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    • 3. 发明授权
    • Magnetic bubble memory device and method for operating the same
    • 磁性气泡存储装置及其操作方法
    • US4434476A
    • 1984-02-28
    • US408849
    • 1982-08-17
    • Kazuo MatsudaMakoto OhashiYoshio SatohTsutomu MiyashitaKazunari Komenou
    • Kazuo MatsudaMakoto OhashiYoshio SatohTsutomu MiyashitaKazunari Komenou
    • G11C19/08
    • G11C19/0858G11C19/0883
    • A magnetic bubble memory device includes: a magnetic layer with a first region having an easy axis of magnetization extending in a certain direction and a second region surrounding the first region and having an easy axis of magnetization substantially perpendicular to that of the first region, said first region defining a plurality of bubble propagation patterns; and a replicate gate with a stretch conductor pattern, to which an electric current is applied so as to stretch a bubble between said propagation patterns, and a cutting pattern formed in the second region between the propagation patterns and adapted to lower the bubble collapse field so as to cut the stretched domain. The replicate gate is operated by applying an operating current pulse to the stretch conductor pattern, said operating pulse including a stretch pulse for stretching the bubble and a cut pulse, following the stretch pulse, for cutting the stretched domain.
    • 磁性气泡存储装置包括:具有第一区域的磁性层,该第一区域具有在一定方向上延伸的易磁化轴和围绕第一区域的第二区域,并且具有与第一区域基本上垂直的易磁化磁化轴, 第一区域限定多个气泡传播模式; 以及具有拉伸导体图案的复制栅极,施加电流以在所述传播图案之间拉伸气泡,以及形成在传播图案之间的第二区域中的切割图案,并适于降低气泡塌陷场,从而 为了切割伸展的域。 通过对拉伸导体图案施加工作电流脉冲来操作复制栅极,所述操作脉冲包括用于拉伸气泡的拉伸脉冲和拉伸脉冲之后的切割脉冲,用于切割拉伸区域。
    • 4. 发明授权
    • Magnetic bubble memory device
    • 磁性气泡记忆装置
    • US4415988A
    • 1983-11-15
    • US283182
    • 1981-07-14
    • Kazunari KomenouTsutomu MiyashitaMakoto Ohashi
    • Kazunari KomenouTsutomu MiyashitaMakoto Ohashi
    • G11C19/08
    • G11C19/0883
    • A magnetic bubble memory device comprises: a magnetic layer which has a first region having the easy axis of magnetization extending in a certain direction and a second region surrounding said first region and having the easy axis of magnetization substantially perpendicular to that of the first region, said first region defining at least one major loop pattern for propagation of information bubbles and a plurality of minor loop patterns for storage of information bubbles; and an electrical conductor pattern deposited on said magnetic layer in a region in which the major loop pattern and the minor loop patterns are opposed to each other, thereby constructing a transfer gate. The major loop pattern is provided, at the portions thereof substantially opposed to the ends of the minor loop patterns in the transfer gate, with gaps through which the bubbles are transferred between the major loop pattern and the minor loop patterns. The transfer gate is driven by means of a convex-shaped pulse of transfer current.
    • 磁性气泡存储装置包括:磁性层,其具有易磁化轴沿一定方向延伸的第一区域和围绕所述第一区域的第二区域,并且具有与第一区域基本垂直的易磁化磁化轴, 所述第一区域限定用于信息气泡的传播的至少一个主循环图案和用于存储信息气泡的多个次循环图案; 以及在主环形图案和次环形图案彼此相对的区域中沉积在所述磁性层上的电导体图案,从而构成传送门。 提供主要环形图案,其基本上与传输门中的次级环形图案的端部相对的部分具有间隙,气泡通过该间隙在主环形图案和次环形图案之间传递。 传输门由传输电流的凸形脉冲驱动。
    • 5. 发明授权
    • Angular velocity sensor
    • 角速度传感器
    • US07188525B2
    • 2007-03-13
    • US10126750
    • 2002-04-22
    • Atsushi MachidaSuguru WarashinaHiroshi IshikawaTsutomu MiyashitaYoshio Satoh
    • Atsushi MachidaSuguru WarashinaHiroshi IshikawaTsutomu MiyashitaYoshio Satoh
    • G01P9/04
    • G01C19/5607
    • An angular velocity sensor is provided that includes a frame, an oscillator and torsion bars that connect the oscillator to the frame. The frame, the oscillator and the torsion bar are formed integral with each other by etching a material substrate in the thickness direction of the substrate. The oscillator, configured in the form of an H, includes a support, two first arms and two second arms. These arms extend from the support in an arm-extending direction perpendicular to the thickness direction of the substrate. The oscillator includes a mounting surface that is provided with a piezoelectric driver for generating in-plane oscillation of the oscillator, and with a piezoelectric detector for detecting out-of-plane oscillation of the oscillator.
    • 提供了一种角速度传感器,其包括将振荡器连接到框架的框架,振荡器和扭杆。 通过在基板的厚度方向上蚀刻材料基板,将框架,振荡器和扭杆形成为一体。 以H形式构成的振荡器包括支撑件,两个第一臂和两个第二臂。 这些臂从支撑件沿与基板的厚度方向垂直的臂延伸方向延伸。 振荡器包括安装表面,该安装表面设置有用于产生振荡器的平面内振荡的压电驱动器,以及用于检测振荡器的平面外振荡的压电检测器。
    • 10. 发明授权
    • Method of fabricating a saw device
    • 锯装置的制造方法
    • US5325573A
    • 1994-07-05
    • US70176
    • 1993-06-02
    • Tsutomu MiyashitaYoshio Satoh
    • Tsutomu MiyashitaYoshio Satoh
    • H03H3/08H03H9/02H03H9/145H01L41/22
    • H03H9/02921H03H3/08H03H9/1455Y10T29/42
    • A surface-acoustic-wave device comprises a substrate of a piezoelectric material for providing a passage of surface acoustic waves at an upper major surface of the substrate, a plurality of interdigital electrodes provided on the piezoelectric substrate in a row in correspondence to the passage of surface acoustic waves such that the electrodes are aligned in the propagating direction of the surface acoustic waves, each of the plurality of interdigital electrodes having a first part connected to a bonding pad on the substrate for external electric connection and having a plurality of finger electrodes extending parallel with each other in a direction crossing the propagating surface acoustic waves, and a second part separated from the first part and having a plurality of finger electrodes extending parallel with each other in a direction opposite to the direction of the finger electrodes of the first part. An interconnection pattern is provided on the surface of the substrate in correspondence to a region offset from the passage of the surface acoustic waves for connecting the second parts of adjacent interdigital electrodes with each other.
    • 表面声波装置包括:压电材料的基板,用于在基板的上主表面处提供表面声波的通过;多个指状电极,其设置在压电基板上, 表面声波,使得电极在表面声波的传播方向上对齐,多个叉指电极中的每一个具有连接到用于外部电连接的基板上的焊盘的第一部分,并且具有多个指状电极延伸 在与第一部分相交的方向上彼此平行,并且具有与第一部分的指状电极的方向相反的方向彼此平行延伸的多个指状电极的第二部分, 。 对应于与用于连接相邻叉指电极的第二部分的表面声波的通过偏移的区域,在基板的表面上提供互连图案。