A fluid-absorbing scrotum shield includes a single and unitary body having a penis-receiving flange and a scrotum-containing pouch statically attached to the penis-receiving flange. The scrotum-containing pouch is suitably sized and shaped to receive an existing male scrotum such that the scrotum-containing pouch is intercalated between the existing male scrotum and an existing male penis extended through the penis-receiving flange and downward past the existing male scrotum. Each of the penis-receiving flange and the scrotum-containing pouch include fluid-absorbent material impregnated throughout an entire surface area thereof, respectively, to absorb sweat and other body fluids.

A fluid-absorbing scrotum shield includes a single and unitary body having a penis-receiving flange and a scrotum-containing pouch statically attached to the penis-receiving flange. The scrotum-containing pouch is suitably sized and shaped to receive an existing male scrotum such that the scrotum-containing pouch is intercalated between the existing male scrotum and an existing male penis extended through the penis-receiving flange and downward past the existing male scrotum. Each of the penis-receiving flange and the scrotum-containing pouch include fluid-absorbent material impregnated throughout an entire surface area thereof, respectively, to absorb sweat and other body fluids.

A concealment garment comprised of at least one blurring layer, at least one flat layer, and at least one panel. The blurring layer provides flowy motion, texture, highlights, shadows, and visual patterns to the garment. The blurring layers further creates a blurring effect that provides a distraction that helps to hide any printing or tucking of the concealed object. The flat layer is positioned within the blurring layer and provides a flattened surface which hides the outline and shape of the concealed object. Further, the flat layer provides a smooth flat surface to ensure the blurring layer moves and flows naturally. The panels provide increased concealment properties in targeted areas, which are typically located over top of the concealed object and further increase the concealment properties of the flat layer.

A concealment garment comprised of at least one blurring layer, at least one flat layer, and at least one panel. The blurring layer provides flowy motion, texture, highlights, shadows, and visual patterns to the garment. The blurring layers further creates a blurring effect that provides a distraction that helps to hide any printing or tucking of the concealed object. The flat layer is positioned within the blurring layer and provides a flattened surface which hides the outline and shape of the concealed object. Further, the flat layer provides a smooth flat surface to ensure the blurring layer moves and flows naturally. The panels provide increased concealment properties in targeted areas, which are typically located over top of the concealed object and further increase the concealment properties of the flat layer.

The present application is directed to a wearable chest protector system operationally configured to affect substances located on one or more surfaces of interest. One suitable chest protector system is wearable for baseball purposes and includes a shoulder cap assembly constructed from one or more materials operationally configured to affect substances located on one or more surfaces of interest. The shoulder cap assembly may include one or more removable component parts.

The present application is directed to a wearable chest protector system operationally configured to affect substances located on one or more surfaces of interest. One suitable chest protector system is wearable for baseball purposes and includes a shoulder cap assembly constructed from one or more materials operationally configured to affect substances located on one or more surfaces of interest. The shoulder cap assembly may include one or more removable component parts.

The invention relates to personal injury protection means for protecting, for example, the neck, which can be used in sports such as football, hockey, basketball, handball, rugby, etc. The invention is directed toward increasing the level of protection against impact injuries and improving thermoregulation of the human body. This is achieved by virtue of a flexible structural element (1), and a guard (2) for protecting the back of the neck, these being made of a polymeric material capable of absorbing and dissipating impact energy, in the form of a strip in the form of a collar. The structural element consists of a centre portion (8) and two side portions (9).

The invention relates to personal injury protection means for protecting, for example, the neck, which can be used in sports such as football, hockey, basketball, handball, rugby, etc. The invention is directed toward increasing the level of protection against impact injuries and improving thermoregulation of the human body. This is achieved by virtue of a flexible structural element (1), and a guard (2) for protecting the back of the neck, these being made of a polymeric material capable of absorbing and dissipating impact energy, in the form of a strip in the form of a collar. The structural element consists of a centre portion (8) and two side portions (9).

The present disclosure provides a flexible contoured masking patch to conceal female anatomical features. In various embodiments, the masking patch may include a first end having a first width and a second end having a second width, wherein the second width is less than the first width and the second end terminates in a point. The masking patch may include one or more flexible materials, which may facilitate adapting to a variety of surface contours. The masking patch may include a smooth surface and an adhering surface, wherein the adhering surface is configured to adhere to a portion of female anatomical features.

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.