Team Gantry Tyson Rogstad Erik Flum Gary Zigmann.

Slides:



Advertisements
Similar presentations
George Tillinghast, Rebecca Stein, Mike Suriani Tom Dinetta, Jon Richardson.
Advertisements

Happy Home Helper Software Design Presentation Jeremy Searle Apr 7, 2004.
Guitar Neck Duplicator By Eric Hall. Background  Difficult to Replicate  Time Consuming  Generally done by hand.
A.U.V. Emeric Rochford Dale Williams Bryan Douse Ryan Gray.
Chandima Perera Jeremy Brown Xiangyu Sun Brianne Luff.
Team Gantry Tyson Rogstad Erik Flum Gary Zigmann.
Flexible Manufacturing with a Robotic Arm and Lego’s ELM 4701 ELM Project Fall 2002.
By: Devin Noyes And Mike Ambrisco. Background Azimuth Angle – Angle in deg clockwise from due north. Zenith Angle – Angle in deg up from horizontal.
RESIDENTIAL ACTIVE DAYLIGHTING SYSTEM 4/21/2010 Alec Bornemann.
UltraSonic Orchard fertilizer Dispensing Automaton Erik Mueller & Patrick Thurston.
Auto - Drive An Automated Driving Range. Team Members Mike Loiselle Jared Beland Jeremy Paradee.
Team Gary Dan Farley Tyson Rogstad Erik Flum Rob Koch Gary Zigmann.
Development of Laser Fuser Test Bed Project Number: P07501 Justin McMillan.
Cover Your A$$ets Solar Panel Protection Project Team: Krista Miller Sohaib Hasan John Helme.
Some Interesting Alternatives to the Standard Support Beam Gary Zigmann 11/29/06.
September 23, 2003Jeff Wilson1 The Go-Go Gantry Jeff Wilson Lee Strobridge Allison Bodis David Carlson Mark Jarrett Jeremy Paradee.
Critical Design Review 12/7/04 Team Uno Bunker Curnes Shawn Houlahan Stephanie Rohrs Steve Schwall Chuck Smith.
 Background  Problem Statement  Solution  Mechanical › Azimuth › Elevation › Concepts › Static and Dynamics of System  Software › SatPC32 › Interpolation.
Electro-Pneumatic Pinball ELM 4702 ELM Project SPRING 2003.
Auto - Drive An Automated Driving Range. Team Members Mike Loiselle Jared Beland Jeremy Paradee.
Electro-Pneumatic Pinball ELM 4702 ELM Project SPRING 2003.
Electro-Pneumatic Pinball ELM 4702 ELM Project SPRING 2003.
Professor Windmill An Educational Feedback Control System ELM Senior Project Dave Carlson Jeff Wilson.
September 23, 2003Jeff Wilson1 The Go-Go Gantry Jeff Wilson Lee Strobridge Allison Bodis David Carlson Mark Jarrett Jeremy Paradee.
04/26/04By: Strobridge & Sulkoski1 G.U.S.T.E.R. General User System for Testing Engineered Rotors.
Team Stargazer Dan Beard. Problem Statement To build an altitude and azimuth steerable satellite dish, with a receiver or a transceiver for communication.
Team MASTers™ Craig Lalumiere David Cobler Michael White.
Team Hybrid  Daniel Farley  John Hoyt  Sean Frost Hoyt.
Team Gary Dan Farley Tyson Rogstad Erik Flum Rob Koch Gary Zigmann.
Microcontroller Position Sensors 1-3 Temp Sensor M Increment Motors Manual Override Power Motor Controller System Diagram.
Team GPS Rover Alex Waskiewicz Andrew Bousky Baird McKevitt Dan Regelson Zach Hornback.
Guitar Neck Duplicator By Eric Hall. Background  Difficult to Replicate  Time Consuming  Generally done by hand.
Mix Master Electrical Discussion Alex Rust & Nate Lamie.
12/13/2003By: Strobridge & Sulkoski1 G.U.S.T.E.R. General Universal System for Testing External Rotors.
In Due Time Kyle Baitz, Jonathan Pierson, Travis Haley.
10/18/2006ELM 4071 Miniproject Team Gary Dan Farley Tyson Rogstad Erik Flum Rob Koch Gary Zigmann Rob.
Team Gary Dan Farley Tyson Rogstad Erik Flum Rob Koch Gary Zigmann.
 Rollin Bicskei  Eric Bornemann  Jason Wells  Ryan Bidlack  ELM 4701 October 2008 Toromatic Team Brown & Associates:
Team Gantry Tyson Rogstad Erik Flum Gary Zigmann.
Team Stargazer Dan Beard. Problem Statement To build an altitude and azimuth steerable satellite dish, with a receiver or a transceiver for communication.
The WeedRake By Nick Bigelow, Matt Merrit, Tyrel Ellis and Jason Pemberton.
Programmable Logic Controllers Mary Holleboom ENGR 315 Dec. 5, 2001.
A.U.V. Emeric Rochford Dale Williams Bryan Douse Ryan Gray.
Project Gulfstream Curtis Christiansen Jordan Hodge Jordan Lyford Troy Mills Wilson Schreiber Project Gulfstream Curtis Christiansen Jordan Hodge Jordan.
Table Dancer Final Design Presentation 10/20/04 Team Members: Ryan Gray Dale Williams Emeric Rochford Dan Beard.
12/7/2004 AME470 Ltd. - Team Pratham 1Open-Aid TEAM PRATHAM Team Leader: Matt Ryan Chief Engineer: Nick Martin Fabrication: Reed Langton CADCAM: Fraterno.
1 Connecticut Corsair Senior Design School of Engineering Connecticut Corsair Senior Capstone Design Project.
May15-03 Design Review Team (May 15-03) Shawn Matt Jacob Trevor
Team Wrecked Week 9 Deliverables: Engineering Analysis.
Adapted for STLP Camp ‘09 Mobile Robots Why do robots need to move?
WELCOME TO THE TECHNICAL PRESENTATION OF SC100 1.
Status Report #5 Automatic Child Safety Gate: Corry Winslow Roger Battles Philip So Description: A telescoping gate with sensor technology through the.
SDMAY11-01 Advisor: Dr. Ajjarapu Team Members: Luke Rupiper Shonda Butler Andrew Nigro Ryan Semler Chad Hand.
Automated Bridge Scour Inspection FSU/FAMU College of Engineering Team 7 Proposal 10/27/2010.
Status Report #2 Automatic Child Safety Gate: Corry Winslow Roger Battles Philip So Description: A telescoping gate with sensor technology through the.
PLCs were invented in answer to the needs of the automobile industry, and were introduced in the late 1960’s. They were designed to take the place of older,
KDC Arm Project John Kua Kathryn Rivard Benjamin Stephens Katie Strausser.
Table of Contents Project Overview (brief explanation of leukodystrophy) Reviewed customer needs Reviewed engineering specs Detailed system lay out Mechanical.
1 SDP09 Team Siqueira Rohan Balakrishnan (CSE) Conan Jen (EE) Andrew Lok (EE) Jonathan Tang (EE) MAPPER: A Perfectly Portable Exploration Robot.
1 03/21/2006 GLAST CU Beam Test Workshop Scanning Table.
The Smart Walker Project TEAM: CHEN ZHANG, YI LU PRESENTED BY: YI LU.
Design of Crane Components
SeaPerch Structural System
SeaPerch Structural System
R.A.W. Remote Armwrestling
Module F: Presentation Understanding Robot Fundamentals
SeaPerch Structural System
SeaPerch Structural System
SAE Mini Baja: Powertrain
Presentation transcript:

