Bryansk, Bryansk, Russian Federation
A complex of measures on a new robot tooling envisages a fulfillment of the calibration procedure of the tool before its use in an operation. It is necessary for that the system of industrial robot control could carry out a tool travel in a robot operation space in the correct way. For that purpose the simulators describing coordinate transformations in this robot model must be supplemented by a simulator developed for the tool determined. Simulators describing coordinate trans-formations for a tool are created by a system of control automatically at the fulfillment of a tool calibration before the introduction of a new tool in operation. The simulators created are saved in permanent memory (ROM) of a controller of the control system in a tool library with the indication of logical naming for this tool. In the following at the pro-gramming of industrial robot motion a tool installed on a robot is pointed out to the system of control by means of logical naming a tool chosen. This paper reports the simulators for the tool center calibration of industrial robots corresponding to the methods used most commonly in practice of industrial robot operation. The simulators obtained can be used in systems for industrial robot control.
industrial robots, tool calibration, simulators, systems of control
1. Shakhinpur, М. Robotics Course / М. Shakhinpur. - М.: Mir, 1990. - pp. 527.
2. Krakhmalyov, О.N. Mathematical Modeling of Manipulation System Dynamics in Industrial Robots and Crane-Handlers: monograph / О.N. Krakhmalyov. - Bryansk: BSTU, 2012. - pp. 200.
3. Krakhmalyov, О.N. Accuracy of Controlled Motion of Industrial Robots and Multiaxes Machines: mo-nograph / О.N. Krakhmalyov. - Bryansk: BSTU, 2015. - pp. 236.
4. Krakhmalyov, О.N. Correction of integral deviations in motion of actuating mechanisms in industrial robots and multi-axes machines / О.N. Krakhmalyov, D.I. Petreshin // Mechatronics, Automa-tion, Control. - 2015. - Vol.16. - №7. - pp. 491-496.
5. Krakhmalyov, О.N. Dynamic accuracy definition of robot manipulation systems with elastic hinges / О.N. Krakhmalyov, L.I. Bleischmidt // Problems of Mechanical Engineering and Machine Reliability. - 2014. - №1. - pp. 29-36.
6. Krakhmalyov, О.N. Method for geometrical model formation of manipulation systems of industrial robots and multiaxes machines / О.N. Krakhmalyov, D.I. Petreshin, О.N. Fedonin // Acta Electronic Resources Joint Fund “Science & Education”. - 2015. - №5(72). - pp.34.
7. Krakhmalyov, О.N. Parameterization procedure for geometrical models (simulators) of manipulation systems of industrial robots and multiaxes machines / О.N. Krakhmalyov, D.I. Petreshin, О.N. Fedonin // Acta Electronic Resources Joint Fund “Science & Education”. - 2015. - №5(72). - pp. 35.
8. Krakhmalyov, О.N. Correction method for integral deviations in motion of actuators of industrial robots and multiaxes machines / О.N. Krakhmalyov, D.I. Petreshin, О.N. Fedonin // Acta Electronic Resources Joint Fund “Science & Education”. - 2015. - №5(72). - pp. 36.
9. Krakhmalyov, О.N. Mathematical software for control systems of industrial robots and multiaxes machines for correction of influence upon their geometrical deviation motions / О.N. Krakhmalyov, D.I. Petreshin, О.N. Fedonin // Problems of Mechanical Engineering and Automation.- 2016.- №3. - pp. 28-35.
10. Krakhmalyov, О.N. Mathematical Software for Control of Manipulation Robots: monograph / О.N. Krakhmalyov // LAP LAMBERT Academic Pub-lishing. - 2016. - pp. 113.
