Autonomous AI-powered pet care system

Abstract

An autonomous AI-powered pet care system, consisting of: • a sensor array for monitoring environmental parameters such as temperature, humidity, lighting and noise levels in the pet's living space; • a computer vision system with cameras and motion sensors to track the pet's movements, activities and behavior; • an AI-based module for behavior pattern analysis to analyze sensor data and visual information to determine the pet's needs, preferences, and potential problems; • an environmental control unit configured to adjust environmental parameters such as temperature, humidity, lighting and sound to the needs and preferences of the pet; • an interactive stimulation module configured to provide tailored stimuli and activities based on the pet's behavior and mood; • an interface for remote monitoring and control that allows pet owners to monitor their pet's status and living conditions in real time and to control system settings remotely; • a predictive analytics engine configured to analyze the pet's behavioral patterns and environmental data to predict future needs and proactively adapt the living space; the sensor array continuously collects data on environmental parameters and transmits the data to the AI-based behavior pattern analysis module for interpretation; the computer vision system tracks the pet's movements and generates real-time data to detect changes in the pet's behavior or activity level; the AI-based behavior pattern analysis module is configured to interpret the pet's behavior and preferences by analyzing data from both the sensor array and the computer vision system.

Description

AREA OF INVENTION

[0001] The present invention relates to the field of pet care and animal husbandry and deals in particular with the challenges associated with the optimal care and maintenance of the well-being of pets in the absence of their owners. BACKGROUND OF THE INVENTION

[0002] In a hectic world, pet ownership brings joy and companionship. However, owners face a significant responsibility when their pets are away from home for extended periods. Many pet owners struggle to ensure their animals are properly cared for while they are away for work, travel, or other reasons. Conventional solutions like pet sitters or automatic feeders may not provide comprehensive care that addresses both environmental and emotional needs. Pets such as dogs and cats require environments that simulate their natural habitats. Factors like temperature, humidity, lighting, and ambient noise levels appear essential for their comfort and well-being. Existing solutions often fall short in adapting these factors to real-time conditions or the pet's individual behavior.When pets are left alone for extended periods, they can become stressed or bored. This lack of mental stimulation can lead to behavioral problems such as anxiety, destructive behavior, or depression. The proposed invention incorporates AI-powered features to provide interactive stimulation in response to the pet's behavior and preferences. This system allows owners to monitor their pets via a mobile app, providing peace of mind. They can also intervene or adjust settings as needed. The proposed AI-powered system learns from past interactions and environmental data to adapt care routines, thereby improving the overall quality of care compared to static or one-size-fits-all solutions. RELATED APPLICATIONS & PATENTS

[0003] Currently, various products and product combinations are available to care for your pet while you are away: 1. Automatic pet feeders: These devices dispense set portions of food at set times, ensuring that pets receive regular meals even when their owners are not at home. 2. Pet monitoring cameras: These cameras allow owners to remotely monitor their pets via a mobile app or website. Some cameras also offer two-way audio communication, so owners can talk to and hear their pets. 3. Interactive toys: There are various interactive toys that stimulate pets mentally and physically. Some toys can dispense treats and encourage pets to play. 4. Smart pet doors: These doors can be controlled remotely via a mobile app and can restrict or allow access to the house based on programmed settings, ensuring that pets can safely enter and exit. 5. Environmental sensors: Sensors that monitor temperature, humidity, and air quality warn the owner if conditions are outside a safe range for their pets. 6. Pet care: Professional pet sitters or dog walkers can be hired to visit pets at home, keep them company, and perform necessary tasks such as feeding, walking, and cleaning. 7. Pet activity trackers: These devices monitor a pet's activity level, sleep patterns, and sometimes even location, providing insights into its well-being and activity level throughout the day. 8. Pet training and behavior apps: Mobile apps that offer training tips, behavior advice, and virtual consultations with experts on specific pet care needs and behavioral problems. Shortcomings of currently available automatic pet feeders:

[0004] Limited adaptability: Many automatic feeders have a fixed schedule and portion size that may not adapt to a pet's changing nutritional needs or preferences.

[0005] Risk of malfunction: Automatic feeders can malfunction, leading to overfeeding or underfeeding.

