An inframammary pad comprising first component, and a second component. The first component is half-cup shaped to generally conform to the underside of a female breast. The second component is also half-cup shaped to generally conform to the first component. The first and second components are foldably attached at their respective bottoms. When used with a brassiere, the first component can be placed on the inner lower portion of the cup of the brassiere with the fold proximal to the underwire (or band if brassiere is wireless) and the second component folds up over the outer lower portion of the cup of the brassiere such that the brassiere is sandwiched between the first and second components.

A garment protector for protecting an outer garment from perspiration, body oils, and the like includes a chest strap configured to wrap around an upper part of a torso of a wearer adjacent to armpits of the wearer. The garment protector includes first and second absorbers attached to the strap and configured to be held at the armpits of the wearer by the strap. The under garment further includes a first arm strap attached to the first absorber and configured to wrap around a first arm of the wearer, and a second arm strap attached to the second absorber and configured to wrap around a second arm of the wearer.

A perspiration shield (101) comprises reinforcing layer (203), perspiration impermeable layer (204), perspiration absorbent layer (205) and liner layer (206). The perspiration impermeable layer (204) is provided with an adhesive composition (215) disposed on a border (214) of its inner face (213), forming an adhesive region (216). The perspiration absorbent layer (205) comprises a perspiration absorbent material which is arranged on the inner face (211) of the perspiration impermeable layer (204). The reinforcing layer (203) and the liner layer (206) are releasably attached to the perspiration impermeable layer (204) and the perspiration absorbent layer (205) respectively. The liner layer (206) and the reinforcing layer (203) are releasable prior to and following respectively adhering of the shield (101) to the skin of a wearer's (102) underarm about the adhesive region (216). The shield (101) obviates issues in relation to skin irritation and poor adhesiveness whilst providing a shield (101) that is more easily applied and is sufficiently stable to be stored prior to use.

To configure a pad so as to be gentle to the skin, to prevent stretching and/or tearing of the front surface sheet, and to not reduce liquid permeability and air permeability. [Solution] An underarm sweat pad in which an absorbent is interposed between a front surface sheet and a back surface sheet and which is used folded in two at a folding line and attached to the inside of the axillary portion of a garment. The front surface sheet is composed of a hydrophilic cellulose fiber. Adhesive regions, in which an adhesive for bonding the front surface sheet to the absorbent is applied, are formed as stripes that are parallel to the folding line and are spaced at intervals in the direction that is orthogonal to the folding line.

A perspiration absorbing device for preventing staining due to perspiration and for masking body odor includes a second panel that is coupled by opposing termini and a first side to a first panel to define a pocket. A pair of couplers is coupled singly proximate to opposing edges of the first panel. The couplers are configured to couple the first panel to at least one of skin of a user and an interior surface of a garment so that the first panel is positioned proximate to a respective armpit of the user. The first panel and the second panel are configured to absorb perspiration. Each of a set of sachets is selectively insertable into the pocket so that the sachet is configured to emit a fragrance to mask body odor.

To configure a pad so as to be gentle to the skin, to prevent stretching and/or tearing of the front surface sheet, and to not reduce liquid permeability and air permeability. [Solution] An underarm sweat pad in which an absorbent is interposed between a front surface sheet and a back surface sheet and which is used folded in two at a folding line and attached to the inside of the axillary portion of a garment. The front surface sheet is composed of a hydrophilic cellulose fiber. Adhesive regions, in which an adhesive for bonding the front surface sheet to the absorbent is applied, are formed as stripes that are parallel to the folding line and are spaced at intervals in the direction that is orthogonal to the folding line.

A perspiration absorbing device for preventing staining due to perspiration and for masking body odor includes a second panel that is coupled by opposing termini and a first side to a first panel to define a pocket. A pair of couplers is coupled singly proximate to opposing edges of the first panel. The couplers are configured to couple the first panel to at least one of skin of a user and an interior surface of a garment so that the first panel is positioned proximate to a respective armpit of the user. The first panel and the second panel are configured to absorb perspiration. Each of a set of sachets is selectively insertable into the pocket so that the sachet is configured to emit a fragrance to mask body odor.

An adhesive soft fabric corner to increase garment comfort. The soft corners are folded fabric elements with an adhesive layer applied to secure to a garment. The soft corners covers irritating garment corners, increasing apparel comfort and lifespan. Soft Corners will introduce soft fabric that you want to have near your skin. Soft Corners will proactively protect the skin without sticking to the skin. Soft Corners can be produced in an endless variety of colors and shapes and sizes which can provide comfort in any style of clothing. Soft Corners will increase the lifespan of our clothing, reducing the waste of time, money and materials associated with clothing manufacturing and most importantly the consumer.

An adhesive soft fabric corner to increase garment comfort. The soft corners are folded fabric elements with an adhesive layer applied to secure to a garment. The soft corners covers irritating garment corners, increasing apparel comfort and lifespan. Soft Corners will introduce soft fabric that you want to have near your skin. Soft Corners will proactively protect the skin without sticking to the skin. Soft Corners can be produced in an endless variety of colors and shapes and sizes which can provide comfort in any style of clothing. Soft Corners will increase the lifespan of our clothing, reducing the waste of time, money and materials associated with clothing manufacturing and most importantly the consumer.

A method of sampling volatile malodorous materials, said method comprising the topical application of a patch comprising an absorbent hydrogel layer and a backing sheet adhering to it, the volatile malodourous materials being absorbed into the hydrogel layer and subsequently extracted from it.