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The LaZe

The LaZe offers a groundbreaking solution for accurately measuring the velocity of paper traveling through printers. Understanding the difference between nominal and actual speeds is vital, as paper speed can fluctuate due to various factors throughout the printing process. Our compact laser and receiver technology ensures precise measurements of paper velocity, enhancing print quality and the final product. Its versatile installation and increased sampling rate make LaZe an essential tool for any printing company aiming for excellence. Thank you for your attention; we invite your questions!

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The LaZe

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  1. The LaZe Garrett Blake, Riley McGuigan, Nathan Beatty, Tim Finnell, and Matt Liu

  2. MISSION POSSIBLE • Provide a company with a device that precisely and accurately measures the velocity of paper traveling through a printer.

  3. BACKGROUND • A common error is to get the difference between the nominal speed and the actual speed confused. • Through the printing process the actual speed of the paper varies constantly until it reaches it’s final destination. • Many factors can contribute to the varying speed of the paper. • Precise and accurate velocity measurements increase the quality of the print and final product. Actual speed can be determined by measuring the paper velocity here. Paper rollers produces the nominal speed because they are moving at a constant speed.

  4. LIGHT WAVES vs. SOUND WAVES • Light Waves: • V m/s • Doesn’t require a medium to travel through • Light spread is extremely narrow • Sound Waves: • Velocity (air): 345 m/s • Requires a medium to travel through • Light spread is wide

  5. DESIGNA precise and accurate laser and receiver that measures time to calculate the paper velocity. • Small, compact laser • Receiver collects data • Presence of beam = no paper data • Absence of beam = collection of paper data • Stream perpendicular to the paper surface and receiver • Versatility to be installed anywhere and at any distance • Doesn’t effect paper path • Increased sampling rate

  6. EXAMPLE

  7. FINAL PRODUCT

  8. YOUR SOLUTION • The LaZe!

  9. THANK YOU FOR YOUR TIME! • We are willing to take questions now.

  10. SOURCES • "HowStuffWorks "How Does a Laser Speed Gun Work to Measure a Car's Speed?"" HowStuffWorks "Auto" Web. 03 Dec. 2011. <http://auto.howstuffworks.com/car-driving-safety/safety-regulatory- devices/question396.htm>. • "Police RADAR, POP RADAR: How They Differ from Police LIDAR." Avoid Speeding Tickets with VEIL for Radar Detectors, Laser Detectors, Laser Jammers. Web. 03 Dec. 2011. <http://www.laserveil.com/police/radar/>.

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