A facial protector with utility patent under IPC classification A41D 13/11; A62B 7/04, of the type that includes an oxygen injector, a carbon dioxide (CO₂) extractor, tubes with micro metallic meshes embedded in an electrically conductive viscous liquid, an eye-protecting visor, an airtight mask covering the nose and mouth, and a pair of fasteners.

It features two tubes with micro metallic meshes embedded in the conductive liquid—one connected to the oxygen injector and the other to the CO₂ extractor. Their operation is switched or synchronized via a microprocessor to replicate breathing cycles during various physical activities performed by the user. Due to their composition and function, these tubes allow for the destruction of viruses and other pathogens, with the electrical charge and cycles controlled by the microprocessor.

The protector includes an eye visor that self-disinfects through UV-C ultraviolet light. The UV-C system is installed within the visor material, and the entire structure is disinfected via convection. The frequency or wavelength of the UV-C light is also managed by the microprocessor.

Power is supplied through a universal port for battery charging, and to enhance autonomy, the mask may incorporate photovoltaic cells in its external structure.

All system operations can be programmed and monitored remotely via the internet or Bluetooth using a cell phone or laptop.

Let me know if you’d like to rephrase this for a patent application, a pitch deck, or a technical spec—I'm ready to dive in with you. 

Applications in Medicine

1. Healthcare Personnel Protection
   • Prevents infections from respiratory viruses such as COVID-19, influenza, or tuberculosis.
   • Ideal for doctors, nurses, and technicians in high-risk environments like ICUs, emergency rooms, or operating theaters.
   • The UV-C self-disinfection system reduces the need for frequent manual cleaning.
2. Real-Time Respiratory Monitoring
   • The breathing sensor enables tracking of the user's respiratory patterns.
   • Useful for detecting early signs of respiratory insufficiency or fatigue during long medical shifts.
   • Can be integrated with telemedicine platforms for remote monitoring.
3. Use in Immunocompromised Patients
   • Protects individuals with weakened immune systems (e.g., oncology, transplant patients, HIV).
   • The active filtration system helps minimize exposure to environmental pathogens.
4. Applications in Surgery and Dentistry
   • Prevents cross-contamination during invasive procedures.
   • The visor with UV-C disinfection protects the user's eyes and maintains clear visibility.
5. Isolation or Quarantine Environments
   • Suitable for personnel entering isolation zones to reduce infection risks.
   • Remote control via Bluetooth or internet allows adjustment of parameters without direct contact.
6. Clinical Research and Development
   • The system can collect data such as respiratory rate, body temperature, and electrostatic charge.
   • These metrics are valuable for clinical studies on respiratory health and biosafety.