The present invention relates to a cap mounted with a bone conduction module. The cap includes a body part directly contacting a user's head, a cap part protruding from a front portion of the body part, and a bone conduction module provided on the body part and the cap part. The body part is provided on both sides with audio signal output parts, the cap part is provided on one side with a first recess part and on the other side with a second recess part, a wireless communication part of the bone conduction module is inserted in the first recess part, a battery part of the bone conduction module is inserted in the second recess part, and the first recess part and the second recess part are disposed spaced apart on both sides of the cap part and have a shallower depth than the thickness of the cap part.

Systems for detecting, locating and mitigating impact forces directed towards a person's head are described herein. The systems include devices for wearing on a wearer's head. The devices include a base configured to conform to the wearer's head and retain a plurality of pouches on an outer surface of the base. The plurality of pouches are configured to absorb at least a portion of the impact force directed towards the outer surface of the base, provide an indication when the impact force directed towards the outer surface of the base has a magnitude exceeding a concussion-indicating level of force, and provide a location of impact when the impact force directed towards the outer surface of the base has a magnitude exceeding the concussion-indicating level of force.

Disclosed herein is a headwear for releasably securing an ear gear to a user's head.

An adjustment structure of a bridle including a bridle, rotating shaft, and a knob is provided. The bridle has a rack. The rotating shaft has a first ring gear and a second ring gear both around an axis, wherein the first ring gear is coupled to the rack, such that the rotating shall moves along the bridle by rotating about the axis itself. The knob is rotated about the axis and moved along the axis to be movably coupled to the rotating shaft. The knob has a third ring gear to be engaged with or released from the second ring gear by the knob moving along the axis. When the third ring gear is engaged with the second ring gear, the knob is forced to drive the rotating shaft to rotate about the axis.

Headwear, such as a hat, is provided that comprises a body. The body may form a hat, including a beret, beanie, or snood, or it may be some alternative form of head covering, such as a scarf. A horizontal pocket is located on an interior surface of the body of the headwear, the pocket comprising an interior compartment and an interior space outside of the interior compartment. Typically, the interior compartment of the horizontal pocket is configured to be placed adjacent a wearer's ear when the hat is worn.

The invention relates to a protective helmet, and in particular, to a protective motorcycle helmet, comprising an antenna (1) for radio transmission, an outer shell (2) for distributing impact forces, an inner layer (3), which is accommodated by the outer shell (2), for damping impact forces, and a socket (4), which is firmly connected to the outer shell (2), for contacting a digital device (5) for wireless communication, wherein the socket (4), when contacting the digital device (5), electrically connects the latter to the antenna (1) for wireless communication. The protective helmet is characterized in that at least a partial layer of the outer shell (2) is disposed between the antenna (1) and the inner layer (3).

A virtual reality (VR) headset frame is configured to receive and support a wireless audio headset and a VR display. A primary headband frame is connected between two ear portion frames, forming the general structure. A VR display may be attached to a pair of display support arms, which are connected to a pair of locking rings. The locking rings are rotatably engaged within the ear portion frames. The locking rings are rotatable relative to the ear portion frames, enabling the headband frame to be selectively engaged into one of a plurality of orientations while in use on a user's head. Multiple headbands may be utilized to optimize weight distribution.

A clip for mounting on a hat brim includes a first panel and a second panel. The first panel and second panel are resiliently connected at their distal ends to a nose segment. The second panel has a wedge-shaped portion that increases from the distal end of the panel toward the proximal end of the panel. The second panel includes a communication system that pairs with a user's mobile device. The communication system has one or more speakers, a control interface, a charging interface, a microprocessor; a wireless communication module connected to the microprocessor and a battery connected to the charging interface. The top surface of the first panel at its proximal end includes structure that receives an accessory device. The one or more speakers include a left speaker and a right speaker respectively located on left and right portions of the second panel and projects toward the user.

Embodiments of the invention provide a wearable personal sound speaker system kit. The kit includes a speaker housing adapted to securely hold a speaker; an attachment mechanism adapted to secure the kit to a worn item; and a connector adapted to couple the speaker housing to the attachment mechanism. The kit is adapted to support the speaker proximate to a user's ear without contacting the ear. Numerous additional features are disclosed.

Disclosed is a system for monitoring facial presentation of a first user to a second user. The system may include at least one image capturing device configured for capturing at least one image of the first user. Further, the system may include a communication device communicatively coupled to the at least one image capturing device. Further, the system may include a processing device communicatively coupled to the communication device. The communication device may be configured for transmitting the at least one image to a processing device. The processing device may be configured for analyzing the at least one image. The processing device may be configured for identifying a face of the first user based on the analyzing. Further, the processing device may be configured for generating facial presentation data based on the identifying. Further, the system may include a storage device configured for storing the facial presentation data.