Digitally assisted mobile assistance system with a rolling or flying carrier platform, speech AI, camera system and socio-functional support logic for interaction with people in private, assisted or medical environments.

Abstract

Digitally assisted mobile assistance system with at least one rolling or flying mobile carrier platform, at least one computing unit, at least one voice interface, at least one audio unit, at least one camera unit and at least one artificial intelligence for interaction with at least one user.

Description

Technical field The invention relates to the field of assistive robotics, artificial intelligence, mobile service robotics and human-machine interaction. The invention relates to an autonomously or semi-autonomously operating mobile assistance system with a rolling or flying carrier platform, which interacts with at least one user via speech processing, visual recognition, sensory environment analysis and digital support logic and provides social, organizational, safety-related or health-related support functions. Technical problem Many people, especially older people, people living alone, people with physical limitations or increased support needs, require regular orientation, social interaction, memory support or help in critical situations in their daily lives. Well-known smart home systems are location-bound. Popular voice assistants do not have mobile interaction. Known cleaning robots lack any social or safety-related support logic. Existing drone systems are not designed for long-term personal assistance and adaptive human-machine communication. Therefore, there is a need for an economically producible mobile assistance system that uses different modes of transportation, interacts independently with people, recognizes situations, and provides context-related support functions. Solution of the invention The invention solves this problem by means of a mobile assistance system with at least one rolling or flying carrier platform, at least one camera unit, at least one audio unit, at least one computing unit with artificial intelligence, at least one wireless communication unit and a digital support logic. The system recognizes users, speech, movements, situations, environmental conditions and behavioral patterns, processes this information locally or cloud-based and triggers autonomous, semi-autonomous or voice-controlled support actions based on this. The carrier platform can be designed as a ground vehicle, vacuum robot, service robot, indoor drone or hybrid mobile unit.

Claims

Digitally assisted mobile assistance system with at least one rolling or flying mobile carrier platform, at least one computing unit, at least one voice interface, at least one audio unit, at least one camera unit and at least one artificial intelligence for interaction with at least one user. Digitally assisted mobile assistance system with autonomous navigation, obstacle detection, positioning and spatial orientation within closed or defined environments. Digitally assisted mobile assistance system with at least one visual recognition unit for facial, body, object, movement, activity or situation analysis. Digitally assisted mobile assistance system with at least one speech processing unit for recognizing natural language, voices, commands, conversation content or emotional states. Digitally assisted mobile assistance system with customizable artificial intelligence for creating individual support profiles based on recurring user interactions. Digitally assisted mobile assistance system with reminder functions for medication, appointments, fluid intake, daily routine, exercise or social activities. Digitally assisted mobile assistance system with safety logic for detecting inactivity, calls for help, unusual movement patterns, falls or dangerous situations. Digitally assisted mobile assistance system with automatic alerting function for relatives, caregivers, emergency services or digital communication platforms. Digitally assisted mobile assistance system with bidirectional audio or video communication between user and external contacts. Digitally assisted mobile assistance system with wireless connection to smart home components, sensors, actuators, lighting systems, heating systems, door systems or medical devices. Digitally assisted mobile assistance system with local or cloud-based data processing. Digitally assisted mobile assistance system with data protection logic for local processing of sensitive image, audio or health information. Digitally assisted mobile assistance system with interchangeable or modular propulsion unit in rolling, flying or hybrid design. Digitally assisted mobile assistance system with docking station, charging unit or automatic return function. Digitally assisted mobile assistance system with social interaction logic for conversation, motivation, entertainment, emotional support or daily activation. Digitally assisted mobile assistance system with connection to wearables, health monitors or body-worn sensor systems. Digitally assisted mobile assistance system with adaptive learning capabilities to adapt to living environment, daily routines, user behavior or individual preferences. Digitally assisted mobile assistance system with multiple mobile carrier platforms that are interconnected via a common artificial intelligence or communication logic. Digitally assisted mobile assistance system with at least one rolling cleaning platform and at least one additional assistive function. Digitally assisted mobile assistance system with at least one flight-capable indoor platform and at least one additional assistive function.

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