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    • 5. 发明申请
    • Method for determining and compensating the geometric errors of a rotary encoder
    • 确定和补偿旋转编码器几何误差的方法
    • US20050120784A1
    • 2005-06-09
    • US10502278
    • 2003-01-15
    • Hermann FehrenbachCarsten Hohmann
    • Hermann FehrenbachCarsten Hohmann
    • F02D41/14F02D41/22F02D41/34G01P3/489G01L3/26
    • F02D41/0097F02D41/1497F02D41/22G01P3/489
    • A method is described for determining geometric errors of a rotary encoder with a plurality of increments that can be registered by a sensor, encoder being applied to an internal combustion engine and being mounted on a shaft which can be directly or indirectly set in motion by gas moments and moments of inertia. The invention profile of the angular velocity ωmess(t) of the shaft is measured for a time-variable shaft speed, that the shaft speed signals obtained during the measurement are averaged and that the averaging process is carried out within a shaft speed range in which the effects of the gas moments and moments of inertia, which act on the shaft in the internal combustion engine, on the angular velocity of the crankshaft cancel each other out statistically, at least to a great extent and that geometric errors of the rotary encoder are determined on the basis of the profile of the angular velocity ωmess(t).
    • 描述了一种用于确定具有可由传感器注册的多个增量的旋转编码器的几何误差的方法,编码器被应用于内燃机并安装在可以由气体直接或间接设置运动的轴上 时刻和惯性力矩 测量轴的角速度ω≠mess(t)的发明轮廓为时间轴速度,将在测量期间获得的轴速度信号平均,并且进行平均处理 在轴速范围内,至少在很大程度上统计地将曲轴的角速度作用在内燃机的轴上的气体力矩和惯性矩的作用相互抵消,并且 基于角速度ω轮廓(t)的轮廓来确定旋转编码器的几何误差。
    • 6. 发明授权
    • Method for determining and compensating the geometric errors of a rotary encoder
    • 确定和补偿旋转编码器几何误差的方法
    • US07114380B2
    • 2006-10-03
    • US10502278
    • 2003-01-15
    • Hermann FehrenbachCarsten Hohmann
    • Hermann FehrenbachCarsten Hohmann
    • G01M15/00
    • F02D41/0097F02D41/1497F02D41/22G01P3/489
    • A method is described for determining geometric errors of a rotary encoder with a plurality of increments that can be registered by a sensor, encoder being applied to an internal combustion engine and being mounted on a shaft which can be directly or indirectly set in motion by gas moments and moments of inertia. The invention profile of the angular velocity ωmess(t) of the shaft is measured for a time-variable shaft speed, that the shaft speed signals obtained during the measurement are averaged and that the averaging process is carried out within a shaft speed range in which the effects of the gas moments and moments of inertia, which act on the shaft in the internal combustion engine, on the angular velocity of the crankshaft cancel each other out statistically, at least to a great extent and that geometric errors of the rotary encoder are determined on the basis of the profile of the angular velocity ωmess(t).
    • 描述了一种用于确定具有可由传感器注册的多个增量的旋转编码器的几何误差的方法,编码器被应用于内燃机并安装在可以由气体直接或间接设置运动的轴上 时刻和惯性力矩 测量轴的角速度ω≠mess(t)的发明轮廓为时间轴速度,将在测量期间获得的轴速度信号平均,并且进行平均处理 在轴速范围内,至少在很大程度上统计地将曲轴的角速度作用在内燃机的轴上的气体力矩和惯性矩的作用相互抵消,并且 基于角速度ω轮廓(t)的轮廓来确定旋转编码器的几何误差。