Yeah.
I think it's going to  Uh it's not too much. Okay.
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.