We A. M. Nilupul Nuwan Senevirathna and W. W. Kanchana Aruna Kumara Perera develop this invention. Our hands must be properly sterilized to protect against coronavirus. Also when using sanitizer bottles containing disinfectant liquid, contact with it can cause the spread of the disease. To solve that problem, we have developed an automated sanitizer. It can also be fitted to many existing sanitizer bottles. It is designed to be small in size, at a very low cost. When we close our hands to this Automatic Hand Sanitizer, it automatically senses our hands. This then it sprays sanitizer liquid into our hands. That way we can sterilize our hands well. It has a fluid volume controller and a fluid frequency controller. Once this device is fully charged, we can get sanitizer liquid many times.
I am Sahan C. Ranasinghe (Engineer) and with the arising of this COVID-19 period in Sri Lanka, I thought to give my contribution for health sector by producing this Patient Inspection Chamber with Monitoring system. I offer my sincere gratitude to SLIC for the financial assistance for initialize Patient Inspection Chamber with Monitoring system project and for patent applying process.
This system is
developed to reduce the exposure of medical staff to covid-19 patients, Covid-19
suspects and normal patients. We can use these units in Hospitals, Ward, OPD and ETU.
Main features of this invention are medical staff can address wards using mics
and speakers, monitor ward activities, patient inspection chamber, 2 way audio
and video communication with the patient, medical staff can
collect samples from patient, medical staff can disinfect the sample tube
without touching, medical staff can disinfect the chamber, pulse oximeter,
thermometer readings can monitor remotely and safety features.
Thank you very much SLIC team for your assistance and guidance.
We are an engineering team and involving with this Semi Automated Telepresence Robot for Hospitals project based on the need of health sector during this hard COVID-19 period. Our team members are Sahan C. Ranasinghe / Anuruddha Tennakoon / Buddhika Marasinghe. We extend our gratitude and thank to SLIC for assisting financial support for the development of this invention and apply for the patent within one week.
Our invention is a
semi automated telepresence robot for Indoor transportation for deliver meals,
drugs, and garbage collection and for patient interview in covid-19 wards or
suspect patients’ wards. In addition to that, this is suitable for manufacturing
plants, warehouses. This robot can be used as a remote control or run on
automated guided path. But you can override anytime. It has obstacle detection
sensors, mechanical dampers to avoid collision. Also most importantly it has a
camera and display for Video conferencing facility to communicate with patients.
Health care staff can monitor or interview the patients and get the feedback
about their symptoms immediately with less exposursity of medical staff
to covid-19 patients.
Thank you very
much SLIC team for your assistance and guidance.
I am Sahan C. Ranasinghe (Engineer) and with the arising of this
COVID-19 period in Sri Lanka I thought to give my contribution for health
sector by producing this ICU Beds for
Emergency Situations. I offer my sincere gratitude to SLIC for the
financial assistance for initialize ICU Bed project and for patent applying
process.
This ICU bed is a quick and reliable ICU bed solution, which can be made from available resources. Almost all the parts will be made from metal and below parts from Mild Steel, upperparts from stainless steel. This can be operated electrically or manually and which is a three functional bed. This ICU bed is not just a bed. It provides information about the patients. Doctors and medical staff can monitor temperature, BPM and other important body measures of the patient remotely. This can collect patient’s data into a website, mobile or central server. The collapsible side rails ensure the patient’s safety and this is consisting with special features that protect the patient’s health condition. Many countries including Sri Lanka are trying to enhance health care facilities also ICU beds against COVID-19. Because of this there is a huge requirement for ICU beds from health sector all over the world.
Again Thank you very
much SLIC team for your assistance and guidance.
We are an engineering team and involving with this open Source ventilator project based on the need of health sector during this hard COVID-19 period. Our team members are Sahan C. Ranasinghe / Kosala Jayasundara / Salinda Tennakoon / Anuruddha Tennakoon / Chathura Yapa Bandara / Thusitha Samarasekara and Buddhika Marasinghe. With the initial prototype, our team contacted SLIC and they assisted us by giving financial support for the development of this Open Source Ventilator and for manufacturing process within one week.
