Project Title: Face shield for protection against COVID-19 pandemic
College Name: Centre for Advanced Studies (CAS-AKTU) Lucknow
Centre for Advanced Studies (CAS-AKTU) Lucknow and Central Institute of Plastic Engineering and Technology (CIPET) Lucknow joints hands together for developing face shields at nominal cost to medical and needy departments. Four M.Tech students of Mechatronics first year, Mr. Avinash Bhaskar, Mr. Deepak Chandra Joshi, Mr. Nitin Singh and Mohd. Ilyas have been working under the guidance of Dr. Anuj Kumar Sharma for developing the face shield
An innovative FACE SHEILD has been designed and developed in house at CAS, AKTU Lucknow for doctors, nurses and other paramedical staff. It is capable of protecting the spillage of contaminants coming from patients during sneezing and coughing of patients on medical staff’s face, thus ensures primary safety. The product is commercialized and is available for sale by CIPET at a very nominal price to interested organizations.
Project Title: Face Shield using 3D printing technology
College Name: Ajay Kumar Garg Engineering College, Ghaziabad
AKGEC Fablab, an Innovation lab has come out with an idea to develop low cost and effective Face Shield using 3D printing technology. Mr. Vikram Singh Rajput (Assistant Professor) of Ajay Kumar Garg Engineering College Ghaziabad has developed the face shields which is used to protect the face of the healthcare personnel
Project Title: Low Cost Face Shield using 3D printing technology
College Name: KIET Group of Institutions, Ghaziabad
KIET Group of Institutions Ghaziabad has made an economical face shield for protection against corona-virus. Fabrication cost for a single piece claimed is Rs.13/- with 4 minutes of manufacturing time. This face shield is made using the plastic hair bands and transparent sheet which covers the face completely. Raw material is readily available. The face shield is developed by Mr. Sachin Rathore (Assistant Professor) & DR. K. L. A Khan (Professor) of KIET Group of Institutions Ghaziabad and donated to Ghaziabad police and health personnel.
Project Title: Pedal operated Hand Sanitizer Dispenser
College Name: Centre for Advanced Studies AKTU Lucknow
A unique foot operated hand sanitizer dispenser has been designed and fabricated by Dr. Anuj Kumar Sharma and his team in Centre for Advanced Studies AKTU Lucknow. This is simple to operate and economical solution to dispense the sanitizer while applying a little effort, without touching the nozzle of sanitizer bottle. This machine is developed by CAS-AKTU and fabricated with the help of our Industry partner Mayank Enterprises and Infolink Lucknow.
Project Title: Pedal operated Hand Sanitizer Dispenser
College Name: KIET Group of Institutions Ghaziabad
Touch free access to sanitizing lotion, easy foot pedal operated, adjustable press arm for all bottle sizes, enough space for all bottle sizes, round/Square table, rustfree, light weight SS standalone construction, floor scratch prevention and easy to use for children & elderly are some of the features of this machine
Project Title: Automatic hand sanitizer dispenser
College Name: Centre for Advanced Studies AKTU Lucknow
This machine is designed and developed in house by Dr. Anuj Kumar Sharma and his team for dispensing the required quantity of hand sanitizer on putting the palm under the dispensing nozzle as and when required. This machine is equipped with a sensor which dispenses the sanitizer by sensing the palm of the person as soon as it comes under the nozzle. The nozzle is timed by a relay to dispense required quantity of sanitizer with the flexibility of changing the discharge time and thus varing the quantity of sanitizer as per the requirement of the user. This machine is designed by CAS-AKTU and fabricated with the help of our industry partner Mayank Enterprises and Infolink Lucknow.
Project Title: Automatic hand sanitizer dispenser
College Name: Pranveer Singh Institute of Technology (PSIT) Kanpur
This machine is designed and developed in house by Dr. Anuj Kumar Sharma and his team for dispensing the required quantity of hand sanitizer on putting the palm under the dispensing nozzle as and when required. This machine is equipped with a sensor which dispenses the sanitizer by sensing the palm of the person as soon as it comes under the nozzle. The nozzle is timed by a relay to dispense required quantity of sanitizer with the flexibility of changing the discharge time and thus varing the quantity of sanitizer as per the requirement of the user. This machine is designed by CAS-AKTU and fabricated with the help of our industry partner Mayank Enterprises and Infolink Lucknow.
