Robot control apparatus and robot system
In order to set control with a high degree of freedom while taking into account a time response waveform, a robot control apparatus includes a control section that acquires a driving position of a driving section that drives a robot and a detection value of an operation force operating on the robot detected by a force detector, and controls the driving section based on the detection value, a first setting value, and a second setting value; a first display section that displays a detection waveform that is a time response waveform of the detection value; a second display section that displays a storage waveform that is a time response waveform of the operation force stored in a storage medium in advance; and a receiving section that receives setting of at least the second setting value.
1. A robot control apparatus comprising:
a controller that is configured to control a motor for driving a robot based on:
an operation force operating on the robot detected by a force detector;
a virtual elastic parameter;
a virtual inertia parameter; and
a virtual viscosity parameter;
an information display that has an indicator for adjusting a ratio of the virtual inertia parameter and the virtual viscosity parameter; and
a receiving section that receives the ratio of the virtual inertia parameter and the virtual viscosity parameter based on a state of the indicator of the information display, the receiving section transferring the ratio to the controller.
2. The robot control apparatus according to claim 1 ,
wherein the indicator of the information display is a slider-bar in which a slider is movable within the slider-bar, and a position of the slider corresponds to the ratio of the virtual inertia parameter and the virtual viscosity parameter.
3. The robot control apparatus according to claim 2 ,
wherein the information display has an input window for accepting a value of the virtual elastic parameter by a user.
4. The robot control apparatus according to claim 3 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter based on the position of the slider in the slider-bar, and
the slider-bar is located between the input window and the first parameter display on the information display.
5. The robot control apparatus according to claim 3 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter based on the position of the slider in the slider-bar,
wherein the information display has a second parameter display, and the second parameter display displays a second value corresponding to the virtual viscosity parameter based on the position of the slider in the slider-bar,
the slider-bar is located between the input window and the first parameter display on the information display, and
the first parameter display is located between the slider-bar and the second parameter display on the information display.
6. The robot control apparatus according to claim 2 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter based on the position of the slider in the slider-bar.
7. The robot control apparatus according to claim 2 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter based on the position of the slider in the slider-bar, and
wherein the information display has a second parameter display, and the second parameter display displays a second value corresponding to the virtual viscosity parameter based on the position of the slider in the slider-bar.
8. The robot control apparatus according to claim 1 ,
wherein the information display has an input window for accepting a value of the virtual elastic parameter by a user.
9. The robot control apparatus according to claim 8 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter of the ratio, and
the indicator is located between the input window and the first parameter display on the information display.
10. The robot control apparatus according to claim 8 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter of the ratio,
wherein the information display has a second parameter display, and the second parameter display displays a second value corresponding to the virtual viscosity parameter of the ratio, the indicator is located between the input window and the first parameter display on the information display, and
the first parameter display is located between the indicator and the second parameter display on the information display.
11. The robot control apparatus according to claim 1 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter of the ratio.
12. The robot control apparatus according to claim 1 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter of the ratio, and
wherein the information display has a second parameter display, and the second parameter display displays a second value corresponding to the virtual viscosity parameter of the ratio.
13. The robot control apparatus according to claim 1 ,
wherein the ratio of the virtual inertia parameter and the virtual viscosity parameter is constant.
14. A robot system comprising:
a motor that drives a robot;
a force detector that detects an operation force operating on the robot;
a controller that is configured to control the motor for driving the robot based on:
the operation force detected by the force detector;
a virtual elastic parameter;
a virtual inertia parameter; and
a virtual viscosity parameter;
an information display that has an indicator for adjusting a ratio of the virtual inertia parameter and the virtual viscosity parameter; and
a receiving section that receives the ratio of the virtual inertia parameter and the virtual viscosity parameter based on a state of the indicator of the information display, the receiving section transferring the ratio to the controller.
15. The robot system according to claim 14 ,
wherein the indicator of the information display is a slider-bar in which a slider is movable within the slider-bar, and a position of the slider corresponds to the ratio of the virtual inertia parameter and the virtual viscosity parameter.
16. The robot system according to claim 15 ,
wherein the information display has an input window for accepting a value of the virtual elastic parameter by a user.
17. The robot system according to claim 15 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter based on the position of the slider in the slider-bar.
18. The robot system according to claim 14 ,
wherein the information display has an input window for accepting a value of the virtual elastic parameter by a user.
19. The robot system according to claim 18 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter of the ratio, and
the indicator is located between the input window and the first parameter display on the information display.
20. The robot system according to claim 14 ,
wherein the information display has a first parameter display, and the first parameter display displays a first value corresponding to the virtual inertia parameter of the ratio.