Frederick Vandenbosch has unveiled a new futuristic desktop computer he has built which is literally built inside a desk and is powered by the awesome Raspberry Pi single board mini PC.
As well as a Raspberry Pi, the desktop computer incorporates a hidden LCD screen that pops up when required and has been constructed using an old laptop LCD. The desk has also been equipped with a variety of different touch sensors and LEDs. Watch the video below to see how the desk was constructed and also a demonstration of the pop-up display. The Hackaday website explains:
[Fredrick] used Python to get the major functions of the desk programmed. We couldn’t help but think of all the things you could do with an easily programmable desk surface: show stock quotes (or sports scores), notify about e-mail, or other things. Although it doesn’t look like it would be simple for a simple user to add those things, if you were a handy programmer, they look like they’d be in reach.
Innovative Features of the PiDesk
The PiDesk is not just a regular desk; it is a testament to what can be achieved with a bit of creativity and technical know-how. The integration of the Raspberry Pi allows for a multitude of functionalities. For instance, the touch sensors embedded in the desk surface can be programmed to perform various tasks. Imagine being able to control your home automation system, check the weather, or even control your multimedia setup, all from your desk.
The pop-up LCD screen is another standout feature. This screen, repurposed from an old laptop, remains hidden within the desk until needed. With a simple touch or command, the screen rises, ready to display information or provide a workspace. This not only saves space but also adds a futuristic touch to the desk.
Potential Applications and Future Enhancements
The potential applications for the PiDesk are vast. For instance, in a professional setting, the desk could be used to display real-time data, such as stock market updates, project timelines, or even video conferences. In a home setting, it could serve as a central hub for controlling smart home devices, displaying family schedules, or even serving as an entertainment center.
Moreover, the use of Python for programming the desk’s functions means that it is highly customizable. For those with programming skills, the possibilities are endless. One could integrate voice control, add more sensors for different functionalities, or even connect the desk to other IoT devices.
The PiDesk also opens up opportunities for educational purposes. Schools and universities could use such a setup to teach students about programming, electronics, and the integration of hardware and software. It provides a hands-on learning experience that is both engaging and informative.
More information on the lottery-controlled futuristic desk can be found by jumping over to the official Frederick Vandenbosch website for full details.
Source: Hackaday
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