Unknown Organization (20240251724). Hydro Aero Pot simplified abstract
Contents
Hydro Aero Pot
Organization Name
Inventor(s)
Chandana Vindika Kumara Lokunarangodage of Brampton (CA)
Hydro Aero Pot - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240251724 titled 'Hydro Aero Pot
The present disclosure pertains to a hybrid plant container assembly with unique features for growing horticultural plants effectively.
- Collection tank underneath hollow pins with a porous base plate
- Reservoir tank with a test port for nutrient and oxygen supply
- Waterfall effect created by hollow pins for increased oxygen content
- Hybrid functions of hydroponics, aeroponics, and conventional pots
- Gravity-fed water supply for submerged root growth
- Test port for manual or automated monitoring
- Drainage and overflow outlets for maintenance
Potential Applications: - Ideal for growing plants with high nutrient and oxygen requirements - Suitable for indoor and outdoor gardening - Can be used in commercial horticulture operations
Problems Solved: - Provides a multi-functional plant pot for efficient plant growth - Ensures continuous nutrient and oxygen supply for healthy plants
Benefits: - Enhanced plant growth and productivity - Easy monitoring and maintenance of plant health - Versatile use in various gardening settings
Commercial Applications: - Agriculture industry for crop cultivation - Horticulture businesses for plant production - Home gardening for hobbyists and enthusiasts
Questions about the technology: 1. How does the hybrid plant container assembly improve plant growth compared to traditional pots? - The hybrid pot combines the benefits of hydroponics, aeroponics, and conventional pots to provide optimal nutrient and oxygen supply for plants, resulting in improved growth and productivity.
2. What are the key features that make this plant container assembly unique? - The collection tank, reservoir tank, hollow pins, and test port are innovative components that work together to create an efficient growing environment for horticultural plants.
Original Abstract Submitted
the present disclosure relates to a hybrid plant container assembly, which may configure with at least one sidewall characterized by a collection tank underneath a plurality of hollow pins with a porous base plate, mounted on top of a reservoir tank characterized by a test port for growing horticultural plants that are having high coercion for nutrients and oxygen. the hollow pins were configured to create a waterfall effect on draining water through the sidewall to increase the oxygen content, which is collected back through the collection tank located below. the plant pot represents hybrid functions of hydroponics, aeroponics, and conventional pots, wherein the hydro aero pot provides sufficient air pruning, oxygen, and uninterrupted nutrient supply through submerged root growth from the gravity-fed water collected in the reservoir tank to achieve multi-functional effects. the test port configured for manual or automated monitoring, while drainage and overflow outlets provide adequate maintenance.
