Synchronization control system and control device
A synchronization control system includes: a first slave station; a second slave station; and a master station, wherein the master station includes: a first command data generating unit that generates the first command data; a feedback data filter that extracts and outputs a frequency component in a first frequency domain from feedback data; a command data filter that extracts and outputs a frequency component in a second frequency domain higher than the first frequency domain from the first command data; an adding unit that adds data output from the feedback data filter and data output from the command data filter, and outputs addition data that is a result of the addition; and a second command data generating unit that generates the second command data on the basis of the addition data.
1. A synchronization control system comprising:
a first sub-controller to control a first driver;
a second sub-controller to control a second driver; and
a master controller to transmit first command data for causing the first driver to operate to the first sub-controller, and transmit second command data for causing the second driver to operate to the second sub-controller, wherein
the master controller includes:
first command data generating circuitry to generate the first command data;
a first filter to extract and output a frequency component in a first frequency domain from feedback data, the feedback data being a result of detection of an operation state of the first driver;
a second filter to extract and output a frequency component in a second frequency domain from the first command data, the second frequency domain being a domain of frequencies higher than the first frequency domain;
circuitry configured to add data output from the first filter and data output from the second filter, and output addition data, the addition data being a result of the addition; and
second command data generating circuitry to generate the second command data on the basis of the addition data, and
wherein the first filter is a low pass filter, the second filter is a high pass filter, and a time constant of the first filter and a time constant of the second filter are equal to each other.
2. The synchronization control system according to claim 1 , wherein
the first driver includes a first motor and a first mechanical device driven by the first motor,
the second driver includes a second motor and a second mechanical device driven by the second motor, and
the feedback data is a result of detection of an operation state of the first mechanical device.
3. A controller comprising:
first command data generating circuitry to generate first command data to be transmitted to a first sub-controller that controls a first driver, the first command data being command data causing the first driver to operate;
a first filter to extract and output a frequency component in a first frequency domain from feedback data, the feedback data being a result of detection of an operation state of the first driver;
a second filter to extract and output a frequency component in a second frequency domain from the first command data, the second frequency domain being a domain of frequencies higher than the first frequency domain;
circuitry configured to add data output from the first filter and data output from the second filter, and output addition data, the addition data being a result of the addition; and
second command data generating circuitry to generate second command data to be transmitted to a second sub-controller on the basis of the addition data, the second command data being command data causing a second driver controlled by the second sub-controller to operate,
wherein the first filter is a low pass filter, the second filter is a high pass filter, and a time constant of the first filter and a time constant of the second filter are equal to each other.