Overview 2 DOF in Head 4 DOF/Arm 1 DOF in Torso 6 DOF/ Leg.

Slides:



Advertisements
Similar presentations
Arms extended Legs straight Upper body straight and vertical Hands holding the knees Ministère de lÉducation, du Loisir et du Sport Physical Education.
Advertisements

Greg Beau SerajAnanya. Outline  Project overview  Project-specific success criteria  Block diagram  Component selection rationale  Packaging design.
TIGERBOT MECHANICAL DESIGN Kyle Backer (EE), Jeremy Jensen (ME), Matthew DeCapua (EE), Eric Walkama (ME), Mike Thomas (EE), Jonathan Cormier (CE), John.
Present Procedure for cutting stuck casing on Drilling PLATFORM
Engineer Training XL1200 Mechanics. Engineer Training XL1200 Mechanics Confidential 2 The XL1200 is both a Roll to Roll and a Roll to Sheet Printing Machine.
Big Idea Science Standard 6.h; 6.i Students know how to compare joints in the body (wrist, shoulder, thigh) with structures used in machines and simple.
Exercise Machines KIN 436B Spring Easy Stand – Height Adjustment Depress buttons to adjust Adjust machine to accommodate client Slide bar so pin.
Programmable & Autonomous Humanoid Robot ”Robovie-M”
This presentation contains a fitness regime featuring Individual Exercise Balls.
Bench Exercises. - Student stands square to the bench. - Feet shoulder width apart with knees bent and torso bent forward. - Jump forward onto the bench.
EXERCISE 1: High Jumper STARTING POSITION: Regular stance, knees slightly bent, body bent forward at waist, arms pointing to rear. Fingers and thumbs extended.
Human Extraction Rescue Robot Material Handling Methodology & Proof-of-Concept Prototype Matthew P. King Erin B. Rapacki In partnership with… ADVISORS.
Ergonomic Assessment Warehouse: Shrink Wrapping Pallets.
Chapter 9 Torque.
Pico-SAM9G45 Development Board for Envirobat Presented by Kiran G K Date : 18/06/13.
Wright State University Jenny Broering Mike Hill Rahul Shah Michael Wasco.
Key To Successful Tower Installations:
Base Y Axis X Axis Z Axis Base Table Specifications: Table Work Area: 1160 in 2 Maximum Part Weight: +18 lbs Table Supported by Rail: in.
DETAILED DESIGN REVIEW NOVEMBER 11, 2011 MSD I HUMANOID ROBOT P12201.
TORQUE ANALYSIS: LEG SERVOS Servo Information Leg Layout Servo TypeDimensionsMax Torque “T max ” (oz-in) Weight “W” (oz) High Torque (HT)1.57 x 0.78 x.
Preliminary Design Review Week 7 Group A3: HMS “Bloodhound” Matt Prygoski Matt Morris Jay Slaggert Fred Thwaites Dan Zibton Thursday March 20, 2008.
Engineer Training Mechanical Overview. Engineer Training Confidential 2 XL1500 is both Roll-to-Roll and Roll-to-Sheet Printer MachineXL1500-2mXL1500-3mXL1500-5m.
1 RF-Structures Mock-Up FEA Assembly Tooling V. Soldatov, F. Rossi, R. Raatikainen
Straighten Up Upper Body Series  Presented by  Peter A. Gratale DC,CSCS.
P14452: Subsystems Design Review. Review Where we left off.
Strength Training- Easy Routines To Do Anywhere, Any Time Jennifer Butcher Fitness Instructor Washington State School for the Blind.
Sponsor/Customer: Dr. Ferat Sahin Multi Agent Bio-Robotics Lab Faculty Guide: Prof. George Slack Team Members: Matthew LeStrange – Electrical Engineering.
DHVT Program Phase I Exercises. Supine Row Key points: Hands slightly wider than shoulder width, heels on ground with toes up, body stays straight, pull.
TigerBot Rochester Institute of Technology. Group Members Eric Walkama Mechanical Engineer John Seybold Computer Engineer Michael Thomas Electrical Engineer.
ST-HB42A4x Series Introduction ST-HB42A4x version 42A4X: Standard version w/ Side Cover; w/o IPC BKT, Stand, I/O Cover 42A4G: w/ Tempered Glass.
