The Oura Ring 4, set to debut in 2024, is a standout in wearable tech, offering groundbreaking features and advanced health monitoring. This sleek ring not only tracks sleep, activity and readiness but also introduces contactless payment, thanks to Oura’s acquisition of Proxy. The ring’s sensors monitor heart rate variability, body temperature and blood oxygen levels, delivering real-time health insights and personalized recommendations. Designed with women in mind, it features period prediction and cycle insights, powered by AI for tailored feedback. With strategic patents ensuring top accuracy and efficiency, the Oura Ring 4 is perfect for health-conscious users seeking cutting-edge technology and convenience.
How does Oura Ring 4 Function?
· Continuous Heart Rate Monitoring: Uses infrared LEDs to track blood volume pulse, heart rate variability and resting heart rate.
· Advanced Sleep Analysis: Monitors sleep stages and provides detailed sleep scores using accelerometer data and heart rate patterns.
· Body Temperature Tracking: Measures temperature deviations from the user’s baseline to detect early signs of illness.
· Activity Tracking: Tracks steps, movement and physical activity levels with an accelerometer.
· Personalized Health Insights: Analyzes data to offer personalized recommendations for sleep, activity and overall health.
· Battery and Connectivity: Offers up to 7 days of battery life and syncs data with the Oura app via Bluetooth.
Key Patents behind Oura Ring 4
We’ve analysed the patents associated with this Oura Ring 4. Below, you’ll find summaries of the key patents that make this technological marvel a reality!
A sleek, finger-worn ring, as disclosed in the patent, US20240168521A1, which houses a sensor-packed circuit board and a wireless communication module, seamlessly connecting to your device for real-time health insights and control. The figure below represents the interior window of wearable.
This wearable computing device as described in the patent, US20200233452A1, smartly activates its transceiver to transmit data based on your movements. The sensor captures physical activity, and if it matches a pre-set pattern, the device springs into action, sending and receiving data. If not, it keeps monitoring, ensuring seamless and efficient performance. The figure below illustrates the charging mechanism in the wearable.
The finger-worn ring, as disclosed in the patent, US12013725B2,combines sleek design with cutting-edge tech. This stylish ring features light-emitting and light-receiving components, all housed in a sleek ring-shaped structure, and connects wirelessly to your device for seamless communication. The figure illustrates the battery and a flexible circuit configured to fit inside the housing of wearable.
This smart ring as described in the patent, US11850069B1,packs advanced tech into a sleek design. It features a battery, a PCB with a fingerprint and temperature sensor, and a processing unit for fingerprint authentication. Encased in a protective potting compound, the ring’s inner surface has curved and flat areas, with the fingerprint sensor seamlessly hidden beneath one flat region. The image below illustrates the components of smart ring.
As the wearable tech market continues to evolve, competitors like the Samsung Galaxy Ring, Apple Ring and McLear Ring are making their mark with impressive health-tracking features. However, the Oura Ring 4 distinguishes itself with its unique blend of advanced health sensors, contactless payment capabilities, and AI-driven insights—all housed in a sleek, stylish design. This innovative device goes beyond mere tracking; it’s set to revolutionize how we interact with our health data and manage our well-being, making it an essential companion for modern, health-conscious individuals.
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