Our invention is to develop a low cost, easy to operate and reliable ventilator based on an open source project. This Open Lung Low Resource Ventilator is a quick-deployment ventilator that utilizes a bag valve mask (BVM), also known as an Ambu-bag, as a core component. Ambu-bags are mass-produced, certified, small, mechanically simple, and adaptable to both invasive tubing and masks. The OPEN LUNG ventilator will use micro-electronics to sense and control air pressure and flow, with the goal to enable semi-autonomous operation.
Benefits of this inventions are low cost in development, mass production due to less complexity, touchpoints use certified components, small and simple mechanical requirements, previous research and testing in this area, adaptable to both invasive tubing and masks and medical practitioners are familiar with the device.
Main features of this inventions are user-specified (breath/min, insp./exp ratio and tidal volume), assist control, positive end-expiratory pressure (peep), maximum pressure limiting, humidity exchange (built into the mask), infection control (by way of covering the unit in an easily cleaned enclosure) and limited dead-space.
Thank you very much SLIC team for your assistance and guidance.
I am Anuruddhika Iroshani Jayarathna, working as a Nursing Officer at National Institute of dialysis and Transplantation Unit, Colombo. My Invention “Device with Catheter Tube, External Public Bladder Hanger” is a patented award-winning invention at the Geneva International Exhibition, that is useful for COIVD 19 patients.
Patients with long-term indwelling urinary catheters are difficult to carry and keep catheter bags when they want to move or travel. This uneasy and discomfort to the patents who are no bed reddened are more with depression and anxiety than others. Furthermore, prolong indwelling catheters cause bladder dystonia and patient need to be allowed period of bladder training before the removal Catheter. In addition, it is at a risk for urinary tract infection. Catheter-Associated Urinary Tract Infections are a significant source of morbidity and motility in long-term care facilities.
Hi, I am W. S. R. Thamel, following the M.Phil degree program at the University of Moratuwa. In order to find a solution for COVID 19 virus spread and infection issues, I developed a vertical/horizontal collapsible low-cost helmet.
The main features of this design with compare to existing developments are
01) it provides facilities to collapse the helmet in a vertical or horizontal side based on the usages.
02) This design provides extra protection for ears as well. Due to parts separation capability, it is very easy to clean all the parts before reuse.
03) Very low cost to built the product so that everyone can afford to buy it easily
Under the guidance and financial support of SLIC, I am currently manufacturing the helmet which is planned to distribute among medical staff.
By Mr. Sahan C. Ranasinghe / Mr. Kosala Jayasundara / Mr. Salinda Tennakoon / Mr. Anuruddha Tennakoon / Mr. Chathura Yapa Bandara / Mr. Thusitha Samarasekara and Mr. Buddhika Marasinghe.
“I am Dr. B.V.K.M Bopeththa, Senior Registrar in Emergency Medicine, Accident and Emergency Unit, Sirimawo Bandaranayaka Special Children Hospital, Peradeniya. Severe respiratory tract infections have been invading the world for many years, however recently COVID 19 infection has threatened the world much more than other infective agents. The health care workers are at the highest risk of getting those virulent viral infections mainly following inhalation of contaminated aerosols. Apart from aerosol generating procedures like nebulization, intubation generates a much higher amount of contaminated aerosols. Adherence to full personal protective equipment and minimizing the number of aerosol generating procedures are currently accepted and practicing methods to reduce the risk of infection spread. With this novel technique, intubation can be performed safely with no aerosol inhalation risk to health care staff.
” I am K.D. Nalaka Chandrawansa, This equipment is useful as a protective cloth against airborne infectious diseases such as COVID-19. It is very convenient equipment for healthcare workers as it easy to wear and avoid sweating, which is beneficial during the clinical or surgical environment. It has been designed to prevent air-borne diseases by covering the whole body similar to personal protective equipment (PPE). The conspicuous character of this equipment by comparing PPE, it has a ventilation system which facilitates the air while the healthcare worker can continue his work without any difficulty. This equipment contains two ventilation systems, one for the head region and another for a ground. Therefore, no need to wear masks and goggles as in the conventional PPE.