Project Title: Sanitizing Chamber for sanitizing the PPE kits and protective shields used for paramedical staffs
College Name: Centre for Advanced Studies AKTU Lucknow
The sanitizing chamber is designed and developed by Dr. Anuj Kumar Sharma and his team for sanitizing the personal protection equipment (PPE) which are used by doctors and paramedical staff in hospitals or even outside. There is shortage of PPE kits and even the PPE kits used by the staff in normal wards can be reused after getting it sanitized with appropriate technology. The sanitizing chamber is based on two technologies; firstly, the Ultra violet light exposure in which UV type C lams are used. The type C UV light has a wavelength of almost 100-280 nm which is capable of damaging the DNA of bacteria, viruses and other pathogens, secondly the aerosols generated from the alcohol based sanitizer is used. The exposure of the surfaces to the aerosols of alcohol based sanitizer disinfects the surface and make it free from virus contaminations. This is a very effective solution to sanitize the PPE kits and other protective items like face shield, goggles etc. The chamber has sufficient space where even a man can enter easily inside the chamber and the kits can be hanged upon hangers and small items can be placed over the tray for sanitization. After closing the door, the UV lamps can be switched on as per the required usage while rotating the kits so as to get maximum exposure. Thereafter the fogging machine installed inside can be switched on which fills the compartment with the aerosols of alcohol based sanitizer to kill the viruses left, if any. This machine is designed by CAS-AKTU and fabricated with the help of our industry partner Mayank Enterprises and Infolink Lucknow
Project Title: Universal Portable sanitizing machine for sanitizing the small gadgets carried by doctors and paramedical staffs like watch, spectacles, stethoscope etc.
College Name: Centre for Advanced Studies AKTU Lucknow
The universal portable sanitizing machine is designed and developed by Dr. Anuj Kumar Sharma and his team for sanitizing the small items including electronic items like wrist watch, spectacles, ring, stethoscope, wallet etc. carried by doctors and paramedical staff in hospitals or even outside. This machine is based on two technologies; firstly, the Ultra violet light exposure in which UV type C lams are used. The type C UV light has a wavelength of almost 100-280 nm which is capable of damaging the DNA of bacteria, viruses and other pathogens. Secondly, the aerosols generated from the alcohol based sanitizer is used. The exposure of the surfaces to the aerosols of alcohol based sanitizer disinfects the surface and make it free from virus contaminations. There is a small container fitted in side the machine in which different items can be placed simultaneously. After closing the door, the chamber starts rotating and the UV lamps are switched on for required time. The rotation of chamber helps in providing maximum exposure to each and every corner of the items placed inside. Thereafter, the spraying an alcohol based sanitizer is sprayed over the objects to sanitize those for making them fit for reuse. This machine is designed by CAS-AKTU and fabricated with the help of our industry partner Mayank Enterprises and Infolink Lucknow.
Project Title: Sanitizing tunnel “Suddhi Surang” for sanitizing the luggage passing through it on conveyor belt
College Name: Centre for Advanced Studies AKTU Lucknow
The sanitizing tunnel is designed and developed by Dr. Anuj Kumar Sharma and his team for sanitizing the luggage. This tunnel can be kept at the entry gate of railway stations, airports, post office or at any premises where luggage handling is major concern. As the luggage placed on the conveyor belt comes in the range of the sensor installed at the entry of tunnel, the nozzles start spraying the sanitizer as recommended by WHO in its guidelines. This machine is based on the technology in which various nozzles are attached in side the tunnel at different locations with different orientations so as to cover the whole luggage surface from every direction. The sanitizer is sprayed through nozzles at regulated and controlled flow of air and sanitizer. The exposure of the surfaces to the aerosols of sanitizer disinfect the outer exposed surface and make it free from virus contaminations. This machine is designed by CAS-AKTU and fabricated with the help of our industry partner Mayank Enterprises and Infolink Lucknow.
Project Title: Robot for hospital assistance
College Name: Centre for Advanced Studies AKTU Lucknow jointly with I.T.S. Engineering College Greater Noida
A robot is designed and developed by Centre for Advanced Studies AKTU in joint collaboration with I.T.S. Engineering College Greater Noida. A team led by Dr. Anuj Kumar Sharma and Mr. Mahip Singh designed and developed the robot with multi-functions like:
1. Serving food and medicines in the wards.
2. Sanitize the ward using UV light and sanitizer spray.
3. Convertible to chair for moving patients from one position to other without human intervention with patient.
4. Thermal scanning of the patient. 5. Monitoring the ward and patients with the camera installed on it.
Project Title: Smart Robo Police
College Name: Ashoka Institute of Technology and Management, Varanasi
Mr. Vishal Kumar Patel a Student has developed this Smart Robo Police to assist the Police during patrolling in areas which are severely infected. This robot is RF ID controlled with 3600 web camera. Coverage range of 200m. This robot is capable of moving easily on rugged and harsh surfaces. High voltage self protection shock is a feature of this robot.
Project Title: Robotic arm
College Name: Moradabad Institute of Technology Moradabad
Mr. Pravesh Chandra and other students from the Institute developed the Robotic arm to take sample from an infected person for COVID-19 test. The robotic arm is controlled by a controller held in another hand to operate the robotic arm. The arm can perform simple actions like holding and getting sample from patient with reduced exposure to the patient.
Project Title: Portable device for thumb and fingers sanitization
College Name: KIET School Of Pharmacy, Ghaziabad
Mr. Sumit Kumar Vaish developed a low cost contactless Switch to stop the spread of Corona Virus. With this any load can be operated from a distance of about 3 centimeter without touching the switch. It can be used to turn ON and OFF any load at public places. This can also be used in factories, Colleges, Hospitals etc.
