A reusable woven fabric face covering mask that includes a woven fabric face covering that has elastic ear loops on each side and an elastic connecting band has two distal ends each of which include a loop surrounding one of the ear loop. Additionally, a tented mask construction achieved from a simple two-layer face covering through the use of folding and structural seams.

A face and neck cover includes a fabric tube having an inner surface and a droplet filter attached to the inner surface. The droplet filter includes a first filter layer, a second filter layer joined to the first filter layer along a first fold, and a third filter layer joined to the first filter layer along a second fold. The third filter layer is in contact with the inner surface of the fabric tube. A first filter pocket for holding an optional removable filter medium is formed between the second filter layer and the third filter layer. A second filter pocket is formed between the third filter layer and the inner surface of the fabric tube. The first, second, and third filter layers are preferably integrally formed from one continuous sheet of fabric folded and attached to the fabric tube.

An article of manufacture for providing a self-attaching headscarf that stays in place is disclosed. The self-attaching headscarf is made of an under cap having a plurality of attachment devices on an outside surface for attaching and holding a head scarf in place while worn about a head, and a headscarf having one or more mating attachment devices for coupling the head scarf to the under cap. The attachment devices comprise one or more pair of items of Velcro™, snaps, buttons, extra fabric meant to be tied, zippers, and magnets. The self-attaching headscarf may also include earholes and attachable earmuffs, a visor, a neck cape, and decorative adornments, all of which are secured to the head scarf using mating attachment devices.

An integrated face, neck, and upper body covering. The covering is made from a vertical tube of fabric having a slit in the rear. The slit allows the lower portion of the tube to spread outward—thereby providing an effective covering for the chest in addition to the neck. Various embodiments are disclosed. Some of these embodiments provide covering for the shoulders and upper back as well.

An integrated face, neck, and upper body covering. The covering is made from a vertical tube of fabric having a slit in the rear. The slit allows the lower portion of the tube to spread outward—thereby providing an effective covering for the chest in addition to the neck. Various embodiments are disclosed. Some of these embodiments provide covering for the shoulders and upper back as well.

A garment (1) comprising a sheet of fabric material (2) and a wearer attachment device (4) is illustrated and described. The wearer attachment device is configured to allow the garment to be attached to the neck or head of the wearer. The garment comprises one or more releasable fastening devices (6a, 6b, 6c). The sheet of fabric is configurable between a first unfolded position and a second folded position. In the second folded position the sheet of fabric is folded into the shape of a face mask that, in use, allows the garment to cover at least a portion of the wearer's mouth and nose. The sheet of fabric is held in the second folded position by the one or more releasable fastening devices.

A garment (1) comprising a sheet of fabric material (2) and a wearer attachment device (4) is illustrated and described. The wearer attachment device is configured to allow the garment to be attached to the neck or head of the wearer. The garment comprises one or more releasable fastening devices (6a, 6b, 6c). The sheet of fabric is configurable between a first unfolded position and a second folded position. In the second folded position the sheet of fabric is folded into the shape of a face mask that, in use, allows the garment to cover at least a portion of the wearer's mouth and nose. The sheet of fabric is held in the second folded position by the one or more releasable fastening devices.

A body cooling scarf includes a flexible tube having a tube side wall and a tube open end and a tube closed end, defining within the flexible tube an elongate tube internal chamber; a flexible, chamber partition extending longitudinally within and dividing the tube internal chamber into a longitudinal first cooling unit pocket and a second cooling unit pocket, each having a pocket interior with a pocket interior width, breadth and length; and a series of cooling units which are sized in width and breadth to substantially match the width and breadth of each cooling unit pocket interior, and sized in length so that a series of between six and fourteen cooling units are required to completely fill a given pocket, for substantial cooling scarf flexibility.

A body cooling scarf includes a flexible tube having a tube side wall and a tube open end and a tube closed end, defining within the flexible tube an elongate tube internal chamber; a flexible, chamber partition extending longitudinally within and dividing the tube internal chamber into a longitudinal first cooling unit pocket and a second cooling unit pocket, each having a pocket interior with a pocket interior width, breadth and length; and a series of cooling units which are sized in width and breadth to substantially match the width and breadth of each cooling unit pocket interior, and sized in length so that a series of between six and fourteen cooling units are required to completely fill a given pocket, for substantial cooling scarf flexibility.

A harness for securely wearing a hydration scarf while walking, jogging, or running, and for extending the time that a beverage in the hydration scarf remains cool. The harness has straps that secure the hydration scarf to the person wearing it, even while engaged in vigorous activity. The harness also has an insulating layer and an insulating sleeve that substantially slow the transfer of body heat into the hydration scarf. Pockets can be included for holding freezer packs in direct contact with the hydration scarf to chill the beverage. The combined effect of the insulating elements that limit heat flow from the wearer's body to the beverage, and the freezer packs that pull heat out of the beverage, is to keep the beverage at a temperature which is cooler than room temperature, and therefore more refreshing and better tasting than a beverage at room temperature.