Artificial Intelligence medical humanoid Cov-Rob

Project Title

Artificial Intelligence medical humanoid Cov-Rob

Project Area of Specialization RoboticsProject Summary

This is the basic need of the society our project is of Humanoid Robot in the field of medical because in this pandemic condition it is not safe for doctors to check patients manually so we proposed a solution in the form of a COV Robot. COV Robot will be a multi-task robot. But for now, it will help doctors in checking up on the patients in this pandemic condition (COVID'19). It contains all the basic apparatus for checkups including a bp sensor, temperature measuring sensor, sugar testing, heartbeat measurement displays all the output on a screen fixed in it and also contains a mic for speak up purpose other than it, it will save all user data. In short, It will be an all-in-one machine. Our targeted market is Hospitals and all the common people who can afford this robot it is very easy to use because of the fully automated program. The strategy we are using is online adverting which include Digital marketing, Billboards, Awareness campaign, and ads. There is no such competitor In the market till now but in future, if there is some competitor come we can deal it with full awareness. The total expense is 20k USD but this is not a fixed amount anymore. The team member includes the CEO, COO and designer, developer, Marketing Manager, tester, and other staff which is essential for our business strategies. Our plan is much highlighted in the world if it will work properly and the campaign was in the right direction. For the first year, our priority is to be aware of the people, and for the 2nd year we will implement the plan for the 3rd year, our priority is to start the idea and deal with the people.

Project Objectives

Our vision is to serve humanity with as much ease and safety.

• Reduce Healthcare Cost
• Gain accuracy in readings.
• The robot will be a multi-task robot.
• All basis apparatus in one robot.
• Containing a medical arm having all the basic apparatus attached to it.
• Using Sonar Sensor for robotic wheels movement.
• Wirelessly camera attached with LCD.
• Compact size humanoid robot.

Other benefits of Cov-Rob in the medical field are assistance robots. These robots provide support to sick, disabled, or elderly people and allow them to have continuous care and supervision.

Despite being in a very underdeveloped state at the moment, these robots could cover functions such as cleaning, scheduled administration of medications, taking constants such as temperature, blood pressure, heart rate or oxygen saturation, food, or assistance to mobilization

The development of robotics has allowed the creation of intelligent prostheses, that is to say,

• artificial elements endowed with a certain degree of autonomy that allows supplying functions partially or totally of amputee members or that have a limited or deficient function,

After an accident or after some type of vascular or neurological injury

Project Implementation Method

We are using

• Arduino UNO

• Sonar Sensor

• Bluetooth Module

• BP sensor

• Pulse-oxy gauge

• Temperature Sensor

Every hardware component is assembled in a way, so it can interact easily with the Software.

This system is designed and developed for the particular features:

Simultaneously testing of...

• Blood pressure
• Heart-Beat
• Pulse-oxy
• ECG
• Wirelessly Camera Display
• Image processing

By adjusting these attributes, we can achieve the basic testing simultaneously for the patient. With this product COV-Rob.

• We will program and compete all the sensors in such a way that it will measure all the basic testing of patients simultaneously

We will go for the start of manufacturing of the product, we will buy basics Apparatus/Sensors and all the required materials, when the product will finally complete, we will start advertising the products to hospitals and pharmacies, etc, whenever we receive an order we will start delivering the product free of cost. If it gets successful we will go for further production.

We are currently doing our project and continue searching the area for improvement. We have visited different hospitals and talked with our customers and observed their ideas regarding this product. We are not selling our product as it is in the initial stages that’s why we are not receiving any investment.

We will promote our product through different healthcare campaigns in hospitals, by giving awareness of the importance of Cov Rob, we can also advertise on social media as it’s an era of digitalization. We can also place our sample in different large chain pharmacies. The first customer will be from hospitals and after that, that customer, many other people will get to know about our product.

Our product can face economic and technical risks as many people will think that this is too expensive but we are trying to minimize the cost as much as we can. Our product may face technical problems also as there may be an issue regarding the technicality of Robots like material or its structure etc

Benefits of the Project

During COVID’19(Pandemic Condition) it is not safe for doctors to examine patients manually and most of our young Doctors and Nurses put their lives in danger just to serve humanity.

• For all the health service providers including Hospitals and Dispensaries, my company is developing a medical robot.
•  Which will help doctors in examine the patients manually in this Pandemic Condition.
• Contains a medical arm having all the basic apparatus attached to it including (bp sensors, temperature sensors, Pulse-oxy, heartbeat measurement, and ECG sensors).