Design of a Robotic Manipulator for a Wheelchair Gateway Coalition Ohio State University Sinclair Community College Wright State University December.
Rochester Institute of Technology
EE Detailed Design Review Kyle Backer Mike Thomas Matt DeCapua.
VC Training Table Setup and Floating Agenda General –Air Supply Requirements Assembly –Assembling the System –Leveling the Table –Isolating.
Timken Learn and Lead Customer Training 5/17/2007Radial Ball Product Overview1 Radial Ball Bearing Product Overview Part B Narrated by David Beach Motion.
Xin Jin Zelun Tie Ranmin Chen Hang Xie. Outline  Project overview  Project-specific success criteria  Block diagram  Component selection rationale.
CORE STRENGTH AND THE SPRINTS Natasha Kaiser-Brown Drake University.
TigerBot Rochester Institute of Technology. Group Members Eric Walkama Mechanical Engineer CAD, Structural design John Seybold Computer Engineer Embedded.
MARS 2 Design Review-Optomechanical Review 07 Nov 2002 GLW1 MARS 2 Mechanical Design Review.
Introduction of HUBO2 이경호 Hubo Lab KAIST 휴머노이드 로봇 연구센터 –KHR-1(2002.1~ ) –KHR-2(2003.1~ ) –KHR-3, HUBO (2004.1~ ) –Albert.
Click to Enter. Circuit 1Circuit 2Circuit 3 Circuit 4Circuit 5.
Rochester Institute of Technology TigerBot P13201.
TigerBot Computer Design Jonathan Cormier (CE), John Seybold (CE), Jeremy Jensen (ME), Eric Walkama (ME), Kyle Backer (EE), Matthew DeCapua (EE), Mike.
KDC Arm Project John Kua Kathryn Rivard Benjamin Stephens Katie Strausser.
Simple Machines & Their Mechanical Advantages. Wedge It is used to push an object(s) apart. It is made up of two inclined planes. These planes meet and.
Radial Ball Bearing Product Overview
Tigerbot P15201 Detailed Design Review. Mechanical.
Gateway Coalition Wright State University Shoulder to Elbow Design February 4 th, 2000.
Ballet Technique and Your Dancing Body GOAL TO DEVELOP A BETTER UNDERSTANDING OF HOW TO IMPROVE ALIGNMENT IN YOUR DANCE TRAINING THROUGH KNOWING ANATOMY.
ECE 477 DESIGN REVIEW TEAM 3  SPRING 2015 Garrett Bernichon Bryan Marquet John Skubic Tim Trippel.
Automated Bridge Scour Inspection FSU/FAMU College of Engineering Team 7 Detailed Design Review and Test Plan 2/8/2011.
TigerBot IV Rochester Institute of Technology. Group Members Mike Lew (ISE) Dan Wiatroski (ME) Tom Whitmore (ME) Geoff Herman (ME) Sean Lillis (CE) Brian.
P13203 TigerBot Extension Mike Lew (ISE), Dan Wiatroski (ME), Tom Whitmore (ME), Geoff Herman (ME), Sean Lillis (CE), Brian Stevenson (EE), James O’Donoghue.
Calculator in a Box Co. Lead designer: Bradley Phelps.
Keys to Pitching. Teaching young pitchers the mentality of a pitcher Pitchers must always know the following: 1.They have every advantage 2.Hitters are.
Engineer Training XL1500 Mechanics. Engineer Training XL1500 Mechanics Confidential 2 The XL1500 is both a Roll to Roll and a Roll to Sheet Printing Machine.
ECE 445 Group 20 4/23/2012 Kevin Dluzen Jonathan Hall Diyang Qiu.
Engineering Solutions to Build an Inexpensive Humanoid Robot Based on a Distributed Control Architecture Vítor M.F. Santos 1 and Filipe M.T. Silva 2 1.
Prelminary Design Fredy Chen Huy Tong. Introduction Objective –Justify the design of robot.
cyBorg 1.0 Project by Team ROBOTECH The Green PAFIANS
Multi-Policy Control of Biped Walking
Tracking Camera Platform
Rock Island Rocks Baseball Hitting Mechanics
Cymbal Stand Surface Mount Hinge Light Rail Structure Bracket
TIGERBOT 2 REJUVENATION
OLYMPIC WEIGHT LIFTING
Key Points for seam bowlers
Push Up Primary Muscle(s): Pectoralis Major Pectoralis Minor
Muscles and Their Movements
Goodman Acquisition Camera
Presentation transcript:

