Fragrance Composition for Activated Mood via Grouped Perfume Materials
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Solution Overview
Problem
Current fragrance compositions lack effective methods to specifically formulate odors that enhance activated, pleasant moods, with limited consistency and understanding in how to design complex fragrances for targeted emotional benefits.
Innovation Solution
Development of fragrance compositions comprising specific groups of perfume materials, such as IMP, HMR, HMI, HMP, RMP, and GEN, with defined percentage ratios and rules to create perfumes that promote invigorating and energizing moods through inhalation, using a complex blend of ingredients to enhance mood states.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If traditional fragrance formulations are used, then general appeal is maintained, but specific mood enhancement effects are not achieved
Solution Approach 1:
The fragrance composition is segmented into distinct functional groups (IMP, HMR, HMI, HMP, RMP, GEN) with specific materials assigned to each group based on their mood-enhancing properties. This segmentation allows systematic formulation to achieve reliable activated pleasant mood effects while maintaining manageable complexity through structured categorization.
Solution Approach 2:
The invention applies specific parameter ranges for each material group (e.g., IMP: 10-40%, HMR: 5-30%, HMI: 5-30%, HMP: 5-20%, RMP: 2-10%, GEN: 2-10%) to optimize mood enhancement effectiveness. By controlling these compositional parameters, the formulation achieves reliable activated pleasant mood effects without excessive complexity.
2Reliability
If simple fragrance blends are used, then formulation ease is maintained, but mood enhancement consistency is insufficient
Solution Approach 1:
The invention establishes specific parameter ranges for each material group to ensure consistent mood enhancement effects. These quantified parameters (percentage ranges for IMP, HMR, HMI, HMP, RMP, GEN groups) provide a systematic approach that maintains formulation ease while achieving reliable and consistent activated pleasant mood enhancement across different batches.
Solution Approach 2:
The fragrance composition uses a composite approach by combining multiple material groups (IMP, HMR, HMI, HMP, RMP, GEN) with complementary mood-enhancing properties. This composite formulation strategy achieves consistent activated pleasant mood effects by integrating diverse fragrance materials in controlled proportions, balancing reliability with manufacturing ease.
3Reliability
If complex fragrance compositions are created, then mood enhancement effectiveness is improved, but formulation precision requirements increase
Solution Approach 1:
The complex fragrance composition is divided into six distinct material groups (IMP, HMR, HMI, HMP, RMP, GEN) with specific materials assigned to each group. This segmentation reduces formulation precision requirements by providing a structured framework where materials are categorized by function, making it easier to achieve effective activated pleasant mood enhancement without excessive complexity in the formulation process.
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 fragrance compositions effectively promote activated, pleasant moods by enhancing feelings of invigoration and energization, as demonstrated by studies using brain activity mapping and mood profiling, providing a predictable and effective method for perfume creation.
Implementation Method 1
a method of promoting activated, pleasant moods through the inhalation of an effective amount of energising, non-stressing fragrances
Data Source
AI summary
A fragrance composition and use thereof by inhalation to promote activated, pleasant moods. The fragrance composition comprises at least 75% by weight of perfume materials including at least 10% by weight of at least three specific materials from a group identified as Group IMP and optionally up to 90% of specific materials selected from groups identified as HMR, HMI, HMP, RMP and GEN, the amounts of materials from said Groups falling within specified relationships.