Smart atmospheric water generator with integrated IoT, AI-driven user recognition, and advanced purification technologies

Abstract

An intelligent atmospheric water generator consisting of • a refrigerant-based condensation system for water recovery; • an IoT-enabled sensor network for real-time monitoring and control; • an AI-controlled user recognition system for controlled water dispensing; • a multi-stage purification and mineralization system to improve water quality; • a digital scoreboard and a mobile app for real-time data access and control; • a solar-powered operating mechanism for energy efficiency and sustainability.

Description

SCOPE OF THE INVENTIONThe present invention relates to an advanced atmospheric water generator (AWG) which extracts moisture from the ambient air and converts it into drinking water. This system integrates IoT-enabled sensors, AI-assisted user recognition, and a multi-stage cleaning process to ensure high quality, safe drinking water. The invention provides an energy efficient, persistent solution for water recovery with real time monitoring, intelligent optimization, and personalized water delivery. The system is particularly suitable for residential houses, industrial establishments and network-independent applications in which access to clean drinking water is limited.BACKGROUNDWater shortage is an increasing global challenge due to population growth, climate change, and environmental pollution. Conventional water sources become increasingly unreliable, so that alternative methods of water recovery become indispensable. Atmospheric water generators (AWGs) provide a viable solution by removing moisture from the air. However, existing AWG systems lack smart monitoring, user recognition, and advanced cleaning mechanisms. This invention addresses these challenges by incorporating IoT, AI, and multi-stage cleaning technologies, thus ensuring optimal water quality, energy efficiency, and smart functionality.SUMMARY OF THE INVENTIONThe Intelligent Atmospheric Water Generator integrates two primary subsystems: 1. refrigerant circulation system: It extracts moisture from the air by condensation, thus facilitating water recovery. 2. water storage and cleaning system: Ensures water safety by filtering, sterilizing and mineralizing the collected water before storage and dispensing.System Components and Functions:1. Compressor: Pressurizes and heats the refrigerant, thereby driving the refrigeration cycle. 2. condenser: Cools the refrigerant and prepares it for moisture removal. 3. evaporator coil: Cools moist air, which leads to condensation and water formation. 4. exhaust fan: Draws ambient air into the system to draw the moisture. 5. primary water collection tank: Stores the initial condensate prior to further processing. 6.Secondary water tank: Controls mineralization to improve taste and health utility. 7. ioT sensor network: Monitors and transmits real-time data related to: Water levels in the system◯ ambient temperature and humidity◯ Air Quality and Pollution Metrics8. AI camera system (optional feature): Recognizes assigned users and enables controlled water delivery. 9. digital display panel: Provides real-time updates to water levels, consumption statistics, and environmental conditions.Operating principle:• The ambient air is drawn into the system via the exhaust fan.• The evaporator register cools the incoming air and condenses the moisture into water.• The collected water is introduced into the primary collecting container.• The secondary tank prepares the water by filtration and mineralization.• IoT sensors continuously monitor the system and provide real-time data via a mobile app or display panel.• The AI camera system (if included) provides controlled water delivery based on user recognition.• The digital display displays usage statistics and environmental metrics.DETAILED DESCRIPTIONThe intelligent AWG system is designed to function efficiently under various environmental conditions and to ensure a reliable drinking water source. The system operates in three main stages: 1. water production: The ambient air is drawn into the system and cooled below its dew point to facilitate condensation. The collected water is stored in the primary collection tank. 2. water treatment and mineralization: The water is subjected to UV sterilization, ozone treatment and multistage filtration. Important minerals are added to improve quality and taste. 3. Smart monitoring and output: IoT sensors monitor water level, air quality, and ambient temperature and transmit the data to a digital display and a mobile application. The AI camera system (if present) allows user specific water delivery and provides security and personalization.The self-cleaning mechanism provides minimal maintenance while AI-controlled predictive maintenance prevents system failures. The apparatus operates independently with solar energy and is therefore suitable for remote and catastrophic areas.

Claims

An intelligent atmospheric water generator, comprising • a refrigerant-based condensation system for water recovery; • an IoT-enabled sensor network for monitoring and controlling in real time; • an AI-controlled user detection system for controlled water delivery; • a multi-stage cleaning and mineralizing system for improving water quality; • a digital display panel and a mobile app for data access and control in real time; • a solar-powered operating mechanism for energy efficiency and sustainability.The smart atmospheric water generator of claim 1, wherein the water generator is configured to: • intake of ambient air by an exhaust fan; • cooling the air via an evaporator coil to condense moisture; • collect, filter, and mineralize the water for safe consumption; • monitor water quality and system status via IoT-enabled sensors; • output water by an AI-controlled mechanism based on user detection.The smart atmospheric water generator of claim 1, wherein the AI controlled humidity optimization dynamically adjusts the cooling parameters to maximize water production while minimizing energy consumption.The intelligent atmospheric water generator of claim 1, wherein the self-cleaning mechanism prevents microbial growth and mineral deposits by automatic rinsing and decalcification.The smart atmospheric water generator of claim 1, wherein the ozone purification system increases water freshness and removes contaminants.The smart atmospheric water generator of claim 1, wherein the voice and app control functions enable remote monitoring and control via smart assistants and a mobile application.The smart atmospheric water generator of claim 1, wherein the adjustable water temperature control provides users with options for dispensing cold, room temperature, or warm water.