IRJET- AUTONOMOUS UAV BASED DELIVERY SYSTEM FOR HOSPITALS (original) (raw)
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International Journal for Research in Applied Science and Engineering Technology
Our study involves the implementation of a drone-based medicine delivery system utilizing the KK2.1.5 Flight Controller Board for Multirotor Drone. Our optimized drone is specifically designed to deliver medicine in rural areas, where transportation infrastructure may be lacking or geographical terrain may be difficult to traverse. Also, it can be used for contactless delivery of medicine in pandemic situation This innovative technology has the potential to be of great benefit in areas where traditional transportation services are inadequate or unavailable. I.
Design and Implementation of UAV Architecture for Delivering Medical Products
International Journal of Engineering and Advanced Technology, 2020
Unmanned Aerial vehicles (UAVs) likewise regularly alluded to as automatons, and are increasing incredible research intrigue, consideration as a significant future innovation. These vehicles have almost boundless potential essentially because of their high mobility and small scale size, that permits their utilization in different applications. Among numerous kinds of UAVs, the multi-copter UAVs with 4 rotors (quadcopter) are being utilized and used regularly. Automatons are semi-self-governing airplanes that can be controlled and worked remotely. Economically accessible automatons are progressively being utilized in an assortment of uses. It is being used in a variety of applications such as,3-D mapping, disaster monitoring, aerial packet delivery, photography and filming, and very useful in the field of monitoring and surveillance also in unmanned cargo system .Recent innovations made huge growth in this field that made the researchers to develop applications which are useful in th...
International Journal of Engineering Research and Technology (IJERT), 2020
https://www.ijert.org/medicine-delivery-drone https://www.ijert.org/research/medicine-delivery-drone-IJERTV9IS080100.pdf In this study we are implementing a medicine drone delivery system using CC3D flight controller which is configured using Open pilot Ground Control Station software. The drone is optimized to deliver the medicine in rural areas, its location can be tracked using GPS together with the Blynk software. The location tracker have been carried out using NodeMCU. This drone can be of great use in certain regions where the geographical terrain is uneven and not fit for proper transportation, also in the areas where there is still lack of proper transportation services available.
International Journal of Engineering Research and, 2020
In this study we are implementing a medicine drone delivery system using CC3D flight controller which is configured using Open pilot Ground Control Station software. The drone is optimized to deliver the medicine in rural areas, its location can be tracked using GPS together with the Blynk software. The location tracker have been carried out using NodeMCU. This drone can be of great use in certain regions where the geographical terrain is uneven and not fit for proper transportation, also in the areas where there is still lack of proper transportation services available.
Unmanned Aerial Vehicle for Medical Applications
2020
Advances in technology have revolutionized the medical field and changed the means of healthcare delivery. Unmanned Aerial Vehicles are successive wave of technological advancements that have the potential to form a large change in healthcare delivery. UAV, originally developed for military use, are creating their means into the general public and personal sectors as a result they will be flown autonomously and might reach virtually any geographical location, the importance of UAV are getting progressively apparent within the medical field. UAV supply a cheap answer to expand the accessibility of care to hospitals. The increase in quality and application of UAV, particularly within the public sector, will be attributed to their ability to perform a large vary of tasks, that embrace delivering product quicker than ground transportation, traversing rough parcel of land, and capturing aerial pictures. Our model, that use drone delivery, can facilitate a lot of timely and economical hea...
IRJET- Development of Drones for Delivery of Essential Medicines in Hilly Areas
IRJET, 2020
Throughout the globe, access to life-saving and critical health products like delivering of blood and organs to hospitals is delayed by the last-mile problem-the inability to deliver the needed medicine/blood from a city to rural or remote locations because of many such reasons such as inadequate transportation, communication or supply chain infrastructure, etc., To solve this connectivity problem, national drone delivery system needs to be created to carry urgent medicines to patients in need in Hilly and inaccessible areas. In a view, to find solution for this, we designed a drone that can deliver essential medical products such as blood and organs of up to 2.0 kilograms per flight with the cold chain system and has a flight time of about 30 minutes and above as per the requirement .The drone is conceptually designed. It is able to work autonomously. Also, it should be usable in emergencies, and disaster prone areas.
