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    • 1. 发明授权
    • Gas pendulum inertial sensor
    • 气体摆式惯性传感器
    • US07730781B2
    • 2010-06-08
    • US11906206
    • 2007-09-29
    • Fuxue ZhangWei Zhang
    • Fuxue ZhangWei Zhang
    • G01P9/00G01P15/08
    • G01C9/08G01P15/008G01P15/038
    • The present invention relates to a gas pendulum inertial sensor, which is used in control technology field to detect pose measurement of motional body, such as ship craft and robot, wherein the inertial sensor main includes a gas pendulum angular velocity sensing element, a gas pendulum tilt sensing element and a signal process circuit, wherein the signal process circuit mainly comprises a bridge circuit, a amplify circuit, a filter circuit, and a SCM compensation circuit with a null position and sensitivity compensation program, a linearity and output compensation program, an acceleration interference offset subprogram, and an omnibearing tilt signal compensation program, whereby the SCM compensation circuit integral into a circuit board to replace a conventional hardware signal amplify circuit, a filter circuit and a compensation circuit. The gas pendulum inertial sensor is adapted to accurately measure not only an object's indication without interference from the acceleration, but also an object's indication with interference from the acceleration. The gas pendulum inertial sensor has some significant advantages like highly attack-resist ability, intensively vibrate-resist ability, quick response time, wide ranges of working temperature, well linearity, credibility, sensitivity and precision ability, compact capacity and lower cost.
    • 本发明涉及一种气体摆式惯性传感器,用于控制技术领域,用于检测船舶和机器人等运动体的姿态测量,其中惯性传感器主要包括气体摆锤角速度传感元件,气体摆锤 倾斜感测元件和信号处理电路,其中信号处理电路主要包括桥接电路,放大电路,滤波电路和具有零位置和灵敏度补偿程序的SCM补偿电路,线性和输出补偿程序, 加速度干扰偏移子程序和全方位倾斜信号补偿程序,由此将SCM补偿电路集成到电路板中以替代传统的硬件信号放大电路,滤波电路和补偿电路。 气体摆式惯性传感器适用于不受加速度的干扰而精确测量物体的指示,也适用于来自加速度的干扰物体的指示。 气体摆式惯性传感器具有抗攻击能力强,抗震能力强,响应时间快,工作温度范围宽,线性好,可信度高,灵敏度高,精度高,功能紧凑,成本低等优点。