A one-piece facemask in combination with a ball cap including a bill. The facemask includes a grid portion formed by a plurality of interconnected plastic segments with circular cross sections joined at substantially perpendicular angles. One of the segments forms an upper edge of the grid portion spanning from a distal left side of the grid portion to a distal right side of the grid portion. The facemask includes one plastic bar spanning the upper edge of the grid portion. The one plastic bar is unconnected to the upper edge of the grid portion between the distal left side of the upper edge of the grid portion and the distal right side of the upper edge of the upper edge of the grid portion to define an open slot between the elongated bar and the upper edge of the grid portion. The open slot receives the bill of the ball cap.

A thermal therapy headgear for a patient includes a plurality of thermal reaction compartments, a liquid chamber, a gas chamber, and a gas container. The thermal reaction compartments contain a first of at least two thermal reaction components, and the liquid chamber contains the second thermal reaction component. The gas container has therein a pressurized gas and a gas valve for selectively releasing the pressurized gas into the gas chamber. The gas in the gas chamber will apply pressure to the liquid chamber and force the second thermal reaction component through the valve and into the thermal reaction compartments to react and transfer heat with the patient, and the presence of the gas within the gas chamber will cushion the patient. A method for conducting hypothermic therapy is also disclosed.

A convertible headwear comprising a kerchief, a headband, and a visor, wherein the kerchief, the headband, and the visor are irremovable interconnected to form a hat that is convertible into a face mask, wherein the headband comprises one terminal end and one other terminal end, wherein each of the one terminal end and the one other terminal end comprises at least one fastening element, wherein the at least one fastening element of the first terminal end is configured to removably connect to the at least one fastening element of the one other terminal end, wherein the visor is irremovably connected to the kerchief, and wherein the headband is irremovably connected to the kerchief.

A hat with an adjustable visor includes a shell disposed on a user's head, an upper visor coupled to the shell and having a plurality of elongated slots, each elongated slot having a pair of rails extending along opposing side walls of the elongated slot, and a lower visor slidably mounted to the upper visor and having a plurality of tab assemblies, each tab assembly slidably mounted to the pair of rails of one of the plurality of elongated slots in the upper visor. The lower visor slidably adjusts relative to the shell to enable the plurality of tab assemblies of the lower visor to traverse the pairs of rails in the plurality of elongated slots of the upper visor, thereby extending the lower visor beyond the upper visor in an extended position or retracting the lower visor to align with the upper visor in a retracted position.

A heat dissipating hat with atomizer structures primarily comprises a hat body and a plurality of atomizer structures connected to the hat body, wherein on a rear rim of the hat body are disposed a battery and a water storage groove therein is disposed a water injection opening; the plurality of atomizer structures are disposed on a rim of the hat body and a rim of a visor and are connected to the water storage groove and the battery with a tube body and a guide line respectively, wherein on the tube body are disposed intervally arranged release vents. When the hat is worn on a hot summer day, an appropriate amount of water is provided to each of the plurality of atomizer structures from the water storage groove, oscillated into water mist therein, and sprayed through the release vents arranged on the tube body from a rim of the hat body and a bottom of a visor onto and around the face of the wearer to achieve the effect of heat dissipation and cooling on a hot summer day.

The present invention is a wall mountable apparatus that receives one or more baseball styled caps for compact storage.

The present invention relates to the field of apparel and accessories and particularly to a joinable and constructable apparel comprising interchangeable and multi-functional panels, which can be customized for bearing artwork, patterns, brands, logos, themes or indicia of, for example, locations, luxury brands, sports teams, players and the like and it can be configured to form a variety of apparel accessories like head bands, scarves, arm sleeves, hidden pockets etc.

A sweat absorption assembly for protecting headwear from sweat includes a plurality of mating mount components that are configured to removably attached a sweatband to a baseball cap. The mounting components include mating socket portions and stud portions coupled to a mount band of the sweat absorption assembly and the rim of a cap. An absorbing member of the sweat absorbing assembly is elongated and is positionable on the mount band and removably to be cleaned.

A hat and phone mount system include a hat having a hat body to secure to a head of a wearer; and a phone mount, having a first portion and a second portion connected to a front of the hat body and extending therefrom, the phone mount to receive and hold a phone in front of the hat; the phone mount is to facilitate holding of the phone with the hat as needed by the user.

Disclosed is a head-mounted temperature adjustment device, including a cap body, a temperature conduction sheet, and a temperature adjustment assembly. The temperature adjustment assembly includes a semiconductor temperature adjustment member and a fan, the temperature conduction sheet and the semiconductor temperature adjustment member are thermally conducted and both disposed in the cap body, the temperature conduction sheet is located on a side of the semiconductor temperature adjustment member facing a human head, and the fan is disposed on a side of the semiconductor temperature adjustment member facing away from the human head. In the above solution of the present disclosure, the head-mounted temperature adjustment device can be switched between a cooling mode and a heating mode to warm or cool the human head.