Periphery view mask and remote breathing assembly

A periphery viewable goggle for protecting a portion of a wearer's face, including the eyes, from externalities, and for providing the wearer with seamless peripheral viewing, said goggle comprising:

• a concave lens defining a continuous edge and having transparent front, left and right sections, wherein said edge further defines laterally extending upper and lower edge sections, the front section defines a lateral front length, and said left and right sections each extends transversely from the front section and presents a length not less than one-eighth of the lateral front length;
• a compressible liner attached lens adjacent the edge, and configured to form a seal between the lens and the wearer's face;
• and
• a securing element for securing the lens in a fixed position relative to the wearer's face, and compressing the liner, so as to form an air-tight chamber between the lens and the portion of the wearer's face,
• said element including at least one strap presenting an intermediate section,
• said lens further defining a plurality of guides adjacent the upper and lower edge sections,
• said at least one strap, liner and lens being cooperatively configured such that the guides are able to receive at least a portion of the intermediate section, and the intermediate section forms superjacent layers with the liner and lens generally adjacent the upper and lower edge sections, when received.

A remote breathing assembly adapted for use with a human wearer in a body of water defining a water surface, said assembly comprising:

• a face mask including a water-impermeable outer shell and a compressible liner, and configured to engage a portion of the face, including the nose or mouth, of the user such that the portion and shell cooperatively form an enclosed space adjacent said nose or mouth, when the mask is donned;
• a securing element configured to compress the liner against the face of the user, so as to seal the enclosed space, and secure the mask in a fixed position relative to the portion;
• a first breathing tube defining an open inner tube space, a first tube end securely interconnected with the shell at a first location, a second tube end, and a tube length;
• and
• a remote breathing apparatus configured to float upon the surface and securely coupled to the tube at or near the second end, such that the second end is retained in a relative fixed condition above the water surface,
• said shell defining an opening at the first location such that the tube and enclosed spaces are fluidly coupled.