What it does
JoyFlute transforms respiratory therapy into an engaging musical game. LED-guided breathing syncs with adaptive music for optimal medication delivery. App adds gamified rewards and challenges, using light/sound cues to make treatment effective and fun for kids
Your inspiration
Traditional nebulizer therapy causes resistance in 90% of children with asthma, compromising treatment efficacy. Inspired by music therapy and gamification design, we discovered that transforming breathing rhythms into interactive music games could elicit spontaneous cooperation from children. Ultimately, through LED-light and music synchronization technology, we turned essential medical treatment into a game that kids actively engage in
How it works
1. Modular Design Snap-fit medicine/atomizer chambers Reverse-flow ensures full medication use Easy to clean, comfortable to hold 2. Smart Atomization Micro-mesh creates 3-5μm mist particles Auto-activates when child inhales AI adjusts power for optimal delivery 3. Data Tracking Records each treatment session Syncs to parent app with usage reports Helps doctors monitor progress 4. Child-Friendly Features LED lights guide breathing rhythm Fun music and light games during use Makes treatment feel like play
Design process
At first, a simple shell was made using 3D printing and tested with Arduino controlled vibration sensors. Although it could produce mist, the particles were large and there was severe residue of medication. By improving the 3D model, adopting a conical pipeline design and adding waterproof coating, the residual liquid medicine has been significantly reduced. At the same time, the Arduino program has been optimized to automatically adjust the vibration frequency according to the blowing force, making atomization more stable and uniform. In terms of intelligent functions, we have added a respiratory sensor and Bluetooth module, which can monitor the user's breathing rhythm and provide medication feedback through a mobile app. The latest version further optimizes portability by adopting a detachable medication compartment design, making medication replacement more convenient. The entire development process has gone through multiple 3D printing tests and Arduino program iterations, with each improvement making the atomizer smarter and more practical. In the future, we plan to add automatic cleaning function to better serve users with this product that combines traditional wisdom and modern technology.
How it is different
① The interactive method, like a flute, is more interesting and has a stronger affinity. Fully consider ergonomics to facilitate children's grip.② The multi sensory collaborative guidance of "music+light" allows children to operate more accurately. ③ The AI large model collects children's respiratory data to achieve precise medication and personalized treatment, reducing drug waste. ④ The APP introduces a shutdown mechanism. After each child's atomization is completed, the system will score and provide suggestions based on the child's usage effect. Children can adjust the inhalation depth and duration of the next atomization according to the suggestions to obtain higher scores. High scoring users can be ranked on the leaderboard to encourage children to pay attention to the atomization process. In addition, a certain amount of virtual currency will be given to children as a reward after each nebulization treatment.
Future plans
Future development direction: Adaptive atomization control: Real time monitoring of user breathing patterns and environmental conditions through built-in sensors (such as airflow, humidity, temperature sensors), dynamically adjusting atomization rate and particle size, and improving drug delivery efficiency. Subsequent implementation steps: ① Prototype iteration and testing: Complete the second-generation prototype, integrate basic sensors and Bluetooth modules, and conduct laboratory level performance verification (such as atomization efficiency and drug activity retention rate).
Awards
Purple Gold Award Industrial Design Competition International Bronze Award
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