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    • 1. 发明申请
    • MICROWAVE ASSISTED MAGNETIC HEAD
    • MICROWAVE辅助磁头
    • US20120033534A1
    • 2012-02-09
    • US12852775
    • 2010-08-09
    • Noboru YAMANAKATakuya AdachiIsamu SatoHiroshi Ikeda
    • Noboru YAMANAKATakuya AdachiIsamu SatoHiroshi Ikeda
    • G11B11/00
    • G11B5/314G11B5/1278G11B2005/0024
    • A microwave assisted magnetic head is formed to include a main pole magnetic layer including a main pole; a shielded magnetic layer including a shielded pole; a recording coil that is formed to generate a writing magnetic field from a tip of the main pole; and a microwave radiation waveguide made of a conductive nonmagnetic material that is disposed in a recording gap, the recording gap being a gap between the main pole and the shielded pole. The main pole magnetic layer and the shielded magnetic layer have an intermediate connection part that connects the layers at a depth-side, and an electrical insulation magnetic film is disposed in the intermediate connection part, and the main pole and the shielded pole are electrically connected with the microwave radiation waveguide that is disposed in the recording gap, which is the gap between the main pole and the shielded pole so that a simple configuration, with a relatively easy and efficient manufacturing process, is realized that overlaps AC magnetic fields in an in-plane direction of a microwave band, which is the same as, or close to, a ferromagnetic resonant frequency of a medium recording layer.
    • 微波辅助磁头形成为包括主极的主极磁性层; 包括屏蔽极的屏蔽磁性层; 形成为从主极的尖端产生书写磁场的记录线圈; 以及设置在记录间隙中的由导电非磁性材料制成的微波辐射波导,记录间隙是主极和屏蔽极之间的间隙。 主极磁性层和屏蔽磁性层具有在深度侧连接层的中间连接部,并且在中间连接部中设置电绝缘性的磁性膜,并且主极和屏蔽极电气连接 利用布置在作为主极和屏蔽极之间的间隙的记录间隙中的微波辐射波导,从而实现了具有相对简单和有效的制造工艺的简单配置,其与交流磁场重叠, 与介质记录层的铁磁谐振频率相同或接近的微波频带的平面方向。
    • 3. 发明授权
    • High frequency switch module and multi-layer substrate for high frequency switch module
    • 高频开关模块和高频开关模块多层基板
    • US07206551B2
    • 2007-04-17
    • US10912244
    • 2004-08-06
    • Masami ItakuraTomoyuki GoiTakuya Adachi
    • Masami ItakuraTomoyuki GoiTakuya Adachi
    • H04B1/44H04B1/46H04B7/00
    • H01P1/212H01P1/15
    • A high frequency switch module comprises an antenna port, a plurality of transmission signal ports, a plurality of reception signal ports, a high frequency switch, a plurality of LPFs and a plurality of phase adjusting lines. The high frequency switch allows one signal port among the transmission signal ports and the reception signal ports to be selectively connected to the antenna port. The high frequency switch includes a field-effect transistor made of a GaAs compound semiconductor. Each of the phase adjusting lines connects the high frequency switch to each of the LPFs. Each of the phase adjusting lines adjusts a phase difference between a progressive wave of a harmonic resulting from a transmission signal and produced at the high frequency switch and a reflected wave resulting from reflection of the progressive wave from each of the LPFs such that the power of a composite wave made up of the progressive wave and the reflected wave is made lower at the point of the high frequency switch.
    • 高频开关模块包括天线端口,多个发送信号端口,多个接收信号端口,高频开关,多个LPF和多个相位调整线。 高频开关允许传输信号端口中的一个信号端口和接收信号端口选择性地连接到天线端口。 高频开关包括由GaAs化合物半导体制成的场效应晶体管。 每个相位调整线将高频开关连接到每个LPF。 每个相位调整线调整由传输信号产生的并在高频开关产生的谐波的逐行波与来自每个LPF的逐行波反射产生的反射波之间的相位差,使得 在高频开关点使由逐行波和反射波构成的复合波变低。
    • 5. 发明授权
    • Surface shape recognition apparatus and method
    • 表面形状识别装置及方法
    • US06917694B1
    • 2005-07-12
    • US09573615
    • 2000-05-17
    • Katsuyuki MachidaSatoshi ShigematsuHiroki MorimuraHakaru KyuragiTakuya Adachi
    • Katsuyuki MachidaSatoshi ShigematsuHiroki MorimuraHakaru KyuragiTakuya Adachi
    • A61B5/117G06K9/00G06F7/04
    • G06K9/00006A61B5/1172
    • A surface shape recognition apparatus includes detection circuit, comparison circuit, storage circuit, and control circuit. The detection circuit electrically detects a surface shape pattern in a partial region of the target collation surface of an object using a plurality of sensor elements and outputs detection data representing the surface shape pattern. The comparison circuit compares the detection data from the detection circuit with predetermined collation data and outputs a comparison result. The storage circuit stores template data representing the surface shape pattern of the entire target collation surface, the template data being obtained from the object in advance. The control circuit partially reads out, as collation data, the template data stored in the storage circuit from an arbitrary position, outputs the collation data to the comparison circuit, and performs determination for authentication between the template data and the object on the basis of the comparison result from the comparison circuit. A surface shape recognition method is also disclosed.
