This invention introduces a groundbreaking beanie design featuring a new stitch configuration, departing from conventional norms. Employing innovative stitch lining techniques, the crown of the beanie is artistically redefined, blending comfort with sophistication. The distinctive design involves two parallel vertical stitches interconnected by a solitary horizontal stitch, evoking the form of the letter H or the Greek letter Theta. The stitch lines exhibit fluidity, adapting seamlessly to fabric stretch when worn. This versatile stitch pattern is adaptable to both cuffless and cuffed beanies, signifying a versatile solution for diverse preferences. The invention revolutionizes beanie creation while accentuating the convergence of textile artistry and wearable functionality.

A double-layered hair wrap/bathing cap keeps the hair up and away from the face and nape of the neck. A first stretchable layer confines the hair while a second waterproof layer protects the confined hair from getting wet and/or soiled from facial or bathing products.

A multilayered hair wrap and related methods. In one embodiment, the multilayered hair wrap comprises a hydrophobic shell portion substantially defining an outer surface of the multilayered hair wrap, and an absorbent liner portion secured to the hydrophobic shell portion, the absorbent liner portion substantially defining an inner surface of the multilayered hair wrap.

A sound insulation structure for a garment is disclosed. The sound insulation structure includes a first layer comprising a sound absorbing material, and a second layer configured to be at least one of sound reflecting and sound diffusing.

Combination knitted hat and earphone assembly includes knitted hat including double-knitted bucket portion of elastic fabric defining therein head-receiving space for putting onto the user's head, brim portion extended from the bucket portion around the head-receiving space of the knitted hat and two storage pockets disposed inside the double-knitted bucket portion and respectively defined therein storage chamber and opening, and earphone set including two earphone speakers respectively inserted through the openings into the storage chambers of the storage pockets and two transmission wires extended from the earphone speakers and terminating in respective electrical signal input end for connection to control device that is mounted in the folded brim portion outside the double-knitted bucket portion, or external mobile electronic device being carried by the user. Thus, the user can use the earphone set to listen to music when the knitted hat is put on the head to keep the head warm.

A CBRN coat is provided with two sleeves, at least one chest section and a hood. The coat has a face-cover connected to the at least one chest section with an opening for receiving a gasmask extending partially through the opening. The opening has an uninterrupted circumference. The coat has a zipper connecting the hood to the face-cover, thereby forming a head covering which encapsulates the head of the wearer when wearing said coat.

A CBRN coat is provided with two sleeves, at least one chest section and a hood. The coat has a face-cover connected to the at least one chest section with an opening for receiving a gasmask extending partially through the opening. The opening has an uninterrupted circumference. The coat has a zipper connecting the hood to the face-cover, thereby forming a head covering which encapsulates the head of the wearer when wearing said coat.

Provided is a hat formed from a single piece of fabric. The single piece of fabric comprises parallel regions of fabric including first and second headband regions and at least one intermediate region. The headband regions are joined at their ends to form a headband and the intermediate region forms the crown of the hat. The headband regions and the at least one intermediate region are of differing stiffness and/or thickness.

Sensor module for sensing forces to the head of an individual and wirelessly transmitting signals corresponding thereto for analysis, tracking and/or reporting the sensed forces.

A headgear device for inhibiting a user from losing hair is provided. The user has a scalp with the hair growing from hair follicles in the scalp. The headgear device comprises a head covering and a cooled gel insert receivable within the head covering. The cooled gel insert cools the scalp and the hair follicles, restricting the flow of blood to the scalp and the hair follicles.