### **Final Report: Development of Multifunctional Technological Glove with Mini

### **Final Report: Development of Multifunctional Technological Glove with Mini Computer System, Sensores Integrados e Electromagnetic Pulser** --- ## **1. Project's goal** Develop a multifunctional technological glove with the following functionalities: - Charging mobile devices. - High resistance to impacts and extreme temperatures. - Bullet protection. - Lightness and aesthetic design. - Self-defense system. - Electromagnet for handling heavy metal objects. - Titanium multifunctional claw. - Integration with a mini computer system (Raspberry Pi 4) and sensors to optimize performance and control. - **Electromagnetic Pulser** for temporary deactivation of electronic devices within a radius of 3 meters. --- ## **2. Features and Specifications** ### **2.1. Integrated Power Bank** - **function:** Charge mobile devices like a portable power bank. - **tecnology:** High capacity lithium battery, compact and lightweight. - **wireless charging (Qi):** Wireless charging included for added convenience. ### **2.2. Resistance to Impacts and Extreme Temperatures** - **materials:** - **Kevlar:** For impact and bullet resistance. - **grafeno:** Exceptional resistance and thermal protection properties. - **Composite Fabrics:** Combination of resistance with lightness. - **Layered Design:** - **Outer layer:** material resistente a impactos (Kevlar or carbon fiber composites). - **Inner Layer:** material isolante contra calor e frio extremos (aerogel or advanced thermal insulators). ### **2.3. Bulletproof** - **material:** Composition of Kevlar with ceramics or light metals. - **Structural Design:** Dispersion of impact to minimize force transferred to the user. ### **2.4. Lightness and Aesthetic Design** - **materials Leves:** Use of carbon fiber and high-strength polymers. - **ergonomic design:** Balanced distribution