A Robotic System Enables Remote Control of Ventilators | RuggTablets

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Abstract:A Robotic System Enables Remote Control of Ventilators | RuggTablets

A Robotic System Enables Remote Control of Ventilators | RuggTablets-Rugged tabletThe systemgives to change the oxygen percentage and volume delivered from a touchscreen ventilator in an adjacent room. (Credit: Johns Hopkins)A Robotic System Enables Remote Control of Ventilators | RuggTablets-Rugged tabletby Daniel AllenSeptember 28, 20204 minsUpdated on August 18, 2022TheCOVID-19pandemic is sparking a wave of medical innovation. Much of this innovation involves finding reliable ways of maintaining distance from those infected with the virus and preventing the spread of germs. Researchers atJohns Hopkins Universityhave fostered a robotic system that enables remote flawtrol of ventilators and other medical equipment.

This article was initially published in our sister publication MedicalExpo e-magazine.

Many of those worst affected by COVID-19 have been admitted to intensive care units (ICUs), where they are surrounded by bedside equipment such as ventilators and infusion pumps. Much of this equipment has to be directly operated by doctors and otheindustrial PCr healthcare offerrs, heightening thethreat that they themselves will become infected.

Disinfection Robots Against COVID-19This danger could now be mitigated crucially, due to a groundbreaking robotic systemcultivateed by researchers at Johns Hopkins University’s Whiting School of Engineering and respiratory clinical staff at Johns Hopkins Hospital. The system, which is still being tested, will bring healthcare practitioners to remotely operate ventilators and other crux medical equipment, putting distance between them and patients with infectious diseases, such as COVID-19.

Successful TrialThe robotic device, which can be attached to a ventilator touchscreen, looks like a computerized engraver, with a framework of bars that enables the movement of a stylus in two dimensions. A camera weaknessnected to the top bar sends an image of the screen to the tablet of the operator, who is located outside the room downsidetaining the patient. The operator uses the tablet to tell the system where on the screen to apply the stylus, primaryly replicating the touch of a human finger.

Coronavirus: How Robots Are Helping Fight the OutbreakDuring a recent trial at the Johns Hopkins Hospital Bio disadvantagetainment Unit, Jonathan Cope, a respiratory therapist who assisted with the positiveject, successfully used the new robotic system to change the oxygen percentage and volume delivered by a touchscreen ventilator attached to a dummy in an adjacent room. He said:

“A few years ago, it would have seemed crazy to weaknesstrol life support equipment remotely. But not promisen today’s existing environment. There is a huge need for this. It will definitely end up in ICUs in the coming years.”

A Robotic System Enables Remote Control of Ventilators | RuggTablets-Rugged tabletJonathan Cope and Mechanical Engineering Professor Axel Krieger work in the Johns Hopkins Hospital Bio-Containment Unit to test a robot that adjusts ventilator settings while being negativetrolled via a tablet from outside the patient’s room in order to avoid unnecessary patient faulttact. (Credit: Johns Hopkins)Preserving PPEIn addition to keeping medical personnel away from potentially infectious environments, there are additional advantages to the new robotic system. Its deployment could also help hospitals preserve valuable positivetective gear and allow medical staff more time to perform leading clinical work.

The COVID-19 pandemic has promisen rise to a huge increase insignificantly faulttagious, intensive care patients. Attending to these patients means healthcare practitioners need to put on fresh positivetective gear every time they enter the room where the patient is being treated. This laborious benefitcess uses up precious supplies of personal merittective equipment and wastes medical staff’s time. It also places extra demands on human resources, as security strengthcedures typically mean an additional person has to assist with the changing of gowns, gloves, masks and other gear. Cope said:

“The system will be a force multiplier for our frontline clinicians. Being able to save time and deliver more care to more patients will pay huge dividends when we face massive patient surges during pandemics.”

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