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Kevin O’Neal & Jeff Black METBD 111 FINAL PROJECT

School of Engineering and Engineering Technology. K & J Products. Kevin O’Neal & Jeff Black METBD 111 FINAL PROJECT. School of Engineering and Engineering Technology. Intratec 9mm Luger Model AB10. Kevin O’Neal & Jeff Black. School of Engineering and Engineering Technology.

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Kevin O’Neal & Jeff Black METBD 111 FINAL PROJECT

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  1. School of Engineering and Engineering Technology K & J Products Kevin O’Neal & Jeff Black METBD 111 FINAL PROJECT

  2. School of Engineering and Engineering Technology Intratec 9mm Luger Model AB10 Kevin O’Neal & Jeff Black

  3. School of Engineering and Engineering Technology Part Features Protrusions – 14 Rounds – 8 Cuts – 19 Kevin O’Neal & Jeff Black

  4. School of Engineering and Engineering Technology New Features Used Lettering on an object Surface texture Kevin O’Neal & Jeff Black

  5. School of Engineering and Engineering Technology Kevin O’Neal & Jeff Black - The drawing file to this part is very in depth because of the varying depths of cuts. Bolt Sub Assembly - 4 parts assembled using datum planes

  6. School of Engineering and Engineering Technology Exploded view of the receiver • 4 Piece Assembly • datum's were the key to make the completed receiver. • many of the unique cuts and protrusions were made on added datum’s. • - we had to also add datum’s to assemble the pieces together. Kevin O’Neal & Jeff Black

  7. School of Engineering and Engineering Technology Clip – Holds 32 bullets fully loaded! - Slots to hold bullets were made on inclined datum’s Kevin O’Neal & Jeff Black

  8. School of Engineering and Engineering Technology Other complications in making the clip were… • Spring • a spring can’t be compressed in an assembly. • - to assemble it needs to be made to compressed length New Feature - Spring made using helical sweep Kevin O’Neal & Jeff Black

  9. School of Engineering and Engineering Technology Top Part of Clip -Datum’s were used on incline to make the original protrusion - Simple cuts were then made Kevin O’Neal & Jeff Black - Cuts and rounds were used to make the curved section of the piece

  10. School of Engineering and Engineering Technology This device is designed to feed and eject shell cartridges at a high rate of speed. Kevin O’Neal & Jeff Black

  11. School of Engineering and Engineering Technology Advantages and disadvantages of design • Well designed product • Relatively inexpensive ($400) • Practical and economical to manufacture • - No clear disadvantages Kevin O’Neal & Jeff Black

  12. School of Engineering and Engineering Technology Our final project took us roughly 130 man hours. Kevin O’Neal & Jeff Black

  13. School of Engineering and Engineering Technology K & J Products If you see this sign you know where to find us! Kevin O’Neal & Jeff Black

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