Paper Automata + Arduino Micro + Battery Pack
This is a video for the homework from March 7. In this assignment, we worked to have the paper automata be free from computer power by using the Arduino Micro and battery pack.
This is a video for the homework from March 7. In this assignment, we worked to have the paper automata be free from computer power by using the Arduino Micro and battery pack.

How do parents know what their daughter is really up too?
A needle point that flashes when the conditions of their room became inappropriate.
Your daughter needs to be monitored at all times to make sure she is behaving as she should.
The flashing of a light is a simple but affective way.
What defines our gender identity as children. Toys like these:
What if the paper dolls alarms when you aren’t putting the proper clothing on the proper gender?
I. Twitter Bird
For this concept instead of a sensor I would want to get data from Twitter. It would ideally hang from the ceiling above your desk and anytime someone tweets to you it bobs up and down and flaps it’s wings.
II. Scared Hedgehog
This is inspired from my hedgehog Dexter who is scared of everything. It would be built like the robot and whenever it sensed anyone around it would put up spikes and try to run away.
III. Weather Forecast
This would be like the duck pond automa and connect to some form of a weather API and rotate to a regular servo that rotates to the correct weather symbol for the day.
IV. Brain Waves
I did a lot of work with the Mind Flex last semester and wanted to maybe use it again. I have no idea honestly how this one would be constructed but I would want it to look like one of the orbs you see at science museums and the waves from the center move while you’re concentrating.
V. Instagram
This would be similar to the twitter one and whenever someone likes one of your Instagrams a little desk hipster puts on glasses. It would work similar to the peek-a-boo bear.
VI. Morning Glory
When trying to think of a natural object that is different during the day than it is during the night I thought of the morning glory that blooms only during the day and closes at night. This would sit by a window and use a photosensor.
1) Dancer Automata
Toy dances by user’s clapping sounds
Emotions: Joy, happy
Keywords: Electret microphone amplifier, servo
http://papermau.blogspot.com/2012/11/gangnam-style-machine-automata.html
2) Welcoming Robot
Create a robot that recognizes you, and it welcomes you. When you get home, he will be coming to you and lighting on his eyes to welcome you. He is just like your own pet, but no needs to feed or walk out.
Keywords: RangeFinder, servo, LEDs, speaker
Emotions: Comfort, friendless
Based on “Tea-serving robot”
3) Nodding toy
This toy agrees every single things what you say by nodding his/her head. You can say whatever you want. He/she never disagree with you! Even you get angry, he or she will always there for you and listen whatever you have left to say.
Emotions: comfort, friendless
Keywords: LEDs, Electret microphone amplifier
4) Blooming flowers in vase
The flowers in vase notify your facebook, text messages, any notifications on your phone. The flowers bloom as hearing dedicated phone vibration or sound notifications. Each flowers bloom per notification. Therefore, you can get notifications without looking at your small phone screen. The flowers in vase could work as a decoration piece or notification of text messages.
Keywords: notification, servo, Electret microphone amplifier
Based on Peek-a-bear
5) A everyday valentine flower
Create a flower if you get closer, it blooms and has nice smells. Also, it changes color each days, so you feel like you have different flower every day.
Emotions: positive
Keywords: RangeFinder, LEDs, servo
6) Lamp
Some people change their moods based on lights. There is a lamp it has available to recognize daytime or nighttime based on amount of lights.
Emotions: Positive
Keywords: LEDs, light sensor
Emotion: Hopelessness
Automata: man lost at see on a boat that moves with the waves. A rangefinder causes the waves to move more as users move away, increasing feeling of desparation.
Emotion: Curiosity
Automata: A mystery box that shakes and moves when touched (using capacitive sensing). Box could possibly be made of stretchy fabric that has objects poking and pushing through it.
Emotion: Awe
Automata: A caveman celebrating fire. When a torch is brought next to the sticks (i.e. a magnet is brought next to the sensor), the fire “ignites”
Emotion: Surprise
Automata: When the user goes to feed a rabbit with a bundle of grass (with RFID sensor in it), a giant alligator snaps shut and eats the rabbit.
Emotion: Jealousy
Automata: Two girls fight over a guy in the middle, pulling him from side to side. Pulling happens according to frequency of pulse from heart rate sensor.
Emotion: Fear
Automata: Creature pulls man deeper into a dark cave when the lights are turned on. Uses a light sensitive resistor.
These are my sketches and a couple of look and feel prototypes. I am aiming tu use sound and distance sensors and want also to play with “glow in the dark” idea.
These are my midterm ideas. They are a little rough and I think could use more time and thinking through the concept and workings of the gears.
KEY:
1 2
3 4
I mainly focusing on volumetric movement of the automata.
1 – Worm hole = since wave automata that produce wave motion in cylindrical shape
2 – Mask = Towers that lift mask open/close
3 – walker = I want to do this boxing robot toy for final, but i still have no idea how to move with two legs so this project could be a good practice for final.
4 – Dynamic contour
Last simester, I did this project that related to motion that adjust to the environment, and I want to explore different alternate for this change for survival by made this automata that realign it self to fix changing world.
Gangnam Style Machine! LOL
http://papermau.blogspot.com/2012/11/gangnam-style-machine-automata.html
easy:
I think every aspect of this one is relatively easy.
hard:
none
inspired or not by others:
Yes. Jeannette’s athlete looked surprisingly cute. I thought it would be boring when I was looking at the template on the book. And all the enthusiastic alterations were really cool.
another thing:
USB Battery Pack works really responsive, it has no problem with Arduino code and hardware but you have to press the restart button if the motor stops for more than, in my case, 6 seconds. So I guess it’s not proper to use if the toy is designed to be fully turned off when the user is not near it. Maybe we could use a forever lit LED to keep the circuit running but it’s kind of a waste.
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