MEDASSIST-SMART MEDICAL BOX FOR BLIND

Abstract

This patent application describes a groundbreaking Smart Medical Box designed to cater to the needs of visually impaired individuals. The system comprises three compartments, each equipped with a programmable flap that automatically opens at scheduled times in the morning, afternoon, and evening. The mechanism is orchestrated by servo motors controlled by a NodeMCU, enhancing accessibility and independence for the visually impaired. Additionally, the integration of a web server facilitates remote management, allowing users to regulate the opening and closing operations of the compartments through a user-friendly interface. MedAssist represents a significant stride in leveraging technology to empower the visually impaired community in managing their medication schedules effectively. By merging smart technology with a user-centric approach, MedAssist not only enhances medication adherence for the visually impaired but also fosters a sense of autonomy in their daily lives.

Specification

FORM 2 THE PATENT ACT 1970
(39 of 1970)
The Patents Rules, 2003 /COMPLETE SPECIFICATION
(See section 10 and rule 13)
1. TITLE OF THE INVENTION- MedAssist-Smart Medical Box for Blind
2. APPLICANT (S)
. 1. (a) NAME: Dr. Shilpa Meenor Lambor
(b) NATIONALITY: Indian
(c) ADDRESS: Vishwakarma Institute of Technology, 666 Upper Indira Nagar,
Bibwewadi, Pune-411037
. 2. (a) NAME: Durvesh Ajay Chaudhari
(b) NATIONALITY: Indian
(c) ADDRESS: Vishwakarma Institute of Technology, 666 Upper Indira Nagar,
Bibwewadi, Pune-411037
3.(a) NAME: Ganesh Ashok Thorat
(b) NATIONALITY: Indian
(c) ADDRESS: Vishwakarma Institute of Technology, 666 Upper Indira Nagar,
Bibwewadi, Pune-411037
4.(a) NAME: Mayank Dhananjay Kulkarni
(b) NATIONALITY: Indian
(c) ADDRESS: Vishwakarma Institute of Technology, 666 Upper Indira Nagar,
Bibwewadi, Pune-411037
5.(a) NAME: Rushikesh Nitin Tanpure
(b) NATIONALITY: Indian
(c) ADDRESS: Vishwakarma Institute of Technology, 666 Upper Indira Nagar, Bibwewadi, Pune-411037
6.(a) NAME : Sanket Devanand Kulkarni
(b) NATIONALITY: Indian
(c) ADDRESS: Vishwakarma Institute of Technology, 666 Upper Indira Nagar, Bibwewadi, Pune-411037

3.PREAMBLE OF THE DESCRIPTION
The "MedAssist-Smart Medical Box for Blind" project introduces a groundbreaking system designed to address the challenges visually impaired individuals face in managing medication regimens. The system comprises three compartments, each equipped with programmable flaps that open automatically at scheduled times, facilitated by servo motors controlled by a NodeMCU. The integration of a web server allows for remote management, empowering users to regulate the opening and closing operations of the compartments through a- user-friendly interface. Additionally, the system includes an innovative aspect-automatic pill ordering, streamlining medication management by autonomously placing orders for refills when supplies are depleted. The project prioritizes user feedback, aiming to enhance accessibility and usability, and it signifies a significant advancement in leveraging technology to empower visually impaired individuals in managing their medication schedules effectively.

4. Description
4.1 Field of the Invention
The present invention advances the field of IoT-based Medical and Healthcare systems by addressing the issues associated with existing pill consumption procedures. Using technologies such as IoT devices, sensors, and web based platform, the innovation provides a smart and automated solution for timely consumption of pills.
4.2 Background of the Invention
The document provides an in-depth exploration of the "MedAssist - Smart Medical Box for the Blind" project. The project aims to address the challenges faced by visually impaired individuals in managing medication regimens by introducing a comprehensive and technologically advanced system. It comprises three compartments, each equipped with programmable flaps that open automatically at scheduled times, facilitated by servo motors controlled by a NodeMCU. The integration of a web server allows for remote management, empowering users to regulate the opening and closing operations of the compartments through a user-friendly interface. Additionally, the system includes an innovative aspect-automatic pill ordering, streamlining medication management by autonomously placing orders for refills when supplies are depleted. The project prioritizes user feedback, aiming to enhance accessibility and usability, and it signifies a significant advancement in leveraging technology to empower visually impaired individuals in managing their medication schedules effectively. The document also includes a literature review, methodology, results and discussion, future scope, and a conclusion, providing a comprehensive overview of the project.
4.3 Objectives of the Invention
♦ Improve medication adherence for visually impaired individuals by providing a
system with: Automated compartments that open at scheduled times for easy access to
medication. Audible reminders to alert users when it's time tolake'their medication"
♦■ Improve medication adherence for visually impaired individuals by providing a system with: Automated compartments that open at scheduled times for easy access to medication. Audible reminders to alert users when it's time to take their medication.
♦ Increase user-friendliness and accessibility for visually impaired users with features
like: Tactile and auditory cues for ease of interaction. A simple and accessible web
interface.
4.4 Advantages of Invention
♦ Enhanced Medication Adherence: The system's automated flap control mechanism, integrated with tactile and auditory cues, ensures reliable and timely medication access, promoting adherence to prescribed schedules.
♦ Remote Accessibility and Control: Integration with a web server enables users to remotely monitor and customize medication schedules, fostering independence and convenience for visually impaired individuals and their caregivers.
♦ Autonomous Pill Replenishment: The system's capability to autonomously monitor
medication levels and initiate orders for refills streamlines the medication

