Articles comprising an outer fabric layer and a laminate are provided. The laminate may include a barrier film layer and an inner fabric layer, in which the outer fabric layer at least partially encircles and overlies the laminate. The outer fabric layer comprises an outer fabric layer seal and the laminate comprises a laminate seal that is separate and distinct from the outer fabric seal. The articles may be devoid of any bonds between the outer fabric layer and the laminate.

Disclosed is a knitted fabric containing natural fibers and a making method therefor, a liquid ammonia device and a shirt made from the knitted fabric, belonging to the fields of fabrics and clothing. The making method for the knitted fabric containing natural fibers comprises forming yarns containing natural fibers into a knitted fabric by a fabric-knitting method; and performing functional finishing including a liquid ammonia finishing procedure on the knitted fabric. In the liquid ammonia finishing procedure, liquid ammonia impregnation is performed on the knitted fabric at least twice under the condition of mechanical restraint by a guide roller set, thus preventing the knitted fabric from edge curling due to strong shrinkage in the liquid ammonia impregnation process, enabling the knitted fabric to be subjected to sufficient and uniform liquid ammonia impregnation, ensuring the liquid ammonia impregnation effect and controlling the shrinkage rate of the knitted fabric; and through subsequent shaping and finishing procedures, the color stability of the knitted fabric is further improved, the shrinkage rate after washing is reduced, and the crease-resistant performance and resilience performance are improved. The shirt has a low shrinkage rate after washing, good stiffness performance, good resilience performance, color stability, high strength and good crease-resistant performance.

Disclosed is a knitted fabric containing natural fibers and a making method therefor, a liquid ammonia device and a shirt made from the knitted fabric, belonging to the fields of fabrics and clothing. The making method for the knitted fabric containing natural fibers comprises forming yarns containing natural fibers into a knitted fabric by a fabric-knitting method; and performing functional finishing including a liquid ammonia finishing procedure on the knitted fabric. In the liquid ammonia finishing procedure, liquid ammonia impregnation is performed on the knitted fabric at least twice under the condition of mechanical restraint by a guide roller set, thus preventing the knitted fabric from edge curling due to strong shrinkage in the liquid ammonia impregnation process, enabling the knitted fabric to be subjected to sufficient and uniform liquid ammonia impregnation, ensuring the liquid ammonia impregnation effect and controlling the shrinkage rate of the knitted fabric; and through subsequent shaping and finishing procedures, the color stability of the knitted fabric is further improved, the shrinkage rate after washing is reduced, and the crease-resistant performance and resilience performance are improved. The shirt has a low shrinkage rate after washing, good stiffness performance, good resilience performance, color stability, high strength and good crease-resistant performance.

A garment and method for targeted water weight-loss of a user. The garment may be a typical article of clothing; however, heat trapping agents are applied to the garment, particularly on the inside of the garment so as to make contact with the skin causing increased perspiration of the user at the location where the heating trapping agent contacts the skin. The heat trapping agent can be applied to the garment at desired locations and with a desired pattern to increase the efficiency of perspiration, and therefore, water weight-loss, Preferably, the heat trapping agent is print material with a stretch additive.

A garment and method for targeted water weight-loss of a user. The garment may be a typical article of clothing; however, heat trapping agents are applied to the garment, particularly on the inside of the garment so as to make contact with the skin causing increased perspiration of the user at the location where the heating trapping agent contacts the skin. The heat trapping agent can be applied to the garment at desired locations and with a desired pattern to increase the efficiency of perspiration, and therefore, water weight-loss, Preferably, the heat trapping agent is print material with a stretch additive.

Disclosed herein is a garment for exposing skin markers on a patient receiving a medical procedure using a medical device, which requires alignment to those skin markers. The skin markers are exposed through windows in the garment, which are aligned with locations on a human body where skin markers are typically placed. The windows may be open areas on the garments without any material, or comprise a sheer mesh or transparent material, or other see-through material, or the like. The remainder of the garment is attractive and fashionable and conceals private areas on a patient. Some embodiments are underwear, while other embodiments, such as pants or yoga pants, can be worn as regular clothing. Additionally, some versions provide protection from incontinence by using absorbent material, and may be reusable or disposable.

Disclosed herein is a garment for exposing skin markers on a patient receiving a medical procedure using a medical device, which requires alignment to those skin markers. The skin markers are exposed through windows in the garment, which are aligned with locations on a human body where skin markers are typically placed. The windows may be open areas on the garments without any material, or comprise a sheer mesh or transparent material, or other see-through material, or the like. The remainder of the garment is attractive and fashionable and conceals private areas on a patient. Some embodiments are underwear, while other embodiments, such as pants or yoga pants, can be worn as regular clothing. Additionally, some versions provide protection from incontinence by using absorbent material, and may be reusable or disposable.

A swimsuit is disclosed herein comprising a bust portion, and a bottom portion including a waist portion configured to surround a torso, with an inner fabric layer including an interior surface and an exterior surface, and an outer fabric layer including an interior surface and an exterior surface, a left leg opening defined by a lower left edge portion, and a right leg opening defined by a lower right edge portion. The lower left edge portion and lower right edge portion are raw cut and are bonded with a bonding layer between the interior surface of the inner layer and the interior surface of the exterior layer. A first positioning strip is formed on the exterior surface of the inner fabric layer along an edge portion of at least one of the bust portion and the bottom portion. Corresponding methods also are disclosed.

A swimsuit is disclosed herein comprising a bust portion, and a bottom portion including a waist portion configured to surround a torso, with an inner fabric layer including an interior surface and an exterior surface, and an outer fabric layer including an interior surface and an exterior surface, a left leg opening defined by a lower left edge portion, and a right leg opening defined by a lower right edge portion. The lower left edge portion and lower right edge portion are raw cut and are bonded with a bonding layer between the interior surface of the inner layer and the interior surface of the exterior layer. A first positioning strip is formed on the exterior surface of the inner fabric layer along an edge portion of at least one of the bust portion and the bottom portion. Corresponding methods also are disclosed.

An anti-fogging facemask for preventing fogging of the wearer's glasses or goggles may be described herein. The anti-fogging facemask include an outer facemask and an inner facemask. The inner facemask is attached to the outer facemask. The inner facemask provides a barrier to prevent exhaled air from traveling through the upper end of the facemask. The inner facemask directs exhaled air downwards. The outer facemask forms a seal at an upper portion of the wearer's nose.