Abstract: Protective eyewear may include an eyewear frame including a left segment extending from a left pivotable temple and a right segment extending from a right pivotable temple. A lens is coupled directly to lower edges of the left and right segments, and the lens is configured to cover both eyes of a user when worn. An uppermost profile of the eyewear includes a discrete central raised portion extending upward from the left and right segments of the frame.

Abstract: Protective eyewear may include an eyewear frame including a left segment extending from a left pivotable temple and a right segment extending from a right pivotable temple. A lens is coupled directly to lower edges of the left and right segments, and the lens is configured to cover both eyes of a user when worn. An uppermost profile of the eyewear includes a discrete central raised portion extending upward from the left and right segments of the frame.

Abstract: Protective eyewear may include an eyewear frame having a topmost frame member extending from a left pivotable temple to a right pivotable temple. A lens is coupled directly to a lower edge of the topmost frame member. The lens is unitary from a left side to a right side of a nose bridge of the eyewear, such that the lens is configured to cover both eyes of a user when worn. Both the lower edge of the topmost frame member and an upper edge of the topmost frame member include a discrete central raised portion extending upward from left and right segments.

Abstract: Protective eyewear may include an eyewear frame having a topmost frame member extending from a left pivotable temple to a right pivotable temple. A lens is coupled directly to a lower edge of the topmost frame member. The lens is unitary from a left side to a right side of a nose bridge of the eyewear, such that the lens is configured to cover both eyes of a user when worn. Both the lower edge of the topmost frame member and an upper edge of the topmost frame member include a discrete central raised portion extending upward from left and right segments.

Abstract: An eye protection device includes a frame having an outer surface that is oriented away from a user's face and an inner surface that is oriented towards the user's face. The frame includes left and right temples configured to secure the eye protection device to the user and a central raised portion disposed between a left portion and a right portion of a top portion of the frame.

Abstract: A sports goggle comprising a lens attached to a flexible frame and configured to be positioned over the user's eyes, the flexible frame comprising an outer surface that is oriented away from the user's face and an inner surface that generally conforms to the shape of the user's face, the inner surface completely or partially covered with a flexible liner, and one or more first apertures in the outer surface connected to one or more apertures in the inner surface by one or more channels to allow airflow through the frame to the flexible liner. The flexible liner may be made of foam, open-cell foam, another porous material, or other material that allows air to pass through it. The goggle may include a screen and/or a filter positioned near the first aperture, between the first aperture and the second aperture, or near the second aperture.

Abstract: Techniques are disclosed for systems and methods to provide an eye protection device with an extended vertical view. An eye protection device includes a frame having an outer surface that is oriented away from a user's face and an inner surface that is oriented towards the user's face. The frame includes left and right temples configured to secure the eye protection device to the user and a central raised portion disposed between a left portion and a right portion of a top portion of the frame. The central raised portion extends vertically above a substantially continuous profile of the left and right portions to provide an extended vertical view.

Abstract: Techniques are disclosed for systems and methods to provide an eye protection device with an extended vertical view. An eye protection device includes a frame having an outer surface that is oriented away from a user's face and an inner surface that is oriented towards the user's face. The frame includes left and right temples configured to secure the eye protection device to the user and a central raised portion disposed between a left portion and a right portion of a top portion of the frame. The central raised portion extends vertically above a substantially continuous profile of the left and right portions to provide an extended vertical view.

Abstract: A sports goggle comprising a lens attached to a flexible frame and configured to be positioned over the user's eyes, the flexible frame comprising an outer surface that is oriented away from the user's face and an inner surface that generally conforms to the shape of the user's face, the inner surface completely or partially covered with a flexible liner, and one or more first apertures in the outer surface connected to one or more apertures in the inner surface by one or more channels to allow airflow through the frame to the flexible liner. In various exemplary embodiments, the flexible liner is made of foam, open-cell foam, another porous material, or other material that allows air to pass through it. In various exemplary embodiments, the goggle includes a screen positioned near the first aperture, between the first aperture and the second aperture, or near the second aperture.

Abstract: The invention relates to an air-tight, shielded enclosure equipped for emission spectrometry. The air-tight enclosure (4) outside of which the high-frequency generator (1) and the spectrometer (3) are located, contains the inductor plasma source (2). The enclosure is provided with an insulating and biologically protective high-frequency lead-through (6), a Faraday cage (16), an air removing hood (17), and a baffle output (24) of the image of the plasma. This equipment makes it possible to apply emission spectrometry to the analysis of radioactive elements.