Jinny’s Final Project

Project description:

My topic is digital faith, how is the digital changing the way we believe?Will our faith continue to exist in a more digital age, and will people create new digital gods? Or make a pilgrimage to a digital screen?

I made up a digital Buddha.Insert the electronic incense into the incense burner, and the machine will print the result of your request.

Video:

Parts, Tools, Supplies:

Arduino uno/ Print module / Power supply 12v /Photoelectric module/ Soldering iron & solder / Wire strippers/ USB A-B cable/Dupont wire

Code:

Circuit Diagram:

Design style:

Production process:

  1. Design the shape of electronic Buddha and Incantation paper,and make each part of the entity
  2. Welding screen and put the electronic Buddha on my screen
  3. Weld each part according to the circuit diagram(connected each component (Photoelectric module and Print module) to the circuit board with wires respectively)
  4. Enter the code
  5. Debug the picture code and debug its rendering effect in the print module
  6. Test the code
  7. Upload the final code
  8. Use wood to make boxes for sticking incense and to make boxes for printing parts
  9. Assemble the circuit into the case of each component

①Fabrication circuit

②Manufacture wooden box

Final product diagram:

Instructable link:

https://www.instructables.com/Digital-Buddha-Installation/

Jinny ’s Final work progress☯️

I will continue with my Cyber Buddhist niche

I drew my storyboard in more detail

(It could be making a shrine and putting a screen in it, or it could be using a TV)

Cyber Buddhist niche style design:

I drew a design of a Buddha statue that will be projected onto the screen

I drew a printed Incantation paper:

(I will choose whether the charm is black or white based on the print effect of the printer)

prototype and circuit:

#include “HPD482.h” // Printer header file

#include “picture.h” // Image data to be printed

HPD482 printer = HPD482(); // Instantiate the printer module

void setup() {
pinMode(13, OUTPUT); // LED

// Printing starts here *//
printer.Print_SetDeep(8); // Set print color depth (used to modify print color depth, not necessary to set every time, already in the initialization, this line can be omitted)
printer.Print_Lines(5, 2); // Print 5 dashed lines with a spacing of 2mm
printer.Motor_Run(24, 0); // Rotate the stepper motor by 24/8=3mm for paper feed

printer.Print_Img2Lcd(0, (u8)Image, 1); // Print the image at coordinates 0 printer.Print_Img2Lcd(20, (u8)Image, 1); // Print the image at coordinates 20
printer.Print_Img2Lcd(44, (u8)Image, 1); // Print the image at coordinates 44 (the part exceeding the print range will be cropped) //* Printing ends //
}

void loop() {
if (digitalWrite(13) == 1) {
printer.Print_Img2Lcd(44, (u8*)Image, 1); // Print the image at coordinates 44 (the part exceeding the print range will be cropped)
}
}

Instructable link:

https://www.instructables.com/preview/E84OSMBLP8CJ7FX/

Google Doc:

https://docs.google.com/document/d/14P15nyfHn5E__6BFYVOq32yIpIK7rnOBctmEpH_VaYA/edit

Jinny’s Final device design progress☯️

Theme :Cyber Buddhist niche

My topic is digital faith, how is the digital changing the way we believe

Kneel on the mat in front of the electronic shrine, then insert the electronic incense into the incense burner, and the machine will print the result of your request

Cyber Buddhist niche style design:

I drew a design of a Buddha statue that will be projected onto the screen

Materials required(BOM):

press sensor, vibration sensor, printing module

Circuit diagram and code:

The press sensor controls the mat, the vibration sensor controls the electronic incense, and the printing module controls the final printed ticket

It’s so complicated! There are really three interactive parts, which is really difficult. In the follow-up production, if it is too difficult, I may reduce one interactive part, so maybe remove the induction of kneeling or the part of burning incense.

(Of course, if I have the ability, I will complete all three interactive parts)

Jinny ‘s final project ideas

1:Slot machine Help you choose

Designed for me who chooses phobia—When you need to make a choice, go to the category you want to make a choice on the machine, like “What to eat,” “What to wear,” and then tap the top of the slot machine, and the slot machine will help you make a choice

2: Coin sorting + counting piggy banks

As a newcomer to the United States,I can’t remember the denomination of each coin, and I was eager to find out how much my coins added up to, so I needed a piggy bank. It can automatically sort the denomination of coins and calculate the total, and the savings calculation is very practical.

3: Office chair that vibrates

Work or study sitting too long is not good for your health, there is a timer on the chair, when you sit and study for many hours without getting up, the chair will vibrate and swing and light up the red light, indicating you: hurry up and rest for a while

Jinny – The final of Halloween 🎃

Why I made it:

I have chosen Camera Man as my Halloween theme.

The origin of the camera man is a viral animated short video from YouTube

I really like the brainwashing animation effect of this video, and this design is very suitable for combining lighting. Installing lighting is like a real surveillance camera.