replenishment process, enhancing autonomy and reducing the burden of managing medication supplies.
♦ User-Centric Design and Validation: The project prioritizes user feedback, resulting in a user-friendly interface, audible cues, and customizable features validated through user testing, ensuring that the system meets the specific needs of visually impaired individuals.
♦ Empowerment and Inclusivity: By leveraging technology to empower visually impaired individuals in managing their medication schedules effectively, the project exemplifies inclusive healthcare technology, fostering autonomy, well-being, and social integration within the visually impaired community.
4.5 Summary of the Invention
The "MedAssist - Smart Medical Box for the Blind" project introduces a comprehensive system designed to enhance medication adherence for visually impaired individuals. It comprises three compartments with automated flaps for medication access, controlled by servo motors and a NodeMCU. The system integrates a web server for remote management and features an automatic pill ordering system. The project prioritizes user feedback and aims to empower visually impaired individuals in managing their medication schedules effectively. It represents a significant advancement in leveraging technology to enhance healthcare accessibility.
The system comprises three compartments, each equipped with a programmable flap that automatically opens at scheduledtime in the morning, afterrnoon, and evening, orchestrated
4.6 Brief Description of the drawing:


by servo motors controlled by a NodeMCU, enhancing accessibility and independence for the visually impaired.
Integration of a web server facilitates remote management, allowing users to regulate the opening and closing operations of the compartments through a user-friendly interface, and an automatic pill ordering system streamlines medication management by autonomously niacins orders for refills when supplies are depleted.

The project prioritizes user feedback, aiming to enhance accessibility and usability, and it
signifies a significant advancement in leveraging technology to empower visually impaired
individuals in managing their medication schedules effectively.
The system's methodology involves a systematic and comprehensive approach, encompassing hardware and software components, with a focus on reliability, accessibility, and user-friendliness.
The project's success lays the groundwork for future enhancements, such as advanced accessibility features, machine learning integration, and expansion of connectivity through IoT ecosystem integration.
The project's future scope includes the incorporation of advanced accessibility features, machine learning algorithms, and expansion of connectivity through IoT ecosystem integration, as well as customizable medication profiles, gamification elements, and integration with telehealth services.
The project emphasizes continuous user feedback, iterative development, and adherence to global accessibility standards, ensuring ongoing success and relevance in the field.

4.7 Detailed Description of the drawing:
The Project aims to enhance medication adherence for visually impaired individuals.
The system comprises three compartments, each equipped with a programmable flap that automatically opens at scheduled times in the morning, afternoon, and evening, orchestrated by servo motors controlled by a NodeMCU, enhancing accessibility and independence for the visually impaired.
Integration of a web server facilitates remote management, allowing users to regulate the opening and closing operations of the compartments through a user-friendly interface, and an automatic pill ordering system streamlines medication management by autonomously placing orders for refills when supplies are depleted.
The project prioritizes user feedback, aiming to enhance accessibility and usability, and it signifies a significant advancement in leveraging technology to empower visually impaired individuals in managing their medication schedules effectively.
The system's methodology involves a systematic and comprehensive approach, encompassing hardware and software components, with a focus on reliability, accessibility, and user-friendliness.
The project's success lays the groundwork for future enhancements, such as advanced accessibility features, machine learning integration, and expansion of connectivity through IoT ecosystem integration.
The project's future scope includes the incorporation of advanced accessibility features, machine learning algorithms, and expansion of connectivity through IoT ecosystem integration, as well as customizable medication profiles, gamification elements, and integration with telehealth services.
The project emphasizes continuous user feedback, iterative developmehf, and adherence to global accessibility standards, ensuring ongoing success and relevance in the-field.
The system's hardware setup includes three compartments for morning, afternoon, and evening medications, each with a servo motor-controlled flap for automated access, and the NodeMCU serves as the central microcontroller, interfacing with servo motors and facilitating communication with the web server for remote control.
The project's results demonstrate robust and reliable performance across extensive testing scenarios, maintaining consistency in flap operations, web server communication, and autonomous pill replenishment, with fail-safes addressing potential error scenarios, ensuring system resilience in practical usage.
The project's future trajectory emphasizes avenues for improvement, innovation, and broader impact, including the incorporation of advanced accessibility features, machine learning algorithms, and expansion of connectivity through IoT ecosystem integration, as well as customizable medication profiles, gamification elements, and integration with telehealth services.
The project's conclusion highlights the transformative potential of technology in advancing inclusive healthcare practices, emphasizing the empowerment of visually impaired individuals and the project's role in .inspiring a future.

5. CLAIMS
I/We claim that
1) The project is a groundbreaking system designed to cater to the unique needs of visually impaired individuals in managing their medication regimens.
2) The system comprises three compartments, each equipped with a programmable flap that automatically opens at scheduled times, enhancing accessibility and independence for visually impaired individuals.
3) The integration of servo motors and a NodeMCU ensures precise and reliable flap operations, providing tactile and auditory cues to aid visually impaired users.
4) The system prioritizes user feedback, resulting in a user-friendly interface, audible cues, and customizable features validated through user testing.
5) The system's autonomous pill ordering feature streamlines medication management by automatically placing orders for refills when supplies are depleted.

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