A recumbent head support system serving as a sleep pillow alternative comprising a frame which suspends a fabric platform and allows the user to customize a height level of support without having to lift their head off the support. In one embodiment, the headrest suspension frame includes a base cross support member, a pair of lower horizontal base members secured to base cross support member, a pair of vertical members secured to base cross member or horizontal base members, and an upper pair of rotatable horizontal members secured to upper terminal ends of fore-end vertical members and arced vertical members which connect upper and lower horizontals, and a fabric sling attached to upper rotatable horizontal members.

A snoring prevention pillow includes: a center protrusion (101) allowing sleeper's head and neck to laterally rotate in either left or right direction at the center of upper and lower surfaces of a pillow body (10); a neck support (102) formed on lower portions of the upper and lower surfaces of the pillow body (10); and headrest portions (103) formed at opposite sides of the center protrusion (101) and each having a groove shape that is thinner than the pillow body (10), wherein the headrest portions (103) each have the groove that becomes deeper from the lower to upper portion in the upper lateral direction such that the head and the neck of the sleeper can be tilted in the upper lateral direction.

A snoring prevention pillow includes: a center protrusion (101) allowing sleeper's head and neck to laterally rotate in either left or right direction at the center of upper and lower surfaces of a pillow body (10); a neck support (102) formed on lower portions of the upper and lower surfaces of the pillow body (10); and headrest portions (103) formed at opposite sides of the center protrusion (101) and each having a groove shape that is thinner than the pillow body (10), wherein the headrest portions (103) each have the groove that becomes deeper from the lower to upper portion in the upper lateral direction such that the head and the neck of the sleeper can be tilted in the upper lateral direction.

A pillow which having a pillow user's most comfortable height and shape and which he can provide a comfortable sleep with a relaxed posture. The pillow has a first pillow section and a second pillow section joined at an angle that is between 75 and 105 degrees. A fold directing section is provided diagonally between an inner intersection and an outer intersection between the first pillow section and second pillow section.

A pillow which having a pillow user's most comfortable height and shape and which he can provide a comfortable sleep with a relaxed posture. The pillow has a first pillow section and a second pillow section joined at an angle that is between 75 and 105 degrees. A fold directing section is provided diagonally between an inner intersection and an outer intersection between the first pillow section and second pillow section.

A pillow of adjustable thickness is provided. The pillow comprises a first padded layer, a second padded layer, and a space of flexible volume between the layers. The space receives insertion of a pouch containing additional fill, increases its volume and expands the layers outward based on the insertion, and based on removal of the pouch, decreases its volume, and facilitates return of layers to original position. The space is a temporarily sealable pocket. The first and second layers are of like size and like shape and are permanently attached as a single unit.

A pillow of adjustable thickness is provided. The pillow comprises a first padded layer, a second padded layer, and a space of flexible volume between the layers. The space receives insertion of a pouch containing additional fill, increases its volume and expands the layers outward based on the insertion, and based on removal of the pouch, decreases its volume, and facilitates return of layers to original position. The space is a temporarily sealable pocket. The first and second layers are of like size and like shape and are permanently attached as a single unit.

A sleeping bag storage and transportation apparatus (10; 110) includes a sack (12; 112), a sleeping bag (28; 128) and a connection arrangement (30; 130) configured to connect the sleeping bag (28; 128) and the sack (12; 112). The sack (12; 112) has an internal pocket therein for stowing the sleeping bag (28; 128) and one or more carry strap (36) to facilitate carrying of the apparatus (10; 110) by a user. The apparatus (10; 110) is configurable between a stowed configuration in which the sleeping bag (28; 128) is stowed within the internal pocket of the sack (12; 112), and a deployed configuration in which the sleeping bag (28; 128) is removed from the internal pocket while still connected to the sack (12; 112) by the connection arrangement (30; 130).

A sleeping bag storage and transportation apparatus (10; 110) includes a sack (12; 112), a sleeping bag (28; 128) and a connection arrangement (30; 130) configured to connect the sleeping bag (28; 128) and the sack (12; 112). The sack (12; 112) has an internal pocket therein for stowing the sleeping bag (28; 128) and one or more carry strap (36) to facilitate carrying of the apparatus (10; 110) by a user. The apparatus (10; 110) is configurable between a stowed configuration in which the sleeping bag (28; 128) is stowed within the internal pocket of the sack (12; 112), and a deployed configuration in which the sleeping bag (28; 128) is removed from the internal pocket while still connected to the sack (12; 112) by the connection arrangement (30; 130).

The present invention relates to a valve for inflatable apparatuses. The valve comprises a housing, a sealing disc and a handle. The handle is coupled to the sealing disc, and is adapted for rotating the sealing disc within the housing.