[0006] Lack of freshness: Dry food may not be ideal for all pets, and in some automatic feeders, the food may not stay fresh. Pet surveillance cameras:

[0007] Connection problems: Cameras rely on a stable internet connection; disruptions can limit access or functionality.

[0008] Privacy concerns: Continuous video and audio recording can raise privacy issues for both pets and their human families.

[0009] Limited interaction: Some cameras offer two-way audio, but the interaction is not as fulfilling as a physical presence. Interactive toy:

[0010] Variability of activity: Not all pets are equally interested in or stimulated by interactive toys, and preferences can vary greatly.

[0011] Maintenance and durability: Toys can wear out or break, especially under heavy use, and therefore need to be regularly maintained or replaced. Smart pet doors:

[0012] Security risks: The remote control functions can fall victim to hacker attacks and thus potentially endanger home security.

[0013] Complex installation: The installation and configuration of smart pet doors can be complicated and may not suit every home design. Environmental sensors:

[0014] False alarms: Sensors may trigger false alarms or ignore changes in environmental conditions that affect pets.

[0015] Data interpretation: Raw data from sensors cannot always be easily interpreted or effectively processed. Pet care:

[0016] Availability and reliability: Finding a reliable and available pet sitter can be a challenge, and there is always the risk of inconsistent care.

[0017] Cost: Professional pet care services can be expensive, especially for longer periods. Activity tracker for pets:

[0018] Accuracy and consistency: Trackers may not always provide accurate data, especially if they are not worn correctly or if the pet is active in areas not covered by the tracker.

[0019] Battery life: Trackers need to be recharged regularly, and a dead battery can lead to the loss of important data. Apps for pet training and behavior:

[0020] General advice: Apps may offer general advice that may not be tailored to specific behavioral problems or individual pets.

[0021] Limited effectiveness: Virtual consultations may not be as effective as in-person training and behavioral assessments.

[0022] None of the above-mentioned prior art disclosures, either alone or in combination, reveal what is disclosed in the present invention. This invention relates to an autonomous AI-supported pet care system with adaptive environmental simulation. SUMMARY OF THE INVENTION

[0023] Pet owners enjoy the companionship and happiness of their pets, but also the responsibility of caring for them when they are away for extended periods. Pet sitters and automatic feeders are two common methods of pet care, but they don't provide the comprehensive care that pets need. For pets to thrive and feel comfortable, their living spaces must closely resemble their natural habitats. Solutions that allow these environmental parameters to be quickly and easily adapted to the needs and behaviors of pets are lacking.

[0024] The proposed autonomous AI-powered pet care system addresses these shortcomings through the implementation of advanced artificial intelligence and adaptive technologies. The system incorporates a combination of sensors and environmental controls that continuously monitor the pet's living space and respond to its needs in real time.

[0025] Adaptive environmental simulation: Sophisticated algorithms analyze sensor data on temperature, humidity, lighting, and noise levels to dynamically adjust the living space to the pet's preferred conditions. The system learns from past interactions and environmental data to continuously adapt the settings to each pet's individual preferences.

[0026] Integrated cameras and motion sensors track the pet's movements and activities, detecting signs of stress, boredom, or other behavioral problems. The system then responds with interactive stimuli and activities tailored to the pet's mood and needs, ensuring it remains mentally stimulated and content.

[0027] This system allows owners to monitor their pet's condition and living environment in real time. This is achieved through a special mechanism that collects and analyzes patterns over time. The identified patterns predict the pet's needs and adjust the living space to prevent potential problems. This helps ensure a consistently high level of care and well-being for the pet. DETAILED DESCRIPTION OF THE INVENTION

[0028] Pet owners enjoy the companionship and happiness of their pets, but also the responsibility of caring for them when they are away for extended periods. Pet sitters and automatic feeders are two common methods of pet care, but they don't provide the comprehensive care that pets need. For pets to thrive and feel comfortable, their living spaces must closely resemble their natural habitats. Solutions that allow these environmental parameters to be quickly and easily adapted to the needs and behaviors of pets are lacking.

