Encapsulation Zones in Clothing for Organ Support
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Solution Overview
Problem
Conventional clothing articles, such as bras and underwear, fail to provide adequate support and stability for body organs like breasts, buttocks, and male genital areas during physical activities, leading to discomfort, reduced performance, and medical issues, and often require switching between everyday and sports-specific garments.
Innovation Solution
The development of clothing articles with integrated encapsulation zones, seamlessly knitted into a single continuous piece of fabric using various knitting machines, which provide varying levels of elasticity and support to securely hold body parts in place without squeezing or flattening, using techniques like concentric circular bands or hexagonal shapes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional clothing articles are used, then they provide basic coverage and comfort, but they fail to provide adequate support and stability for body organs during physical activities
Solution Approach 1:
The patent applies local quality by creating encapsulation zones with specific elastic properties in predetermined locations (breast, buttock, genital areas) while the rest of the garment maintains different elastic characteristics. This allows the garment to provide targeted support where needed while maintaining overall comfort and flexibility.
Solution Approach 2:
The garment is segmented into multiple functional zones with different elastic properties. The encapsulation zones are distinct from the surrounding fabric, allowing independent optimization of support and comfort in different body regions. This segmentation enables the garment to address specific anatomical needs without compromising overall wearability.
2Reliability
If encapsulation zones with varying elasticity are integrated into the garment, then support and stability for body organs are improved, but the manufacturing complexity increases
Solution Approach 1:
The patent merges the encapsulation zones with the main garment body to create a single integrated piece of clothing. This eliminates the need for separate support structures or additional fastening mechanisms, simplifying the manufacturing process while maintaining the required support functionality.
Solution Approach 2:
The patent changes the elastic parameters of the fabric in specific zones by using different yarn compositions, knitting patterns, or fabric constructions during the knitting process. This allows variation in elastic properties without requiring multiple separate components or post-manufacturing assembly steps.
3Reliability
If encapsulation zones are knitted into a single continuous piece of fabric, then support and stability are enhanced, but the manufacturing precision requirements increase
Solution Approach 1:
The patent uses dynamic knitting techniques where the knitting machine parameters (needle selection, yarn feeding, stitch patterns) are dynamically adjusted during the knitting process to create different elastic zones. This allows precise control over the elastic properties of each zone while maintaining continuous production without manual intervention.
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 offers enhanced comfort and support during physical activities and everyday use, preventing undesired movement of body parts while maintaining a natural appearance and avoiding the need for separate sports-specific garments.
Implementation Method 1
providing varying levels of elasticity and support to securely hold body parts in place
Data Source
AI summary
Clothing articles having one or more pre-defined encapsulation zones, as well as systems and methods of producing such clothing articles. A clothing article is made of a fabric intended to cover a region of a human body of a wearer. The fabric includes at least one encapsulation zone which is surrounded by a surrounding region. The encapsulation zone includes at least a first encapsulation region, which is surrounded by a second encapsulation region, which is surrounded by a third encapsulation region. The first encapsulation region has a first level of elasticity; the second encapsulation region has a second level of elasticity that is smaller than the first level of elasticity of the first encapsulation region; the third encapsulation region has a third level of elasticity that is smaller than the second level of elasticity of the second encapsulation region.