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    • 4. 发明申请
    • INTER-DOMAIN REPLICATION OF SERVICE INFORMATION
    • 服务信息的域间复制
    • US20130254328A1
    • 2013-09-26
    • US13424970
    • 2012-03-20
    • Shigemitsu InoueYohsuke IshiiKoichi Nakamura
    • Shigemitsu InoueYohsuke IshiiKoichi Nakamura
    • G06F15/16
    • H04L63/20G06F17/30569H04L29/08H04L41/0246H04L41/50H04L63/02H04L63/0815H04L63/10H04L67/16
    • An automated conversion of service information between independent information technology (IT) management domains is performed using a federated gateway within each of the independent IT management domains that bridges the independent IT management domains. The automated conversion of service information allows at least one service consumer application executing within a first independent IT management domain to use a local service definition format to access at least one remote service provider application with a remote service interface defined using a different remote service definition format for execution in a second independent IT management domain. At least one service request is dynamically processed for the at least one remote service provider application via service provider application endpoint translation using the federated gateway within each of the independent IT management domains that bridges the independent IT management domains.
    • 独立信息技术(IT)管理域之间的服务信息的自动转换是使用独立IT管理域中的联合网关进行的,这些独立的IT管理域将桥接独立的IT管理域。 服务信息的自动转换允许在第一独立IT管理域内执行的至少一个服务使用者应用程序使用本地服务定义格式来访问使用不同的远程服务定义格式定义的远程服务接口的至少一个远程服务提供商应用 用于在第二个独立IT管理域中执行。 通过链接独立IT管理域的每个独立IT管理域内的联合网关,通过服务提供商应用程序端点翻译,为至少一个远程服务提供商应用程序动态处理至少一个服务请求。
    • 7. 发明申请
    • COMPOSITE TANK, WING, AND METHOD FOR MANUFACTURING COMPOSITE TANK
    • 复合罐,WING和制造复合油罐的方法
    • US20120012710A1
    • 2012-01-19
    • US13258179
    • 2010-03-17
    • Hiroaki YamaguchiYuichiro KaminoKoichi NakamuraTooru Hashigami
    • Hiroaki YamaguchiYuichiro KaminoKoichi NakamuraTooru Hashigami
    • B64C3/34B65D90/02B32B38/00B32B38/10B32B38/08
    • B64D37/06B64C3/34B64D37/32Y02T50/44
    • A composite tank that can suppress electrification, corrosion and strength degradation, a wing comprising the composite tank, and a method for manufacturing the composite tank. The composite tank comprises: a tank body inside which a combustible material is stored, having a first resin portion (11, 12) formed from a fiber reinforced resin and a metal portion formed from a metal material, a second resin portion (22) formed from a fiber reinforced resin, which covers at least those regions on the inner surface of the tank body where the first resin portion (11, 12) adjoins the metal portion, and a plurality of conductive portions (23) that enable charge transfer through the second resin portion (22), from the surface that contacts the combustible material to the first resin portion (11, 12), wherein the fiber in the second resin portion (22) has a higher electrical resistivity than fiber in the first resin portion (11, 12), and the second resin portion (22) forms a layer that isolates the first resin portion (11, 12) from the metal portion.
