RGB LED Shutter Shades | A Fun and Flashy Project
RGB LED shutter shades are the new must-have accessory for any party, festival or rave. These glasses, inspired by the 80s, are adorned with small RGB LED lights that create a light show that is guaranteed to get you noticed. The glasses have a shutter mechanism which allows you to control the amount of light that enters your eyes, adding a cool and mesmerizing effect to your movement. These flashy accessories have become a popular trend among fashion and tech enthusiasts alike. From music festival goers to fashion enthusiasts, everyone seems to love these colorful and lively shutter shades. Here we take a look at a DIY project by [splat238] that shows how you can create your own RGB LED shutter shades.
The RGB LED Shutter Shades Project
[splat238] has created an excellent step-by-step tutorial on how to build your own RGB LED shutter shades. These glasses are made using 3D printing technology and are powered by an Arduino board. RGB LED strips are used to light up the glasses, and the color and patterns can be controlled by the user. The shutter mechanism is operated with the help of a servo motor. The motor is connected to the lever which controls the shutters. The glasses are also equipped with a rechargeable battery, making them highly portable.
The Project Materials
To build these glasses, you will need the following materials:
- Arduino Board
- Adafruit Neopixel RGB LED Strip
- Servo Motor
- Lithium Polymer Battery
- 4 AA Batteries
- 3D Printing Pen
- Wire
- Shutter Shades
Step-by-Step Guide
Here is a step-by-step guide to building your own RGB LED shutter shades:
Step 1: Design and 3D print the frame
Use a 3D printing pen to create the frame for the glasses. You can design the frame yourself or use an existing design from online.
Step 2: Cut and install the neopixel LED strips
Cut the neopixel LED strips to the appropriate length and install them around the frame of the glasses. Connect the LED strips to the Arduino board.
Step 3: Install the servo motor
Install the servo motor onto the glasses, making sure that it is properly aligned with the shutter mechanism.
Step 4: Connect the servo motor to the Arduino board
Connect the servo motor to the Arduino board using wire. Make sure to follow the proper wiring diagram and code.
Step 5: Install the battery
Install the Lithium Polymer battery onto the glasses. Connect the battery to the Arduino board using wire.
Step 6: Test the RGB LED shutter shades
Test the glasses to ensure that they are working properly. Make sure that the shutter mechanism is correctly controlled by the servo motor.
Naphthol AS Safety Precautions and Uses
Naphthol AS is a type of dye that is used for coloring fabrics. It is not safe to handle in its concentrated form, and caution must be taken when using it. Here are some safety precautions to keep in mind:
1. Wear protective gloves and goggles when handling Naphthol AS.
2. Avoid breathing in the dust from the dye.
3. Do not ingest or apply the dye directly onto the skin.
4. Dispose of any fabric scraps and spilled dye appropriately.
Naphthol AS can be used for a variety of fabric dyeing purposes. It can be used to create vibrant and long-lasting colors on cotton and silk fabrics. The dye can be mixed with different agents to create unique effects such as batik, tie-dyeing, and screen printing. Naphthol AS is also commonly used in the textile industry for large scale dyeing purposes.
In conclusion, creating your own RGB LED shutter shades is an exciting project that combines technology and fashion. With its step-by-step guide, anyone can build their own pair of glasses and stand out in the crowd. However, it is important to note that safety precautions must be taken when working with materials such as Naphthol AS. Always read and follow the instructions carefully, and take appropriate measures to protect yourself and others.