This invention describes a smart ring that saves battery by only turning on its wireless communication when it detects a specific movement. It uses a sensor, like an accelerometer, to constantly monitor how the ring is moving. If the movement matches a pre-set pattern, the ring activates its radio to send or receive data; otherwise, it stays in a low-power monitoring mode.
Why it matters: Since 2017, the demand for ultra-long battery life in tiny wearables has surged, and miniaturized, low-power components for gesture recognition and wireless communication are now widely available. This makes the power-saving mechanism described more practical and desirable for smart rings.
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