Overview 2 DOF in Head 4 DOF/Arm 1 DOF in Torso 6 DOF/ Leg

BODY DIMENSIONS ~25.5” Tall (feet to shoulder) 10” Shoulder Width 2.5” Torso Width

Custom Servo Brackets 4 Simple brackets for multiple servo mounting orientations ◦Side mount ◦Bottom mount ◦Large “C” bracket  Single plane dual axis rotation ◦Shoulder Rotation Side Mount Bottom Mount Large “C” Shoulder Rotation

LINKS & BRACKET INTEGRATION Simple Aluminum rods, ¼” Cut to length  Height adjustability Very cheap (~$7 per 6ft) Integrates into standard servo brackets. Simple 6-32x1/2” machine screws for assembly Custom Brackets Store bought Brackets Arm Assembly

HIP DESIGN Ball Bearing ◦Axial and Radial Loads ◦Low rotation friction ◦Ball Bearings are cheap Reduce stress on servo horn ◦Increased hip Stiffness -Green Rotation -Gray Static

TORQUE REQUIREMENTS T1 T2 T3 Squat T3 F Leg Lift Push up F/2 Te

TORQUE RESULTS ROBOARD SERVO SPECS Standard size digital servo 35.0 kg-cm/486.0 oz-in Speed: 0.11 sec/60º Voltage: 6 to 7.4V Weight: 70g leg lift (1 leg)Squat (2 leg) Torque at HipAnkleKnee MAX (lb-in) (oz-in) FS Elbow Torque F (lbs) in-lb oz-in FS weight (lbs) foot (ALL) Lower Leg Links Knee servo Knee C-Bracket Knee bottom Bracket TOTAL KNEE JOINT Upper leg Links Hip C-bracket Hip servos Hip Brackets TOTAL HIP JOINT (1 side) TOTAL ABOVE HIP (2 sides) Hip plate Hip components Torso plate bottom Torso plate top Torso servo Torso links Other torso weight Shoulder servos shoulder brackets upper arm C-bracket Upper arm servo upper arm links upper arm brackets elbow servo lower arm C-bracket lower arm links lower arm bracket Neck TOTAL BODY

Stress Analysis Bottom Bracket

Stress Hip/Shoulder Bracket

Stress Analysis Elbow Bracket

Stress Analysis Leg Assembly

Deformation Leg Assembly

Power Calculation Part NameFunctionRequired Voltage Quiescent Current Active Current Power / Per NumberTotal Power EasyVR Speech Module voice commands 5V1mA180mA.9W10.9 RoBoard RB- 110 main computer/proce ssor 6-24V400ma2W12 LV-MaxSonar- EZ0 ultrasonic rangefinder mA.01W20.02 GP2Y0A02YK 0 IR rangefinder mA IMU Combo Board Internal Gyro/Accelerom eter 3.3V45uA6.75mA RoBoard RS Servo7.45mA1.5~5A11.1~ 37W 22~66 70W

Controller ModelRoboard RB-100 ProcessorDM&P Vortex86DX running at 1GHz Memory256MB DDR2 onboard ADCsAnalog Devices AD bit I /O Interface Micro SD slot x1 USB port x 1 (USB 2.0 version) Connectors 2.54 mm 3-pin box header for PWM x mm 10-pin box header for RS-232 x mm 10 -pin box header for USB x1 2.0 mm 4-pin header for RS-485 x1 2.0 mm 4-pin header for TTL serial x mm 10 -pin box header for SPI & I 2C x mm 16-pin header for A/D x mm 3 -pin wafer for TTL serial x mm 4 -pin wafer for LAN x mm 4-pin wafer for MIC-in x mm 4-pin wafer for Line-out x mm 6-pin wafer for JTAG x1 0.8mm 124-Pin Mini PCI Card connector 3.96 mm 2 pin for Power x 1 Power Consumption 400mA Power InputDC-in 6V to 24V Dimension96 x 56 mm Weight40g Resolution PWM : 20ns Serial : bps I2C : 1Kbps ~ 3.3Mbps SPI : 10Mbps to 150Mbps Half-Duplex;