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Wearable respiratory assistance--OxyFlow

"Oxyflow" is a wearable respiratory assistance device designed for non-pathological individuals.

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  • Demo

  • packaging

  • Companion UI design

  • Dimensional Drawings

What it does

"Oxyflow" is a wearable respiratory assistance device designed for non-pathological individuals. It combines technology with intelligent algorithms to monitor users' breathing status,offers personalized training suggestions, helps improve breathing patterns.


Your inspiration

In the context of the continuous intellectualization of global health management, respiratory training equipment has gradually attracted attention. Smart health hardware is developing rapidly, but there is still a gap in smart wearable devices that focus on non-medical grade and daily breathing improvement.Based on the concept of "intelligent and healthy life", this project focuses on the increasingly prominent respiratory habits of the population, and the project takes healthy life, psychological adjustment and respiratory correction as the core, fills the gap in the market, and has important theoretical value and broad market prospects.


How it works

When the user selects the abdominal breathing mode, when the user is detected breathing in the chest, the air bag is inflated and gently resists the junction between the chest cage and the ribs to guide the abdominal breathing; When the user selects the chest breathing mode, when the user is detected breathing in the abdomen, the air bag is inflated and gently pressed against the upper abdomen to guide the chest breathing. Built-in high-precision pressure sensor, sense the breathing value and time changes to comprehensively monitor the breathing situation.


Design process

Phase 1: Research and Needs Analysis User research and problem definition; Competitive product analysis and differentiated positioning; Classification of respiratory behavior patterns and establishment of mental health parameters. Phase 2: Technology Development & Prototyping flexible sensor hardware design and debugging; Respiratory data collection, cleaning and feature extraction; Ergonomic structure and material design; APP interface and interactive process design. Phase 3: System Integration and Test Optimization Software and hardware system integration and multi-device adaptation; Establish a feedback mechanism for breathing training; User simulation testing and data correction; APP SOS and data sharing module are complete. Phase 4: Commercial Validation and Iteration Small-scale user public beta testing and experience optimization; Collect feedback to form a closed loop of data; Market feedback analysis and commercial packaging.


How it is different

Introducing a breath training device that integrates flexible electronic technology, intelligent algorithms, and wearable design; Targeting non-pathological populations and moving beyond clinical settings, it fills a market gap;Adaptable to multiple scenarios (such as sports, office work, sleep, and meditation) to enhance user engagement;Accompanied by an APP that supports personalized training, data sharing, and remote care;Features a market-oriented business model (hardware sales and data subscription services);Emphasizes family breathing health management and advocates for a holistic approach to health behavior interventions for the entire population.


Future plans

Focus on market segments: Oxviow will focus on specific market segments and avoid direct competition with big brands. We will launch customized products and services according to the needs of different user groups. Strengthen brand influence: Through online and offline multi-channel marketing, Oxviow will quickly establish brand influence. Social media advertising, health talks, industry collaborations and other ways will help brands increase exposure and quickly build market awareness. Build user community and education: Engage with users on social platforms and e-commerce platforms for a long time to create a healthy breathing community.


Awards

1.2025HKDADC-Won the third prize in the Hong Kong Digital Art Design Competition 2.2025-Won the Bronze Award of China Academy of Art International College Students'innovation Competetion 3.2025-Won the qualification of national project of the 2025 China College Student Innovation and Entrepreneurship Competition


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