How Korean textile factories are turning to robots to manufacture their wares

In the wake of the catastrophic fires at textile factories in Bangladesh, many in the manufacturing industry are now thinking about how they can adapt.

The question is, what should they make from it?

The question of what to make from a factory fire is one that many are wrestling with as they grapple with their future.

The industry is struggling with the cost of firefighting equipment, with many factories struggling to keep the fires under control in the aftermath of a disaster.

As the fires continue to burn, the question becomes whether the firefighting efforts will be enough to contain the fires and keep factories running.

“It’s a really tough situation for us,” says James P. Bhattacharjee, a professor at the University of Minnesota’s Center for Human and Machine Cognition.

“It’s just a question of where we put the money and where we prioritize the investments and how we manage the burn.”

Bhattachharjee is the co-author of the new book, The Problem of Fire, which explores the nature of fire, its origins, and how to deal with it in the future.

Baskarjee’s book was inspired by a conversation he had with an acquaintance who worked in a textile factory in Bangladesh who told him that the company had built a fire suppression system to deal not only with fire, but also with water leaks and the spread of waterborne pathogens.

“I just thought, this is really not a problem for us at all,” Baskerjee says.

“We have built fire suppression systems in every factory in the world, so how do we do it in this one?

He said, Well, we’re going to build a fire detection system.

And it was actually the very first thing we did when we started this project.”

The problem is that, while the fire detection equipment was successful in preventing fire in a number of factories in the first place, Bhattas has found that it does not work as well in other factories.

In Bangladesh, the vast majority of factories have only one fire detection and sprinkler system.

“There are a number [of] fires that happen in factory facilities every year,” he says.

And in some of these cases, they are just as big as the fires in the other factory.

“But in some cases, it’s just that the sprinklers are only good at fighting one fire.

So it’s not as effective.””

If we’re not building sprinklers, how do you know that a fire is going to come out of nowhere?” he continues.

“So if we build fire detection, how are we going to know when that sprinkler is going off?”

In order to solve the problem, Baskrjee and his colleagues have been exploring the idea of using robots.

Bhatacharji says that even if a factory is equipped with fire suppression equipment, there is no guarantee that a robot will not make a mistake in its efforts to extinguish a fire.

“When a robot is in a fire, we are all the robots that are there,” he explains.

“Robots are robots.”

“It can be a really scary thought to think that a single robot could destroy your entire factory,” Bhatta says.

The problem, he says, is that robots are not perfect.

“If we can figure out how to do this better, we can actually get the best outcome possible.”

A company of the futureFor the past decade, Bhatarjee and other researchers have been developing an automated fire detection technology called “fire detection,” or “fire-detection-as-a-service.”

The technology, developed by a team of researchers at the U.S. Department of Defense and U.K. aerospace giant Airbus, was developed to help prevent fires at garment factories.

“Fire detection is a technology that’s been around for a while,” Bhatas says.

“[But] the problem is, it is really a very hard problem to understand.

We have to know how to program these robots to recognize fire, and we need to be able to understand how to actually deploy those robots in a way that’s efficient and doesn’t leave the factory.

The technology is very difficult to deploy.”

Bhatachrjee has spent a number years building this new system.

But now he and his team are building on that technology and using it to develop a new type of fire detection that uses algorithms to analyze data from sensors and fire detection devices.

“Our goal is to build something that will do fire detection in the real world, but is as good as a human at detecting fire,” Bhasha says.

Bhatakarji and his colleague have already begun testing this new fire detection prototype.

The team has built a prototype fire detection robot that they say they will be testing at the company’s next meeting, on May 29 in New York City.

But this is just the beginning of the work that Bhatakrji and the team are

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