How to hold it:

Material shopping list:

Carton board

Transparent plastic sheet

White and Black paint

LED light strip

  • Outer diameter: 44.5mm / 1.8″;
  • Inner diameter: 31.7mm / 1.2″

(Lamp strip to be used:https://www.adafruit.com/product/1463

Wire

battery box

Complete suit

———————————————————————————-

Last time, I completed the lighting section and the general design

1.Upload the circuit to the circuit board and close the lighting box(Expose the switch outside)

2.Wrap a layer of tape around the edges of the paper box to hide traces of manual cutting and folding

3.Color the headband

4.Add some decorations (wires) to show the feeling of the monitoring head being plugge in

Final result:

Halloween Day:

What you would do differently if you had to do it over again:

1.Make the headband smaller so it fits me better and has better control

2.Replace the front screen with a black transparency board (my transparency board is still being shipped and has not arrived)

Jinny Halloween Production progress🎃👻

Continue production of the headwear part

Make a base for the hood

Reinforce the part used to clamp the head and make a double-layer structure

Installing a transparent baffle

LED light strip

  • Outer diameter: 44.5mm / 1.8″;
  • Inner diameter: 31.7mm / 1.2″

(Lamp strip to be used:https://www.adafruit.com/product/1463

Welding wires:

Create Code:The red and white lights simulate the feeling of being illuminated by the surveillance camera

Code successfully ran:

Display Video:

Production of monitoring light emitting parts:

Cutting of circular transparent baffle

Making rollers and baffles

Glue and trim shapes

Place the glowing LED light ring into the monitoring head:

Display Video :

Jinny’s Halloween Final Idea 🎃

Final idea:

Material:

Carton board

Transparent black plastic sheet

White and Black paint

LED light strip

  • Outer diameter: 44.5mm / 1.8″;
  • Inner diameter: 31.7mm / 1.2″

(Lamp strip to be used:https://www.adafruit.com/product/1463

Wire

battery box

Complete suit

Production progress:

1.Cut the side of the monitoring head out of the cardboard

2.Make bottom surface

3.Make the side facing forward

4.Make the slot for the head

5.Making the top cover

6.Raise the interior of the top cover+Fixed top cover

7.try on

LED design scheme

LED light circle emits red light and then white light-Simulate the lighting effect monitored by surveillance cameras

Tinkercad link:

https://www.tinkercad.com/things/2LNKiK57oPS?sharecode=KtO6puliJ8ZjsL72h6gmWmYd2NwGsdVDVRzPIZPjFts

Effect demonstration

Jinny Homework Exercises Led and Halloween

Connection steps⬆️

1⃣️Original:

2⃣️Try some new things:

work link:https://www.tinkercad.com/things/5ksEIBXBzVF-homework-after-class/editel

Halloween Costume Ideas

idea 1:

The monitor camera man

A viral short video from YouTube featuring a unique visual effect, meaningless nature, and relatively short playback time, the monitor camera man has become a novelty Internet meme

As a monitor for the character’s head, I will use EVA board or thick cardboard for the production of the head. I will stick a black transparent cardboard on the screen and add it inside ⭕ A type of LED light strip, simulating the light circle in the monitor camera.

idea 2:

Albert

From the famous puzzle escape game — Rusty Lake

In an unfortunate family like ‘One Hundred Years of Solitude’, Albert personally killed the butterfly from his childhood and began his terrifying journey of revenge

I will make a paper mask that can be worn on my face, and make a knife with a glowing butterfly on it. Below the butterfly, red cloth will be used to make blood stains.

idea 3:

Sunshine

From the best selling horror electronic games— Five Nights at Freddy’s: Security Breach

Overlord and terrifying daycare – ‘Sunshine’ will be a terrifying character in Halloween

I will use cardboard newspaper and tissue to make it and color the face. The face can rotate and the sunlight part can stretch. I will make a paper mechanism that pulls and stretches.

Jinny’s felt cloth luminous night light

The “Fish Illuminating the Night” is designed for the baby

Can be hung on the crib as a companion for babies to sleep with

Inspiration Story: The underwater world is pitch black and mysterious, with little stars trembling and hiding by the coral. Suddenly, a little light came from afar, illuminating the blue sea as it approached. Little Star curiously asked, “How did you bring the sun to the bottom of the sea!”

Materials: cotton, felt, small light bulbs, wires, and battery packs.

In this project, I attempted to sew LED lights into plush toys to make them a night light.

1.Draw the pattern and staple it onto the fabric with a needle

2.Sewing facial features

3.Cutting and Sewing of Overall Shape

4.Reverse fabric+Completion of the toy fabric section

5.Connecting LED lights

6.Production of lamp coverings

7.suture

8.Filling cotton and stitching openings

9.Finish