RESEARCH FAPER Copy RIGHTe=_ ~ Tes s me cap No CD eISSN: 2502-52 1 in Engineering Technology ational Research journal of Modernization awed, Open Access Fully Refereed F ernational J Impact Facto 8.187 - s’ for enhanced Operational Efficiency re’, Aarya Bhalkikar"?, Prof DF M.M. Bhoomkar”* chanical Engineeti"& pve's College of engineering and TechnoloBy &G.K. Management, PUNE: Maharashtra, 'ndi2 and Technology & 6: K: pate e of Engineerin Maharashtra, !ndl2 ‘Traditional packaging an vhs demands of modern VFI Integrated Smart packaging 2 ng to end-user ee 9, artificial intlligenct (ap, te a holistic and intelligent ‘management from ‘The ISPSS integrates © e learning (ML): ina variety of raitional packaging and storage pains and consumer ms (ISPs): This machin ecosystem for P ; transformative innovation rs, Fapil in packaging 2 tthe requiremen' inrecentyea industries. 7 systems often expectations. This summary erept highlights the potential © ed smart pa 4 storage syste! nagement from to end users: pt of integra ma ides the conceh revolutionize product provi __ ODUCTION es to provide functionalities beyond basic ecomes real-time communicates tracking, and data des, wireless communication to connect physical nal efficiency: ed technologi incorporating advanc smart Packaging censors, RFID tags, QR co ing refers to systems I rn combined with 107, leverages embedded s | world, enhancing bled Smart Packaging ‘smart packagi packaging. Whe! collection tool It products tothe digital to the user experience and operate time product tracking throughout the Ena red to ensure product nd Monitoring: 107 packaging sensors allo perature, humidity, and I yw for real-| «+ Key Features of 107 location can be monito «+ Real-Time Tracking a supply chain. Parameters such as (07 quality and safety «Interactive Consumer Expe it information, nable consumers to smart packaging © phones, tags integrated int ‘eanning with their smart ‘ional content by S digital identifiers and tam rience: QR codes and NF usage guides, and promot rfeit features such as unique toaccess produ « Enhanced Product Security: Anti-counte! per-evident “hmnologies help ensure product authenticlty- -s; loT-enabled packaging: collects ‘fering valuable insights for brands to optimize their strategies. + Sustai itoring: ee Monitoring: Advanced sensors can measure environmental condit! le goods, reducing waste and promoting sustainability. te data on consumer behavior and product usage, + Data Collection and Analytics lifecycle ions to optimize thee-ISSN: 2582-5208 ering Technology and Science al Journal ) www irjmets.com ovation components: 1. ESP32CAM ~ use as QR. CODE Scanner 2. ESP32S~ Main Controller 3, Stepper motor driver. A4988 ( Hw134A), yvMOT “s stepper motor 47 KB 5.DC MOTOR, HMOT 6_1298 de motor driver F cimit switch - 4 Nos, naming asPer below LS1-HH, LS: .7-HE, LS3-VH,LS-VE Project Model details : +. vmot (Stepper Motor) - connect vertical lead screw, and limit switch VH- mount at bottom ie vmot home ‘and VE~ mountat top i€ end position. (De motor) - connect horizontal lead sere position 2.hmot .w, and limit switch HH-mount at home position and HE- Mount at end position. @ 3 Five compartment racks, 4. Each Rack section height is Rack-4 - 600 mm Rack-3- 450 mm Rack-2-300 mm Rack-1 - 150 Home - 0 mm, means Limit swite rd, second, first and loading/unloading sections. Fourth, thi yer below, 150mm, Starting height as P' .e Home position. +h VH mounting positiTrJ 1 e-ASSN: 2582-5200 : nology and Science gineering Tec ne nternational Journal ) www.irjmets.con AND LOGIC SYSTEM ARCHITECTURETURE Mt. inal - motor goes Home P (limit switch ) Iv. itch stops the respective movement from Bluetooth termi down direction up to VH xe up to HH (limit switch ). and "Unload’, control by Bluetooth Terminal and Bluetooth command also) ‘an the QR code , QR code provide a Compartm 1. The limit swi 2 Home” command received sition like, \Vmot ( Stepper motor) rotate HHmot ( DC motor) rotate revel 3, The program runs in two mode ie "Load" 4.Im Load Mode : (Operate by QR code scanner 4.1 At Home Position - Trigger the QR code scanner, sc number by serially like "Rack-1, Rack-2,Rack-3,Rack-4” 4.2 then the executions are, ent 1. Home Position : vinet forward up to HE limit switch. } oe by 20mm (for pick up the pallet from Home compartment) 5.vno upward yp asper comer a per compartment likeengine! ternational Journal ) Lirjmets.com Tr ES asst 2302-5208 maior H sring-Techneloay and Scien" allyTr J ens 92-5201 7 Modernization ; Enginee echnology and can AceeSSS ly Werereed tnernation’ Journal ) vinpact Factor” 8 Neww.irgmets.com vi REFERENCES Design and evelopment ‘of Automated Storage and Retrieval SYST (asRS) for Warehouse Gaing Lot and Wireless ‘Communication Jathors: Manisha SUE" orate, Dr. Hariri kulkarni ; ‘pplication: Intearat! SRS forsmart warehousina reducinglabor and increasing retrieval accurad ead on ResearchGate New Automated Storo8e and Retrieval System casas) using Wireless