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    • 1. 发明申请
    • Biometric Authentication Method, Biometric Authentication System, IC Card, and Terminal
    • 生物识别认证方法,生物识别认证系统,IC卡和终端
    • US20100117791A1
    • 2010-05-13
    • US12609383
    • 2009-10-30
    • Takeshi InoueShoko HatanakaMakoto AikawaHideyuki Takeda
    • Takeshi InoueShoko HatanakaMakoto AikawaHideyuki Takeda
    • G05B19/00
    • G06F21/32
    • A biometric authentication system 10 includes an IC card 100 including a reading unit 110 sending generation information back to a terminal and a writing unit 111 writing biometric information in a storage area indicated in a write instruction, and a terminal 200 including a card generation acquisition unit 210 receiving from the IC card the generation information, a device generation acquisition unit 211 receiving from a biometric authentication device the generation information, a biometric information acquisition unit 212 receiving biometric information from the biometric authentication device 300, a first write instruction unit 213 identifying a storage area of the same generation as the generation of the biometric authentication device and transmitting a write instruction of the biometric information to the IC card, and a second write instruction unit 214 transmitting a write instruction for a storage area of the oldest generation to the IC card.
    • 生物体认证系统10包括:IC卡100,包括将生成信息发送回终端的读取单元110和将写入指令中指示的存储区域中的生物体信息写入的写入单元111,以及包括卡生成获取单元 210从IC卡接收生成信息,从生物体认证装置接收生成信息的装置生成获取部211,生物体认证装置300接收生物体信息的生物体信息获取部212,识别生物信息 存储区域与生物体认证装置的生成相同的一代,并将生物体信息的写入指令发送到IC卡;以及第二写入指令单元214,将最古老的存储区域的写入指令发送到IC 卡。
    • 2. 发明授权
    • Biometric authentication method, biometric authentication system, IC card, and terminal
    • 生物认证方法,生物识别系统,IC卡和终端
    • US08212652B2
    • 2012-07-03
    • US12609383
    • 2009-10-30
    • Takeshi InoueShoko HatanakaMakoto AikawaHideyuki Takeda
    • Takeshi InoueShoko HatanakaMakoto AikawaHideyuki Takeda
    • H04Q1/00H04B1/00G05B19/00G06K9/00
    • G06F21/32
    • A biometric authentication system 10 includes an IC card 100 including a reading unit 110 sending generation information back to a terminal and a writing unit 111 writing biometric information in a storage area indicated in a write instruction, and a terminal 200 including a card generation acquisition unit 210 receiving from the IC card the generation information, a device generation acquisition unit 211 receiving from a biometric authentication device the generation information, a biometric information acquisition unit 212 receiving biometric information from the biometric authentication device 300, a first write instruction unit 213 identifying a storage area of the same generation as the generation of the biometric authentication device and transmitting a write instruction of the biometric information to the IC card, and a second write instruction unit 214 transmitting a write instruction for a storage area of the oldest generation to the IC card.
    • 生物体认证系统10包括:IC卡100,包括将生成信息发送回终端的读取单元110和将写入指令中指示的存储区域中的生物体信息写入的写入单元111,以及包括卡生成获取单元 210从IC卡接收生成信息,从生物体认证装置接收生成信息的装置生成获取部211,生物体认证装置300接收生物体信息的生物体信息获取部212,识别生物信息 存储区域与生物体认证装置的生成相同的一代,并将生物体信息的写入指令发送到IC卡;以及第二写入指令单元214,将最古老的存储区域的写入指令发送到IC 卡。
    • 3. 发明授权
    • Fluid control valve
    • 流体控制阀
    • US08840082B2
    • 2014-09-23
    • US13811533
    • 2011-09-30
    • Hideyuki TakedaShinji IkenoyaHiroyuki Murase
    • Hideyuki TakedaShinji IkenoyaHiroyuki Murase
    • F16K31/00F16K7/14F16K7/17F16K31/122F16K27/02
    • F16K7/17F16K7/14F16K27/0236F16K31/122
    • A fluid control valve is configured in a manner that a first passage has at one end portion thereof a first port communication passage communicating with a first port, and at the other end portion thereof a first valve hole communication passage communicating with a valve hole, and the first port communication passage and the first valve hole communication passage communicate with each other. The resin valve body is provided with a valve seat support part which supports the valve seat and which is provided between the valve chamber, and the first port communication passage and the first valve hole communication passage. The valve seat support part has a valve seat reinforcement part, and the valve seat reinforcement part is formed so as to partially close the inside of the first passage.
    • 流体控制阀构造成使得第一通道的一端部具有与第一端口连通的第一端口连通路,在另一端部具有与阀孔连通的第一阀孔连通路,以及 第一端口连通路和第一阀孔连通路相互连通。 树脂阀体设置有阀座支撑部,该阀座支撑部支撑阀座,并且设置在阀室与第一端口连通路与第一阀孔连通路之间。 阀座支撑部具有阀座加强部,并且阀座加强部形成为部分地封闭第一通路的内部。
    • 6. 发明申请
    • FLUID CONTROL VALVE
    • 流体控制阀
    • US20130119290A1
    • 2013-05-16
    • US13811533
    • 2011-09-30
    • Hideyuki TakedaShinji IkenoyaHiroyuki Murase
    • Hideyuki TakedaShinji IkenoyaHiroyuki Murase
    • F16K7/17F16K27/02
    • F16K7/17F16K7/14F16K27/0236F16K31/122
    • A fluid control valve is configured in a manner that a first passage has at one end portion thereof a first port communication passage communicating with a first port, and at the other end portion thereof a first valve hole communication passage communicating with a valve hole, and the first port communication passage and the first valve hole communication passage communicate with each other. The resin valve body is provided with a valve seat support part which supports the valve seat and which is provided between the valve chamber, and the first port communication passage and the first valve hole communication passage. The valve seat support part has a valve seat reinforcement part, and the valve seat reinforcement part is formed so as to partially close the inside of the first passage.
    • 流体控制阀构造成使得第一通道的一端部具有与第一端口连通的第一端口连通路,在另一端部具有与阀孔连通的第一阀孔连通路,以及 第一端口连通路和第一阀孔连通路相互连通。 树脂阀体设置有阀座支撑部,该阀座支撑部支撑阀座,并且设置在阀室与第一端口连通路与第一阀孔连通路之间。 阀座支撑部具有阀座加强部,并且阀座加强部形成为部分地封闭第一通路的内部。