    • 表面形状识别装置包括检测电路,比较电路,存储电路和控制电路。 检测电路使用多个传感器元件电检测物体的目标核对表面的部分区域中的表面形状图案,并输出表示形状图案的检测数据。 比较电路将来自检测电路的检测数据与预定核对数据进行比较,并输出比较结果。 存储电路存储表示整个目标对照表面的表面形状图案的模板数据,模板数据是从对象预先获得的。 控制电路作为核对数据部分地从任意位置读出存储在存储电路中的模板数据,将对照数据输出到比较电路,并基于该模板数据进行对模板数据与对象之间的认证的确定 比较电路的比较结果。 还公开了一种表面形状识别方法。
    • 6. 发明申请
    • High frequency switch module and multi-layer substrate for high frequency switch module
    • 高频开关模块和高频开关模块多层基板
    • US20050032484A1
    • 2005-02-10
    • US10912244
    • 2004-08-06
    • Masami ItakuraTomoyuki GoiTakuya Adachi
    • Masami ItakuraTomoyuki GoiTakuya Adachi
    • H01P1/15H01P1/212H04B1/44H04B1/00
    • H01P1/212H01P1/15
    • A high frequency switch module comprises an antenna port, a plurality of transmission signal ports, a plurality of reception signal ports, a high frequency switch, a plurality of LPFs and a plurality of phase adjusting lines. The high frequency switch allows one signal port among the transmission signal ports and the reception signal ports to be selectively connected to the antenna port. The high frequency switch includes a field-effect transistor made of a GaAs compound semiconductor. Each of the phase adjusting lines connects the high frequency switch to each of the LPFs. Each of the phase adjusting lines adjusts a phase difference between a progressive wave of a harmonic resulting from a transmission signal and produced at the high frequency switch and a reflected wave resulting from reflection of the progressive wave from each of the LPFs such that the power of a composite wave made up of the progressive wave and the reflected wave is made lower at the point of the high frequency switch.
    • 高频开关模块包括天线端口,多个发送信号端口,多个接收信号端口,高频开关,多个LPF和多个相位调整线。 高频开关允许传输信号端口中的一个信号端口和接收信号端口选择性地连接到天线端口。 高频开关包括由GaAs化合物半导体制成的场效应晶体管。 每个相位调整线将高频开关连接到每个LPF。 每个相位调整线调整由传输信号产生的并在高频开关产生的谐波的逐行波与由每个LPF的逐行波的反射产生的反射波之间的相位差,使得 在高频开关点使由逐行波和反射波构成的复合波变低。
    • 8. 发明授权
    • Microwave assisted magnetic head
    • 微波辅助磁头
    • US08107352B1
    • 2012-01-31
    • US12852775
    • 2010-08-09
    • Noboru YamanakaTakuya AdachiIsamu SatoHiroshi Ikeda
    • Noboru YamanakaTakuya AdachiIsamu SatoHiroshi Ikeda
    • G11B7/00G11B5/147
    • G11B5/314G11B5/1278G11B2005/0024
    • A microwave assisted magnetic head is formed to include a main pole magnetic layer including a main pole; a shielded magnetic layer including a shielded pole; a recording coil that is formed to generate a writing magnetic field from a tip of the main pole; and a microwave radiation waveguide made of a conductive nonmagnetic material that is disposed in a recording gap, the recording gap being a gap between the main pole and the shielded pole. The main pole magnetic layer and the shielded magnetic layer have an intermediate connection part that connects the layers at a depth-side, and an electrical insulation magnetic film is disposed in the intermediate connection part, and the main pole and the shielded pole are electrically connected with the microwave radiation waveguide that is disposed in the recording gap, which is the gap between the main pole and the shielded pole so that a simple configuration, with a relatively easy and efficient manufacturing process, is realized that overlaps AC magnetic fields in an in-plane direction of a microwave band, which is the same as, or close to, a ferromagnetic resonant frequency of a medium recording layer.
    • 微波辅助磁头形成为包括主极的主极磁性层; 包括屏蔽极的屏蔽磁性层; 形成为从主极的尖端产生书写磁场的记录线圈; 以及设置在记录间隙中的由导电非磁性材料制成的微波辐射波导,记录间隙是主极和屏蔽极之间的间隙。 主极磁性层和屏蔽磁性层具有在深度侧连接层的中间连接部,并且在中间连接部中设置电绝缘性的磁性膜,并且主极和屏蔽极电气连接 利用布置在作为主极和屏蔽极之间的间隙的记录间隙中的微波辐射波导,从而实现了具有相对简单和有效的制造工艺的简单配置,其与交流磁场重叠, 与介质记录层的铁磁谐振频率相同或接近的微波频带的平面方向。