Granted and published patents · US and CN
Adaptive Interface with Machine Learning and Biofeedback
This patent family describes systems and methods in which a digital interface continuously adapts its output — visuals, typography, pacing, audio — based on machine learning applied to sensor-captured physiological signals such as breathing and pulse. The underlying proposition is the inverse of the attention economy: rather than the person adjusting to a fixed interface, the interface adjusts to the measurable state of the person using it.
The claims grew directly out of the mYndful and Metaverses biofeedback research (2014–2016) and the immersive works that followed. They describe an engineering architecture, not a medical device: the documents cover signal capture, model-driven personalization and output adaptation. Adaptation to a measured signal is not a diagnosis, and nothing here is a diagnostic or clinical claim.
Inventor records list the legal name Hannes Bendfeldt, the same person publishing and exhibiting as Hannes Bend. Patent status, assignee and jurisdiction details are authoritative only in the official records linked below.
Bioadaptive Interface System
US11561806B2
Continuously adapts screen content using machine learning on bio-signals — adjusting visuals and audio based on breathing and pulse.
Bioadaptive Interface Method
US10423893B2
Method for personalizing digital output by capturing sensor data and applying machine learning to customize the user experience in real time.
Bioadaptive Interface Application
US20190042981A1
System that continuously customizes output data using machine learning on physiological signals.
Adaptive Interface for Screen-Based Interaction
CN111315278B
System and method for continuously customizing output using machine learning on sensor-captured user data.
- Family
- Adaptive Interface with Machine Learning and Biofeedback
- Jurisdictions
- United States (granted and published applications) · China
- Inventor
- Hannes Bend (legal name Hannes Bendfeldt)
- Origin
- mYndful / Metaverses biofeedback research, 2014–2016
- Scope
- Signal capture, machine-learning personalization and continuous output adaptation for screen-based interaction
- Not claimed
- Adaptation is not a diagnosis; no clinical or medical-device claim is made on this page