Team Gantry Tyson Rogstad Erik Flum Gary Zigmann

Background Information

Problem Statement A training platform involving a gantry system, to be used with multiple control systems, is needed for future ELM students.

Solution Statement Build ceiling mounted crane system capable of lifting 250 lbs Right to left movement using AC and DC motors Able to interface with RS232 communications Able to interface with PLC’s

System Overview Hoist Drive system Pulley Control Panel -Microcontroller -Interfaces for other inputs or outputs I-Beam Ceiling suspension

Aluminum I-Beam 6061-T6 S3.0x1.637 Yield strength, 40,000psi Bends 9.619E-11 for max load Weight per length, 0.097lb/in^3 Total weight, 19.4lb Cost = $140 for a 12ft beam Available at onlinemetals.com

PVC Pipe Ultrasonic Emitter/Sensor Position Sensing

System Diagram HC12 Feedback sensors Motors RS232 PLC

Schedule

BYSONMotors Ultrasonic Sensors Carriage Assembly ERIKHoist Controls Sensors -mechanical switches -electrical GaryWeb Development Software Mechanical Fastening Personnel Assignments

Budget

Sources of Information Efunda.com Onlinemetals.com Wikipedia.org Contrexcranes.com Automationdirect.com Globalspec.com Google.com

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.