Respiration system

Claim 2

A respiration system comprising: a flexible, substantially air impervious cape member having opposed first and second surfaces and defining an aperture and a first orifice, said aperture and said orifice each passing between said surfaces; a ring structure of sufficient size to surround said aperture and said first orifice, when said ring structure is disposed along one of said surfaces, to define an inner portion of said cape member; attachment means for attaching said ring structure to one of said surfaces, said ring structure and attachment means co-operating to hold said inner portion in a radially outwardly extending ruff configuration with respect to said first orifice; and, an air impervious head enclosure being sealingly affixed to said cap member to surround said ruff configuration.

Claim 3

The respiration system as in claim 1 further comprising: a first conduit operatively associated with said cape member and being of sufficient construction to channel respiration air through said first orifice from said second surface to said first surface.

Claim 4

The respiration system as in claim 1 or 2 wherein said ring structure includes an annulus, said annulus defining an exterior, circumferential groove, and said attachment means includes an elastomeric ring of sufficient construction to be engagably received within and along said groove to engage said annulus with said second surface.

Claim 5

The respiration system as in claim 3 further comprising a second conduit in communication with said first conduit adjacent said first surface at a first portion of said second conduit, said second conduit being formed substantially in a circular shape and having a second portion thereof adapted to release air therefrom.

Claim 6

The respiration system as in claim 4 wherein said air releasing second portion of said second conduit includes attenuating means for attenuating the sound of air being released from said releasing portion.

Claim 7

The respiration system as in claim 5 wherein said attenuating means is positionable to be held below a wearer's face.

Claim 8

The respiration system as in claim 1 or 2 wherein said cape member defines a pair of exhaust holes therethrough, said exhaust holes being spaced to be between said inner portion and an outer portion of said cape member and to be equidistant from said first aperture.

Claim 9

The respiration system as in claim 7 wherein said sealing affixation of said head enclosure is by an elastomeric ring of sufficient construction to be engagably received within and along said groove of said annulus.

Claim 10

The respiration system as in claim 2 wherein said ring structure comprises a second conduit in communication with said first conduit at a first portion of said second conduit, said second conduit being formed substantially in a circular shape and having a second portion thereof adapted to release air therefrom, and said attachment means attaches said second conduit to said first surface of said cape member.

Claim 11

The respiration system as in claim 9 wherein said air releasing second portion of said second conduit includes attenuating means for attenuating the sound of air being released from said air releasing portion.

Claim 12

The respiration system as in claim 10 wherein said attenuating means is positionable to be held below a wearer's face.

Claim 13

The respiration system as in claim 9 wherein said cape member has an outer portion sealingly engaged with and surrounding said inner portion, said outer portion defining a pair of exhaust holes therethrough being equidistant from said first aperture.

Claim 14

A respiration system comprising: a flexible, substantially air impervious cape member having opposed first and second surfaces, and defining an aperture and a first orifice each passing between said surfaces, said cape member having an inner portion extending radially outwardly from said aperture, said inner portion and said aperture being formed from a cylindrical tube with open ends and an elastic circlet placed over said cylindrical tube at a mid portion thereof, said elastic circlet being of smaller diameter than that of said tube, bringing said ends of said tube together to encase said elastic circlet and sealing said ends together; a ring structure of sufficient size to surround said aperture and said first orifice when said ring structure is disposed along one of said surfaces adjacent said inner portion of said cape member; attachment means for attaching said ring structure to one of said surfaces, said ring structure and attachment means co-operating to hold said inner portion in a radially outwardly extending ruff configuration with respect to said aperture; and, a head enclosure being sealingly affixed to said cap member to surround said ruff configuration.

Claim 15

A respiration system comprising: a flexible, substantially air impervious cape member having opposed first and second surfaces, and defining an aperture and a first orifice each passing between said surfaces, said cape member having an inner portion extending radially outwardly from said aperture, said inner portion and said aperture being formed from a cylindrical tube with open ends and an elastic circlet placed over said cylindrical tube at a mid portion thereof, said elastic circlet being of smaller diameter than that of said tube, bringing said ends of said tube together to encase said elastic circlet and sealing said ends together; a ring structure of sufficient size to surround said aperture and said first orifice when said ring structure is disposed along one of said surfaces adjacent said inner portion of said cape member; attachment means for attaching said ring structure to one of said surfaces, said ring structure and attachment means co-operating to hold said inner portion in a radially outwardly extending ruff configuration with respect to said aperture; and, a head enclosure being sealingly affixed to said cap member to surround said ruff configuration.

Claim 16

The respiration system as in claim 13 wherein said cape member has an outer portion sealed to said sealed ends of said inner portion, said outer portion defining a pair of exhaust holes passing therethrough and being equidistant from said first orifice.