伺服装置制造方法及图纸

控制旋转体的旋转速度或直线移动体的移动速度．使之达到期望值的伺服装置的特点是：在测定移动体速度信息的交流信号周期时，２个测定点之间设定两个以上校验点，根据同各校验点上期望值的偏移而产生相应的误差输出的鉴别手段，根据该误差输出来驱动上述移动体的驱动手段．还具有：至少产生两种预定输出电压的电压源比较上述电压源的输出及马达转子、线性马达移动子等移动体速度信息的交流信号电位．并在上述交流信号的半周期内产生两次以上输出信号的比较器，标准时钟信号的计数器及存储手段和误差输出修正手段．（*该技术在2005年保护过期，可自由使用*）

Servo device

The moving speed of rotation speed or linear movement control of rotation of the body. So as to achieve the expected value of the characteristics of servo system is in the AC signal cycle for mobile speed information, set more than two check points between the 2 measurement points, identification methods and errors corresponding to the output according to the offset with the check point expected value, according to the error output to drive the driving means of the moving body. Also has a signal potential: AC voltage source produces at least two predetermined output voltage is the voltage source and the output of the motor rotor, linear motor etc. the moving body velocity information. And more than two times the output of the comparator during the half cycle of the AC signal signal within the standard clock signal counter and storage means and error correcting output means.

【技术实现步骤摘要】

【技术保护点】
一种伺服装置，其特征在于可在测定具有移动体速度信息的交流信号周期的同时，从测定点到下一测定点之间设定两次以上的校验点，该装置具有在各校验点可根据对期望值的偏移产生误差输出的鉴别手段，和根据上述误差输出来驱动上述移动体的驱动手段。

【技术特征摘要】
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【专利技术属性】
技术研发人员：水口博，国平宰司，五十岚祥晃，
申请(专利权)人：松下电器产业株式会社，
类型：发明
国别省市：JP[日本]