THIS ASSIGNMENT SHOULD TAKE THE AVERAGE STUDENT 108 HOURS TO COMPLETE MTRX3700 Mechatronics 3 Major Project David Rye 2015 GAME OF DRONES ROBOT JOUSTING You are to work in a group of 6 or 7 students to design and implement a microprocessor controlled robotic system that is able to compete in a robot jousting tournament The robotic system is to operate as described in the Specification following as Attachment A Members of one Group may be timetabled for different lab days
Monkey User Manual Monkey User Manual Rev Table of Contents Contents ke Lade e e eren E 3 1 1 Bivels LE 4 1 1 1 FC Tun cus A detonate T 4 Ms tee PAC COTS ei 1 1 UE 4 1 1 3 Magnetic field limits eee eee eee 4 bet c PO a ne ee ee er ee eer 4 1 1 5 Precautions and User Hesponsibultv eee eee eee 5 1 2 FAE TSR eea EE 5 t n Wee COnN 11 Te EE 5 2 Specifications ANd Characteristics eee ee ee 7 2 1 Performance Specifications CHU REEL E REEL REELLE ERE E REEL
FESTO FluidSIM 3 6 Pneumatics User s Guide FluidSIM P SEE File Edit Execute Library Insert Didactics Project View Options Window Hig Slo sels E SM ol oll e QRQAQQQAA alm n mam mi mw Total View Component Library fel Windows Media Player BR i C FluidSIMict DEMO1 CT DET ES A S 5 Compressed Air service u Ai Single acting Linear Drive Linear Drive Linear Cylinder dou Cylinder Do
ME 566 Computational Fluid Dynamics for Fluids Engineering Design CFX 5 STUDENT USER MANUAL Gordon D Stubley Department of Mechanical Engineering University of Waterloo G D Stubley 2004 2005 2005 Contents 1 Student User Manual 1 1 Getting Started 1 1 1 Windows XP NEXUS 1 1 2 Introduction to Workbench 1 2 The Problem 1 3 The CFD Model Specification 1 4 Geometry and Mesh Specification 1 4 1 Basic Concepts and Definitions 1 4 2 Geometry Creation 1 4 3 CFX
University of Twente EEMCS Electrical Engineering Robotics and Mechatronics Realization of a Three Dimensional Magnetically Actuated Microrobotic System R M P Roel Metz MSc Report Committee Prof dr ir S Stramigioli Dr S Misra 5 Khalil PhD Dr ir L Abelmann April 2013 Report nr 008RAM2013 Robotics and Mechatronics EE Math CS University of Twente P O Box 217 7500 AE Enschede The Netherlands lt gt Abstract Minimal inva
Anais do XXVII Congresso da SBC 30 de junho a 06 de julho de 2007 WSO IV Workshop de Sistemas Operacionais Rio de Janeiro RJ Mechatronics Real Time Linux A RTOS Live CD Based on Linux Rafael Aroca Dalton Tavares Glauco Caurin 1 Escola de Engenharia de S o Carlos EESC Departamento de Engenharia Mecanica Laborat rio de Mecatr nica Universidade de S o Paulo USP S o Carlos SP Brazil rafaelaroca ieee org dmatsuo gcaurin sc usp br Abstract Rea
GUANSER MECHATRONICS CONTROL KIT USER S MANUAL IMPORTANT NOTICE Do not attempt to operate the Mechatronics Control Kit without proper supervision and without first reading this manual Quanser Consulting Inc assumes no responsibility for injuries or damage caused by improper usage Copyright 2002 Quanser Consulting Inc under license by Mechatronic Systems Incorporated All rights reserved Table of Contents Chapter 1 Int 0d WE ON yi saigesssseiscs csesues
A fiordable Comprehensive Transparent MIL PERSONAL MECHATRONICS LAB Personal Mechatronics Lab www PML4all org Matlab Simulink Support Package z oa D eee re res oii EUGEN eee a eme df File Edit View Simulation Format Tools Help DSHS tBOeleo tp 22 gt m foo Noma J 2HR 8 REIS Pic Master Initialization Subsystem Welcome Subsystem Generste Code Double Click LCD Display3 Switch Case This tinier shows how the A2D
