Exo skeleton clothing

Many of us will soon be able to wear Exo Skeleton clothes similar to that shown in 'Iron Man.'

Assume you're wearing high-tech body armour or protective equipment that makes you stronger and that doesn't make you fatigued.

This technology is known as Exo Skeleton, and it is inspired by the popular superhero film Iron Man.

However, such equipment is currently being produced and worn on a large basis all over the world. It will be released to the general public soon by Suite X, a California-based startup.

"I have no doubt that similar devices will soon be marketed in hardware stores," said the company's founder, Homayoon Kazerooni.

Simply put, the Exo Skeleton is an external device that covers the user and protects them, providing more power and increasing endurance.

Sometimes they are called robots that you can wear. They can be operated with the help of a battery and a computer and are equipped with devices such as motors and hydraulics. Or they simply have springs or devices inside them that reduce the labor-intensive effect of something.

"Combining humans and machines into one system creates new opportunities," says Adrian Spragg, an expert at Escher.

"The initial requests were mostly for military or medical objectives, although there have been a number of instances of their use over time."

With the advancement of technology, with this expansion, industrial employees are now using Exo Skeletons. For the average consumer, there are a variety of them under construction to help people with everyday tasks, such as walking, climbing stairs, making something on their own, or doing something else.

According to a study by ABI Research, this could lead to large-scale sales. Expo Skeleton's global revenue was 392 million in 2020, but could reach 8 6.8 billion in 2030.

The suit is now being tested by various automotive companies, such as General Motors and Fiat.

Professor Kazerooni is also the director of the Berkeley Robotics and Human Engineering Laboratory at the University of California. He says that the main purpose of making Exo Skeleton by his company is to prevent muscle fatigue.

"We've discovered that it reduces back, shoulder, and knee muscle movement by up to 50%," he explains. Muscle movement is reduced, which means they are less likely to sustain injuries."This means that the factory or plant manager can get higher yields, lower insurance costs and less work days due to injury."

Exo Skeleton gloves:

General Motors is also interested in a battery-powered Exo Skeletons glove from a Swedish company, BioServo.

The glove is named Iron Hand and has sensors and motor mounted on each finger. These gloves automatically give the wearer the strength he needs to lift or hold something. In this way, these gloves apply all the force themselves and do not let the wearer get tired.

BioServo says they can increase the strength of glove wearers by up to 20% over a long period of time.

Jason Cottrell

Jason Cottrell, head of the Canadian software company MyPlanet, has conducted several surveys on the use of Exo Skeleton and says that the world has recently begun to understand its widespread use.

"It simply came to our notice then. Hard work in the industrial or agricultural sectors requires workers who can maintain their physical strength and deal with dangers.

"A device that will help this person work will make a big difference in the industrial sector."

Jason Cottrell cites an example: Delta Airlines announced last year that it was testing an Exo Skeleton for the whole body, made by Utah-based company Circus Robotics. This powerful suit has been tested by the airline's crew that transports luggage and it has been found that it can lift up to 90 kg continuously in eight hours.

According to Cottrell, look at the waiter in the restaurant. Can they take advantage of this because they carry a tray on their arm'

The most advanced Exo Skeleton uses artificial intelligence computer software. They have the ability to make decisions automatically and learn from the environment.

Body suits should be welcomed, but with some caution, says Sandra Watcher, professor of artificial intelligence at Oxford University.

"I find this development very useful for medical and safety purposes," she said. With the help of machines, hard work, dangerous and difficult tasks can be helped.

"For example, reports that can save your shoulders, back and head while lifting and holding things are very important. These are just some of the goal setting shareware that you can use.

The problem arises when robotics is used to monitor employees. Is this suit testing your movements, how fast you work and how many breaks you take?

"Is this information being compared to other employees' information so that they can be given a score?"

What happens when you work slower than others or take more breaks? '

Until now, however, the general use of Exo Skeleton technology has stalled for a number of reasons, including battery capacity, limited mobility, and the cost involved.

"The average price of (Exo Skeleton for a full body) is around 45,000$, but the prices will come down when they are made in large numbers and the technology improves," says Sprag of the Accenture Company.

Kazerooni, a professor at Suite X, says the price cuts will also start selling Exo Skeleton for recreational purposes, which he says could potentially become a big market.

His company is currently developing a device that will be comfortable for the wearer's knees.

"It's not just for people who want to walk or climb, but also for young people who are obsessed with risky tasks or for those who want to walk or climb more without knee pain." It will be for people of all ages and it will help you.

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