bowling alley communications mark patterson eku dept. of technology, cen

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Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Page 1: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

Bowling Alley Communications

Mark PattersonEKU Dept. of Technology, CEN

Page 2: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

2

MOTIVATION Cut down on time

to fix lanes Eliminate

unneeded communications

Wanted project that was low budget.

Page 3: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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INTRODUCTION

Blackout communication has always been done the same way.

Never had any attempt at improvement.

No existing improvement found online.

Lot’s of wasted time as is.

Page 4: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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PROBLEM STATEMENT

Too much down time between when a lane messes up and when the mechanic is made aware of the problem.

Wasting time finding error code for each lane.

Page 5: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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PROPOSED SOLUTION List steps taken to solve the

problem such as: Brainstorming (gist of ideas tried) Proposed solution with justification Arranging for software/hardware Assembly Testing & troubleshooting Verifying results

This might continue on multiple slides

Page 6: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Ideas

Interface the front display on machines for error codes.

Run signal from blackout lights to shop.

Hook buzzer up to alert mechanics. Use encoder/decoder to cut down

on wire.

Page 7: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Hardware

Lots of wire Breadboards Logic Gates

and Chips LEDs or Lamps 24VAC Relays Power Supply

Page 8: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Assembly Created the circuit in

MultiSim. Tested in MultiSim and

it worked. Created the Encoder

with Logic Gates. Used a different Board

for Decoder Chip Tested in the Lab and

they were working properly.

Page 9: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Assembly (Cont)

Page 10: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Implementation

Hooked relays up to 24VAC bulbs on the lanes.

Used relays as a switch to close inputs for the encoder.

Page 11: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Implementation (Cont)

Ran communication line from lanes into mechanics area.

Hooked communication line to input for decoder.

Page 12: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Troubleshooting

Had to get 6V batteries from the lab.

Had to use a wire to connect grounds on both boards.

Put a switchboard in to troubleshoot. Causing lanes to mess up just to troubleshoot took too long.

Page 13: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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Results

Got the encoder/ decoder to work.

Lot of troubleshooting.

Page 14: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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CONCLUSIONS

This will be very expensive to implement on all 32 lanes because of Relays.

A larger encoder/decoder, such as a 16:4 would work much better as it would save lot of money on wire.

Finding the right encoder would be far less troublesome.

Page 15: Bowling Alley Communications Mark Patterson EKU Dept. of Technology, CEN

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FUTURE WORK I plan on extending this in some

way to all 32 lanes in the future. Questions, or Suggestions? [email protected]