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    • 62. 发明申请
    • Method for fabricating plated product
    • 电镀产品的制造方法
    • US20080237052A1
    • 2008-10-02
    • US12076866
    • 2008-03-25
    • Ryoji MatsuokaMuneo FurutaniMasato NasuTakeshi Inoue
    • Ryoji MatsuokaMuneo FurutaniMasato NasuTakeshi Inoue
    • C25D5/02
    • C25D17/12C25D5/00C25D7/00C25D17/007
    • A bumper molding is fabricated by disposing segmented anodes 31 and 32 on surfaces 22 and 24 of a base material 20, which are to be plated, and performing electroplating so as to form metal films on the surfaces 22 and 24, respectively. The curvature of a surface of a concave portion, which is formed in each part of the surfaces 22 and 24 so that the surface of the concave portion is away from the segmented anodes 31 and 32, respectively, is larger than those of other portions at a part serving as a border between the second plated surface 22 and the fourth plated surface 24. Accordingly, the distance from the part serving as the border between the second plated surface 22 and the fourth plated surface 24 to a metal case 50a corresponding to this part is set so as to be shorter than those from each of the other parts to the metal cases 50a and 50b respectively corresponding to the segmented anodes 31 and 32.
    • 通过将分段阳极31和32设置在要被电镀的基材20的表面22和24上并进行电镀以分别在表面22和24上形成金属膜来制造保险杠模制件。 形成在表面22和24的每个部分中的凹部的表面的曲率分别大于凹部的表面远离分段的阳极31和32的曲率大于其他部分的曲率 作为第二电镀表面22和第四电镀表面24之间的边界的部分。 因此,从第二镀面22与第四镀面24之间的边界部分到与该部分相对应的金属壳50a的距离设定为短于其他部分至第 金属壳体50a和50b分别对应于分段阳极31和32。
    • 65. 发明申请
    • Linear motor armature and linear motor
    • 直线电机电枢和线性电机
    • US20050140213A1
    • 2005-06-30
    • US10501787
    • 2003-01-17
    • Yasuhiro MiyamotoTakeshi Inoue
    • Yasuhiro MiyamotoTakeshi Inoue
    • H02K5/22H02K16/00H02K41/02H02K41/03H02K41/00
    • H02K41/031H02K5/225H02K16/00
    • Connectors (25a), (25b), (25c), (25d), (25e), and (25f) for electrically connecting lead wires of armature windings (4) coiled around armature blocks (10), (11), and (12) are provided at respective ends of a plurality of the armature blocks (10), (11), and (12) such that connections of the armature windings (4) in the respective armature blocks become parallel connections. The connector pair including the connectors (25b), (25c) and the connector pair including the connectors (25d), (25e), which are provided between the armature blocks, are embodied as in-phase connections. On condition that the number of phases of the armature winding is taken as three and a magnetic pole pitch of a magnetic field is taken as τp, the armature blocks are spaced apart from each other at intervals of ⅔ τp. As a result, there can be obtained an armature of a linear motor and a linear motor, which can facilitate processing of lead wires of the armature windings and make the operation for assembling the armature blocks efficient and which enable an attempt to increase the thrust of the motor in accordance with an increase in the stroke of the movable element.
    • 用于电连接在电枢块(10)周围的电枢绕组(4)的引线的连接器(25a),(25b),(25c),(25d),(25e)和(25f) (11)和(12)设置在多个电枢块(10),(11)和(12)的相应端部处,使得各个电枢块中的电枢绕组(4)的连接变成并联连接 。 包括连接器(25b),(25c)的连接器对以及设置在电枢块之间的包括连接器(25d),(25e)的连接器对被实施为同相连接。 在电枢绕组的相数为3,磁场的磁极间距取为taup的情况下,衔铁块以2/3的间隔彼此间隔开。 结果,可以获得线性电动机和线性电动机的电枢,其可以有助于处理电枢绕组的引线,并且使得用于组装电枢块的操作有效并且能够增加推力 电动机根据活动元件的行程增加。
    • 69. 发明授权
    • Piezoelectric vibration gyroscope and method for adjusting resonance frequencies of same
    • 压电振动陀螺仪及其调谐共振频率的方法
    • US06490925B2
    • 2002-12-10
    • US09797805
    • 2001-03-05
    • Takeshi InoueMitsuru Yamamoto
    • Takeshi InoueMitsuru Yamamoto
    • G01P904
    • G01C19/5607
    • A piezoelectric vibration gyroscope is composed of a main body shaped into a rectangular plate and provided with obverse and reverse surfaces functioning as major surfaces, and the first and second groups of three arms projecting from the main body in opposite directions and lying on extensions of the major surfaces. The first group of the three arms is composed of two excitation driving side arms excited in an opposite phase and a nonexcitation driving side arm inserted between the two excitation driving side arms. The second group of the three arms is composed of two vibration detecting side arms vibrating in an opposite phase and a nonvibration detecting side arm inserted between the two vibration detecting side arms. The excitation driving side arms are respectively provided with driving electrodes for exciting a tangential vibration therein. The vibration detecting side arms are respectively provided with detecting electrodes for detecting a vertical vibration. The main body prevents the tangential vibration from transitting from the excitation driving side arms to the vibration detecting side arms. The vertical vibration is generated in the excitation driving electrodes because of Coriolis force caused by an anglar velocity of the piezoelectric vibration gyroscope.
    • 一种压电振动陀螺仪由主体成形为矩形板并具有用作主表面的正面和反面,并且第一和第二组三个臂从主体以相反方向突出并且位于 主要表面。 三个臂中的第一组由相反相位激励的两个激励驱动侧臂和插入在两个激励驱动侧臂之间的非励磁驱动侧臂组成。 三臂的第二组由相反相位振动的两个振动检测侧臂和插入在两个振动检测侧臂之间的非振动检测侧臂组成。 激励驱动侧臂分别设置有用于激励其中的切向振动的驱动电极。 振动检测侧臂分别设有用于检测垂直振动的检测电极。 主体防止切向振动从激励驱动侧臂转移到振动检测侧臂。 由于由压电振动陀螺仪的安格拉尔速度引起的科里奥利力,在激励驱动电极中产生垂直振动。