Innovative Air Purifier Technology
Patent Number: 448999
Abstract:
This patent covers a novel air purifier technology designed to significantly improve indoor air quality. The system consists of multiple chambers, each equipped with air filter assemblies. The unique features include a separator between fine mesh filter fabrics, liquid tanks for water, alkaline solution, or acidic solution, ultraviolet (UV) light sources, and an auto-cleaning mechanism. The technology effectively traps and neutralizes airborne contaminants, including viruses, bacteria, allergens, and fine particles, by combining filtration with UV sterilization. In addition, it features an ionization function in the dry mode, further enhancing its air purification capabilities.
Advantages
- Multi-Chamber Design: The system's multiple chambers allow for simultaneous air purification with different solutions, enhancing efficiency and flexibility.
- Advanced Filtration:The air filter assembly includes a separator and fine mesh filter fabrics, improving the capture and retention of airborne particles.
- Liquid Tanks:The inclusion of liquid tanks for various solutions (water, alkaline, or acidic) adds versatility in air treatment, making it suitable for diverse environments.
- UV Sterilization:Ultraviolet light sources effectively sterilize the air by deactivating viruses and microorganisms, providing an additional layer of protection.
- Auto-Cleaning:The system features an auto-cleaning function in wet mode, ensuring long-lasting and consistent performance.
- Ionization Function:In the dry mode, the air purifier utilizes ionization to further enhance air quality by neutralizing particles and pathogens.
- Customizable Materials:The front screen's fine mesh can be constructed from stainless steel, metallic fabric, or plastic polymer-based materials, allowing customization to suit specific applications.
Potential Industrial Segments
- Automotive Industry: This technology can be integrated into cars and other vehicles to ensure passengers breathe clean air during their journeys, reducing the risk of exposure to pollutants and pathogens.
- Public Transportation: Metro trains, buses, and other forms of public transportation can benefit from this technology, offering commuters a healthier and safer environment.
- Manufacturing and Industrial Facilities: Industrial settings can deploy this technology to maintain air quality and protect employees from harmful particulates and microorganisms.
- Hospitals and Healthcare Facilities: Hospitals can use this technology to create sterile environments, preventing the spread of infections and maintaining a clean atmosphere for patients and healthcare workers.
- Residential and Commercial Real Estate: Real estate developers can incorporate air purifiers into residential and commercial properties, attracting health-conscious tenants and buyers.
- Consumer Electronics: Consumer electronics companies can integrate this technology into home appliances and air purifiers, enhancing their offerings and promoting healthier living.
- Hotels and Hospitality Chains: The hospitality industry can adopt this technology to ensure guests enjoy high-quality air during their stay, enhancing the overall guest experience.
- Aerospace and Aviation: Airplanes and other aerospace applications can implement this technology to provide clean and safe air for passengers and crew.
Abstract: The inclusion of ionization in the dry mode further elevates the air purifier's capabilities, making it a versatile and effective solution for enhancing indoor air quality.
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