User Interface: And also well you can think of having uh since you have a you know something maybe if you added little bit of display , you might need the to che keep checking the battery , so you really need a some kind of indicator ,
Marketing: Hmm .
User Interface: so it could be a blinking option of L_E_D_ Project Manager: Hmm .
User Interface: it could actually be used to detect also .
Industrial Designer: Yeah .
User Interface: If it's in a dark room you can basically detect it also .
Marketing: Mm . Hmm .
Project Manager: Hmm .
Industrial Designer: Yeah .
Marketing: I like the idea too of being able to use the remote in the dark ,
Project Manager: Mm .
User Interface: So Marketing: so either having the buttons so you can feel the difference between them or if they if they light up or something .
User Interface: No actually i if i it is like you know it tells you um , it can be for two purposes ,
Marketing: Mm .
User Interface: like if you have an L_C_D_ display and all those things it's not going to be the standard remote ,
Marketing: Mm . Hmm .
User Interface: which is having uh which need just uh six six volt uh th sorry three volts um of D_C_ .
Marketing: Mm .
User Interface: It may need more actually , so y you you may need to check your battery usage it and then you need that , some functionality to indicate the battery limit .
Industrial Designer: Mm .
Marketing: Hmm .
User Interface: And then if the battery limit is indicated , if it could be ind indicated through a blinking something
Industrial Designer: It's true .
Marketing: Mm .
User Interface: and it can change the colour depending on your uh how much is the battery , well that is good enough to even locate even if you want to .
Industrial Designer: Mm-hmm .
User Interface: You know .
Project Manager: 'Kay good .
Industrial Designer: .
User Interface: Yeah so Industrial Designer: I don't know how if if I have time to talk about the Project Manager: Mm yes um I would User Interface: You you have time some more ? Yep .
Project Manager: Yes yes you can you can still . We have time .
Marketing: User Interface: Sure you can you know .
Industrial Designer: Okay . So what I'm gonna present here is very uh um yeah basic knowledge about the all the the components that are inside a a R_C_ a remote control , and how is it manufactured h what is the process , just to explain you .
Marketing: Mm-hmm .
Industrial Designer: So the method is ther there is a a set of components in a in a remote control like , and uh what cost the the components in themself do not cost a lot but the the way to assemble everything costs obviously , and I will uh show you my preferences uh uh at the end . So there are two uh different types of uh um Two different ways of using the the components for making a a remote control .
Project Manager: Nice . User Interface: Hmm .
Industrial Designer: Uh the basic way is to use a an integrated circuit and some uh transistors with an that aims at communicating uh uh the message and to to send the message to the um to the led that will uh transmit to the receiver . And uh yeah the other components and the circuit board buttons , infrared , led , etcetera , for the components um . So you finding , just to say that the chip can detect uh when a key is pressed , and then it translate to the key , to a sequence , something like morse code , as you know , uh with a different sequence for each key ,
Project Manager: Mm-hmm .
User Interface: Mm-hmm .
Industrial Designer: and uh uh that's , with the components we will use , we will have different uh messages , different sequences , and the chips sends that signal signal to the transistor that amplify to make it stronger um . So electronic parts are assembled onto uh printed boards uh because it's easier to mass produce and assemble . And uh so I think for our design we want some b uh programmable uh you know V_ V_L_S_I_ or F_P_G_A_ uh high technology ,
User Interface: Yeah mm mm-hmm .
Industrial Designer: and this is important , and also we'll use uh yeah like in any uh high-tech uh devices a chip of fi fibreglass to them and connect them .
User Interface: Mm-hmm .
Industrial Designer: So my personal design we need to find a solution what um what is the material of the cover we want to use . If it's plastic
Marketing: Mm .
Industrial Designer: or you said that yeah you had some ideas uh like fruit , veg or Project Manager: Well well
Industrial Designer: I dunno . Marketing:  Project Manager: m m maybe m maybe we can give the uh the uh the case a very uh uh normal a v very normal case but , with the changeable covers to fancy it up .
Industrial Designer: Yes . Yes .
Marketing: Mm-hmm .
Project Manager: So like a normal cheap plastic case which can be covered up in , for instance , a wooden case .
Marketing: Mm-hmm .
User Interface: Yeah .
Industrial Designer: Yes .
Marketing: Mm just have a yeah Industrial Designer: Yeah like they do in with cars I think . Yeah inside the car
Marketing: Just the veneer on it , yeah .
Industrial Designer: yeah . So they also emailed me that uh they have available a bunch of different buttons , a scroll wheels , integrated push buttons s such as a computer mouse . And uh very cheap L_C_D_s , so liquid crystal displays ,
User Interface: Yeah .
Industrial Designer: so I'm wondering , I think we might be able to integrate L_C_D_ into our R_C_ . And the final point okay is um we have yeah there are some uh compromise to to do .
Marketing: Hmm .