Wipprecht’s Drinkbot 2.0 clothing mixes your sip on voice control

By editor
April 8, 2024

With the fresh Drinkbot 2.0 3D printed concoction program created by French fashiontech artist Anouk Wipprecht, mechanical cocktails are abound. A BeagleY-AI available technology single board computer, which has six peristaltic pumps that combine drinks, is used to serve you a beverage based on voice command over the dress. In both a match and a costume.

The system may be demonstrated during Embedded World 2024 in Nuremberg, Germany between April 9- 11 at the Texas Instruments hall.

DRINKBOT 2.0

Drinkbot 2.0, an Anouk Wipprecht creation, allows partygoers to combine their drinks with it at any time, and it can even voice-dictate a picture for you. Six small peristaltic pumps on the wearer’s again begin to move directional after using voice command to interact with the system. This combination combines your voice and yours.
the 3D printed glass owner in the front of the layout, where the user hands the drink, through a pipe system.

The elements are broken down into bases, various syrups, and various syrups, and the shots are based on the responses of the participants. The artist enjoys the system’s capacity for mixing six different liquids.

I: the DareDroid 2.0 in 2010 which you needed to play’ wisdom or dare’ with to get your beverage, or a after version, in 2015 was the’ DrinkBotDress’ that I open- supplied and worked on a single pulsatile pump. The 6 small pulsatile pumps that are embedded in this new dress give me the most joy; this is my first time doing real-time mixing with it. which makes this task more nerdy.

The designer’s first attempt at making a child and a woman edition of the dress.

Wipprecht's Drinkbot 2.0 dress was created using an Elegoo resin 3D printer and runs on the open-source BeagleY-AI platform

3D PRINTING | | large prints

Anouk Wipprecht used the Jupiter SE 3D printing to create the Drinkbot 2.0 clothing. A resin-based printing with a large build space of 277. 848 x 156. 264 by 300 mm that made it easier for Wipprecht to prototype while simultaneously printing more parts in a single sample, thereby accelerating the process.

For this task, having access to a 3D printing with a large build-volume and a wonderful resolution was quite valuable; using resin both saved money and gave some of my design’s features a great smoothness.

The printing adopts a COB+refractive lighting cause that reduces light dispersion and provides uniform and regular light exposure, resulting in sharper details, better ultimate prints, and exact dimensions.

Wipprecht's Drinkbot 2.0 dress was created using an Elegoo resin 3D printer and runs on the open-source BeagleY-AI platform

COMPUTER | | BeagleY- AI

The dress uses the brand-new BeagleY-AI and features a highly effective Arm-based vision processor from Texas Instruments, AM67A. Within a single-board computer, the board is focused on deep learning. Running a voice-to-text app on the BeagleY-AI board and having those translated into commands to make drinks, the dress makes use of this. In order to perform the interactions quickly and effectively, they run on the Arm cores and transfer the processing to the DSP cores.

BeagleBoard. Through thorough collaborative repositories and technical documentation, opensource .org takes pride in being open source.

Being a major supporter of open-source, I consider working with companies that encourage and promote open-source because it promotes innovation and collaboration. In this situation, open-source allows users to control and control the design process.

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