1 / 58

Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: tribotix

Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com. ICTENSW 2012 Workshop. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com. Introduction …. Who are we: Newcastle based company established in 2004.

sanaa
Télécharger la présentation

Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: tribotix

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com ICTENSW 2012 Workshop

  2. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction … • Who are we: • Newcastle based company established in 2004. • Sell Educational Robotic kits and Servo Motors to Universities, Schools and Hobbyists.

  3. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction … • Who are we: • Collaborative Research & Design projects with Universities and Industry • Hykim • 23 DOF Robot Bear • Designed for RoboCup SPL

  4. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com What’s the Plan ? • Today I’m going to talk about: • Quick introduction to Robotis products for Education • Learn to program the Bioloid with RoboPlus • RoboPlus Manager • RoboPlus Motion • RoboPlus Task • Learn to program the Bioloid in Embedded C • AVR Studio • NB. ALL Software used today is license free

  5. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Intro to Robotis ProductsDynamixel Modules • Serially controller servo motors • Defacto Industry standard • used be ~80% RoboCup Teams that build robots

  6. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com How Servo Motors work … • Conventional Servo motors are used for positioning • every 20ms you need to send a pulse to the servo motor, • the width of this pulse then determines the position the shaft rotates to. • This has to be done for every servo motor in the system => large overhead on main mcu. http://www.pyroelectro.com/tutorials/servo_motor/servomotor.html http://www.pitt.edu/~sorc/robotics/handbook/ServoControl.htm

  7. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com How Dynamixels work … http://tribotix.com/Products/Robotis/Dynamixel/DynamixelIntro.htm • Use serial communication: • TTL serial (3 wire) or RS485 (4 wire), and • 1Mbps to 3Mbps comms speed. • Dynamixels are ‘networked’: • each Dynamixel has a unique ID, • they are connected via a Daisy Chain, and • 255 Dynamixels can be connected to each network.

  8. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Why is this an advantage … • Daisy-chained wiring reduces wiring in the robot/project, • - You can now exchange more data with the Dynamixel. • Settings • Goal Position • Moving Speed • Voltage & Torque Limit • Temperature Limit • Angle Limits (min & max) • Control Parameters • Variables • Current Position • Current Speed • Current Load • Current Voltage • Current Temperature

  9. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Control Parameters …. 1. Compliance 2. PID Control

  10. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Again - why are these advantages …. • Positioning Conventional servo involves: • working out arc to be travelled, i.e. from Xo to Yo • working out time you need servo to move from Xo to Yo • calculate intermediate positions – t*(Yo –Xo)/T • sending a pulse every 20ms with new target position

  11. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Again - why are these advantages …. • Positioning Dynamixel involves: • sending a command – move to Yo at speed Z • Result: • Dynamixels distribute the intelligence around your robot project.

  12. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com There are other advantages … • 360o Rotating mode • Dynamixels can be used as a rotating motor at a number of speeds. • Torque OFF mode • motors shaft can be moved whilst recording shaft position …. ability to teach & repeat sequences easily.

  13. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Why are Dynamixels ideal for Robotics … Daisy-chained wiring reduces wiring in the robot project, Intelligence is distributed and commands are simplified, Parameters can be monitored in real time, Setting can be made within Dynamixel to physically protect itself, Each Dynamixel module can be tuned by either Complaince or PID Control techniques, Use Torque OFF mode to ‘teach’ robot movement sequences.

  14. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Intro to Robotis ProductsEducational Robotic Kits

  15. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Examples …. OLLO Kit

  16. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Examples …. BIOLOID Kit

  17. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Examples …. DARwIn-OP

  18. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction to the Bioloid - Hardware CM-510 Control Module

  19. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction to the Bioloid - Hardware Balanced LiPo Battery Charger LiPo Battery

  20. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction to the Bioloid - Hardware USB2Dynamixel Converter

  21. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction to the Bioloid - Hardware DMS 5 – 80 cm IR 1.5 – 15cm 2-axis Gyro +/- 300o/s

  22. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction to the Bioloid - Hardware Remote Control Zig-110 Set

  23. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction to the Bioloid - Hardware Building a Bioloid KIt

  24. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction to the Bioloid - Hardware Dynamixel Centre Position Two ways to damage Dynamixels when building Bioloids: Not positioning the Dynamixel centre as indicated above, and Putting 8mm screws in the horn when only 6mm were required BUT, Dynamixels do have features (when programmed) to prevent damage.

  25. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com Introduction to the Bioloid - Software

  26. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus - Manager Invoke Windows Device Manager. (useful if you need to determine USB COM port allocation) Connect PC To CM510

  27. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus - Manager Operational Parameters and Statuses. All connected Dynamixels

  28. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus - Manager External I/O Devices Port 3: Gyro x-axis Port 4: Gyro y-axis Port 5: DMS

  29. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus - Manager Operational Parameters and Statuses.

  30. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus - Manager Move dial to change Dynamixel Position

  31. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com 150° (Value = 512) 300° (Value = 1023) 0° (Value = 0) 10-bit Analog to Digital Converter (A2D) 0 – 5V 0 – 1023 Microcontroller Shaft Potentiometer 0o–300o RoboPlus - Manager Dynamixel Position representation ….. (1) ….. (2) where: n is the value, and d is the angle in degrees. e.g. If I want to move the AX-12 to 34o what number do I send to the module? Using equation (1): So, if we want to move the AX-12 to 34o we need to tell it to goto 116.

  32. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus - Manager Turn motor Torque OFF See Dynamixel Status changes …

  33. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Motion Connect PC To CM510

  34. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Motion Select Pose Utility TAB

  35. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Motion Load Default Motion File: bio_prm_humanoidtypea_en.mtn RED indicates Motions currently in CM-510 New Motion File

  36. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Motion Select Pose Robot Push Button Initial Pose Robot should Stand

  37. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Motion Select a Motion Then Press PLAY

  38. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Motion Download Default

  39. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Motion • Demo: • How to create a New Motion • Things I will cover: • Use of Basic Pose Editor • User of Pose Utility • Mirror function • Inverse Kinematics

  40. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Task

  41. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Task

  42. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Task

  43. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Task • Types of Commands: • Start & End • Start, Exit, Begin & End block and comments • Execute • Compute, Load, Label, Jump • Condition • If, Else If, Else • Loop • Endless Loop, Conditional Loop, Foor Loop, Break and Conditional Stand/Wait • Function • Make Callback function, Make a function, Call a function and Return from a function

  44. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Task

  45. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Task

  46. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Task

  47. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com RoboPlus Task

  48. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com AVR Studio CM-510 is based around the ATMega2561 from Atmel Full I/O allocation at: http://support.robotis.com/en/software/embeded_c/cm510_cm700/programming/hardware_port_map.htm

  49. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com AVR Studio ATMega2561 Full I/O allocation at: http://support.robotis.com/en/software/embeded_c/cm510_cm700/programming/hardware_port_map.htm

  50. Tribotix | Newcastle, Australia | P: +61 2 49578255 | F: +61 2 49578244 | W: www.tribotix.com AVR Studio • Programming mcu’s directly is challenging • Using example code I’d like to step you through the programming sequence. • I will use a project provided by Robotis called Buttons • It’s very simple, when a pushbutton is pressed an LED will come on • Projects supplied by Robotis were for AVR Studio 4 – we will convert to AVR Studio v5 • NB. AVR Studio 5 is first time compiler has been built into the package, making it much easier to install and work with. Embedded C programming User Manual: http://support.robotis.com/en/software/embeded_c_main.htm

More Related