Adaptive multisensory device for the close regulation of physiological and emotional states

Abstract

- Main claim: Adaptive multisensory device for the near-body regulation of physiological and emotional states, comprising: a) a segmented shape structure with several spatially arranged shape segments (A1, A12); b) at least one multisensory module (64) arranged in or on the shape structure for emitting at least one stimulus from the groups of heat, light, scent, sound, vibration, and pressure impulses; c) a system for regulating the degree of hardness with a controllable air cell matrix with several air chambers (46) and / or air cells (50); d) a sensor architecture with at least one sensor for detecting at least one physiological and / or environmental parameter, in particular pressure, respiration, cardiac activity, movement, position, temperature, and / or humidity.e) a control unit for evaluating acquired sensor data and for automatically adjusting at least one operating parameter of at least one multisensor module (64) and / or the hardness control system, f) a low-voltage power supply, characterized in that the form structure, the sensor architecture, the at least one multisensor module (64), the hardness control system, the control unit and the power supply are designed as a technically interacting system, wherein the power supply is wired, contact-based, inductive or a combination thereof and the device is designed as a lying device, a sitting device, a device changeable between several usage states or other body-hugging support unit.