A Survey on MARK8 Drone Delivery System for Medicine Delivery
International Journal of Scientific Research in Computer Science, Engineering and Information Technology, 2019
Drones are pilotless aircrafts that were initially used exclusively by the military but are now also used for various scientific purposes, public safety, and in commercial industries. Ordinary drone applications in medicine include the assessments for delivering aid packages, medicines, vaccines, blood and other medical supplies to remote areas with the help of security by using QR Code ; providing safe transport of disease test samples and test kits in areas with high contagion; and potential for providing rapid access to automated external defibrillators for patients in cardiac arrest. Aerial drones of today can be remotely controlled and launched in air using various methods depending on their type.. The rapid delivery of vaccines, medications and supplies right to the source could quash outbreaks of life-threatening communicable diseases.. Drones help provide emergency healthcare to patients from a distance or while mobile In the future, small indoor drones could deliver medicine to the bedside of a patient from the medical, thus eliminating some human steps. Pharmacists can work more efficiently as supplies can be call to the bedside instead of the time-consuming task of gathering necessary items. and our proposed systems include the most efficient and effective algorithms which make it very helpful for delivery medicines for people via drone.
Drone: The Solution to Delivery Problems
International Journal for Research in Applied Science and Engineering Technology, 2021
This proposed drone focuses on providing essential medical aids in rural or hilly regions where it is difficult to reach fast. This drone can be used during natural calamities like earthquake, flood and landslide. It will help to deliver medical supplies and lab samples. Moreover, blood samples will also become unusable after travelling long distances from hilly areas to the laboratories. It can be overcome by using this drone. It can give the real time video of the location. In India, due to heavy traffic the emergency need of blood and medicines are delayed, but this problem can be overcome by our drone. This drone can automatically travel the given path without any control from user. It can be also controlled manually during some obstacles or dangers at any time.
Mechanism For Drones Delivering The Medical First Aid Kits
2018
Transportation plays vital roles in lives. Its connections are associated with almost everything, from postal deliveries to multi-million cargo shipments. Currently, transportation of medical goods during critical need is limited to wheeled motor vehicles and manned aircrafts, which can be costly, slow, and sometimes impossible when emergency site is out of reach. Nowadays, drones revolutionise healthcare by transporting lifesaving medical supplies such as medical aids and blood. Unfortunately, with current technology, drone’s battery lifespan is a limitation that can hinder the delivery process. This paper describes our study that concerns with design of mechanism that prolongs drone’s battery life and offers effective delivery of medical first aids. The mechanism is attached to the drone and carries medical aids safely while decreasing the number of take-off and landing by deploying the kits from air to land (using parachute method). The main objective of this study is to desi...
AI Enabled MED Drone for Healthcare Application
IJIRAE:: AM Publications,India, 2024
The project proposes the development of an AI-enabled MedDrone for medication delivery, introducing an innovative and efficient solution to enhance healthcare logistics. The MedDrone, equipped with artificial intelligence capabilities, aims to revolutionize the process of medication delivery by leveraging autonomous aerial technology. The system integrates advanced algorithms to optimize route planning, ensuring timely and accurate delivery of medications to designated locations. The AI component enables the drone to adapt to real-time variables such as weather conditions and traffic, enhancing the reliability and responsiveness of the delivery process. This project addresses the challenges of traditional medication distribution, offering a futuristic and intelligent approach to healthcare logistics through the deployment of AI-enabled autonomous drones for efficient and timely medication delivery. The proposed system integrates AI algorithms for real-time route optimization, obstacle avoidance, and decision-making, enabling the drone to autonomously navigate complex environments and deliver essential medical supplies such as first aid kits, defibrillators, and medications to the point of need. Through the utilization of machine learning techniques, the drone continuously learns from its interactions with the environment, enhancing its adaptability and performance over time. Additionally, the system incorporates advanced communication technologies to enable seamless coordination with emergency responders and healthcare professionals, ensuring timely delivery and proper utilization of resources. The efficacy of the proposed AI based medical drone system is demonstrated through simulations and real-world trials, highlighting its potential to revolutionize emergency response efforts and improve healthcare accessibility, particularly in challenging or resource constrained environments.