10
REVERSE ENGINEERING! By: Kevin Kubis and Olivia Foy L3 Project

Reverse engineering power point!

  • Upload
    foy8447

  • View
    1.994

  • Download
    0

Embed Size (px)

DESCRIPTION

 

Citation preview

Page 1: Reverse engineering power point!

REVERSE ENGINEERING!

By: Kevin Kubis and Olivia Foy

L3 Project

Page 2: Reverse engineering power point!
Page 3: Reverse engineering power point!
Page 4: Reverse engineering power point!

SOLUTION

Page 5: Reverse engineering power point!
Page 6: Reverse engineering power point!

Parts left the Same

• Brown Backing

• White Outlets

• Fixtures

Improved Parts• Structure for outlet holes

• Brown Backing Assembly

• Storage Devices

Page 7: Reverse engineering power point!

Changes in Design

• Allowed for 14 more outlets by using a checkerboard pattern rather than horizontal and vertical pattern

• Slots in the frame to allow the brown backing to slide in rather than screw in

• Pegs and holes in the frame so that many testing devices can stack on top of one another for storage use

• Make the frame out of fiberglass to make it very lightweight and it still withstands temperatures -200 degrees F to 800 degrees F

Page 8: Reverse engineering power point!
Page 9: Reverse engineering power point!
Page 10: Reverse engineering power point!

Conclusion

• We were able to make out design have more outlets with the same dimensions for the frame, make our design easily withstand the changing temperatures, and make it a lot more lightweight