PRESSURE POTTY By: First Lego League Team 1359 Ashley Bouey, Evan - - PowerPoint PPT Presentation

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PRESSURE POTTY By: First Lego League Team 1359 Ashley Bouey, Evan - - PowerPoint PPT Presentation

PRESSURE POTTY By: First Lego League Team 1359 Ashley Bouey, Evan Chang, Emma Lopez Aiden Lupu, Chandrark Muddana and Erik Tapia Coaches: Christina Lin and Leslie Lopez WHO ARE WE? First Lego League (FLL) Team 1359 Robo-Rebels From


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PRESSURE POTTY

By: First Lego League Team 1359 Ashley Bouey, Evan Chang, Emma Lopez Aiden Lupu, Chandrark Muddana and Erik Tapia

Coaches: Christina Lin and Leslie Lopez

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WHO ARE WE?

  • First Lego League (FLL) Team 1359 – Robo-Rebels
  • From Suzanne Middle School in Walnut, CA
  • We are 6th and 7th graders that range in ages 11-13
  • We are part of Suzanne Middle School Robotics Club that

participates in FLL competitions

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WHAT IS FIRST?

(For Inspiration and Recognition of Science and Technology)

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WHAT IS FLL?

  • FLL introduces younger students to real-world engineering challenges by building LEGO-

based robots to complete tasks on a thematic playing surface. FLL teams, guided by their imaginations and adult coaches, discover exciting career possibilities and, through the process, learn to make positive contributions to society.

  • Elementary and middle-school students get to design, build, and program robots

using LEGO MINDSTORMS technology.

  • Apply real-world math and science concepts.
  • Research challenges facing today's scientists.
  • Learn critical thinking, team-building and presentation skills.
  • Participate in tournaments and celebrations.
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FLL TOURNAMENTS

  • Tournaments are all day events that take place throughout Southern

California.

  • Teams are judged on 4 categories:
  • Robot Performance
  • Robot Design
  • Core Values
  • Project Presentation
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ROBOT PERFORMANCE/DESIGN

  • Teams will use the Lego Mindstorms EV3 kit to

build and engineer their competition robot.

  • Teams will use the Lego Mindstorms EV3

software to program the robot.

  • Teams will have 2 minutes and 30 seconds to

have their autonomous robots complete missions and score points on a theme based playing field.

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CORE VALUES

  • We are judged on how we incorporate the following core values into
  • ur lives:
  • 1. We work as a team.
  • 2. We do the work to find solutions with guidance from our coaches.
  • 3. We know coaches don't have all the answers; we learn together.
  • 4. We honor the spirit of friendly competition.
  • 5. We realize that what we discover is more important than winning.
  • 6. We share our experiences with others.
  • 7. We display Gracious Professionalism in everything we do.
  • 8. We have FUN!
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CORE VALUES

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PROJECT

  • Teams must identify a real world problem.
  • Teams must seek advice from experts in the field and

find its causes and effects.

  • Teams must develop an innovative solution or enhance

an existing solution.

  • Teams must share their solution.
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THIS YEAR’S PROJECT TOPIC

  • IDENTIFY a problem within the human water cycle
  • DESIGN a solution that makes this problem better
  • SHARE your problem and solution with others
  • In the Hydro Dynamics Challenge, the human water cycle

describes the ways people find, transport, use, and dispose

  • f water in order to meet a specific need or desire.
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IDENTIFYING THE PROBLEM

  • Disneyland: A teammate went to a restroom at Disneyland with

automatic flushers and noticed that the toilet flushed multiple times.

  • Brainstorming: The team was brainstorming ideas for the project

and the teammate shared their experience at Disneyland.

  • We did extensive research online and consulted with experts in the

field.

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IDENTIFYING THE PROBLEM CONTINUED…

  • We found Mr. John Koeller online and read that he conducted a study measuring water

consumption in the bathrooms of a Tampa, Florida office building.

  • They compared water use before and after the installation of flushometer devices, and

found that water usage increased by 54% after automatic flush systems were installed.

  • We found that only 1.6 gallons of water is wasted per flush on newer toilets.
  • A majority of older toilets are still in use which use 3.5 gallons per flush.
  • Automatic flushers are wasting over 23 million gallons of water PER DAY!
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HOW THE AUTOMATED TOILETS WORK

  • Infrared sensors that are installed in auto flush toilets are

supposed to detect body heat when the user sits down to use the toilet.

  • When the user is leaving the stall, it detects the loss of body

heat and activates the flushing mechanism.

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WHY DO THEY MALFUNCTION?

Automatic toilets are very common and often fail because of three main reasons:

  • They get a lot of physical abuse because they are located in

public places.

  • The valve parts can wear out with time.
  • The sensor on the automatic flush valve can go out of

adjustment over time.

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FINDING THE SOLUTION

  • One of our teammates great-

grandmother used a bed alarm for safety.

  • The wireless bed alarm has pressure

sensors that alert caregivers when their patient is getting out of bed.

  • We thought, why not use the same

technology on toilets!

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OUR SOLUTION

  • Replace the toilet seat bumpers with

pressure sensors.

  • The automatic flusher is in an idle

state and is activated only when someone sits on the toilet.

  • When pressure is released, the toilet

will wait 10 seconds before flushing

  • nce.
  • If the person sits back down before 10

seconds, the timer will reset.

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BUILDING OUR PROTOTYPE

  • We worked with a product design

engineer, Orlando Ochoa, to help us build a 3D model of our pressure sensor idea.

  • This simple working prototype enables

and disables the automatic flusher to demonstrate our idea.

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PROTOTYPE

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HOW IT’S BENEFICIAL

  • Can be used for on all types of toilets EXCEPT for

urinals.

  • SAVES OUR MOST precious natural resource.

WATER!!

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PROVISIONAL PATENT PENDING

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CONSULTING WITH EXPERTS

  • John Koeller
  • PE. From KOELLER & COMPANY– MAP Testing (Maximum Performance) – Lead

investigator for studies reviewing automated toilets versus manual flush toilets.

  • Pete Demarco
  • Executive Vice President of Advocacy and Research.
  • William McDonnell
  • Water Use Efficiency Manager, METROPOLITAN WATER DISTRICT OF SO. CA.
  • Orlando Ochoa
  • Product Design Engineer
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RESOURCES

Maximum Performance Testing official website - http://www.map-testing.com/ “The Real Problem with Phantom Flushing Toilets”, by Karla Peterson http://www.sandiegouniontribune.com/news/drought/sdut-do-auto-flush-toilets-waste-water- 2015sep24-story.html#ampshare=http://www.sandiegouniontribune.com/news/drought/sdut-do-auto- flush-toilets-waste-water-2015sep24-story.htmlhttp://www.conserveh2o.org/toilet-water-use/ “How Phantom Flushing Wastes Water, and how to Fix It” by Marika Shioiri-Cark – http://www.latimes.com/opinion/op-ed/la-oe-shioiri-clark-drought-phantom-flushes-20150510- story.html#ampshare=http://www.latimes.com/opinion/op-ed/la-oe-shioiri-clark-drought-phantom- flushes-20150510-story.html How Things Work: How do automatic flush systems in public toilets work? Answered by Evan Thomas - https://www.quora.com/How-Things-Work-How-do-automatic-flush-systems-in-public- toilets-work

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OUR CHALLENGE TO YOU

  • PLEASE CONSIDER MENTORING/COACHING A LOCAL FIRST

TEAM IN YOUR COMMUNITY

  • WE WOULD LIKE OTHER KIDS TO SHARE IN THE SAME

AMAZING JOURNEY THAT WE WENT THROUGH

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THANK YOU!!