1 / 39

Can Crusher

Prepared by: Jeanelle Baldric Matt Borkowski Doug Mcnarland Jacob Sellers . Can Crusher. AGENDA. Group development Research and generating ideas Developing our design Designing out design Building our design Design changes Lessons learned. THE TEAM.

alvis
Télécharger la présentation

Can Crusher

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. Prepared by: Jeanelle Baldric Matt Borkowski Doug Mcnarland Jacob Sellers Can Crusher

  2. AGENDA • Group development • Research and generating ideas • Developing our design • Designing out design • Building our design • Design changes • Lessons learned

  3. THE TEAM • Leader: Doug MacNerland • Scribe: Matt Borkowski & Jacob Sellers • Timekeeper: Jeanelle Baldric

  4. CONSTITUTION • Respect each other and the project • Work hard • Listen to one another • Encourage, not discourage • Stay on track • Spend time outside of class and in study hall • Ask for help if needed • Never give up

  5. TIMELINE

  6. TIMELINE

  7. THE PROBLEM • Problem statement: We work for Alpha Engineering Company. Roadrunner Trucking, a customer of our company, has received a notice indicating that the total volume of the aluminum cans the company disposes must be crushed to a minimum of 1.5”.

  8. BACKGROUND & JUSTIFICATION • The can needs to be crushed 70% of its original size • 18” x 24” x 30” • Wood, pvc, metal brackets, metal hinges, screws and nails. • 5% bonus if self-loading • Bin must hold up to 20 crushed cans • Manually operated

  9. CUSTOMER • One customer • Mr. Pritchard – ITC instructor

  10. SCOPE • Task: Design a can crusher • Main source: Internet • Subject Material: • Calculations – Hernacki • Building & Testing – Pritchard • CAD Drawings – Hund

  11. DELIVERABLES • Can Crusher Design • Technical Report • Powerpoint

  12. BRAINSTORMING • Who came up with the can crusher? • When was the original can crusher made? • What kind of wood is best used for building? • How big is the average soda can? • How much force is needed to crush a can to 20% of its original size? • Safety hazards

  13. RESEARCH & GENERATE IDEAS • Can Crusher: device used for crushing soda cans for easy storage in recycling bins

  14. CRITERIA AND CONSTRAINTS • 30% Crushed than original size

  15. EXPLORE POSSIBILITIES • Four designs • Jacob’s • Jeanelle’s • Matt’s • Doug’s • Evaluated different materials

  16. JACOB’S DESIGN • -INSERT DESIGN-

  17. JEANELLE’S DESIGN • -INSERT DESIGN-

  18. MATT’S DESIGN • -INSERT DESIGN-

  19. DOUG’S DESIGN • -INSERT DESIGN-

  20. WOOD TYPE (Ranked 1-5 with 5 being the best)

  21. PUT TOGETHER (Ranked 1-5 with 5 being the best)

  22. SELECT AN APPROACH (Ranked 1-5 with 5 being the best)

  23. FINAL DESIGN • -INSERT IDW OF DISASSMBLY OF FINAL DESIGN-

  24. DESIGN PROPOSAL • Detail CAD drawings for subsystems • Bill of materials • Build process • Test plan

  25. Subsystem CAD Drawings • Lever • -INSERT DESIGN-

  26. Subsystem CAD Drawings • Bin • -INSERT DESIGN-

  27. Subsystem CAD Drawings • Self-loading • -INSERT DESIGN-

  28. Subsystem CAD Drawings • Top • -INSERT DESIGN-

  29. BILL OF MATERIALS

  30. BUILD PROCESS • - INSERT BUILD PROCESS – GET FROM DOUG

  31. TEST PLAN

  32. PROTOTYPE • Work process kept us organized • 2 weeks worth of build time • Many errors during building • Whole new design

  33. TEST AND MONITOR • Entire design fell apart • Major issues to the design

  34. REFINING THE DESIGN • Made an entire new design • Wider than original • Bigger bin • Better crushing design • Much more stable

  35. REFINED DESIGN • - PUT NEW DESIGN – FULL ASSEMBLY

  36. TEST AND MONITOR #2 • Major issues fixed • Problems gone • Easy to crush

  37. LESSONS LEARNED • Don’t make complicated designs • Simplicity • Time Management • How to make a quality timeline

  38. OVERALL SUMMARY • Had major problems with getting along • Staying on task • First design was a failure • Second design turned out good

More Related