A kit for securing eyeglasses to headwear includes a hat attachment assembly having an engaging plate, a retaining plate, and a first magnetic material. The retaining plate defines a throughhole, and a prong extending from the engaging plate engages the retaining plate by insertion through the headwear and throughhole. A temple attachment member has a flexible hollow sleeve, a recessed surface on one side of the sleeve, and second magnetic material installed in the recessed surface. The flexible hollow sleeve can slidably engage a temple of the eyeglasses, so that the eyeglasses when placed on the headwear equipped with the attachment assembly are held thereto by attraction of the magnetic materials. The first and second magnetic materials may be interchangeably installed in the engaging plate and the flexible sleeve.

A kit for securing eyeglasses to headwear includes a hat attachment assembly having an engaging plate, a retaining plate, and a first magnetic material. The retaining plate defines a throughhole, and a prong extending from the engaging plate engages the retaining plate by insertion through the headwear and throughhole. A temple attachment member has a flexible hollow sleeve, a recessed surface on one side of the sleeve, and second magnetic material installed in the recessed surface. The flexible hollow sleeve can slidably engage a temple of the eyeglasses, so that the eyeglasses when placed on the headwear equipped with the attachment assembly are held thereto by attraction of the magnetic materials. The first and second magnetic materials may be interchangeably installed in the engaging plate and the flexible sleeve.

Headgear, such as a hat, cap or visor, with notches, cut-outs or spaces provided in the lower edge or band area above the ears. The notches or spaces may be mirror images on either side of the headgear, although the number, placement, and configurations of the notches or spaces may vary. The notches or spaces are configured to allow eyewear to be worn normally without interference with the eyewear earpieces, or any eyewear keeper devices that may be attached to the earpieces, but also without substantially impacting the integrity and functionality of the headgear.

The invention relates to multi-sensor tactical augmented visualization goggles designed for protective and ballistic helmets. The goggles integrate thermal imaging, night vision, and augmented reality visualization via transparent waveguide displays. Unlike traditional systems with embedded processing, this invention separates data processing into an external computing module. Sensor data is transmitted in real-time to AI-powered SensorFusion systems, which handle data fusion and AR overlay generation. The open-platform design allows third-party providers to develop computing modules and software, fostering innovation. The system features an impact-resistant protective shield, interchangeable mounting options, and high-speed data connectivity. Its ergonomic construction ensures a stable fit, minimizing movement. Passive operation supports stealth missions by preventing detectable emissions. By offloading computation, the goggles remain lightweight while offering advanced visualization for military, law enforcement, emergency response, and industrial applications.

Hats for selectively retaining items. The hats include a cap and a retainer. The cap is configured to be worn on a head of a user and has an outer surface. The retainer is attached to the outer surface and configured to selectively retain an item. In some examples, the hat includes a boss projecting from a front portion of the outer surface. In certain examples, the cap defines a beanie.

Hats for selectively retaining items. The hats include a cap and a retainer. The cap is configured to be worn on a head of a user and has an outer surface. The retainer is attached to the outer surface and configured to selectively retain an item. In some examples, the hat includes a boss projecting from a front portion of the outer surface. In certain examples, the cap defines a beanie.

A kit for securing eyeglasses to headwear includes a hat attachment assembly having a magnetic pin plate and a receiving plate. A pin extends from the backside of the pin plate and is engaged with an aperture defined in the receiving plate. A temple attachment member has a body defining a top side, a bottom side, opposing sidewalls and a channel defined therethrough. The a recessed area is defined in the bottom side and has a magnet attachment means therein. The channel is designed to slidably engage the temple of the glasses on which the temple attachment member has been deployed. A magnet engaged to the magnet attachment means cooperates with the magnetic pin plate to magnetically secure the temples of the glasses to the side panels of the hat.

A kit for securing eyeglasses to headwear includes a hat attachment assembly having a magnetic pin plate and a receiving plate. A pin extends from the backside of the pin plate and is engaged with an aperture defined in the receiving plate. A temple attachment member has a body defining a top side, a bottom side, opposing sidewalls and a channel defined therethrough. The a recessed area is defined in the bottom side and has a magnet attachment means therein. The channel is designed to slidably engage the temple of the glasses on which the temple attachment member has been deployed. A magnet engaged to the magnet attachment means cooperates with the magnetic pin plate to magnetically secure the temples of the glasses to the side panels of the hat.

An eyewear-holding baseball cap includes a cap portion, a brim, orifices in said cap portion, and gripping structures. The cap portion has a pair of the orifices, one positioned in each of the left and right sides of the cap portion. The orifices are designed to permit insertion of left and right temple arms of eyewear resting on the brim into the interior of the cap portion. One of the gripping structures is positioned at a perimeter edge of each of the orifices to grip a temple arm inserted through each of the orifices to minimize or prevent eyewear resting on the brim from falling off.

A headset for securing eyeglasses to a wearer without applying pressure to the wearer's face, nose, or ears includes a support structure worn on a user's head with a plurality of length-adjustable clamps secured thereto. A distal end of each clamp includes a receptacle that is dimensioned and configured to firmly snap onto either the nose bridge or temple of an eyeglass frame. Accordingly, the support structure suspends eyeglasses from a wearer's head while preventing contact with the ears, nose, or face.