Okay I've got a presentation about the working design. Um first about how it works. It's really simple of course. Everybody knows how a remote works. The user presses a button. The remote determines what button it is , uses the infrared to send a signal to the T_V_. The T_V_ switches to the frequency , or what function it is. So we've got um the the plate. It gots conductive disks for every button. When the user presses a button , a signal got sent , goes to the LED and transmits tranmi transmits its to the T_V_. It's a very simple device , technically speaking. So this is a schematic overview. You've got the buttons. The power source. And uh when a button gets pressed , its goes to the chip. The chip uh controls the infrared bulb and perf perhaps a normal bulb. When you press a button you can actually see your pressed button. Well um I think we should use default materials , simple plastics. Keep the inner workings simple , so it's robust. Uh I think we should focus on aesthetics , the design and the user interface , because if you're going to use high-tech materials the price is going to go sky-high. And uh you only have to design a remote once , and if you use high-tech materials it come back in every product. So it's , in my idea , it's uh it's gonna be smart to invest in di in design and not in uh in the product itself. That's it.
Okay. Thank you. Okay.
Uh  Okay now I hope everybody has a little bit more insight in the functions we all have and what we are doing right now. Um I'm the Project Manager so I'm here to mess things up and uh tell you some new uh requirements.
Um that's , we've uh got to design a um remote which is only suitable for T_V_. Um that's because  uh it will be too complex