communications ‘shthors: M.M. Rashid, Banks emi, Mahmudur Raha? Applcauon: Wireless cont aan systems 0 Increase speed and flexibility 1" warehouse automation. esearenGate Link Transmission Toward Food packaging Quick Response Codes in Informatio 4. Applications of Food Supply Chain InteRnty al (2024) and product safety in SuPPIY ‘thos: Wang, Yue Application: Explains the plication: Explains the we or iecodes for eracking traceabli ScienceDirect - Elseviere-ISSN: 2582-5208 neering Technology and Science Journal ) www. y.irjmets.com ernization in Engi s, Fully Refereed Internatic 8.187 urnal of Mod! en Access Materials, Al survey ‘on Smal Aegors A Ua etal ud Detection Model: Based 07 178-188, 2015- 5, chengwei Li, ixian6 Chan, Syed Hasnain Alam * jnternational Journal ‘of Economics and Fi: Random Forest, éhiteshD. Bambhav, Prof Jayeshkumar Pl . Bamboo Scaffolding ‘And Metal Scaffolding in Construction In i Journal of Engineering ‘trends and Technology (JETT) ~ Volume 4, Issue 6, June 2013, of Workers in Construction industry to Improve , ‘onmental and Infrastructure Engineerin sh Prabhu, D. Ambika, “Study 0” Behaviour production Efficiency’, international journal of ivi structural, Envir ‘esearch and Development (UJCSEIERD), Vo-3, Issue +ye tie - MediCliq - An automatic drug dispensing system Name of Authors : 1.Prof. Shubhangi Deshpande 2. Dr. M.M. Bhoomkar 3. Utkarsh Agrawal 4, Athary Andhare 5. Kshamita Mane 6. Rajas Nandgaonkar Mme 7, Pratham Palekar 8. Atharva Borhade 9. Sahil Sondkar 10. Mahesh Akim Work Description- In today's fast-paced world, the healthcare industry is rapidly moving toward automation to ensure faster, safer, and more efficient services. One area that still heavily relies on manual intervention is the process of dispensing medicines based on prescriptions. To address this gap, we developed Medicliq — an automated system designed to read prescriptions, verify medicine availability, and dispense the correct medicines with minimal human involvement. By combining OCR technology with embedded hardware like Raspberry Pi and Arduino, the system offers a smart, reliable alternative to traditional pharmacy counters. Whether it's a printed prescription or a digital upload, Mediclig ensures accuracy, transparency, and speed throughout the process. 1. System Block Diagram block di begins with zram presents the eore components of the automated medicine dispensing system, It anner or mobile upload that feeds the prescription to an OCR module. The exteacyed text is processed to identify medicines, which are then checked against av ailable. stock ve interface splays the valid options and after payment, an Arduino-based dispensing oa os \ sing ses the selected medicines. The system then updates the stock , end-to-end operation Paates the stock and generates a bill, ensurinvem Flow Diagratn and Description Overview: Automatic Medicine Dispensing Flow 1 valid medical prescription, either load through a smartphone. rifies its authenticity by details. Only authorized cessful verification, the current stock availability ‘The system begins with the reception of a hard copy through a scanner or a soft copy UP Once the prescription is received, the system ve checking the doctor's signature and other essen prescriptions are allowed to proceed. After succ fystem displays the prescribed medicines and their to the user. ‘The user is then prompted to choose the required quantities of medicines based on their prescription. The system automatically cross-checks the selected medicines against what is available in inventory Once the selection te finalized, the user can securely make the payment Using integrated payment methods. initiates the dispensing process after es a detailed bill and the exact quantities ‘on. The medicines are dispensed in t 1 log is maintained for record- s, efficient, and largely The system generat payment confirmati elected by the user. Throughout the process, eeping, This end-to-end system ensures a seal qutomated transaction with minimal human intervention. ‘rensaction Legged & Bil Generated | swveen modern technology and everyday : yy healthcare Medilig mating the medicine dispensing process reduces human error, saves time, and simplifies verge experience. The systen’s modular design makes it adaptable for various setups - from ‘th centers. With its ability to process physical prescriptions and deliver precise Jinics to rural hei vamot vein totelligent hardware and software coordination, Medicliq showeases how technology vpvvoke healthcare more accessible and efficient for everyone. Mediclig is a step forward in bridging the gap beach Paper G Pooup 00-0 rew - nological approach to improve atient experience Sondkar, 31 Atharva Borhade, 5" Prof, Dr. M. M- Bhoomkar sMechanical Engineer.