Consciousness-centered medical structure with modular textile diagnostics, AI assistance and neuroaesthetic spatial guidance

Abstract

Medical-functional structure for consciousness-centered diagnostics, comprising a combination of modular or textile diagnostic units, AI assistance systems and digitally networked patient interaction.

Description

2. SummaryThe invention relates to the medical-functional principle of a new practical and clinical structure which is based on intentional perception, modular textile-integrated diagnostics, artificial intelligence and space-anesthetic regulation. The structure is patient centered, digitally integrated and designed for scalable modules - from single practice to total ratchet. Textile, sensory and AI-supported elements are deliberately mediated and therapeutically used by body data-based, non-invasive or contactless methods. The system architecture allows a new form of medical treatment that integrates physical, psychic, and aesthetically-aware levels.3. Core Elements of the Invention• Integration of modular or textile diagnostics (e.g., EEG, ultrasound, ECG) into a medical system environment• Use of artificial intelligence for accompaniment, evaluation and patient-centric communication• Digital control and patient-specific adaptation via central platform• Neuroesthetistic space design for deliberate activation of physical and cognitive processes• Scalable structure: from single practice module to interactive clinic landscape• Modular extensibility over subsystems4. Applications AreasThe system is usable in home doctor offices, specialized therapies, interdisciplinary health centers, and vision clinical models. Due to its modular structure, it is suitable both for launch ups in the HealthTech sector and for existing medical institutions with an expansion requirement.

Claims

Medical-functional structure for conscious diagnostics, comprising a combination of modular or textile diagnostic units, AI assistance systems and digitally networked patient interaction.Structure according to claim 1, wherein the diagnostic units comprise textile or modular sensors suitable for detecting physiological parameters such as EEG, ECG, ultrasound.Structure according to one of the preceding claims, wherein a digital control and evaluation platform is integrated for the individual adaptation and progress control of the diagnostic processes.The structure of any preceding claim, wherein the system environment is configured to support the intentional activation of cognitive and physical processes by sensory, visual or spatial stimuli.The structure of any preceding claim, characterized bya scalable system architecture that is removable from the single practice module to larger clinical structures.Structure according to one of the preceding claims, wherein textile or modular sensory subsystems for continuous detection of body-proximal parameters and for targeted therapeutic feedback are integrated.