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this ppt represent the smart medicinal box

1. ABSTRACT This study introduces an AI-powered automated medicine dispenser for enhancing medication adherence among patients and the elderly. Using Node MCU8266 and WiFi connectivity, the device sets medication schedules via a website. At scheduled times, notifications are sent to users, prompting medication intake. Sensors detect user interaction, triggering medication dispensing. In cases of uncollected medication, reminders are issued. This innovative solution offers a convenient and effective approach to medication management and patient care.

2. INTRODUCTION: Studies show that many people irrespective of age become forgetful when it comes to consuming medicines. This, seen mostly in the elderly, leads to many other life risks. This is where medicine dispensers come into play. There are different types of dispensers all of which are just implemented using solid medicines. Most of them are jut simple with no reminders etc. This paper proposes a dispenser that can dispense both solid medicine, has an app integrated with it and helps to set alarms

3. LITERATURE REVIEW A COMPREHENSIVE APPROACH FOR A SMART MEDICATION DISPENSER : By abdallah kassem , wissam antoun , mustapha hamad and chady el-moucary : the main purpose of the proposed system is to help patients, mainly seniors and elderly people, take their medications on time in an easy manner without the possibility of skipping pills and thus reducing the risk of accidental over/under dose treatment 2. IMPROVING HEALTHCARE USING SMART PILL BOX FOR MEDICINE REMINDER AND MONITORING SYSTEM: By Diaa Salama, Abdul Minaam : this paper consists on the conception, design and creation of a pillbox prototype intended to solve the deficiency in the medical area as it has the ability of sorting out the pills by itself.

4. Problem Definition: Develop an automated medicine dispenser to assist patients and elderly individuals in adhering to their medication schedule. The device will dispense medication at scheduled times, send notifications for medication intake, detect user interaction, and issue reminders for uncollected medication.

5. 3D model of medicinal box:

6. Solid Works Model Video :

7. Methodology for Automated Medicine Dispenser: 1. Design and Assembly: Create physical structure with compartments, motors, sensors, and NodeMCU8266. 2. Programming and Wi-Fi Connection: Develop firmware for NodeMCU8266 to control dispenser and connect to Wi-Fi. 3. Setting Time Schedule: Users input schedule on website, data communicated to NodeMCU8266. 4. Automated Dispensing: NodeMCU8266 activates dispensing mechanism based on schedule, synchronized with internet time. 5. Notification System: Visual and auditory notifications sent to user when it's time to take medication. 6. User Interaction Detection: Sensors detect user interaction, triggering dispensing mechanism. 7. Dispensing Process: Motorized mechanism dispenses medication from compartment, using crank mechanism to open/close door. 8. Monitoring and Reminder: NodeMCU8266 monitors dispensing process, activates reminders if medication remains. 9. Notification for Unattended Medication: If medication not collected, user receives notification to collect it. 10. Testing and Optimization: Thorough testing to ensure functionality and reliability, optimize based on results.

8. Results and Discussion: The AI-powered medicine dispenser effectively improved medication adherence by scheduling doses and issuing timely reminders via WiFi connectivity. The sensor-based mechanism ensured accurate dispensing upon user interaction. Moreover, the system issued reminders for uncollected medication, enhancing user compliance and treatment outcomes. Overall, the device presents a promising solution for medication management, offering convenience and reliability for patients and caregivers alike.

9. CONCLUSION: with the use of the device, the medication adherence will definitely improve, especially in elderly patients and patients with chronic and period medicine. the user’s interface which is the same on all operating systems and devices is clear, user-friendly, intuitive and easy to use, even for the elderly patients. also the device is cost effective and easy in use.

10. REFERENCES: https://www.researchgate.net/publication/268588469_Design_of_Automatic_Medication_Dispenser https://www.mdpi.com/2673-4591/32/1/7#:~:text=It%20consists%20of%20a%20power,system%20were%20connected%20to%20it . https://www.ijert.org/automatic-medicine-dispenser-using-iot Automatic Pill Dispenser and Consumption Monitoring System - International Journal of Research in Engineering, Science and Management - S. Jayaman , D. Mohanram , L. Nandhakumaran , T. Nila, S. Nivetha International Journal of Research in Engineering, Science and Management - Volume-3, Issue-4, April2020. [10] IOT based Advanced Medicine Dispenser Integrated with an Interactive Web Application - International Journal of Engineering & Technology - Nanda Kishor Panda, Shubham Bhardwaj, H.Bharadwaj , Rohil Singhvi - 7 (4.10) (2018) 46-48 https://www.ijraset.com/research-paper/automatic-medicine-dispenser-and-disposer

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