Heat Trapping Agent Patterned Garment for Targeted Perspiration
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Solution Overview
Problem
Existing water weight-loss garments made from neoprene are heavy, uncomfortable, and unfashionable, restricting range of motion and potentially causing injury, while lacking in design for targeted perspiration and ease of use during physical activities.
Innovation Solution
A lightweight, flexible garment combining a fabric material with a heat trapping agent applied in specific patterns to enhance perspiration in targeted areas, allowing for full range of motion and comfortable wear during physical activities, while avoiding materials that could cause harm.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of energy
If neoprene material is used for water weight-loss garments, then perspiration and water weight-loss are promoted, but the garment becomes heavy, thick, and uncomfortable
Solution Approach 1:
The patent changes the material parameters from traditional neoprene to lightweight synthetic fabrics with specific thermal properties. The fabric is engineered to have controlled thermal retention capabilities while maintaining low weight and high flexibility, allowing the garment to promote perspiration and water weight-loss without the heaviness and discomfort of neoprene
Solution Approach 2:
The patent uses composite fabric structures combining multiple synthetic materials with different properties - some layers for thermal retention, others for breathability and moisture management. This composite approach achieves the heat-trapping effect of neoprene while eliminating its drawbacks of weight and discomfort
2Loss of energy
If neoprene material is used for water weight-loss garments, then perspiration is promoted, but the garment becomes thick and reduces range of motion
Solution Approach 1:
The fabric's thermal retention parameter is optimized to provide sufficient heat-trapping effect for perspiration promotion while keeping the material thin and flexible. The garment maintains high elasticity and stretch properties, ensuring full range of motion during physical activities without the bulk and stiffness of neoprene
3Loss of energy
If neoprene material is used for water weight-loss garments, then water weight-loss is promoted, but the garment becomes unfashionable and difficult to wash
Solution Approach 1:
The fabric is engineered with smooth, non-porous synthetic fibers that resist stain penetration and facilitate easy cleaning. The material dries quickly and maintains its appearance after repeated washings, making the garment both effective for water weight-loss and easy to maintain, unlike traditional neoprene which is difficult to wash and prone to deterioration
4Loss of energy
If neoprene material is used for water weight-loss garments, then perspiration is promoted, but the garment contains zippers and materials that can cause injury
Solution Approach 1:
The garment is constructed entirely from soft, flexible synthetic fabrics without rigid components like zippers, buckles, or hard fasteners. All closures use gentle elastic bands or soft Velcro, eliminating potential injury sources while maintaining the perspiration-promoting thermal retention effect of the fabric
5Loss of energy
If heat trapping agent is applied to fabric material, then targeted perspiration is increased, but the garment complexity increases
Solution Approach 1:
The heat trapping agent is applied selectively to specific regions of the fabric corresponding to areas where the user wants to lose water weight. This localized application creates targeted perspiration effects in specific body areas (such as abdomen, thighs, or arms) without requiring complex mechanisms, simply varying the concentration or pattern of the heat-trapping substance in different garment zones
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 garment facilitates targeted water weight-loss through increased perspiration in specific areas, maintaining comfort and safety during exercise, without the drawbacks of traditional neoprene suits, ensuring dehydration monitoring and aesthetic appeal.
Implementation Method 1
The garment is a combination of a fabric material and a heat trapping agent, preferably with additive. The heat trapping agent is applied to select regions of the fabric material for targeted perspiration
Data Source
AI summary
A garment and method for targeted water weight-loss of a user. The garment may be a typical article of clothing; however, heat trapping agents are applied to the garment, particularly on the inside of the garment so as to make contact with the skin causing increased perspiration of the user at the location where the heating trapping agent contacts the skin. The heat trapping agent can be applied to the garment at desired locations and with a desired pattern to increase the efficiency of perspiration, and therefore, water weight-loss. Preferably, the heat trapping agent is print material with a stretch additive.