Abstract: The invention provides for an infant bodysuit (10) of multi-layer construction which includes a fabric layer (30) laminated to the inside of the infant bodysuit (10) which fabric layer (30) may consist of a substantially water proof membrane (32) which operatively serves to retain moisture on the inside thereof and allow transfer of moisture through the membrane and evaporation thereof on the outside of the membrane, characterised in that the membrane is an imperforate monolithic membrane that may be selected to provide a transfer mechanism for moisture which includes the steps of absorption of moisture on one side of the membrane where there may be higher humidity, diffusion through the membrane, and desorption of moisture on the other side of the membrane where there may be lower humidity.

Abstract: The invention provides for an infant bodysuit (10) of multi-layer construction which includes a fabric layer (30) laminated to the inside of the infant bodysuit (10) which fabric layer (30) may consist of a substantially water proof membrane (32) which operatively serves to retain moisture on the inside thereof and allow transfer of moisture through the membrane and evaporation thereof on the outside of the membrane, characterised in that the membrane is an imperforate monolithic membrane that may be selected to provide a transfer mechanism for moisture which includes the steps of absorption of moisture on one side of the membrane where there may be higher humidity, diffusion through the membrane, and desorption of moisture on the other side of the membrane where there may be lower humidity.

Abstract: A breast receiving cup (1) of multi-layered construction is provided that includes a structural layer (2, 10) for operatively maintaining, or assisting in the maintenance of, the basic shape of the cup, and wherein there is laminated to the structural layer a substantially waterproof membrane (3) that operatively serves to retain moisture on the inside thereof and allow transfer of moisture through the membrane and evaporation thereof on the outside of the membrane. The membrane is preferably an imperforate monolithic membrane that is selected to provide a transfer mechanism for moisture that includes the steps of absorption of moisture on one side of the membrane where there is a higher humidity, diffusion through the membrane, and desorption of moisture on the other side of the membrane where there is a lower humidity. The structural layer is preferably a heat formed moulded foam layer.

Abstract: A brassiere (1) is provided comprising a torso encircling band (2) adapted to encircle the torso immediately beneath the breasts of a wearer and to which is attached a lower edge of a front panel (4) adapted to operatively extend over a pair of breasts. An upper edge (8) of the front panel terminates in a pair of spaced symmetrically located support zones (9) to each of which is attached a supporting shoulder strap (10) such that the torso encircling band and shoulder straps together operatively support the brassiere on a person wearing same. The front panel is made of a fabric that has limited degree of stretch and semi-permeable characteristics in that it is substantially moisture-proof but permeable to vapours and gasses. The lower edge of the front panel has one or more tucks (6) where it attaches to the torso encircling band on each side of a centre thereof so as to define a breast accommodating and supporting pouch (7) on each side of the centre of the panel.