Body-Shaping Corset with Local Elasticity Differentiation
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Solution Overview
Problem
Current body-shaping corsets with rubber components often cause uneven fat distribution and discomfort, leading to an imperfect body shape and potential health issues like cellulite due to excessive tightening and uneven fat density.
Innovation Solution
A body-shaping corset design featuring adjustable hook-and-loop connections, air-permeable through holes, and integrated steel ribs, along with a multi-layer fabric structure incorporating bamboo fiber, graphene, tourmaline powder, and modal fiber, which provides a U-shaped neckline and accessory breast receiving portions to prevent fat accumulation and enhance comfort.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Force
If an elastic body-shaping corset with rubber components is used to achieve strong tightening effect, then the body-shaping effect is improved, but fat gathering occurs at the back and the body shape becomes imperfect
Solution Approach 1:
The corset employs different material compositions in different regions: the front portion uses high-elasticity rubber for strong tightening, while the back portion uses fabric with lower elasticity to prevent excessive compression. This local differentiation allows the corset to provide strong tightening where needed while avoiding fat gathering and cellulite formation on the back.
Solution Approach 2:
The corset is divided into distinct front and back portions with different material properties. The front portion contains rubber elastic components for tightening, while the back portion uses fabric to allow fat distribution. This segmentation enables independent optimization of tightening effect and body shape preservation.
2Productivity
If an elastic body-shaping corset is worn to achieve weight loss effect, then the body-shaping effect is improved, but lymphatic circulation is affected and cellulite forms on the back
Solution Approach 1:
The back portion of the corset uses fabric material with lower elasticity compared to the rubber-based front portion. This local quality difference allows the back area to provide gentle support without excessive compression, thereby maintaining lymphatic circulation and preventing cellulite formation while still contributing to overall body shaping.
3Shape
If a body-shaping corset with strong tightening force is used, then the waist curvature is improved, but fat density difference between back and front increases
Solution Approach 1:
The corset uses high-elasticity rubber materials in the front portion to create strong tightening force and improve waist curvature, while the back portion uses lower-elasticity fabric to maintain natural fat distribution. This local quality differentiation prevents excessive compression of back fat, thereby reducing fat density differences and avoiding cellulite formation.
Data Source
AI summary
A body-shaping corset includes: a left-front portion, a right-front portion, a left accessory breast receiving portion, a right accessory breast receiving portion, an upper back portion, and a lower back portion. One side of the lower back portion is connected to one side of the left-front portion, and another side of the lower back portion is connected to one side of the right-front portion. The left-front portion is provided at one side thereof away from the lower back portion with multiple rows of loops, and the right-front portion is provided at one side thereof away from the lower back portion with hooks, the hooks and the multiple rows of loops being connected to each other by hooking. The left-front portion, the right-front portion, the left accessory breast receiving portion, and the right accessory breast receiving portion form a U-shaped neckline.