a patch and an aerosol smart health connected for asthmatics

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The Respia is a smart health connected patch that works the same way as a piezo acoustic monitoring to detect breathlessness or respiratory inflammation. A potential revolution for asthmatics.

The Respia system was developed by Katherine Kawecki, a 22-year-old young industrial design student from the University of New South Wales. His smart health connected patch has just won a James Dyson Award, rewarding the most promising and innovative student projects. The first prize was won by Isis Schiffer of the Pratt Insitute of Design in New York, for his foldable and recyclable EcoHelmet bicycle helmet worth only $ 5, but Kawecki gets away with a good sum that will help carry out his project.

Respia, a silicone patch to detect respiratory disorders

This patch can detect respiratory problems or inflammation. Yes an anomaly is identified, a haptic feedback is sent to the user. The latter can then take the necessary measures before it is too late. The system could change the lives of 300 million asthmatics worldwide. Remember that 250,000 people die each year from this health condition, according to the World Health Organization. This number could be drastically reduced.

The patch is made of adhesive silicone and sticks to the user's chest. Like this, the accessory detects the ratio of inspiration and expiration, like a stethoscope. Thanks to acoustic sensors, the patch indicates to the user if his symptoms worsen throughout the day. Thus, anxiety is reduced, and it is no longer necessary to guess if a crisis is about to occur.

A smart health connected aerosol to prevent and cure asthma attacks

In addition to this patch, the system includes a smart health connected aerosol, to be used both for prevention and for healing, which connects to the user's smartphone via Bluetooth, and a companion mobile application allowing him to receive reminders to take his medication. and tell him how many doses he has left. Otherwise, a nightstand dock allows you to recharge the inhaler and store the patch in a safe place. The whole is very elegant and pleasant in terms of design, but above all very ingenious and intelligently designed.

According to Kawecki, the next step in his project is to raise sufficient funds to transform his functional 3D printed prototype into a real commercial product. Thanks to the James Dyson Award, she will receive a sum of $ 9800, which is a good start to carry out her project. The young woman, herself asthmatic, wanted to create a better asthma management experience allowing the user to better understand her condition and treat it more effectively and more easily.

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