Goggles and eyewear with various features may be described herein. Such goggles and eyewear may include lenses that allow for the installation of larger roll-off films, adjustable nose sections to increase comfort of a wearer, sweat management systems that include a permeable gasket and a gutter, lens attachment systems, and co-molded frames of multiple different materials.

In one embodiment, a method for producing customized goggles is provided. The method includes obtaining data associated with a three-dimensional representation of at least a portion of the face of a human, wherein the three-dimensional representational data includes one or more physical measurements of at least a portion of the face of the human; analyzing, by at least one computer, the three-dimensional representational data to obtain analyzed data including a design for goggles customized to at least one of fit to and interface with at least a portion of the face of the human; and using the analyzed data for manufacturing of the goggles.

An eyewear frame of improved comfort, including a one-piece non-folding eyewear frame to which a shield is attachable to provide eyewear, the frame being made of plastic having a flexural modulus of from about 250,000 psi to about 310,000 psi (ASTM D790A), with the frame having a brow piece and a pair of symmetric left and right ear pieces extending away from the brow piece at opposite ends of the brow piece, each ear piece terminating at a free end, with the free ends of the brow pieces being spaced apart from one another to define a gap, with the frame having a maximum width such that the ratio of the maximum width to the gap is above 3.

An adjustable eyewear restraint comprises a first strap having a first adjustment end and a first eyewear coupling end, and a second strap having a second adjustment end and a second eyewear coupling end. The straps are slidably and frictionally engageable to one another to allow adjustment of a length of the restraint by moving adjustment ends of the straps relative to each other. The straps can be slidably interwoven to each other about opening(s) of respective adjustment ends. The opening(s) slidably receive an opposing strap. A strap has a loop, coupleable to eyewear, that comprises first and second edges attached together to form an attachment portion substantially in-line with the first edge. A frictional element is frictionally and slidably coupleable to an earpiece to retain the loop and allow adjustment of a length of an eyewear retainer. Associated systems and methods are provided.

A tear-off capture system includes an eye protector with a base lens. The eye protector has a retention mechanism mounted on one side, and a support mechanism that supports the eye protector on the head of a wearer. A two-tabbed stack of laminated tear-off lenses mounts to the eye protector via an adhesive. The stack mounts so that the first tab of the stack aligns with the first side of the eye protector and the second tab engages with the retention mechanism. Via the second tab and the retention mechanism, released tear-off layers are directed toward the second side of the eye protector away from the base lens. A capturer helps hold the initially released tear-off layer to the eye protector. An exposed tacky surface on each released tear-off helps hold the subsequently removed tear-off layers.

The ocular protection mask (1) has a frame (7) and a visor system (14) fixed to the frame, the visor system including a first visor (2) and a support (13) fixed to the first visor, the first visor covering the front of the frame and the support, which includes a front surface (15) fixed against a rear face (16) of the first visor, and a retaining surface (23) extending substantially parallel to the first visor behind the first visor, the retaining surface and an external edge (3) of the first visor together forming a radial groove (22) cooperating with the frame (7) to retain the visor system on the frame.

The invention pertains to a vented goggle that optimizes air circulation to enhance user comfort and mitigate fogging. Key features include a frame that houses a lens and has both an inlet and an outlet for airflow, with a channel connecting the two. The frame's exterior surface faces away from the user, while its interior surface contacts the user's face. A vented cover can be incorporated on the outlet, and liner material may be applied to the interior surface or inner periphery of the frame for enhanced comfort. Multiple pairs of inlets and outlets can be included for superior ventilation. A removable insert forms a duct in the channel and also serves as an attachment point for a goggle strap. The design offers improved performance and comfort in a variety of environments and activities.

An interfacing structure is connected, directly or indirectly, to a lens of eyewear, such as a goggle. The interfacing structure is constructed and arranged to be in opposing relation with a user's face in use. The interfacing structure includes a compliance portion comprising a support flange around a periphery of an eye region of the user's face, and a cushion support flange extending from the support flange, the support flange being flexible and resilient. The interfacing structure further includes a cushion configured to engage the user's face in use, the cushion provided to the cushion support flange.

A protective helmet for use with motorsports and cycling activities has a head receiving helmet body that includes a head receiving interior, and an exterior having a front surface, a rear surface, and a perimetral lip for defining a forward-facing aperture. A transparent shield member is engageable with the helmet body and is configured to be placeable adjacent to the forward-facing aperture of the helmet body. The shield member includes a perimetral edge that is sized and configured for engaging the perimetral lip of the helmet body. A strap is coupled to the shield and is configured to engage the rear surface of the helmet body. The engagement of the perimetral edge of the shield member with the perimetral lip of the helmet body enables an increasing force exerted against the shield to be exerted against the helmet, rather than directly against the user's face, and resists the intrusion of dust into the interior of the helmet.

A clip device that secures items together to stabilize movement. An apparatus including the clip device and a strap is secured to a portion of a helmet, ideally so that the strap extends over the top of a wearer's head from ear to ear, to stabilize headwear during use.