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.

A head-wearable apparatus includes a display configured to display information, a sensor configured to sense an environment outside of the apparatus, a data processing system configured to control the display using an output from the sensor, a lens system configured to allow a wearer to focus on the information displayed by the display when the apparatus is worn on a head of the wearer, and a mounting arrangement configured to allow the apparatus to be worn on the head of the wearer. The mounting arrangement includes a head engagement portion configured to fit over or around the head and a projecting portion mechanically attached to the head engagement portion and configured to extend away from the head in a generally forwards direction relative to a face of the wearer when the apparatus is worn on the head of the wearer.

An eyewear attachment assembly is provided for configuring headgear to magnetically retain eyewear. The eyewear attachment assembly includes first and second attachment brackets, wherein a rearward side of each of the first and second attachment brackets includes a concave region configured for snap-connection onto a respective headgear feature, such as a pivot pin or a pivot bracket pivotably mounted on the pivot pin or a yoke of the headgear.

An eyewear attachment assembly is provided for configuring headgear to magnetically retain eyewear. The eyewear attachment assembly includes first and second attachment brackets, wherein a rearward side of each of the first and second attachment brackets includes a concave region configured for snap-connection onto a respective headgear feature, such as a pivot pin or a pivot bracket pivotably mounted on the pivot pin or a yoke of the headgear.

A hat assembly includes a cap having a front panel and a removable utility tool magnetically attachable to the front panel. The removable utility tool is formed of a metal material and may include features such as a bottle opener or a beer shotgun tool. The cap may further include an embedded magnet in the front panel, enabling secure, non-intrusive attachment of the tool, and may include a low-profile internal pocket for storage of small items. Additional features may include slots in the front and back panels configured to receive the temples of sunglasses or similar items. The assembly provides a versatile, practical, and visually appealing headwear solution integrating utility functions without compromising comfort or style.

A hat assembly includes a cap having a front panel and a removable utility tool magnetically attachable to the front panel. The removable utility tool is formed of a metal material and may include features such as a bottle opener or a beer shotgun tool. The cap may further include an embedded magnet in the front panel, enabling secure, non-intrusive attachment of the tool, and may include a low-profile internal pocket for storage of small items. Additional features may include slots in the front and back panels configured to receive the temples of sunglasses or similar items. The assembly provides a versatile, practical, and visually appealing headwear solution integrating utility functions without compromising comfort or style.

Systems are provided for headwear including a first pocket positioned on a first side of the headwear and a second pocket positioned on a second side of the headwear, where the second side is opposite the first side. The headwear further includes a set of capes including a first cape housed in and deployable from the first pocket and a second cape housed in and deployable from the second pocket.

Systems are provided for headwear including a first pocket positioned on a first side of the headwear and a second pocket positioned on a second side of the headwear, where the second side is opposite the first side. The headwear further includes a set of capes including a first cape housed in and deployable from the first pocket and a second cape housed in and deployable from the second pocket.