    • 可抑制带电,腐蚀和强度降低的复合罐,包括复合罐的翼,以及制造复合罐的方法。 复合罐包括:储存有可燃材料的罐体,具有由纤维增强树脂形成的第一树脂部分(11,12)和由金属材料形成的金属部分,形成第二树脂部分(22) 至少覆盖在第一树脂部分(11,12)与金属部分相邻的罐体内表面上的那些区域的多个导电部分(23),所述多个导电部分(23)能够通过 第二树脂部分(22)从与可燃材料接触的表面到第一树脂部分(11,12),其中第二树脂部分(22)中的纤维具有比第一树脂部分中的纤维更高的电阻率 11,12),第二树脂部(22)形成将第一树脂部(11,12)与金属部分隔离的层。
    • 8. 发明申请
    • AIRCRAFT FUEL TANK
    • 飞机燃油箱
    • US20110297790A1
    • 2011-12-08
    • US13201916
    • 2010-03-26
    • Hiroaki YamaguchiYuichiro KaminoTooru HashigamiKazuyuki OguriKoichi Nakamura
    • Hiroaki YamaguchiYuichiro KaminoTooru HashigamiKazuyuki OguriKoichi Nakamura
    • B64D37/06
    • B64C3/34B64D37/32B64D45/02
    • An aircraft fuel tank capable of suppressing electrostatic charging caused, for example, by flow electrification with the fuel. The aircraft fuel tank comprises an upper skin (5) and a lower skin (7) that exhibit conductivity and form a portion of a container for storing fuel, an internal structure (19) formed from a metal, and an inner surface layer (15) which has semiconductor properties or insulating properties and is formed in an integral manner on the inner surfaces of the upper skin (5) and the lower skin (7) in a location where the internal structure (19) contacts the upper skin (5) and the lower skin (7), and in the surrounding portion thereof, wherein the inner surface layer (15) is formed, at least in the surrounding portion, from a material having semiconductor properties.
    • 能够抑制静电充电的飞机燃料箱,例如通过与燃料的流动通电。 飞机燃料箱包括表现导电性并形成用于储存燃料的容器的一部分的上皮(5)和下皮(7),由金属形成的内部结构(19)和内表面层(15) ),其具有半导体性质或绝缘性能,并且在内部结构(19)接触上皮肤(5)的位置中一体地形成在上皮肤(5)和下皮肤(7)的内表面上, 和下表皮(7),并且在其周围部分中,至少在周围部分中,由具有半导体特性的材料形成内表面层(15)。
    • 10. 发明申请
    • Method for Decomposing and Reclaiming Synthetic Resin Having Ester Bond in the Composition Structure
    • 在组合物结构中分解和回收具有酯键的合成树脂的方法
    • US20090099270A1
    • 2009-04-16
    • US12224718
    • 2007-03-06
    • Koichi Nakamura
    • Koichi Nakamura
    • C08J11/04
    • C08J11/14B29B17/04B29K2995/006C08J2367/04Y02W30/625Y02W30/704
    • The synthetic resin having ester bond in the composition structure is subjected to the hydrolysis treatment to reclaim the raw material component before polymerization. Provided is a method for decomposing and reclaiming a synthetic resin having ester bond in the composition structure thereof, executing the hydrolysis treatment and the separation collection treatment in this order. The hydrolysis treatment is a treatment in which an article to be treated containing a synthetic resin to be decomposed and reclaimed is exposed to a water vapor atmosphere filled at or below the saturation water vapor pressure at a treatment temperature specified by the condition of treatment temperature of at or below the melting point of the synthetic resin, and the synthetic resin in the article to be treated is hydrolyzed by the water vapor generated at the treatment temperature, thus a decomposition product before polymerizing to the synthetic resin containing ester bond in the composition structure thereof is generated. The separation collection treatment is a treatment in which the decomposition product generated by the hydrolysis treatment is separated into liquid component and solid component to be collected individually.
    • 在组合物结构中具有酯键的合成树脂进行水解处理以回收聚合前的原料成分。 本发明提供了在其组成结构中分解和回收具有酯键的合成树脂的方法,按照顺序进行水解处理和分离收集处理。 水解处理是将含有待分解和回收的合成树脂的待处理物品暴露于饱和水蒸气压以下或者低于饱和水蒸汽压的水蒸汽气氛的处理,处理温度由处理温度 在合成树脂的熔点以下,并且待处理制品中的合成树脂在处理温度下产生的水蒸汽水解,因此在组合结构中含有酯键的合成树脂聚合前的分解产物 产生。 分离收集处理是将通过水解处理产生的分解产物分离成单独收集的液体成分和固体成分的处理。