Skip to main content

In China’s hospitals, robots are helping to halt the spread of coronavirus

As the COVID-19 coronavirus epidemic continues to spread, hospitals in China have turned to a trio of robots to help halt the spread of the flu-type virus. The robots include a food delivery robot, sanitizing robot, and directional guiding robot that can help people avoid unnecessary human contact, hopefully preventing further spread of the virus.

The robots were developed by an international collaboration between several companies, including the U.S.-based Orbbec, which manufactures 3D camera sensors. They are currently being utilized across 10 provinces in Chinese hospitals, with others reportedly planning to implement the technology as well.

The food delivery robot is responsible for delivering meals to patients, alongside medical supplies and other “daily necessities.” In doing so, it helps avoid cross-infection, while also reducing the workload for frontline medical staff. The sanitizing robot, meanwhile, assists in cleaning hospitals, thereby stopping interactions with unwanted germs. Finally, the guiding robot can direct patients between different hospital departments. Able to map spaces and determine its own position within them, this guiding robot then plans an optimal path toward its target location.

Orbbec coronavirus robot
Orbbec

“It’s too soon to tell the full benefits of having robots act as intermediaries in contagious health care settings,” David Chen, co-founder of Orbbec, told Digital Trends. “But we do know that it helps in a few critical ways. First, one of the most effective ways to reduce the dangers of a contagion is by limiting contact with others. These robots are pioneers in delivering vital supplies and food to people who’ve been infected.

“The frontline of every epidemic is staffed with overworked medical professionals who are in contact with the infected day-in and day-out. These robotic assistants help provide a buffer between the medical staff, and allow them to stay focused on providing the best care without risk of infection.”

Digital Trends has already covered some of the ways that technology is being called into service to help battle the spread of coronavirus. For instance, one U.S. drone company is in discussions about using its quadcopters to help make potential diagnoses from a distance. Chen said that, in the future, he sees the robots Orbbec has helped develop being used “on a larger scale to provide for people who’re stuck in their homes.”

Editors' Recommendations

Luke Dormehl
I'm a UK-based tech writer covering Cool Tech at Digital Trends. I've also written for Fast Company, Wired, the Guardian…
Giving robots a layer of fat could help supercharge their battery life
BYU's Robot King Louie being built by NASA

Structural, rechargeable zinc battery

Robots could be on course to get fatter -- and it’s for their own good. In an effort to solve one of the biggest problems in current robotics, a lack of battery life, researchers at the University of Michigan have developed a new rechargeable zinc battery that could be worn around robots like a layer of fat. This could provide them with up to 72 times more power capacity than they get from today’s commonly used lithium-ion batteries.

Read more
This tiny robot could help surgeons perform ultra-delicate procedures
Origami surgical robot

Origami Miniature Surgical Manipulator

It goes without saying that surgeons need steady hands. But how steady those hands need to be depends a lot on the kind of procedure the surgeons are carrying out at the time. An amputation might require less fine-grain, subtle precision than, say, a mastectomy. And a mastectomy might require less agonizing defusing-a-nuclear-bomb dexterity than minimally invasive laparoscopic surgery, in which tiny tools and an impossibly minuscule camera are inserted into a small incision to carry out an operation.

Read more
This tiny robot tank could one day help doctors explore your intestine
Endoculous

With a bulky, armored appearance, heavy duty treads for gripping, and a claw arm on the front, the Endoculus robot vehicle looks like it belongs on the battlefield. In fact, it’s just 3 cm wide, 2.3 cm tall, and designed for an entirely different kind of inhospitable environment: Your intestine.

“[This] robotic capsule endoscope, Endoculus, is a tethered robot designed for colonoscopy applications,” Mark Rentschler, a mechanical engineering professor in the Advanced Medical Technologies Laboratory at the University of Colorado, told Digital Trends. “The goals are twofold: design a platform for a robot endoscope in the gastrointestinal tract, and enable autonomous capabilities to assist physicians with disease diagnosis and treatment during these procedures.”

Read more