Hussel
Autonomous Oxygen System
Concept
Year:
2022
Type:
Health & Wellbeing
Wearable
Services:
Industrial Design
Product Visualization
UX/UI Design
Project Description
At extreme altitudes, supplemental oxygen becomes necessary, and considering the extreme conditions, oxygen is a limited resource that needs to be used efficiently. Even small changes in exertion, altitude, or temperature can shift oxygen demand within minutes. In this environment, real-time awareness becomes critical, not only to conserve oxygen, but also to ensure the user’s safety.
Hussel is designed to increase the autonomy of mountaineers by monitoring their vital signs, including oxygen saturation, heart rate, and body temperature through different sensors. The closed-loop system ensures that the oxygen flow rate is autonomously and continuously adjusted to meet the user's instant needs, preventing risks such as hypoxia and edema.
Credits
Designer
:
Asım Buğra Uyar
The sensors, nestled in the neck area, work behind the scenes, detecting any dips below certain levels and alerting the user with gentle vibrations. With continuous monitoring, the system stays responsive to even subtle changes before they become noticeable.
The oxygen flow rate is calculated in real-time based on sensor data and autonomously adjusted. Needs may vary during sleep, rest, or while climbing, and the system ensures the most efficient use of oxygen. The flow rate can also be manually adjusted through the smartwatch interface.
The oxygen reservoir allows users to breathe a more natural air by blending the oxygen coming from the tank with the surrounding air. The mixing ratio is adjusted autonomously according to the user's instant needs based on the sensor data.
With the magnetic cover and easily replaceable battery, it ensures uninterrupted use. When the battery runs low, a simple swap takes just seconds to keep you powered up and on the go.
