A shower helmet device with a moveable face guard includes a removably attached curvilineal deflector, a cranium cradle attachable to the moveable face guard and has a cranium cushion arranged within a cranium cradle interior. In various embodiments a cervical spine support and a cradle positioner provide additional stability for a user. The shower helmet device provides a relaxing, refreshing, and visually stimulating user experience while showering.

A helmet removal system includes a detachable helmet liner configured to be positioned in a helmet. The helmet liner includes a central portion configured to receive a user's head therein, a frontal portion integrally formed with the central portion and configured to engage a user's frontal head portion. The helmet liner further includes dual side tab portions integrally formed with the central portion. The dual tab portions are configured to be moved between a folded position, inside of the helmet, to an unfolded position. The helmet liner further includes a top portion extending between opposing edges of the central portion. The helmet liner also includes a rear portion integrally connected to the central portion to provide balanced engagement with the back of a user's head. Helmet removal is achieved by applying lateral pulling forces to the dual tab portions.

A protective hood designed to be worn under a racing driver's helmet and to help in taking off the helmet of said driver under all circumstances, said hood it has at least one removal member secured to the top of the hood and having dimensions such that its free ends extend downwards and are accessible from outside said integral helmet when the latter is worn over said hood, and a holding member secured to each side face of the hood in order to keep the free ends of said removal member in position against the hood and substantially symmetrical with respect to the vertical sagittal plane of said hood.

A motorsport helmet includes a shell having a lower edge, a liner extending along an interior of the shell, and a support portion coupled to the shell and extending between the shell and the liner adjacent the lower edge. In some configurations, when the helmet is positioned on a DOT Standard No. 218 test head form, a portion of the lower edge is above the test line and a portion of the lower edge is below the test line, and the support portion extends from the portion of the lower edge that is above the test line to a location below the test line. The helmet may also include a muzzle adapted to cover the mouth and chin area of a wearer, and a magnetic coupling assembly releasably coupling the muzzle to the shell.

A motorsport helmet includes a shell having a lower edge, a liner extending along an interior of the shell, and a support portion coupled to the shell and extending between the shell and the liner adjacent the lower edge. In some configurations, when the helmet is positioned on a DOT Standard No. 218 test head form, a portion of the lower edge is above the test line and a portion of the lower edge is below the test line, and the support portion extends from the portion of the lower edge that is above the test line to a location below the test line. The helmet may also include a muzzle adapted to cover the mouth and chin area of a wearer, and a magnetic coupling assembly releasably coupling the muzzle to the shell.

The invention belongs to the technical field of helmets and relates to a helmet with a transformable jaw protecting structure, wherein a jaw protector is reliably transformed between a full-face helmet position and a half-face helmet position in a gear constraint structure and mode, and the uniqueness and reversibility of a kinematical and geometrical locus of the jaw protector can be kept everywhere during a round trip. The helmet according to the invention has the greatest advantages that: the integrity of a whole structure of the mount and the jaw protector can be kept while implementing a transformable jaw protecting structure of the helmet in the meanwhile, thus ensuring that these core members have higher intensity and rigidity, and effectively enhancing the use safety of the helmet; in addition, an exposed slit may be dramatically reduced or even completely eliminated, buzzing noises derived by flowing an air current through a helmet housing surface and rainwater invasion may be significantly reduced, and a wearing comfort of the helmet is effectively improved; and besides, the difficulty in assembling the mount and the jaw protector is reduced and a precise gear engagement and constraint structure is adopted, so that the quality reliability of a helmet product can be effectively improved.

A helmet can include a helmet body comprising an energy-absorbing layer and an outer shell disposed over the energy-absorbing layer. An electronic device can be integrated with the helmet body. A first electrical contact can be formed at an exterior of the outer shell and adapted to be in electrical communication with the electronic device. A helmet visor can be coupled to the helmet body with at least one visor arm, the helmet visor comprising controls integrated within the visor. A second electrical contact can be formed at an inner surface of the at least one visor arm and adapted to be in electrical communication with the controls integrated within the visor. The second electrical contact can be adapted to mateably couple with the first electrical contact such that the electronic device and the controls are adapted to be in electrical contact.

A helmet is described, more specifically a helmet comprising a protective shell (10) formed of a flexible expanded polyurethane (EPU) material which defines a cavity for receiving the wearer's head, the shell being foldable, the helmet further comprising a strap (11) arrangement for fastening the shell to the wearer's head.

A helmet is described, more specifically a helmet comprising a protective shell (10) formed of a flexible expanded polyurethane (EPU) material which defines a cavity for receiving the wearer's head, the shell being foldable, the helmet further comprising a strap (11) arrangement for fastening the shell to the wearer's head.

A pressure attenuating helmet is provided including separate plates having a plate thickness, an outer surface, under surface, and adjacent edges. The plates joined along the adjacent edges to the other ones of the plurality of plates, forming a helmet shell. Perforated flanges formed along the under surface at the adjacent edges of the plates, the flanges formed inwardly along a line from the adjacent edge of each of the plates extending in the direction of the thickness of the plates. Perforation in the flanges spaced equidistantly in an array along a long direction of the flanges, enabled to accept sutures and aligned flange-to-flange. A network of elastomer splines shaped and positioned to separate the adjacent plates both along the adjacent edges and the perforated flanges. Sutures through the perforations securing the plates together along the adjacent edges and foam cushions are provided between the plates and a wearers head.