Covid Door

For the progress and progress of patients, the field of health has been constantly developing. Researchers and experts have been using the latest developments to make continuous improvements to bring such improvements into the field of well-being. In the long run, related innovations have always bee

Project Title

Covid Door

Project Area of Specialization

Internet of Things

Project Summary

For the progress and progress of patients, the field of health has been constantly developing. Researchers and experts have been using the latest developments to make continuous improvements to bring such improvements into the field of well-being. In the long run, related innovations have always been the mainstream concern. This article leans toward the current demand for well-being-based innovations that can be further developed into capabilities and solve the problems of unreliable people in society. A larger number of sensors can be combined, such as respiratory rate sensors, pulse sensors and blood glucose sensors. Adding these sensors can provide a complete set of health observation frameworks for the purchasers of the project, because it can filter out the entire critical boundary of the human body. This can not only reduce the pressure of outpatient visits, reduce hospital costs and draw different conclusions, but also foresee the early occurrence of major diseases that may save lives. This will be a major progress in this work and will have a huge and controllable impact on the well-being field.

Project Objectives

• Body temperature measurement for remote health monitoring has been designed and developed.
• The system provides the reliable measurements and very user friendly.
• The device and the system can be improved in terms of sizing and integration between more measurement devices.
• Monitor the body temperature of an individual before entering into the premises.

Project Implementation Method

Three wellness sensors are included in this model: heart beat sensor, internal heat level sensor, and galvanic skin reaction sensor. With Arduino, Uno and Raspberry Pi joined together, all of these sensors were consolidated into a solitary system. The information obtained from the sensors is transferred via the Raspberry Pi to a distributed storage. The distributed storage continuously refreshes the information base continuously. Using Android Studio, an Android application was developed that could get to the data base and display a visual representation of the limits of well-being. The need to attend clinics for critical medical conditions can be beaten by IoT coordinated with the well-being wearable. In addition, this fundamentally decreases the treatment costs for patients. In addition, by noticing the patient's well-being information over the long haul via an application, the specialists will support critical medications. In order to understand the operation of the sensors used, point by point analysis of the signs was obtained concerning varieties of physical and natural exercises.

Benefits of the Project

• Pulse check monitoring device will be substituted by this device.
• The device is not disturbing your daily routine.
• Decreases the treatment costs for patients.

Technical Details of Final Deliverable

• software in interlinked with the sensor and the monitor.
• through the software , temperature will be displayed on the monitor.
• LM35 temperature sensor is integrated inside the door handle
• by touching the door handle , it will display your temperature on the monitor.
• a certain amount of data will be filled to show the temperature of those certain data.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Health

Other Industries

Education , Security

Core Technology

Internet of Things (IoT)

Other Technologies

Sustainable Development Goals

Good Health and Well-Being for People

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com