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    • 1. 发明授权
    • Ion current density measuring method and instrument, and semiconductor device manufacturing method
    • 离子电流密度测量方法和仪器,以及半导体器件制造方法
    • US06656752B1
    • 2003-12-02
    • US09890611
    • 2001-10-11
    • Nobuyuki MiseTatehito UsuiMasato IkegawaKazuo NojiriKazuyuki TsunokuniTetsuo Ono
    • Nobuyuki MiseTatehito UsuiMasato IkegawaKazuo NojiriKazuyuki TsunokuniTetsuo Ono
    • H01L2166
    • H01L22/34
    • A wafer is exposed to a plasma. Here, the wafer includes a semiconductor or a conductor 1 provided on an insulator 6, an insulator 2 formed thereon and having a region the thickness of which has been made locally thin, and a 2nd conductor 4 provided on the insulator 2, one of the semiconductor or the conductor 1 and the 2nd conductor 4 having a 1st region from the surface of which a substantially total solid angle is formed, the other having a 2nd region a solid angle formed from the surface of which is made smaller than the 1st region. Then, a voltage is applied to the semiconductor or the conductor 1 and the 2nd conductor 4 so as to measure a time elapsing until the insulator 2 undergoes a dielectric breakdown. Moreover, the ion current density is determined from an electric charge required therefor and an area exposed onto the surface of the 2nd conductor 4. Consequently, it becomes possible to measure, on the wafer, the current density of the ions launched into the wafer, thereby allowing the measuring method of the icon current density to be made suitable for the mass production.
    • 将晶片暴露于等离子体。 这里,晶片包括设置在绝缘体6上的半导体或导体1,形成在其上的绝缘体2,其厚度局部变薄的区域和设置在绝缘体2上的第二导体4, 半导体或导体1和第二导体4具有从其表面基本上具有总立体角的第一区域,另一个具有从其表面形成的立体角小于第一区域的第二区域。 然后,向半导体或导体1和第二导体4施加电压,以测量直到绝缘体2经历介电击穿的时间。 此外,离子电流密度由其所需的电荷和暴露于第二导体4的表面的面积确定。因此,可以在晶片上测量发射到晶片中的离子的电流密度, 从而允许图标电流密度的测量方法适合于批量生产。
    • 4. 发明授权
    • Magnetic disk drive with spoiler
    • 带扰流板的磁盘驱动器
    • US07929246B2
    • 2011-04-19
    • US11810267
    • 2007-06-04
    • Keiichi TakemoriMasato IkegawaHiroshi MukaiHiroyuki IshiiYukinobu Abe
    • Keiichi TakemoriMasato IkegawaHiroshi MukaiHiroyuki IshiiYukinobu Abe
    • G11B33/14G11B5/55
    • G11B33/1473G11B25/043
    • Embodiments of the present invention prevent a magnetic disk drive from increasing in size and in manufacturing cost and reduces a positioning error of a magnetic head. An embodiment of a magnetic disk drive in accordance with the present invention includes: a disk-shaped magnetic disk that is rotated and driven; a magnetic head that reads and writes information to and from the magnetic disk, an arm that supports and moves the magnetic head; a spoiler that is close to a disk surface and extends in a radial direction of the disk; and a cabinet that houses these parts. The spoiler is disposed closer to an upstream side in a rotational direction of the disk than the arm and has a flow rate suppressing clearance positioned in a central portion in a peripheral direction of the spoiler, opened to both sides in an axial direction, and formed in a shape elongated in a radial direction of the disk.
