Project Overview
The world's first AI health terminal combining non-contact detection and smart interaction. Using medical infrared thermal imaging, it transforms home health monitoring, enabling early alerts and chronic disease management. As a TCM-inspired health guardian, it creates personalized thermal profiles, tracks chronic conditions, visualizes injury recovery, and integrates professional monitoring into daily life.
Organisation
Team
Suo Ren,Nan Zhang,Yi Deng，Lina Guo,Xiangyi Wang,dawei Liu,
Yue Xiao,Lu Lu,Xiaoyong Zhang,Xiaoping Guo,Tongyao Liu，
Mingquan Gu,Li Wang,Yaru Wang
Project Brief
The IX ThermoSense Smart Health Mirror is an innovative health monitoring solution specifically designed for home use, which revolutionizes traditional smart mirrors by integrating infrared thermal imaging technology with intelligent systems.
Through infrared thermal imaging and temperature mapping analysis, it can quickly pinpoint areas of persistent pain or complex pathological conditions. This cutting-edge device enables complete body examinations at home with guaranteed privacy protection while transforming difficult-to-describe symptoms into visualized thermal maps to facilitate medical diagnosis. Featuring a lightweight design, it perfectly meets the demands for instant health monitoring in household environments, bringing professional-grade healthcare solutions right into your home.
Project Innovation/Need
The IX ThermoSense Smart Health Mirror revolutionizes home healthcare through its innovative integration of infrared thermal imaging and visual interactive technology. Equipped with a high-precision dual-mode sensing system and enhanced by multi-spectral AI fusion technology, it achieves medical-grade detection accuracy.
Capable of performing a full-body scan within 30 seconds, the device transforms surface temperatures into visualized thermal maps to pinpoint areas of inflammation and circulatory abnormalities. Featuring a professional thermal analysis engine and a physically concealable visible-light camera module, it ensures privacy protection while establishing a secure home health data hub. Real-time monitoring via mobile devices completes a comprehensive home health management ecosystem, empowering users to track physiological changes and trends effortlessly.
Design Challenge
The fundamental innovation resides in subverting the conventional notion that "thermal imaging equals industrial testing equipment," instead reconstructing its application value in domestic healthcare through the organic integration of clinical-grade accuracy and residential-oriented design.
Focusing on user accessibility as the central tenet, our engineering team has developed an ultra-lightweight architectural framework that enables versatile deployment options - wall-mounted, standing, or portable configurations - all while employing artificial intelligence to convert intricate thermographic data into intelligible health infographics.
This sophisticated system guarantees diagnostic reliability while establishing an optimal equilibrium between technological sophistication and human-centric design, with robust privacy preservation mechanisms constituting an integral component of the overall architecture.
Sustainability
The IX Series Smart Thermal Imaging Mirror achieves multifunctional integration through modular design, seamlessly combining health monitoring with daily care.
Constructed with eco-friendly materials and an energy-efficient architecture, it supports flexible configuration switching between wall-mounted, freestanding, and portable modes, while expandable modules cater to personalized needs (including fitness interaction and environmental sensing).
Featuring a sleek, minimalist design that harmonizes with home aesthetics, the mirror reduces environmental impact through green manufacturing processes and recyclable materials, delivering a sustainable health management solution for modern households.
Product Design - Concept
This award celebrates creativity and innovation for either a product design at conceptual stage - an early sample or model of a product that has not reached the manufacture stage nor available to the market.
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