TECHNICAL UNIVERSITY OF LIBEREC www tul cz B Guidelines for Writing Bachelor or Master Thesis Zden k Pl va Jindra Dr bkov Jan Koprnicky Leos Petrz lka Liberec 2014 e L Xo E evropsk a n soci ln MINISTERSTVO KOLSTV OP Vzd l v n had fond v CR EVROPSKA UNIE ML DEZE A T LOVYCHOVY pro konkurenceschopnost INVESTICE DO ROZVOJE VZDELAVANI Bibliographic reference to this document PL VA Z J DR BKOV J KOPRNICKY
E34 LJ AN SEA MECHATRONICS CONTROL KIT USER S MANUAL IMPORTANT NOTICE Do not attempt to operate the Mechatronics Control Kit without proper supervision and without first reading this manual Quanser Consulting Inc assumes no responsibility for injuries or damage caused by improper usage Copyright 2006 Quanser Consulting Inc under license by Mechatronic Systems Incorporated All rights reserved Table of Contents Chapter 1 EntroducUoIL banana PI SUO Ets M
USER MANUAL CORESCAN Version 10 02 MRN 061 EN Master Registration Number MRN 061 EN mechatronics Manufacturer Mechatronics Manufacturing B V Phone 31 0 229 29 11 29 Fax 31 0 229 24 15 34 E mail support mechatronics nl Internet http www mechatronics nl P O Box 225 Postal address 1620 AE Hoorn The Netherlands De Corantijn 13 Office address 1689 AN Zwaag The Netherlands O Copyright Mechatronics BV All rights reserved Subject to cha
Fundamental Circuits Analysis Lab Introduction to the Lab Experiments It is important for you to understand and observe safety rules and precautions used in the laboratory and in the field of Mechatronics Objectives After completing this lab you should be able to e Perform and follow basic safety procedures e Identify and sketch several basic electronic components e Locate and record specifications on several laboratory instruments e Adjust a power supply for proper
MTE 360 Automatic Control Systems University of Waterloo Department of Mechanical amp Mechatronics Engineering Laboratory 1 Introduction to Control Engineering Due date January 23 2015 In this laboratory you will become familiar with the basic principles of control engineering You will also become acquainted with the experimental setup which you will use in proceeding laboratories The setup is a Quanser linear motion cart with incremental encoder feedback IP02 mod
FESTO FluidSIM 3 6 Hydraulics User s Guide FluidSiM H File Edit Execute Library Insert Didactics Project View Options Window Hig Slo sels E Sol oll o QRQAQQQAA alm mam mi Total View Component Library BR Windows Media Player ee aox C FluidSIMictiDEMO1 CT oar Filter Shuttle valve Way Valve B n Way Valve ES Double actin Double actin Bi Art Systems Software GmbH Festo Didactic GmbH
School of Aerospace Mechanical and Mechatronic Engineering Mechatronics Laboratory Notes on Facilities These notes describe the facilities available to authorised users of the Mechatronics Laboratory Room 330 in the Link Building The present notes should be read in conjunction with a companion document Mechatronics Laboratory Introduction doc This document is available in Adobe PDF form on the Lab website http www aeromech usyd edu au MTRXLAB Lab facilities
MTRX3700 Mechatronics 3 2015 PIC18F452 Software Exercises David Rye You are to work in a group of two students to write debug and demonstrate a series of small assembly language and C programs that meet the task requirements listed below All code is to run on a Microchip PICDEM 2 PLUS Demo Board In some cases it will be necessary to breadboard a small amount of electronic circuitry to interface to the Demo Board The hardware required is very simple Please be very careful w