1 / 20

Automated Oiling System Design Review for Tool Holders

Join us for an in-depth review of the automated oiling system project for Parlec tool holders. Explore mechanical and electrical subsystems, integrated solutions, and concept selection process.

leigh-chase
Download Presentation

Automated Oiling System Design Review for Tool Holders

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. P08351 – Concept Design Review Automated Oiling System

  2. Agenda • 1:00-1:15 Overview of project • 1:15-1:50 Mechanical Engineering subsystems • 1:50-2:10 Electrical Engineering subsystems • 2:10-2:25 Proposed integrated system • 2:25-3:00  Open Discussion/ action & issues

  3. Team members/roles

  4. What's the problem? • Parlec currently manufactures a wide variety of tool holders • The following process currently exists: • Manually dip • Manually drain • Stand on paper towels to dry Resulting complications: excess labor required (2-3 workers) oil waste part coverage inconsistency hinder ability to meet throughput

  5. Window of opportunity • In response, Parlec has requested a machine to automate the oiling process.

  6. Concept Selection • Concept Generation: Breakdown subsystems even further, develop possible solutions and corresponding pros and cons • Concept Screening: Develop a list of applicable selection criteria and use Pugh’s Method to compare possible solutions • Concept Scoring: Apply weights to each individual criterion in order to confine results to one or two possibilities.

  7. Mechanical Engineering Subsystems • Loading/Unloading • Oil Application • Part Cleaning • Remove excess oil

  8. Loading/Unloading Mechanism

  9. Oil Application

  10. Cleaning

  11. Remove Excess Oil

  12. Electrical Engineering Subsystems • Variable Speed Drive System

  13. Control Panel

  14. Electrical Control System

  15. Mixed Signal Input Discrete variable Continuous variable

  16. Variable Speed Drive System

  17. Integrated Solution • Loading/Unloading : hooks, tight fitting, loose fitting fixture • Oiling: Dip and spray • Cleaning: Air and rags • Remove excess oil: Air and drip • VSD System: AC/DC with prebuilt drive and AC with custom drive

  18. Integrated Solution

  19. Final Concept

  20. QUESTIONS????

More Related