribution route by
automatically gathering distribution histories from systems which the
information is routed through
    • 跟踪系统,用于通过从信息路由通过的系统自动收集分布历史来分析信息分发路由
    • US5862336A
    • 1999-01-19
    • US654668
    • 1996-05-29
    • Juhei NakagakiKazuo SaitoYasuko TojuNoriyuki Kamibayashi
    • Juhei NakagakiKazuo SaitoYasuko TojuNoriyuki Kamibayashi
    • G06F11/34H04L12/58G06F13/00
    • H04L12/58G06F11/3495G06F11/3476H04L12/5885
    • An information processing system of the present invention records information on distribution when information is distributed so that an information distribution route is traced later. In the information processing system, when information held in an information holding section is distributed from an information distribution section to a different information intervention system, a distribution sensing section senses it and records its distribution history in a distribution history holding section. When an information tracing instruction is given, a history collection section fetches distribution histories related to the information to be traced from the distribution history holding section, detects the destination, and instructs the destination information intervention system to trace the information. In response to the instruction, history information is collected from the different information intervention system and is stored in a collected history holding section. A tracing analysis section analyzes the collected history information and displays the distribution route, etc., on a tracing result display section.
    • 当分发信息时,本发明的信息处理系统记录关于分发的信息,以便稍后追踪信息分发路线。 在信息处理系统中,当信息保存部分中保存的信息从信息分发部分分发到不同的信息干预系统时,分发感测部分感测它并将其分发历史记录在分发历史保存部分中。 当给出信息跟踪指令时,历史收集部分从分发历史保存部分中获取与要跟踪的信息相关的分发历史,检测目的地,并指示目的地信息干预系统追踪该信息。 响应于该指令,从不同的信息干预系统收集历史信息,并存储在收集的历史保存部分中。 跟踪分析部分分析收集的历史信息,并在跟踪结果显示部分显示分配路线等。