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.

Description

BACKGROUND OF THE INVENTION [0001] 1. Field of the Invention [0002] The present invention relates to an improved pad structure for female brassiere cups, more particularly to a pad structure featuring a rhythmic massaging effect, a breathable and soft touch feeling to the breasts of a female, and such pad structure can be placed into a brassiere cup without the risk of being broken easily during its production as to reduce the defective rate or detachably dispose the pad structure in a brassiere cup to provide better use as well as easier manufacture. [0003] 2. Description of the Related Art [0004] To enhance the bust line, show the figure, or support female breasts, a conventional brassiere usually comes with a pad at the lower edge of the lining of a brassiere cup, and a foam pad was generally adopted at early stage. Since the volume of the foam pad can be compressed and reduced by a pressure and the foam pad has the disadvantages of being deteriorated easily and not durable for i...

AI Technical Summary

Benefits of technology

[0007] Therefore, it is a primary objective of the present invention to adopt an elastomer as the basic material, preferably a silicon gel, for the pad structure which comprises a disc body, a plurality of fins being disposed on at least one side of the disc body, and a heat-dissipating gap being kept between the fins, not only reducing the weight and providing better breathing, but also giving good tenacity to the fins, so that 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 which provides a massaging effect and a very soft touch feeling.

Problems solved by technology

Since the volume of the foam pad can be compressed and reduced by a pressure and the foam pad has the disadvantages of being deteriorated easily and not durable for its laundry, therefore a silicon gel pad was introduced to replace the foam pad.

However, silicon gel is expansive, not easy to manufacture, and not light at all.

If the airbag or liquid bag is slightly shifted, it will cause a deformation or a leakage of air or water easily.

If the airbag or liquid bag is broken, a very high defective rate will result in its manufacture.

Of course, if the airbag or liquid bag is sewed into the brassiere cup, the airbag or a liquid bag may be pierced easily and will cause the foregoing leakage of air or liquid, which constitutes the major shortcoming of the prior art.

Further, since the prior-art airbag or liquid bag is badly ventilated and designed inside the brassiere cup or at the lower edge of the brassiere cup for supporting female breasts, the pad structure of this sort usually makes a wearer allergic to sweats and uncomfortable and such arrangement is also unsanitary, which constitutes another shortcoming of the prior art.

Furthermore, the airbag is very light and lacks the sense of reality, while the liquid bag is very heavy.

Therefore, these prior-art pads are not good enough to be used as a pad structure for the brassiere cups and definitely require improvements.

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