[0029] The present invention discloses an autonomous, AI-supported pet care system comprising: a sensor array for monitoring environmental parameters such as temperature, humidity, lighting, and noise levels in the pet's habitat; a computer vision system with cameras and motion sensors for tracking the pet's movements, activities, and behavior; an AI-based behavior pattern analysis module for analyzing sensor data and visual information to determine the pet's needs, preferences, and potential problems; an environmental control unit for adjusting environmental parameters such as temperature, humidity, lighting, and noise based on the pet's needs and preferences; and an interactive stimulation module for providing tailored stimuli and activities based on the pet's behavior and mood.A remote monitoring and control interface that allows pet owners to monitor the pet's status and living space conditions in real time and remotely control system settings; a predictive analytics engine to analyze patterns in the pet's behavior and environmental data to predict future needs and proactively adapt the living space; wherein the sensor array continuously collects data on environmental parameters and transmits the data to the AI-based behavior pattern analysis module for interpretation; wherein the computer vision system tracks the pet's movements and generates real-time data to detect changes in the pet's behavior or activity level; wherein the AI-based behavior pattern analysis module is configured to interpret the pet's behavior and preferences by analyzing data from both the sensor array and the computer vision system.

[0030] In another embodiment, the environmental control unit dynamically adjusts the temperature, humidity, lighting, and noise levels in the pet's habitat to match the pet's natural environmental needs and preferences.

[0031] In another embodiment, the interactive stimulation module provides stimuli, such as visual, acoustic, or physical activities, tailored to the pet's mood and activity needs, based on data received from the AI-based behavior pattern analysis module.

[0032] In another embodiment, the remote monitoring and control interface provides pet owners with live video feeds, real-time environmental data, and behavioral insights into the pet's condition.

[0033] In another embodiment, the predictive analytics engine recognizes patterns in the pet's past behavior and environmental preferences to predict future needs and automatically adjusts the living environment conditions accordingly.

[0034] In another embodiment, the predictive analytics engine is also configured to alert the owner to potential behavioral problems or environmental imbalances via the remote monitoring and control interface.

[0035] In another embodiment, the AI-based behavior pattern analysis module adapts and refines its behavior prediction and environmental adaptation algorithms over time based on continuous monitoring of the pet.

[0036] In another embodiment, the computer vision system includes facial recognition functions to identify stress, boredom, or other emotional states in the pet, and the environmental control unit can simulate natural habitats by adjusting multiple environmental parameters simultaneously based on the pet's species, health status, and preferences.

[0037] In another embodiment, the interactive stimulation module is integrated with physical objects such as toys or food dispensers to provide the pet with physical activity in response to behavioral cues. Via the remote monitoring and control interface, the owner can trigger specific actions or activities within the interactive stimulation module, such as activating play sequences or triggering calming stimuli.

[0038] In another embodiment, the AI-based behavior pattern analysis module identifies abnormal behavior patterns that indicate health problems and require further attention or intervention, and warns the owner.

[0039] The present invention relates to an autonomous AI-supported pet care system, comprising: 1. Sensor array: A network of sensors for monitoring environmental parameters such as temperature, humidity, lighting, and noise levels in the pet's habitat. 2. Computer Vision System: Cameras and motion sensors to track the movements, activities and behavior of the pet. 3. AI-based behavior pattern analysis: Analyzes sensor data and visual information to determine the pet's needs, preferences, and potential problems. 4. Environmental control unit: Adjusts environmental parameters such as temperature, humidity, lighting and noise to the needs and preferences of the pet. 5. Interactive Stimulation Module: Provides interactive stimuli and activities tailored to the pet's mood and needs. 6. Remote monitoring and control interface: Allows owners to monitor their pet's status and living conditions in real time and to control system settings remotely. 7. Predictive Analytics Engine: Analyzes the pet's behavior patterns and environmental data to predict future needs and proactively adapt the living space. Best way of working

