Brassiere Front Panel with Embedded Support Shelf Assembly

The support structure is divided into multiple functional components: a rigid support component (e.g., plastic or metal) segmented into regions of different hardness, a foam layer segmented into different density zones, and a fabric layer segmented into stretch and non-stretch regions. Each segment performs a specific function - the harder region provides structural support while the softer region provides comfort, the foam provides cushioning and shape retention, and the fabric provides flexibility and stability. This segmentation allows the complex support structure to achieve reliable motion control during exercise.

The support structure uses composite materials combining multiple materials with different properties: rigid plastic or metal for the support component, foam material for cushioning and shaping, and fabric material for flexibility and comfort. These composite materials work together to provide both the necessary support and motion control during exercise while maintaining comfort. The combination of hard and soft materials, structured and unstructured materials, creates a multi-functional support system that addresses the reliability requirement.

The support structure applies local quality by positioning different materials and densities in specific locations where they are most needed. The rigid support component is placed at the lower periphery where structural support is critical for preventing nipple show-through. The foam layer is positioned to provide cushioning in areas requiring modesty. The fabric layer is placed to provide flexibility and stability. This localized placement of materials with appropriate properties provides the necessary modesty and support without adding bulk and weight throughout the entire brassiere.

The support structure uses partial action by concentrating the support and modesty-providing functions in specific regions rather than uniformly throughout the entire brassiere. The harder region of the support component and the foam layer are positioned to provide sufficient support and prevent nipple show-through in the critical areas, without excessive material throughout the entire garment. This partial application of support structures achieves the modesty and support requirements while minimizing overall weight.

The support component is designed with local quality by creating regions of different hardness within the same component. The first region has a harder polymer material to provide structural support and maintain the shape of the breast cup, while the second region has a softer polymer material to provide comfort and flexibility where it contacts the breast. This regional variation in hardness allows the single support component to simultaneously provide both structural support and comfort, resolving the contradiction between support and flexibility.

The support structure uses composite materials by combining the harder polymer material region and the softer polymer material region within the same support component. Additionally, the foam layer with its cushioning properties and the fabric layer with its flexibility are combined with the rigid support component. This composite structure allows the hard support component to provide structural support while the softer materials provide comfort and flexibility, achieving both structural support and ease of operation.

The support structure merges multiple components - the rigid support component, the foam layer, and the fabric layer - into a single integrated molded structure. This merging is achieved through a molding process that forms all layers and components as one unified piece with interlocking features. The support component is molded with recesses that receive the foam layer, which is then covered by the fabric layer, creating a bonded composite structure. This merging provides structural integrity while the molding process enables efficient manufacturing of the integrated assembly.

The support component is molded in advance with predetermined recesses and attachment features designed to receive and secure the foam layer and fabric layer. This preliminary action of pre-forming the support component with integration features simplifies the subsequent assembly process, as the components are designed to fit together in a predetermined manner during the molding process, reducing manufacturing complexity despite the integrated structure.