    • 本发明的实施例防止了磁盘驱动器的尺寸和制造成本的增加,并降低了磁头的定位误差。 根据本发明的磁盘驱动器的实施例包括:旋转和驱动的盘形磁盘; 从磁盘读取和写入信息的磁头,支撑并移动磁头的臂; 扰流器,其靠近盘表面并沿盘的径向方向延伸; 和一个装有这些部件的橱柜。 该扰流板配置在比臂更靠近盘的旋转方向的上游侧,并且具有位于扰流器的周向的中心部分中的沿轴向两侧开口的流量抑制间隙,并形成 在圆盘的径向方向上延伸的形状。
    • 5. 发明申请
    • Magnetic disk drive
    • 磁盘驱动器
    • US20080043369A1
    • 2008-02-21
    • US11810267
    • 2007-06-04
    • Keiichi TakemoriMasato IkegawaHiroshi MukaiHiroyuki IshiiYukinobu Abe
    • Keiichi TakemoriMasato IkegawaHiroshi MukaiHiroyuki IshiiYukinobu Abe
    • G11B5/127
    • G11B33/1473G11B25/043
    • Embodiments of the present invention prevent a magnetic disk drive from increasing in size and in manufacturing cost and reduces a positioning error of a magnetic head. An embodiment of a magnetic disk drive in accordance with the present invention includes: a disk-shaped magnetic disk that is rotated and driven; a magnetic head that reads and writes information to and from the magnetic disk, an arm that supports and moves the magnetic head; a spoiler that is close to a disk surface and extends in a radial direction of the disk; and a cabinet that houses these parts. The spoiler is disposed closer to an upstream side in a rotational direction of the disk than the arm and has a flow rate suppressing clearance positioned in a central portion in a peripheral direction of the spoiler, opened to both sides in an axial direction, and formed in a shape elongated in a radial direction of the disk.
    • 本发明的实施例防止了磁盘驱动器的尺寸和制造成本的增加并降低了磁头的定位误差。 根据本发明的磁盘驱动器的实施例包括:旋转和驱动的盘形磁盘; 从磁盘读取和写入信息的磁头,支撑并移动磁头的臂; 扰流器,其靠近盘表面并沿盘的径向方向延伸; 和一个装有这些部件的橱柜。 该扰流板配置在比臂更靠近盘的旋转方向的上游侧,并且具有位于扰流器的周向的中心部分中的沿轴向两侧开口的流量抑制间隙,并形成 在圆盘的径向方向上延伸的形状。
    • 8. 发明申请
    • Apparatus and method for producing single crystal
    • 单晶制造装置及方法
    • US20050217570A1
    • 2005-10-06
    • US10517527
    • 2003-06-12
    • Hirasawa ShigekiMasato IkegawaHiroyuki IshibashiAkihiro Gunji
    • Hirasawa ShigekiMasato IkegawaHiroyuki IshibashiAkihiro Gunji
    • C30B15/00C30B1/00C30B15/14C30B35/00
    • C30B35/00C30B15/14Y10T117/10Y10T117/1068Y10T117/1072Y10T117/1088
    • An apparatus having a crucible (1) for holding a raw material, a heating means (11) for heating the raw material in the crucible (1) and a crystal transporting means (17) for transporting a seed crystal (13) upwards from the inside of the crucible (1), which further comprises a heat conducting member (3) which extends upwards at least from the vicinity of the upper end of the crucible (1), surrounds a single crystal (15) formed, and is made of a material having heat conductivity, and an interface portion radiation heat blocking member (7) for blocking, at least during cooling after the formation of a single crystal, the radiation heat toward an upper portion above the interface between a taper portion (15a) of the formed single crystal (15) connecting with the seed crystal (13) and a straight bulge portion (15b) having a cylindrical shape connecting with the taper portion (15a) of the formed single crystal (15). The use of the apparatus reduces the temperature difference in the radius direction of the single crystal (15), resulting in the reduction of the occurrence of defects or cracks, which leads to the reduction of the fraction defective in production of single crystals.
    • 一种具有用于保持原料的坩埚(1)的装置,用于加热坩埚(1)中的原料的加热装置(11)和用于将晶种(13)向上运送的晶体输送装置(17) 坩埚(1)的内部还包括至少从坩埚(1)的上端附近向上延伸的导热构件(3),围绕形成的单晶(15),并且由 具有导热性的材料和界面部分辐射热阻构件(7),用于至少在形成单晶之后的冷却过程中,朝着锥形部分(15a)之间的界面上方的上部阻挡辐射热, 与所述晶种(13)连接的所形成的单晶(15)和与形成的单晶(15)的锥形部分(15a)连接的圆柱形的直的凸起部分(15b)。 使用该装置可以降低单晶(15)的半径方向的温度差,导致缺陷或裂纹的发生减少,导致单晶生成不良的部分的降低。