International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 09 Issue: 07 | July 2022
p-ISSN: 2395-0072
www.irjet.net
IOT Based Paralysis Patient Health Monitoring System 1Sharana
Basavaraj B, 2Sai Kalyan Yadav, 3Prajwal ks, 4 Sai Dheeraj, 5 Sachin D 1Assistant
Professor, 2,3,4,5 UG Students Department of ECE, Rao Bahadur Y Mahabaleswarappa Engineering College -------------------------------------------------------------------***--------------------------------------------------------------------monitor and understand the patient's needs. The sensor ABSTRACT:
in the system aids to transmit the patient's message, and the message is displayed on the LCD display. The message will change according to the position of the accelerometer. Care taker must then know their needs and assist them on the basis of their needs. The temperature sensor, humidity sensor and pulse meter were used in this system. These sensors should be for patients with issues, or gloves; they can feel the temperature of the patient, moisture and pulses. If the patient is in a critical situation, system will send sound alert by a buzzer when the patient is on the floor or when the pulse speed is above normal levels. This system can help treating patients suffering from paralysis, and it's also very cheap and easy to buy with less cost.
Paralysis condition is a loss of muscle function in body parts. It can affect any part of the body at any time, then probably person may won't feel the pain in affected area. Technical and Therapeutic innovations are there to improve the quality of life. Goal is to develop a device which should be easy to use and should be affordable which consists of basic health care monitoring system with nursing care. Paralysis patients can't able to convey their messages or needs. To overcome this, a system is developed that helps these patients to display messages by very simple motion. This device can be designed to be mounted on the finger or to be inbuilt in their clothes.
Index
TermsRenesas Accelerometer, Pulse Sensor, GSM.
Microcontroller,
3.2 BLOCK DIAGRAM
1. INTRODUCTION
The IOT just is the web of stuff. Independent technologies can collect and transmit data without human intervention via a wireless network. There are endless personal or business opportunities. In the health care industry, remote monitoring has been possible with IOT-enabled devices that release the possibility of keeping patients safe and healthy and that enable doctors to provide superlative health care. Respond to and enable physical objects to collect information and respond to instructions. IOT Concepts come handy in collecting, storing, handling, and manipulating data.
Paralysis patients are unable to move their muscles for their purposes. There are so many symptoms and causes for this condition, especially spinal cord injury which affects the nervous system. There are some existing systems for individual comforts. But this system will help to monitor the overall need of the patients. Their messages will be displayed based on sensors input. The aim is to purpose a novel device which helps the disabled people. This device mayone day improve the lives of the people with paralysis. Even though, there are many innovative approaches for curing people, but this system will help them to adapt with paralysis by making them as independent as possible. Fortunately, the last decade has seen promising technology advances to address these concerns. In addition, the accelerometer will also give a buzzer sound when patients fall on the floor.
2. PROBLEM STATEMENT “To eliminate dependency of health Staff for a person who i s h a v i n g p a r a l y s i s o r w h o will be prone to paralysis attack and alerting doctor and caretaker by sending a message about health condition. using IOT Concept.”
3. SYSTEM ARCHITECTURE Fig1: Block Diagram of Paralysis Health monitor system
3.1 Hardware Implementation
The communications infrastructure that includes protocols and technologies that permit two physical
There are several existing systems available for patients with paralysis but this system helps to constantly
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