This project is about the design and implementation of highly cost effective smart vest for electronic prescribing and administration system to control medical errors, prescribing errors, administration errors and for medical staff assistance. The idea is based on wearable robotics and computing technologies which is an emerging technology now a days. The vest is designed to convert medical process in the field of automation where tasks are highly precise and perfect to prevent the medical errors in hospitals and convert the whole data based into a cloud which can be accessed by medical staff and doctors at any time and will be updated automatically after each medical or diagnosis process.
This project “Smart Vest for Support and Monitoring Medical Staff” is a kind of electronic jacket, which can be used for reducing medication errors. By the help of smart vest we have automated the hospital wards, reduced the burden on the nurses and doctors and ensured the safe and proper medication of the patients. The orthodox method used in hospitals is that patient’s record and history is maintained on paper, nurses and doctors can easily commit errors because of this kind of database. However the developed countries have come up with the idea of medication cart which after further improvements can become robot to reduce medication error which could operate automatically without the help of any human being. However this smart vest after further enhancements can become more efficient and even then it would require nurse etc which means empowering the staff only, this would not reduce the humans, and man power would be used efficiently. This system thus suits the social requirements of our country. The detailed description of the hardware and software is also included in the report.
Table of Contents
I. INTRODUCTION
II. DEVELOPMENT OF THE DESIGN
1) Vest material
2) Pockets designing
3) Electronic Embedding
4) Initial System Designing
5) Modification in System Designing
6) Final System Designing
III. HARDWARE DESIGN
1) Selection of Electronic Components
2) Efficient Hardware Designing
3) Medical Sensors
IV. SYSTEM WORKING
1) Overall System Flow and Working
2) System Flow chart
3) Future Modification
Objectives and Topics
The primary objective of this project is to develop a wearable smart vest that utilizes robotics and computing devices to automate the electronic prescribing and administration system in hospitals, thereby reducing human errors and improving patient safety.
- Design and implementation of a cost-effective, wearable smart vest for automated medical assistance.
- Integration of cloud-based data storage and real-time patient history management.
- Development of hardware modules for medication dispensing, pocket monitoring, and sensor-based diagnostics.
- Implementation of user-friendly human-machine interfaces, including keypads, LCDs, and wireless patient identification.
Excerpt from the Book
II. DEVELOPMENT OF THE DESIGN
The main objective of our project is to use the wearable robotics and computing devices for electronic prescription, administration system, control all the processes involve in diagnoses, create a data base of all patient which will be automatically updated after each medical session and diagnosis, prevent the errors involved during medication and diagnoses and provide assistance to the medical staff.
Initially different experiments were made to create a better design to provide better results. 1) Vest material: On the bases of different experiment it was decided to design a vest with parachute material which will provide strength to the design and whole system will be water proof, so there will be no short circuiting or conduction due to any liquid especially sweating. Vest is based on two layers of parachute. All wiring and connectors are between these two layers which ensure that no connection is externally visible and the whole system is safe. The layout of the system is shown in Fig.3
Summary of Chapters
I. INTRODUCTION: Discusses the prevalence and high costs of medical errors globally and introduces the concept of a smart vest to automate medication processes.
II. DEVELOPMENT OF THE DESIGN: Details the structural design of the vest, including material selection, pocket configuration, and the evolution of the hardware interface.
III. HARDWARE DESIGN: Explains the selection of microcontrollers, storage components, and medical sensors required for monitoring patient vitals and managing medication data.
IV. SYSTEM WORKING: Describes the operational flow of the system, including patient identification, diagnosis, medication monitoring, and future potential modifications for full hospital integration.
Keywords
Medical errors, Electronic prescribing, Wearable robotics, Computing devices, Cloud data base, Smart vest, Patient monitoring, Medication administration, Microcontroller, AT89C2051, EEPROM, Sensors, Patient safety, Automated dispensing, Data storage
Frequently Asked Questions
What is the core purpose of this project?
The project aims to create a smart vest that automates medical prescribing and administration to reduce human errors and assist hospital staff.
What are the central themes of the research?
The research focuses on wearable robotics, electronic medication management, patient data automation, and sensor-integrated hardware design.
What is the primary goal of the smart vest?
The goal is to provide a precise, automated system that minimizes the potential for medication errors in hospital settings.
Which technical methods are applied?
The authors use microcontroller-based circuit design, cloud data storage, infrared patient identification, and sensor-based health diagnostics.
What topics are covered in the main body?
The main body covers the development of the vest's physical design, hardware component selection, system flow logic, and potential future upgrades.
Which keywords best describe this work?
Key terms include medical errors, wearable robotics, smart vest, patient monitoring, and automated dispensing.
Why was parachute material chosen for the vest?
It was chosen to provide strength and water resistance, ensuring the internal wiring and electronic components remain safe and functional even if exposed to sweat.
How does the system prevent the nurse from opening the wrong medication pocket?
The system uses LEDs to indicate the correct pocket and an integrated alarm system that triggers if an undesired pocket is opened.
What is the role of the IR sensors in the system?
IR sensors are used for wireless patient detection and identifying which specific patient is being treated during the medication round.
How could the system be improved in the future?
Future modifications include creating a GUI-based software with Bluetooth cloud connectivity and adding a vocal interface to guide the medical staff through procedures.
- Quote paper
- Mohsin Ali (Author), Dr. Salman Afghani (Author), Sania Safdar (Author), 2012, Smart Vest for Monitoring and Support of Medical Staff, Munich, GRIN Verlag, https://www.hausarbeiten.de/document/190006