Project Title: Low Cost Contactless Switch
College Name: National Institute of Electronics and Information Technology, Gorakhpur
Dr. Jagannath Sahoo developed this device to avoid infection from contact with Biometric Devices. Its purpose is to provide a feasible sanitization device, with a sanitizer having 70% alcohol. The design features a rectangular acrylic sheet surface in the front and in lower direction it possess two cavities for introduction of thumb and fingers. Beneath the cavities an adsorbent pad is placed, which is soaked with the alcohol coming through reservoir. This can also be used in offices, Institutions etc.
Project Title: Sanitizer Dispenser
College Name: Meerut Institute of Engineering and Technology Meerut
A hand wash processor cum dispenser has been designed, in which only 10% raw material is mixed with 90% of water and after saponification process (in the dispenser itself) a high quality hand wash is obtained. Prof. Nitin Sharma developed this product. This is a good alternate for expensive hand wash and soaps in sulabh sauchalaya, public toilets, hospitals, and even in rural areas at low cost.
Project Title: Portable device for Mask Sanitization
College Name: KIET School Of Pharmacy, Ghaziabad
Dr. Abhay Bhardwaj (Assistant Professor) developed this machine to sanitize the face mask for it’s reuse. The face mask is placed inside the machine and its gate is closed. After switching the machine on the disinfection process will complete in 1 minute by following processes. 1. Mist of disinfectant solution 2. UV radiation 3. Hot air.
Project Title: Cyberpunk Mask
College Name: Ashoka Institute of Technology and Management, Varanasi
Mr. Sandeep Mishra (Student) developed the cyberpunk mask for protection from pollution. This mask has a respiratory filter that is worn over nose and mouth, it also has an Air Quality Sensor that senses the AIR ppm. A green light blinks when the air is suitable for breathing, a yellow light blinks when the air is slightly polluted and a red light blinks when the air is highly polluted.
Project Title: Pedal operated Handwash Station
College Name: KIET Group of Institutions Ghaziabad
It provides touch free access to soap & water with two separate pedals operated by foot. The device has an arrangement for easy to mount water tank of up to 1000 ltrs. capacity on top table. Best suited for entry/exit points of a building. It also comes with a plastic soap bottle, SS basin with pipe fittings best suited for 500 liters water tank . Readymade solution for Hospitals, Industrial establishments, Private/Government offices, Factory premises/offices, Commercial areas, Temples, Police stations
Project Title: Door opening device
College Name: ABES Engineering College Ghaziabad
Mr. Mohit Bansal (Assistant Professor) developed this product. The product is in the form of a keychain with a hook in it , smaller than the size of a credit card. A small hole in the base allows one to attach it to the key chain. This product helps in opening the doors at public places because After all, there’s no telling who touched it before you.
Project Title: Health Band
College Name: Moradabad Institute of Technology Moradabad
Mr. Shahbaz Khan (Student) developed this band by using electronic system and the components of the band are microcontroller, temperature sensor, blood oxygen sensor, heart beat rate sensor, display, Wi-Fi module, and a battery. All these components are integrated together. All the sensors used in the band will sense the three body parameters (temperature, heart beat and blood oxygen level) from time to time and the data will be monitored. This data may be uploaded and recorded with the help of the Wi-Fi module and microcontroller. The data of every patient can be monitored and extended to isolation central control room. The data can also be seen live. The developed health band can be given to the patient at the time, when he/she gets admitted to isolation or a Quarantine Centre.
Project Title: ASTRA - A Deep Learning and Lungs X-ray Image based Detection system for COVID-19
College Name: IIMT College Of Engineering, Greater Noida
Mr. Mayank Raj (Assistant Professor) and his team developed this system. ASTRA- Detection system based on innovative Deep Learning CNN approach Uses the fast, precise and robust Single Shot Detection (SSD) detection algorithm. Useful for COVID-19 Patients at Airports (Already installed Xray m/c), hospitals etc.
Project Title: Drone for public announcement
College Name: KIET Group of Institutions Ghaziabad
This drone is developed under the leadership of Prof. Amik Garg to serve multiple purposes like to supply food and medicine to COVID patient, Surveillance and spreading awareness.
(a) Aircraft Folded H300mm x W240mm x L360mm Diagonal Size (Propellers Excluded) 650 mm Aircraft Weight (Battery & Propellers Included) (Extra Attachment Excluded) 5 lbs (2300gm) Max Speed 40 mph (65 kph) in Sport mode without wind KIET Group of Institutions Ghaziabad
(b) Remote Controller Operating Frequency 2.4 GHz to 2.483 GHz Max Transmission Distance (3 km) (Unobstructed, free of interference)
(c) Wi-Fi Operating Frequency 2.4G/5G Max Transmission Distance 80 m(Distance), 50m(Height) (Unobstructed, free of interference)
(d) Public Announcement Speaker Power 30W – Announcement can be done through mobile (b) Remote Controller Operating Frequency 2.4 GHz to 2.483 GHz Max Transmission Distance (3 km) (Unobstructed, free of interference)
Policies
Innovation Hub Policy for the Startups/Innovators/Faculty Members/Student Entrepreneurs
Pharmapreneur- Galvanising Future Of India
International Assistive Technology (AT) Hackathon
Innovation Hub, AKTU is glad to announce the International Assistive Technology (AT) Hackathon in collaboration…