Telescoping Scent Dispenser With Porous Insert
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Solution Overview
Problem
Existing scent dispensers and odor absorbers have limited duration of fragrance release and uneven scent distribution, often requiring frequent reapplication and failing to effectively manage undesirable odors in environments.
Innovation Solution
A scent dispenser/absorber with a telescoping housing design that allows for easy manual actuation, featuring diffusion ports and slots for even scent distribution, and a dual housing configuration for versatile scent emission and odor absorption, using a hydrophilic polyurethane insert to capture and release volatile scented substances.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Duration of action of moving object
If prior scent-dispensing devices are used, then scents can be released into the environment, but the beneficial effects vanish or vaporize within a very short time span
Solution Approach 1:
The patent changes the physical state and release parameters of the scented substance by using an insert material that controls evaporation rate, transforming the rapid vaporization into a prolonged, controlled release mechanism that extends duration while maintaining consistency
Solution Approach 2:
The insert is described as a porous material that absorbs and slowly releases the scented substance, utilizing capillary action and surface area to extend the release duration from minutes to hours while maintaining uniform scent distribution
2Ease of operation
If prior scent-dispensing devices are used, then scents can be released, but the distribution is uneven and requires frequent reapplication
Solution Approach 1:
The porous insert structure provides uniform capillary channels that distribute the scented substance evenly across all diffusion ports, eliminating hot spots and ensuring consistent scent distribution throughout the enclosure without requiring frequent reapplication
Solution Approach 2:
The diffusion system is segmented into multiple discrete ports distributed across the enclosure surfaces, with the insert material ensuring each port receives equal amounts of scented substance, achieving uniform spatial distribution and reducing the need for manual reapplication
3Ease of operation
If a telescoping housing design is used, then manual actuation is quick and easy, but the device complexity increases
Solution Approach 1:
The housing transitions from a static enclosed structure to a dynamic telescoping system where the cover can slide along the base, allowing the device to adapt its configuration for different operations (scent release vs. odor absorption) while maintaining ease of manual actuation through simple linear motion
4Productivity
If diffusion ports are exposed, then scent can flow out to the environment, but odor absorption capability is reduced
Solution Approach 1:
The telescoping cover dynamically adjusts the exposure state of diffusion ports, allowing the device to switch between scent emission mode (ports exposed) and odor absorption mode (ports covered), providing operational versatility without sacrificing performance in either function
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
The solution provides prolonged and even fragrance release, enhanced scent diffusion, and effective odor absorption, allowing for versatile usage scenarios such as simultaneous scent emission or odor absorption, maintaining scent quality without liquid adulteration.
Implementation Method 1
An insert, which, for example, can be adapted to absorb or adsorb a volatile scented substance
Implementation Method 2
An insert, which, for example, can be adapted to absorb or adsorb a volatile scented substance
Implementation Method 3
permitting the scent of the volatile substance contained in the insert to exit from the housing and enter the surrounding environment
Data Source
AI summary
A scent absorber/dispenser is disclosed. The scent dispenser/absorber has a housing having a base and a cover that cooperate to form an interior chamber of the housing. The dispenser can take the form of an individual dispenser/absorber housing, or a dual dispenser absorber made of two housings are arranged in piggyback (i.e., back-to-back) fashion. The interior chamber of each scent dispenser/absorber is configured to receive scent means adapted to perform either a scent-absorbing function or a scent-emitting function. To use the scent dispenser/absorber, the cover of one or more housings can be moved away from its respective base to expose diffusion ports in a sidewall of the base, thereby permitting desirable scents to flow from the corresponding scent means of the one or more housings to the surrounding environment, or undesirable odors in the surrounding environment to flow into the aforesaid scent means.