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    • 7. 发明申请
    • QUARTZ PIECE AND OSCILLATOR
    • QUARTZ PIECE和振荡器
    • US20090066194A1
    • 2009-03-12
    • US10588794
    • 2005-02-10
    • Izumi Yamamoto
    • Izumi Yamamoto
    • H01L41/047
    • H03H9/215
    • Grooves (2a, 3a) are formed in the tines (2, 3) of an oscillator, side surface electrodes (2e, 3e) are formed on the side surfaces of the tines, and groove electrodes (2d, 3d) are formed in the grooves, respectively. The width of the tines (2, 3) is fixed through the whole length of the tines, while, in a part close to the lower end of the tine, the width of the grooves (2a, 3a) is gradually reduced toward the lower end, whereby a trapezoid region (D) is formed between the side surface of the tine and the groove in this part, and a part of the region (D) is used as an arrangement region of an electrode (5c) which connects the groove electrode and the side surface electrode.
    • 在振子的齿(2,3)中形成有槽(2a,3a),在齿的侧面上形成有侧面电极(2e,3e),并且,在 凹槽。 齿(2,3)的宽度通过齿的整个长度固定,而在靠近齿的下端的部分中,槽(2a,3a)的宽度朝向下部逐渐减小 由此在该部分的齿的侧面和槽之间形成梯形区域(D),并且区域(D)的一部分用作电极(5c)的布置区域,电极(5c)的连接槽 电极和侧面电极。
    • 8. 发明申请
    • Vibration gyro
    • 振动陀螺仪
    • US20070068251A1
    • 2007-03-29
    • US11510553
    • 2006-08-28
    • Izumi Yamamoto
    • Izumi Yamamoto
    • G01P15/08
    • G01C19/5607G01C19/5614
    • A vibration gyro having a high accuracy, no vibration leak, and high S/N. The width of a detection leg of a resonator used in the vibration gyro is less than ⅗ of the width of drive legs. The length of the detection leg is larger than the length of the drive legs. As a result, the distance between the detection electrodes is decreased by comparison with the conventional vibration gyro and, therefore, the detection signal is increased and S/N is raised. Furthermore, increasing the leg length brings the natural vibration frequency of out-of-plane vibration of the drive legs close to the natural vibration frequency of the detection leg, providing good coupling and reducing vibration leak to the support section. As a result, Q is increased and S/N is accordingly further increased.
    • 振动陀螺仪精度高,无振动泄漏,S / N高。 在振动陀螺仪中使用的谐振器的检测腿的宽度小于驱动腿的宽度的3/5。 检测腿的长度大于驱动腿的长度。 结果,与传统的振动陀螺仪相比,检测电极之间的距离减小,因此检测信号增加并且S / N升高。 此外,增加腿部长度使得驱动腿的平面外振动的固有振动频率接近检测腿的固有振动频率,从而提供良好的耦合并减少对支撑部分的振动泄漏。 结果,Q增加,S / N因此进一步增加。
    • 9. 发明授权
    • Vibration gyro
    • 振动陀螺仪
    • US06675651B2
    • 2004-01-13
    • US10235958
    • 2002-09-06
    • Tohru YanagisawaIzumi Yamamoto
    • Tohru YanagisawaIzumi Yamamoto
    • G01C1900
    • G01C19/5607
    • A vibration gyro has a vibrator composed of three tines (first, second, and third tines) which are aligned in a single line at prescribed intervals in one direction on a base and extend in a direction perpendicular to an aligning direction. A central second tine and an adjacent first tine on a left are driven by oscillator. Further, Coriolis force generated on the second tine and the third tine on a right is detected by a detector. In this vibration gyro, the dimensions of the parts are determined so as to cause the third tine to substantially stand still when the first and second tines are driven by the oscillator.
    • 振动陀螺仪具有振动器,该振子由三个尖齿(第一,第二和第三尖齿)组成,它们在一个方向上以规定的间隔在一个方向上以一条直线对准,并且在垂直于对准方向的方向上延伸。 左侧的中心第二齿和相邻的第一齿由振荡器驱动。 此外,由检测器检测在第二齿上产生的科里奥利力和右侧的第三齿。 在该振动陀螺仪中,确定部件的尺寸,以便当第一和第二尖齿由振荡器驱动时,使第三齿基本静止。
    • 10. 发明授权
    • Tuning fork type quartz piece and oscillator comprising such tuning fork type quartz piece
    • 调音叉式石英片和振荡器,包括这种音叉式石英片
    • US07986077B2
    • 2011-07-26
    • US10588794
    • 2005-02-10
    • Izumi Yamamoto
    • Izumi Yamamoto
    • H01L41/04H03H9/215
    • H03H9/215
    • Grooves (2a, 3a) are formed in the tines (2, 3) of an oscillator, side surface electrodes (2e, 3e) are formed on the side surfaces of the tines, and groove electrodes (2d, 3d) are formed in the grooves, respectively. The width of the tines (2, 3) is fixed through the whole length of the tines, while, in a part close to the lower end of the tine, the width of the grooves (2a, 3a) is gradually reduced toward the lower end, whereby a trapezoid region (D) is formed between the side surface of the tine and the groove in this part, and a part of the region (D) is used as an arrangement region of an electrode (5c) which connects the groove electrode and the side surface electrode.
    • 在振子的齿(2,3)中形成有槽(2a,3a),在齿的侧面上形成有侧面电极(2e,3e),并且,在 凹槽。 齿(2,3)的宽度通过齿的整个长度固定,而在靠近齿的下端的部分中,槽(2a,3a)的宽度朝向下部逐渐减小 由此在该部分的齿的侧面和槽之间形成梯形区域(D),并且区域(D)的一部分用作电极(5c)的布置区域,电极(5c)的连接槽 电极和侧面电极。