*Mechanical ‘az a tec! Pp ausatt » Mahesh Akim 4 1 Pratham P 'Mechanical Engineet Engine neer ' Mechanical Engineerine gineering & Technoloey- Pune. India. arthi Griha’s College of ‘pune Vie! ABSTRACT ° ris paper aims to present Aud a eutting-edge automated medication dispensing S9stent shat streamlines the drug distribution process while guaranteeing ‘aecessibility conveniene’ and fs are integrated into. HS fingerprint-based biometric ntenance and 24/7 uptime, a five cutting-edge featur fon, a modular hardware stuclaty allo} | and digital prescriptio ‘multilingual user interface, physica «l safe online payment options by addressing nsatra increases operational effectiveness and t * titizing as it where One Nalect ean case errors vind indeed mistakes Gystomers ean operate THE machine in theit preferred ject, thanks 1 multilingual Famework. Hike the one iP Frosanvcr, vec reduces Tonfusion and advaness cessibilily {Sotution distribution prescription confirmation is absolutely pe advanced medications OF filter ‘rhe majority oF eNisting avorks eitht both al ones, but HOt for a framework that permits CFOS breed admissions. suelt 2s prescriptions auto’ & uploading medic! a require f physically fit ing QR Code s of smartphone tues this gap and makes it both sa are now (YP Jusatra brid or online transactions ds continue to provide stron theare in the hy ag support Jf these tactics. Jprazing each oF cast, cashless use. Last but not Jess, the majority ates online exehany cortotal instalments without using actual By store Star «J conveniently make hallows users to safely hhanges to th altheare ment in the fiekl of computerized I ya is a unique and practical arran) al but underutilized feature H race. hy brid preseription med input, and online instalCO i. DESIGN AND USER-INTERFACE, Fig, | Front view of prototype Easy Access Ausatra Essentials Cy ig. 2 Initia SercenPEE) Please choose your language)|4@ FYI | uTaT Caan eer eaaeeeeeaeeeeeeeeeeeeeeeeeee a Fig, 3 Multilingual Interface Choose Upload Method ~ al Fig. 4 Seanning optionsas —- 8 . 7 - 8 ei Fig 5 Inventory Display ‘Your Shopping Cart otal rcs 267 Fig. 6 Payment Interfaee Iv, SYSTEM ARCHITECTURE AND METHODOLOGY 12 some advanced Features into jusatras architecture is developed (0 Be Core Modules include’ sohesive systems,4.1. Biometric Security Module + Features: Verify users’ identities before granting them access to the door by usin; biometric information, such as fingerprint recognition Novelty: Beyond the capabilities of conventional PIN-based or RFID solutions. this module incorporates biometric sensors directly imto the locking safe response and real-time. mechanism, guaranteeing 4.2. Modular rack design + Features: Provides @ modular rack system that houses © Novelty: In contrast individually all critical components. to monolithic systems, the modular approach is enabled 4.3. Multiin; 1 User Interface Features: Provides multilingual support to allow users to interact with the system over a Variety of languay backgrounds, © Novelty: This improves essibility and user experience 44. Online Trai tion Integration * Function: Allows online transactions for services such as remote access and payment processing + Novelty By coordination online exchan sarra offers functionalities 1 streamlining benef s¢ capability into a security: framework. larly saved for e-commerce stages, subsequentl enactments and upgrading client comfort 4.5. Physical presi ion scans and me I signature validation Features: Scans printed prescriptions and verify doctor signatures using IT technolowy and then only approves dispensing. Novelty: Instead of digitizi through sigi prescriptions only, this module authentica ure analysis. This dual-purpose tool not only ei transcription, but also protects against fraudulent regulations. ures accurate » V. CONCLUSION Ausatra is a cteative step toward medication allo transparent it provides a futur ion systems that are smarter safer wl more dy solution to common problems faced by traditional drug stores by combining biometric confirmation, prescription input and secured p jeasured plan, territorial dialect back, flexible yment strategies by reducing manual labor and makingSs the foundation of yr ealthcare indust heal iustry but also, in a sense, improves understanding involvement. With promising ological systems for computerized ogress toward unwavering quality; the framework not only strengthens improvements, Ausatra could become a vital part of bi ‘pealthcare in both urban and rural areas, VI. REFERENCES ¥ Jain, A.K., Ross, A., & Nandakumar, K. ( 2011), Introduction to Biometrics. Spr Modular Systems in Heath Infrastructure: A Healthcare, 6(2), 78-85 lingual User Interfaces in puter Interaction ¥ Kumar, V., & Desai, R. (2020). Maintenance Perspective. Journal of Engineering im Y Sharma, A., & Mishra, $. 2019). Importance of Mut Teatheae ‘Teenalogy. International Journal of Human‘o” 35(12), 1103-1110 ¥ Patil, M., & Wagh, in Public Health. Healthcare Inn A 2022). Digital Presciption Systems and Signature Verification ovations Journal, 8(1), 52-5 ) Y Vemma, N. (2021), Impact of | Digital Payments in Post-Pandemic Mealthear, HealthTech Trends India, 43), 102-108