Aroma Diffuser Atomizing Transducer Energy Concentration
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Solution Overview
Problem
Conventional aroma diffusers face issues with ineffective atomizing transducers due to voltage and power constraints, leading to low water pressure and vapor production, and are difficult to clean and design, failing to meet modern design and functionality demands.
Innovation Solution
An improved aroma diffuser design featuring a wider atomizing transducer mounted below an energy accumulation aperture, eliminating the need for an energy accumulation ring, combined with a light column and LED light source for a fashionable appearance, and incorporating a water level detection device and easy-to-clean design.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Power
If a conventional atomizing transducer is used in a 5V aroma diffuser, then the device can operate with low power consumption, but the atomizing efficiency is very low and vapor production is insufficient
Solution Approach 1:
The patent changes the key parameter of the atomizing transducer from its conventional small size to a significantly larger width (greater than the energy accumulation aperture width). This parameter change enables the transducer to generate sufficient water pressure and vapor production while still operating at 5V, resolving the contradiction between low power consumption and adequate vapor production
Solution Approach 2:
The patent introduces an energy accumulation aperture that concentrates the energy from the atomizing transducer before it acts on the liquid. This preliminary energy concentration action allows the 5V transducer to achieve high atomizing efficiency without requiring increased power consumption
2Productivity
If an energy accumulation ring is added to the atomizer to increase vapor production, then vapor generation improves, but the overall structure becomes complicated and production cost increases
Solution Approach 1:
The patent merges the energy accumulation function with the atomizing transducer itself by making the transducer width greater than the energy accumulation aperture width. This integration eliminates the need for a separate energy accumulation ring, maintaining high vapor generation while simplifying the overall structure and reducing production costs
Solution Approach 2:
The patent extracts and eliminates the redundant energy accumulation ring component from the atomizer structure. By redesigning the atomizing transducer to inherently provide sufficient energy concentration, the separate accumulation ring becomes unnecessary, thereby reducing structural complexity
3Productivity
If the atomizing transducer width is increased to improve vapor production, then energy accumulation in the aperture increases, but the aperture size must be reduced to maintain energy concentration
Solution Approach 1:
The patent simultaneously changes two parameters: increasing the atomizing transducer width and reducing the energy accumulation aperture width. The aperture width is specifically designed to be less than the transducer width, creating an energy concentration effect that accumulates energy effectively while the larger transducer provides sufficient vapor production capacity
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enhances vapor production by concentrating energy and simplifies the structure, while providing a stylish and user-friendly device with improved cleaning accessibility.
Implementation Method 1
an atomizing transducer connected to the circuit board are provided inside the base; an energy accumulation aperture is provided at a bottom plate of the essential oil container cylinder; the atomizing transducer is mounted at a lower end the energy accumulation aperture
Implementation Method 2
a light column is provided inside the essential oil container cylinder; a light source is mounted inside the light column... By providing a light column and a light source, a ring of light can be emitted from the aroma diffuser
Data Source
AI summary
An aroma diffuser having a base, and an essential oil container cylinder above the base and sleeved by an outer shell; a circuit board and an atomizing transducer are provided inside the base; an energy accumulation aperture is provided at a bottom plate of the essential oil container cylinder; the atomizing transducer is mounted at a lower end of the energy accumulation aperture; a width of the atomizing transducer is greater than a width of the energy accumulation aperture; a light column is provided inside the essential oil container cylinder; a light source is mounted inside the light column; an upper cover is provided at an upper end of the essential oil container cylinder; a light blocking shade is provided at an upper end of the upper cover; a first opening is provided on the upper cover; a gas discharge opening is provided on the light blocking shade.