[0040] 1. Adaptive environmental simulation: The sensor array continuously monitors the environmental parameters in the pet's habitat. ◯ An AI-based behavior pattern analysis interprets sensor data and visual information from the computer vision system to understand the pet's needs and preferences. ◯ The environmental control unit dynamically adjusts temperature, humidity, lighting and noise levels to create an environment that closely resembles the pet's natural habitat and promotes its comfort and well-being. ◯ The system learns from past interactions and environmental data to continuously adapt the settings to each pet's individual preferences. 2. AI-driven behavior enrichment: ◯ The computer vision system tracks the pet's movements and activities and analyzes its behavior for signs of stress, boredom, or other potential problems. ◯ The AI-based behavior pattern analysis module identifies these behavioral cues and triggers the interactive stimulation module. ◯ The system responds with interactive stimuli and activities tailored to the pet's mood and needs, ensuring it remains mentally engaged and content. 3. Predictive and proactive care: ◯ continuously analyzes data on the pet's behavior, activities, and environmental preferences. ◯ The predictive analytics engine recognizes patterns in this data to predict the pet's future needs and potential problems. ◯ The system proactively adapts the living space and provides appropriate stimuli to prevent potential problems and ensure the continued well-being of the pet. 4. Remote monitoring and control: ◯ Owners can monitor their pet's condition and living environment in real time via a special interface. ◯ The interface offers live video feeds, environmental data, and behavioral insights. ◯ Owners can also control the system settings remotely, for example adjusting the lighting or triggering interactive activities to interact with their pets and provide additional variety.

Claims

[1] An autonomous AI-powered pet care system consisting of: • a sensor array for monitoring environmental parameters such as temperature, humidity, lighting and noise levels in the pet's living space; • a computer vision system with cameras and motion sensors to track the pet's movements, activities and behavior; • an AI-based behavior pattern analysis module to analyze sensor data and visual information to determine the pet's needs, preferences, and potential problems; • an environmental control unit configured to adjust environmental parameters such as temperature, humidity, lighting and sound to the needs and preferences of the pet; • an interactive stimulation module configured to provide tailored stimuli and activities based on the pet's behavior and mood; • an interface for remote monitoring and control that allows pet owners to monitor their pet's status and living conditions in real time and to control system settings remotely; • a predictive analytics engine configured to analyze the pet's behavioral patterns and environmental data to predict future needs and proactively adapt the living space; the sensor array continuously collects data on environmental parameters and transmits the data to the AI-based behavior pattern analysis module for interpretation; the computer vision system tracks the pet's movements and generates real-time data to detect changes in the pet's behavior or activity level; the AI-based behavior pattern analysis module is configured to interpret the pet's behavior and preferences by analyzing data from both the sensor array and the computer vision system. [2] System according to claim 1, wherein the environmental control unit dynamically adjusts the temperature, humidity, lighting and noise levels in the pet's habitat to match the pet's natural environmental needs and preferences. [3] System according to claim 1, wherein the interactive stimulation module provides stimuli, such as visual, acoustic or physical activities, tailored to the mood and activity needs of the pet, based on data received from the AI-based behavior pattern analysis module. [4] System according to claim 1, wherein the remote monitoring and control interface provides the pet owner with live video feeds, real-time environmental data and behavioral insights into the pet's condition. [5] System according to claim 1, wherein the predictive analytics engine recognizes patterns in the pet's past behavior and environmental preferences to predict future needs and automatically adjusts the habitat conditions accordingly. [6] System according to claim 1, wherein the predictive analytics engine is further configured to alert the owner to potential behavioral problems or environmental imbalances via the remote monitoring and control interface. [7] System according to claim 1, wherein the AI-based behavior pattern analysis module adapts and refines its behavior prediction and environment adaptation algorithms over time based on continuous monitoring of the pet. [8] System according to claim 1, wherein the computer vision system comprises facial recognition functions for identifying stress, boredom or other emotional states in the pet and the environmental control unit is able to simulate natural habitats by adjusting several environmental parameters simultaneously based on the species, health status and preferences of the pet. [9] System according to claim 1, wherein the interactive stimulation module is integrated with physical objects such as toys or food dispensers to provide physical activities to the pet in response to behavioral signals; the remote monitoring and control interface enables the owner to trigger certain actions or activities in the interactive stimulation module, such as activating play sequences or calming stimuli. [10] System according to claim 1, wherein the AI-based behavior pattern analysis module identifies abnormal behavior patterns and alerts the owner to them, indicating health problems that require further attention or intervention.