Pad structure for female brassiere cups

Abstract

An improved pad structure for female brassiere cups includes a disc body and a plurality of fins on one side, and a heat-dissipating gap with an appropriate width is maintained between fins, such that the present invention not only reduces weight and provides better breathing effect, but also gives a good tenacity to the fins; further, when the top of the pad structure is compressed, the body has a rebounding force for sustaining the pressure and further provides an elastic rebounding effect for a rhythmic back and forth movement.

1 . A pad structure for female brassiere cups, comprising: 
 a disc body having a planar surface and a convex surface;    a plurality of fins, being disposed on at least said convex surface of said disc body; and    a gap, having an appropriate width and being disposed between said fins;    thereby said fins have a specified tenacity when the convex surface is pressed, and said fins have a resiliency for sustaining a shape and having an elastic effect for a rhythmic movement.    
   
   
       2 . The pad structure for female brassiere cups of  claim 1 , wherein said disc body is elliptic in shape.  
   
   
       3 . The pad structure for female brassiere cups of  claim 1 , wherein said fins are disposed on said disc body at any angle.  
   
   
       4 . The pad structure for female brassiere cups of  claim 1  further comprising a plurality of connecting ribs disposed between said fins.  
   
   
       5 . The pad structure for female brassiere cups of  claim 1 , wherein said disc body is a circular body and said plurality of fins having a specified gap between said fins is disposed on said circular disc body to define a disc body, and said disc body is hollow in a middle of said planar surface.  
   
   
       6 . The pad structure for female brassiere cups of  claim 1 , wherein said disc body has a breathing hole extending through said disc body disposed at the position corresponding to said gap between said fins.  
   
   
       7 . The pad structure for female brassiere cups of  claim 1 , wherein said disc body has a wrapping layer along its outer surface.  
   
   
       8 . The pad structure for female brassiere cups of  claim 7 , wherein said wrapping layer is a tough thin film.