New Face Masks Mirror the Movement of the Wearer's Mouth
Grace Mahas — June 10, 2020 — Tech
Tyler Glaiel is a programmer who recently launched an innovative mask that helps people showcase their emotions while wearing a mask. The concept, a new voice-activated LED mask, uses lights to mimic the natural movement of the mouth when speaking.
Glaiel launched detailed instructions with photos and step-by-step guidance to show other creators how to make their own LED mask at home. Users will need a flexible 8x8 LED matrix, an Arduino Nano microcontroller, an Electret Microphone, a 9V battery connector, a 9V to 5V converter, a 330Ω resistor, electrical tape, wires, and fabric. In addition, users show have a soldering kit, wire cutters, screwdrivers, pliers, and scissors to create their own masks.
Image Credit: @Tyler_Glaiel/ Instagram
Glaiel launched detailed instructions with photos and step-by-step guidance to show other creators how to make their own LED mask at home. Users will need a flexible 8x8 LED matrix, an Arduino Nano microcontroller, an Electret Microphone, a 9V battery connector, a 9V to 5V converter, a 330Ω resistor, electrical tape, wires, and fabric. In addition, users show have a soldering kit, wire cutters, screwdrivers, pliers, and scissors to create their own masks.
Image Credit: @Tyler_Glaiel/ Instagram
Trend Themes
1. Voice-activated LED Masks - Create interactive face masks that mirror the wearer's mouth movement using voice-activated LED technology.
2. DIY LED Mask Creation - Provide detailed instructions and guidance for creators to make their own LED masks at home, opening up opportunities for customization and personalization.
3. Emotive Face Coverings - Develop masks that help people express emotions and communicate effectively while adhering to safety measures.
Industry Implications
1. Fashion and Apparel - Explore the integration of technology and fashion in creating custom LED masks that can be a new trend in face coverings.
2. Electronics and Wearables - Combine voice recognition, LED technology, and microcontrollers to create innovative face masks that respond to wearer's speech.
3. DIY and Maker Movement - Tap into the growing DIY culture by providing resources for individuals to create their own LED masks, enabling them to express their creativity and individuality.
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