I, Yarik, love inventing a variety of electronic devices, from small robots to complex automatic systems. On my channel you will learn how to create your own projects, customize and program devices, and share your ideas. I also enjoy designing and building modular homes. I create cozy and modern homes that can be easily adapted to different needs. If you are interested in architecture and design, my channel is definitely for you.
hi I saw your project on kickstarter, very impressive! just wondering if you are looking for any manufacturer for your product? Hope we have chance to cooperate. Best luck for your crowdfunding campaign！
Hmm how about making a simular using only one fan? Where you can have a tub inside the same tube. inner tube can push air out. creating a low pressure zone inside which teoreticly would drag fresh air in through the outer layer.
This is a project I've thought of making myself, especially with the recent availability of mmwave radar. It has potential. I think it might look better if the individually addressable LEDs each had a transition delay to smooth it out and make it feel like it's flowing. Maybe some more filtering/smothing in the position data too? Also if this is going to be a commercial product I don't think it's wise to use footage with the LED strips just temporarily taped in place - you want to put your best foot forward and show the product in its prime. Showing bodged installs and relying on the end user to envision how much better it could look when fully installed, while it gets the point across, it isn't the best marketing practice.
Not exactly. I went to see it and it became clear that it was a bad choice. I'll be looking for a trailer now, but the robot, yes :) I'll soon upgrade it with a thermal imager and a 3D scanning camera, as well as a manipulator. In general, I'm making a multifunctional robot assistant.
Hats off for the model, animations and amount of thought put into savings I would never think of designing the furniture and having it cut before. It was buy or do everything yourself... your approach is definitely more practical :P Now for the questions: Q: Is bedroom the only compartment with AC and ventilation? What about the toilet and kitchen/living area when door are closed? Q: Are you going to add engine heat recovery system for colder months? Q: Do you plan on adding some sort of security system (namely cameras, battery temperature, 8th gen smoke alarm etc)? BTW. I've lived in Poland most of my life but seeing polish websites and prices being references instead of the usual ebay/amazon somehow still weirds me out lol
Thank you for appreciating my idea and animation. Regarding the ventilation of other rooms, it will also be necessary to install recuperators and install air conditioning for comfort. This version of the bus is not fully equipped with electrics; electrics and various smart systems are not taken into account. Such as surveillance cameras, facial recognition locks, smart lights and security systems. I am currently working on many solutions. If you buy them ready-made, it is very expensive, but making them yourself will be much cheaper. It would probably be better to indicate prices in dollars and on international platforms in future videos. Thank you for noticing this flaw.
How is this supposed to do anything? It's just fans blowing in and out, the thermal density of these pipes aren't going to do much if anything at all..
If a hacker enters the local network, he will be able to gain access not only to the camera, but to all devices connected to it. connecting to a local network is more difficult than you think, provided that you have changed the standard password on the router.
Thanks, I didn't think of that. There it is easy to implement; you need to add the inclusion of an infrared LED in the code and connect it to the board. Next week I’ll try to fix the firmware on GetHub with a description of connecting the LED.
i plan on doing it myself could you possibly make a version of this video explaining even more in detail, like how to change the code and how to solder everything not just the resistor and the transistor?
great! next project a double flow system with continuous countercurrent heat exchange. more complicated but more efficient and don't cause negative pressure that might affect fireplaces or wooden stoves
Nice project but better not use aluminium for the heat exchanger: it conducts heat very efficient, ALSO in the flow direction, thereby reducing the efficiency. Better use a ceramic.
It's a great product and design, thank you for showing us. I just have an issue with the fact that fdm plastic parts are swimming into water 24/7. FDM isn't foodsafe. I would suggest to coat the plastic part that is in contact with water.
While I like the idea, you’re losing efficiency doing it this way. Consider this: As air is flowing one direction, the pipes being to change in temperature. As the air/pipe temperature begins to equalize, the heat transfer slows down, to the point very little heat transfer is occurring. When you switch air flow directions, the efficiency momentarily peaks then begins to drop. So overall, the average efficiency is going to be lower than a continuous cross flow system.
