Provided is a hat that creates an air curtain between a wearer and the external environment to prevent contact with contaminants, pathogens, insects, and the like. The device includes a hat with a fan, an air intake, a power switch, a power source, an interior channel, and release points. Air is directed into the hat through the air intake, which then travels through the interior channel towards the release points. The air is compressed and expelled through release points, which are angled downward and away from the wearer. The flow of air creates an air curtain separating the wearer from the external environment.

Provided is a hat that creates an air curtain between a wearer and the external environment to prevent contact with contaminants, pathogens, insects, and the like. The device includes a hat with a fan, an air intake, a power switch, a power source, an interior channel, and release points. Air is directed into the hat through the air intake, which then travels through the interior channel towards the release points. The air is compressed and expelled through release points, which are angled downward and away from the wearer. The flow of air creates an air curtain separating the wearer from the external environment.

A multi-functional folding hat is provided, which generally consists of a cup section made of a flexible material, configured to fit the head of the wearer; such cup section comprises at its inner bottom a peripheral elastic band configured to fit the head of the wearer; a brim or flap section made of a substantially semi-rigid malleable material, which surrounds the cup section and is integrally attached to it; The brim section includes at its outer end a flexible metal ring integrated with it, which allows the folding or bending of the hat; a peripheral flange surrounding a substantially oval opening formed by the union of the brim section with the crown section, which is configured for the user to wear the hat, where the peripheral flange is configured to attach additional accessories for the protection of the user; and a pair of reinforced through holes arranged opposite the sides of said peripheral brim; where said holes are configured to receive an additional accessory for the protection of the wearer; where the inside of the crown section and the peripheral elastic band have a fungicide and antibacterial coating that prevents the generation of fungus and bad odor; and where said hat is configured to fold by means of a plurality of wrapping type folds, to be stored in a reduced space without deforming.

A multi-functional folding hat is provided, which generally consists of a cup section made of a flexible material, configured to fit the head of the wearer; such cup section comprises at its inner bottom a peripheral elastic band configured to fit the head of the wearer; a brim or flap section made of a substantially semi-rigid malleable material, which surrounds the cup section and is integrally attached to it; The brim section includes at its outer end a flexible metal ring integrated with it, which allows the folding or bending of the hat; a peripheral flange surrounding a substantially oval opening formed by the union of the brim section with the crown section, which is configured for the user to wear the hat, where the peripheral flange is configured to attach additional accessories for the protection of the user; and a pair of reinforced through holes arranged opposite the sides of said peripheral brim; where said holes are configured to receive an additional accessory for the protection of the wearer; where the inside of the crown section and the peripheral elastic band have a fungicide and antibacterial coating that prevents the generation of fungus and bad odor; and where said hat is configured to fold by means of a plurality of wrapping type folds, to be stored in a reduced space without deforming.

The insect protective garment system is formed as an elastic mesh structure. The elastic mesh structure of the insect protective garment system forms a fluid permeable barrier around a wearer. The elastic mesh structure of the insect protective garment system forms a barrier structure that prevents an insect from directly contacting the skin of the wearer. The insect protective garment system comprises a plurality of tubular textiles, a plurality of gussets, a plurality of gusset seams, a plurality of seams, a plurality of openings, and a plurality of slits. The plurality of slits are cut in the plurality of tubular textiles. The plurality of openings are formed in the plurality of tubular textiles. The plurality of gussets, the plurality of gusset seams, and the plurality of seams assemble the plurality of tubular textiles into a shirt, pants, and a hood that protect the wearer from an insect.