20240016740. MEDICAL TREATMENT DELIVERY SYSTEM EMPLOYING SUBCUTANEOUS IMPLANTS FOR SUSTAINED MEDICATION RELEASE simplified abstract (Unknown Organization)

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MEDICAL TREATMENT DELIVERY SYSTEM EMPLOYING SUBCUTANEOUS IMPLANTS FOR SUSTAINED MEDICATION RELEASE

Organization Name

Unknown Organization

Inventor(s)

David Lee Allen of Union OH (US)

Josette Marie Allen of Union OH (US)

Peter McDuffie White of Bonham TX (US)

MEDICAL TREATMENT DELIVERY SYSTEM EMPLOYING SUBCUTANEOUS IMPLANTS FOR SUSTAINED MEDICATION RELEASE - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240016740 titled 'MEDICAL TREATMENT DELIVERY SYSTEM EMPLOYING SUBCUTANEOUS IMPLANTS FOR SUSTAINED MEDICATION RELEASE

Simplified Explanation

The patent application describes a comprehensive addiction treatment method that utilizes a medication delivery system of subcutaneous implant of micro-pellets in patients. This treatment method also incorporates an advanced video communication system with various identification methods such as facial recognition, voice recognition, and/or recognition of an RFID microchip implanted in a patient. The identification data is transmitted over the internet to a secure server database, which initiates a computer program to stream video content, computer-generated communication, and/or live video to an audio-visual system. This system is capable of displaying a life-size video image of a live caregiver or a computer-generated avatar of a caregiver within a three-dimensional setting, enabling real-time two-way communication with apparent eye contact.

  • The patent application proposes a comprehensive addiction treatment method using subcutaneous implant of micro-pellets for medication delivery.
  • The treatment method incorporates an advanced video communication system for remote patient care.
  • The video communication system utilizes identification methods such as facial recognition, voice recognition, and RFID microchip recognition.
  • Identification data is transmitted over the internet to a secure server database.
  • The server initiates a computer program to stream video content, computer-generated communication, and/or live video to an audio-visual system.
  • The audio-visual system can display a life-size video image of a live caregiver or a computer-generated avatar within a three-dimensional setting.
  • The system enables real-time two-way communication with apparent eye contact.

Potential Applications

  • Remote addiction treatment and counseling
  • Telemedicine for patients with substance abuse disorders
  • Virtual therapy sessions for individuals in recovery programs
  • Support for patients in rural or underserved areas without easy access to addiction treatment centers

Problems Solved

  • Overcoming geographical barriers to addiction treatment
  • Enhancing patient engagement and adherence to treatment plans
  • Providing personalized and interactive care remotely
  • Improving access to addiction treatment for marginalized populations

Benefits

  • Increased accessibility to addiction treatment services
  • Real-time and immersive communication between patients and caregivers
  • Enhanced patient engagement and motivation
  • Improved treatment outcomes through personalized care and support


Original Abstract Submitted

a comprehensive addiction treatment method with a medication delivery system of subcutaneous implant of micro-pellets in patients, which may include a method of identification at an advanced video communication system through facial recognition, voice recognition and/or a recognition of an rfid microchip implanted in a patient. the identification will be transmitted over the internet to a database at a secure server to initiate a computer program to stream video content, computer generated communication and/or a live video to be transmitted to an audio-visual system that may be capable of displaying a life-size video image of a live caregiver or a computer generated avatar of a caregiver within a three dimensional setting for real time two-way communication with apparent eye contact.

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