A sleeping support assembly for reposing in a prone position includes a first cushion that is configured to support a torso of a user. A second cushion is coupled to and extends from a first end of the first cushion. A penetration is positioned through the second cushion. The penetration is substantially ovally shaped. The penetration is configured to support a head of the user who is pronely positioned upon the first cushion such that a spine of the user is aligned. The arms of the user are positioned such that blood flow to the arms is unimpaired.

A pillow configured to accommodate a first user and a second user wherein the users are positioned in a lateral recumbent position. The body of the pillow includes an upper portion and a lower portion. The upper portion has an upper surface that is higher than that of the upper surface of the lower portion. The lower portion includes a first section and a second section that are contiguously formed. The first section and second section are laterally adjacent and are configured to permit the second user to lay in a left lateral recumbent position and a right lateral recumbent position. The lower surface of the body includes a passage formed therein. The passage is concave in form and includes a bottom portion and a top portion having a first branch and a second branch. The passage bifurcates proximate the lower edge of the upper portion to create a y-shape.

An improved air pillow comprising three separately-inflated, wedge-shaped air-bladders structured and arranged to be stacked one atop the other, such that users can inflate one, two, or all three bladders, thus adjusting the angle and depth of the pillow to their own needs.

A prone cushion having at least one layer of material, a neck portion, and a torso portion being designed to support a user who is reclining in a prone position. The prone cushion may be adapted to have an upper layer and a bottom layer. The prone cushion my have a leg cavity for storing a height adjustment leg. The height adjustment leg may be stowed in the leg cavity when not in use, or may be placed under the prone cushion to adjust the height while in use. The density of the cushion may vary along the length of the cushion by inserting a plurality of holes into the at least one layer of material.

In some embodiments, an apparatus includes a therapeutic cushion including a body support portion, a head support portion and a back support portion. The body support portion has a first end portion and a second end portion and a top surface disposed at an angle relative to a bottom surface. The second end portion has a height greater than a height of the first end portion. The body support portion and the head support portion collectively define a receiving portion configured to receive a user's arm therein and is asymmetric relative to a centerline of the apparatus. The back support is disposed on a portion of the top surface of the body support portion. The back support is configured to maintain the user in a side position on the therapeutic cushion.

An articulating neck pillow (100) is provided. The neck pillow (100) may include a pillow portion (102) adapted, in use, to fit at least partially around a user's neck and an articulating frame (104) coupled to the pillow portion (102). The frame (104) may be coupled to the pillow portion (102) such that movement of the frame (104) causes corresponding movement of the pillow portion (102). The frame (104) may include a pair of frame arms (144) pivotably connected together by a hinge (142) to articulate towards and away from each other. A rear end portion (154) of each frame arm (144) may project more rearwardly than the hinge (142) such that when the rear end portions (154) of each frame arm (144) are pressed against a surface (106), the frame arms (144) pivot thereby together towards each other and more closely around and toward the user's neck.

The present invention relates to a multipurpose cushion formed from a contiguous material having a general shape of a rectangular or oblong base with a triangular portion that rises from a first end of the base toward a second end, the triangular portion covering a majority of the base portion. The cushion may be adapted for any of several uses including upright, vertical placement as an armrest and/or seat divider, or downward vertical placement as a head rest. The cushion may be adapted for applications using a horizontal placement, such as a seat cushion, a laptop device support, a foot rest, and a lumber or neck support for exercise and/or lying down activities. The cushion may further include a belt for use as a belted support in freely moving activities and exercises.

An upright sleep system includes a base pillow and a top pillow. The base pillow includes a tapered shape, including a top edge having a top edge thickness and a bottom edge having a bottom edge thickness less than the top edge thickness. A user may rest his or her head against the top pillow or base during use, and the base pillow supports both the top pillow and the user's torso and arms. By utilizing the upright sleep system the users head, neck, chin, torso and arms can be supported. The base pillow and tether provide a stable support for the top pillow to prevent the top pillow from becoming dislodged while the user rests. A base passage in the base pillow is shaped to receive a user's arm or arms to further enhance comfort and support. In some embodiments, the base and top pillow include an inflatable chamber.

A sleeping support assembly for reposing in a prone position includes a first cushion that is configured to support a torso of a user. A second cushion is coupled to and extends from a first end of the first cushion. A penetration is positioned through the second cushion. The penetration is substantially ovally shaped. The penetration is configured to support a head of the user who is pronely positioned upon the first cushion such that a spine of the user is aligned. The arms of the user are positioned such that blood flow to the arms is unimpaired.