In the market, a number of such Apparatuses are available like BP machine, ECG machine, Temperature Testing Machine.

• We are introducing some unique and interesting features.
• By combining all the apparatuses on a Single Belt.
• Which will be more convenient and a Timesaver for doctors and patients too.
• There is also a screen fixed in it for displaying the results of tests and also contains a mic for speak-up purposes.
• Other than it, it contains a Camera that will save all user's data using AI.
• A mic is placed for speaking purposes.
• Sonar Sensors will help the robotic wheel's movement.

.

Humanoid service robots made swift progress in extending a helping hand to the strained global healthcare during the COVID-19 pandemic.

 A collection of examples from hospitals worldwide is presented in illustrating the humanoid service robots’ deployment in healthcare during the COVID-19 pandemic. The pointed future directions aim to facilitate better decisions- and policy-making that may ease human anxiety and promote greater acceptance.      

Previous experiences with robots in different domains (i.e. entertainment) tend to impact the perceptions of encounters with robots in healthcare settings, too. Negative attitudes by the healthcare professionals with limited exposure to robots were reported in a recent study conducted in Finland,

Where robots were only welcomed for assisting with specific tasks such as heavy lifting and logistics Robotics technology providers mention that the healthcare culture can be seen both as a driving factor and a limiting one toward the inclusion of humanoid SR in healthcare services. Among many reservations.

Technical Details of Final Deliverable

On the Arduino Uno, this USB connection is broken out through onboard hardware into two digital pins, GPIO 0 and GPIO 1, which can be used in projects that involve serial communication with electronics other than the computer.

Heart-Beat Sensor

A heartbeat sensor is an electronic device that is used to measure the heart rate i.e. speed of the heartbeat. Monitoring body temperature, heart rate, and blood pressure are the basic things that we do in order to keep healthy.

Temperature Sensor

The basic principle of working of the temperature sensors is the voltage across the diode terminals.

We are placing this sensor separately on the belt to get more précised readings

Blood Pressure measurement

With an oscillatory device, a cuff is inflated over the upper arm or wrist. The new models use “fuzzy logic” to decide how much the cuff should be inflated to reach a pressure about 20 mmHg above systolic pressure for any individual. When the cuff is fully inflated to this pressure, no blood flow occurs through the artery. As the cuff is deflated below the systolic pressure, the reducing pressure exerted on the artery allows blood to flow through it and sets up a detectable vibration in the arterial wall.

ECG Sensor

The electrodes are connected to an ECG machine by lead wires. The electrical activity of the heart is then measured, interpreted, and printed out. No electricity is sent into the body. Natural electrical impulses coordinate contractions of the different parts of the heart to keep blood flowing the way it should.

• As we want to work regarding COVID-19 that’s why we search for the basic facilities for treatment and we find the lack of Medical assistants and high cost for this particular Medical equipment.
• We find that is the main gap in the market of unavailability of Robots and the high cost of Robots. 
• Basically, the need for medical assistants increases day by day in this covid-19 situation.
• An existing system provides services to the patients when they are in a very critical situation. And sometimes the amount of Medical workers is low than the number of patients.
• So, that’s why we are developing a medical robot that will assist doctors in checking up the patients manually, especially in this pandemic condition
• We introduce the ARTIFICIAL INTELLIGENCE MEDICAL HUMANOID COV-ROB to fill this particular gap.

Final Deliverable of the Project Hardware SystemCore Industry HealthOther Industries IT , Medical , Manufacturing Core Technology Internet of Things (IoT)Other Technologies Artificial Intelligence(AI), Robotics, NeuroTechSustainable Development Goals Good Health and Well-Being for People, Industry, Innovation and InfrastructureRequired Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
			Total in (Rs)	41500
Bp Sensor	Equipment	1	1000	1000
The FOTRIC body temperature Screeners	Equipment	1	2000	2000
Continuous Glucose Monitoring	Equipment	1	3000	3000
Heartbeat Measurement	Equipment	1	1500	1500
Sonar Sensor	Equipment	1	1000	1000
Display Screen	Equipment	1	2000	2000
Wide angle Camera	Equipment	2	2000	4000
Robot Structure	Equipment	1	19000	19000
Speaker	Equipment	1	3000	3000
Arduinos	Equipment	2	1000	2000
Battery	Equipment	3	1000	3000