1. Learn about my products through the video
2.Materials:
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Instruction:
https://www.instructables.com/Minecraft-Game-Life-bar/
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3.Circuit Diagram and Code
4.Making process
Simple script and storyboard：
1. MC Reality Life bar
2.Form？
3.Video
My video is like the feeling of MC crossing into reality, I first in the game, and then back to reality to find the blood bar falling, after sleeping to add blood, drink more water, and finally I can carry 64 logs
4. Google doc:
https://docs.google.com/document/d/1ATujKl3lJTGv8x4uvF3yXTHZ0zIpTO8POTQNWvUVFz4/edit?usp=sharing
1. Just cool, flexible sensor finger sleeves, remote control interaction effects、
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2. Sing as soon as you take a shower
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3. Correct the fitness posture of the camera, easy to fix
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4. Lifebar, just like to punch a BOSS
4.2 Drink water reminder
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Why I did this?
Because I like this. I think it’s really COOL!
I think the essence of LED is movement, and the light effect produced by combining with different materials. And the size of the area is also important
I stuck my hand between the handle and the acrylic sheet, hiding wires and circuits and batteries in my sleeve. But there are no pockets in my costume, so I have no place to put my phone.
I learned that acrylic sheets need to be tested for sculpting. Where the wires can’t be soldered, I bend them into a hook shape and hook them together before soldering. The length of the wire and the relative position of each component need to be planed.
If I did it again, I wanted to make the acrylic cleaner, make the handles as transparent as possible, and leave room for battery replacement (because this time I taped the battery case completely to prevent my clothes from interfering).
3. Materials used:
2 12*12 inch acrylic sheet
1 m Neopixel RGB strip
Button
Gemma Circuit Board
3D printed handle (PETG)
Battery case and 3 # 7 batteries
Wire, welding wire, hot glue, rubber tube, super glue
4.Circuits and codes
5. Process
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Doctor Strange’s magic circle
Doctor Strange can use the array as a shield, I think the picture is very representative.
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Arduino technique(s)
The LED belt is controlled by Arduino around the shield, and the color change and sequence of lighting are controlled by a button (imagined).
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Materials and parts you’re using
LED RGB light strip (have before)
Acrylic plate (bought 1/16 “12*18”)
Battery case (already)
Hand card slot (planned to 3D print)
Bearing (still looking)
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Circuit diagram
The circuit may be so, the code is still uncertain
Short video of your NeoPixel circuit:
A link to my public Tinkercad Circuit running your custom NeoPixel code:
https://www.tinkercad.com/things/eGa5Hfq3seu
1.”Ghost alarm clock”
2. FOR WHAT
Suitable for reminding children to sleep at night.
Give it a punch and go to sleep at peace.
3. Description of materials and parts used
Two batteries, two LEDs, two 100Ω resistors, several wires
Cotton, cloth, etc…
4. Circuit diagram
5. Description of your journey through this project, for example:
In this project, I sewed the doll and soldered LEDs by myself, which was a great sense of accomplishment.
I don’t feel tired doing interesting things. Very interesting
6. In-progress images
All the videos are here.
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Photo of my prototype.
image of my pattern.
My product is for some people who always breaks the alarm clock by accident.
Remind children of bedtime, you can fight ghosts to sleep at ease
I plan to use 10 LEDs and speakers
Images of my three early brainstorm sketches
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What I teardown is the Fujifilm Instax 210 Instant Camera Black.
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INSTAX 210 Camera – With its rounded shape, easy-to-hold side grip, and fingertip controllable composite control panel, the instax 210 offers vivid, high-quality prints almost instantly. Its automatically-adjusting flash, high-resolution retracting lens and big clear viewfinder add up to unsurpassed performance.
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Finally we get all the parts, most of which are made of plastic, supplemented by glass and metal. Manufacturing is mainly achieved by injection molding and molds.
[MB8998-3] Chips: 8-bit Proprietary Microcontroller
The MB89980 series is a line of the general-purpose, single-chip microcontrollers. In addition to a compact instruction set, the microcontrollers contain a variety of peripheral functions such as an LCD controller/driver, an A/D converter, timers, remote control transmission output, buzzer output, PWM timers, and external interrupts.
[s93c46A] Chips: Description CMOS SERIAL E2PROM
[LB1836] Chips: Motor Driver IC
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TWO POINTS: