 Hi, so we're here at the Artitechic show here in Berlin, and we're here looking at this booth with all this innovation from textiles in Korea. Perhaps you can introduce who you are and tell us a bit about the company. Yeah, Korea Textile Trade Association supports several textile companies developing e-textile products in Korea. Great, so perhaps we could take a little walk around the booth and see what you're showing. So we'll start over in this corner. I see it's a dark cabinet with some sort of lighting on a parallel in there. What sort of product is this? So it's like a... Okay, so this has LEDs through little illuminated fibres in this garment. So can you tell us a bit about the company that made this maybe? SNC. SNC? Okay, sure. So is the application for this... So we have sort of this high visibility application. Perhaps you can tell us about it. Especially it is developed to products that combine optical fibre and LED light and batteries in the system. So it can be used as a rechargeable battery. Okay, sure. So the battery is in the back here and then you have this pattern out of the lighting which makes it high visibility for safety applications, is it? Yeah. Oh, very good. It's showing a lot. So can you tell us about this? So we'll go through. This one has these little lighting modules in the textile on the side and maybe when the user moves you get different patterns of motion with the different LEDs as they come in. I see. Great. And then what are you showing in here? Different sensors and so on. Perhaps you can tell us about this. I'd like to introduce the textile sensor. Different sensors. This is for the stable pressure sensor. So push the finger, push the string. So I think you can see here. So this is a different rubber sensor and then as we stretch it you get a different signal there. This product is a flexible sensor. There are matrix type sensor measures with distribution and actors to be measured and manufactured in various forms. It's an application to support health care and other applications. This product's strength sensor. This product's strength sensor. It detects the change in the electric resistance due to expansion and contraction of the fabric. Great. So this one here as well? You can see the data. This sensor can be used. I'm so sorry. This one is a conductive fabric having heating problems. Okay. So resistive heating based on carbon inks on textile. Okay. Great. And this is integrated into a glove. Can you tell us about this one? Okay. I see. So in the glove you have a conductive element here so you can use capacitive touch strings in things like tablets or that kind of thing. So it integrates it via some... Is it what metals use in the silvers? Or what conductor is in the glove? Different, maybe silver fibers, carbon, these kind of things. Yeah, carbon blank. Oh, right. Okay, carbon. Okay, so going on. So these are more examples of textile integration. I see these are some different strain sensors. So strain sensors that could maybe move the hand. Is this a demonstration? I see. So as you press on each of the strain sensors and they register, you're controlling the motion of a robotic hand here as you press down. So here this one would be the thumb and then the index finger and the middle finger and so on. Oh, I see, very interesting. I've seen some applications for this around things like stroke rehabilitation. So for example, you can make these sensors into one of these gloves like you've shown and then use a sort of robotic system for the other hand and then use it to rehabilitate the strokes and so on. Okay, very good. We'll keep having a look. So in here there's some more lighting. This looks quite similar to the garments we saw earlier. This is not high technology but this one provides added value, fashion products. I've seen that you've got different brands like Alfaqlo and Black Yash. You've seen different kinds of lighting and so you're anticipating the textiles. Okay, very good. And then over here we have some, this is maybe let's start in the lighting here. We've got a couple more lighting examples. What are these for? These are protective equipment for children, I see. Okay, so and then other protective equipment here so this is integrated into sort of a firefighter suit. Can you tell us the different technology here? So we have a unit up here which connects into something in the textile maybe. Yeah, yeah. Wi-Fi. Oh, I see. So different power and then communication via Wi-Fi coming out in this way. That's a kind of panic alarm, I guess. And then are there other sensors containing the garment, maybe in the gloves or anything? Okay, just this unit here and for here. But I know around this side, I think, what we're looking at is some more sports monitoring and different biometric monitoring in the apparel. Is PAPS to have a function? I see. So you have these different modules that measure PAPS motion and electro. So E and G for motion, for muscles. Is that right? So the electrodes in there will detect the electrical signals from the muscles and then sort of feed it back through this module to out to an application. And we see similar things around here. So this will be for something like respiration and heart rate. ECG. Oh, ECG, so for high levels of heart rate. Okay, great. But integrated directly into the textile itself via silver. Okay, great, great. Yeah, I see. So, and then just finishing up around the boots. So some other products here. Here this is a smart, again, in the textile of some skiing goggles. This is a helmet manufactured in the country, in the United States. Sure. And this is the band with, I guess that's similar to this one. It connects out to the glasses. It's a church of a velvet. Oh, I see. This is kind of a safety application, I guess, with red meaning the back of the head. And then how about these shoes? These shoes have a function with different pressure states. So you can detect the different pressures under the foot for, I guess, for things like diabetes management or gait monitoring or maybe gait. Oh, yeah. Okay, yeah, sure. For balance in the individual. Excellent. Excellent. Well, we've done most of a tour of the booth now. How has the... Yeah, thanks for doing it. We've got all the way through it. How has your experience been at the Audi TechEx show over these last two days? How's it been? Have there been positive meeting customers, that kind of thing? Very good. Excellent. Yeah, excellent. Great. I'm glad it's going well for you. Thank you very much.