A hat brim technology for framing one or more brim opening in a hat brim. A brim clip which engages at least a portion of a brim opening and which can optionally secure a number of brim material layers when in an installed state. A method for creating a framed brim opening in a hat brim. A cap including at least one panel and a brim having an opening in a shape of at least one of an advertisement, a logo, a design, a statement, a phrase, an emblem of a sports team, company, or organization.

A hat brim technology for framing one or more brim opening in a hat brim. A brim clip which engages at least a portion of a brim opening and which can optionally secure a number of brim material layers when in an installed state. A method for creating a framed brim opening in a hat brim. A cap including at least one panel and a brim having an opening in a shape of at least one of an advertisement, a logo, a design, a statement, a phrase, an emblem of a sports team, company, or organization.

The present invention provides hats with attachment assemblies allowing them to be detachably secured to an article of clothing. In one example, the attachment assembly permits the hat to be detachably secured in an exterior-side out configuration to a belt of medium width worn around the wearer's waist, without requiring the hats to be inverted or reversed, and without any need for pockets, linings, zippers or the like. The hats may also be provided with retention members for holding the hats in a simple folded configuration when carried on the person. In such a configuration small personal items such as keys, loose change, mobile telephones may be carried in the retained, folded hat.

The present invention provides hats with attachment assemblies allowing them to be detachably secured to an article of clothing. In one example, the attachment assembly permits the hat to be detachably secured in an exterior-side out configuration to a belt of medium width worn around the wearer's waist, without requiring the hats to be inverted or reversed, and without any need for pockets, linings, zippers or the like. The hats may also be provided with retention members for holding the hats in a simple folded configuration when carried on the person. In such a configuration small personal items such as keys, loose change, mobile telephones may be carried in the retained, folded hat.

Disclosed is a high-temperature virus-killing mask, including a sunhat, a heating component and a mask body. A high-temperature microtube with a resistance wire is arranged in the sunhat. The resistance wire may be energized to generate heat to enable the temperature in the high-temperature microtube to rise up to about 200° C., so that, when a user inhales air, the NCP in air flowing through the high-temperature microtube will be killed by the high temperature.

An atomizer device is combinable with a cap for dissipating heat around the cap. The atomizer device includes a carrier formed with at least one water storage space; at least one opening formed in a bottom of the carrier and in communication with the water storage space; an ultrasonic wave generation circuit arranged in the carrier, an electric cell supplying electrical power to the ultrasonic wave generation circuit; and at least one ultrasonic oscillator arranged in the at least one opening of the carrier and is electrically connected to the ultrasonic wave generation circuit. The ultrasonic wave generation circuit generates an ultrasonic wave signal that drives the ultrasonic oscillator to generate ultrasonic wave energy to cause vibration of water in the opening to form atomized water particles that form a water mist sprayed out of the at least one opening.

An eyeglass-accommodating hat includes a crown portion having front and back panel sections and a pair of opposing side panel sections that interconnect the front and back panel sections. Each side panel section includes conforming triangular inner and outer sheets that are peripherally interconnected to form a receptacle between the sheets. Forward and rearward entry slots are formed into the receptacle through forward and rearward vertical seams interconnecting the inner and outer sheets. Glasses are supported on the hat by inserting respective temples through the entry slots and into the receptacles of the respective side panel sections.

A hat brim technology for framing one or more brim opening in a hat brim. A brim clip which engages at least a portion of a brim opening and which can optionally secure a number of brim material layers when in an installed state. A method for creating a framed brim opening in a hat brim. A cap including at least one panel and a brim having an opening in a shape of at least one of an advertisement, a logo, a design, a statement, a phrase, an emblem of a sports team, company, or organization.

A hat brim technology for framing one or more brim opening in a hat brim. A brim clip which engages at least a portion of a brim opening and which can optionally secure a number of brim material layers when in an installed state. A method for creating a framed brim opening in a hat brim. A cap including at least one panel and a brim having an opening in a shape of at least one of an advertisement, a logo, a design, a statement, a phrase, an emblem of a sports team, company, or organization.

A hat with increased resistance to lift includes a crown forming a generally hemispherical portion configured to cover a head of a person. A visor extends outwardly from the crown in a generally horizontal direction and is configured to provide shade. The visor includes an aperture and a mesh material arranged in the aperture and attached to the visor at edges of the aperture. Alternately, the visor includes a visor board and N holes passing through the visor board, where N is an integer in a range from 4 to 100. The mesh material and/or the N holes equalize pressure on a bottom surface relative to a top surface of the visor by allowing air to pass from the bottom surface through the mesh material to the top surface.