A device for use with a respiratory mask comprises a pillow having at least one recess structured to receive the mask so that the pillow does not exert substantial pressure on the mask, and a cover that at least partially covers the exterior surface of the pillow and substantially follows the contours of the at least one recess. A method of using a respiratory mask comprises providing a pillow having at least one recess, positioning a cover on the pillow so that the cover substantially follows the contours of the at least one recess, positioning a respiratory mask on the head of a user, and positioning the user's head on the cover and pillow such that the mask is received in the at least one recess so that the pillow and cover do not exert substantial pressure on the mask.

A support pillow providing head and neck support to a user laying upon it. The device employs a support pillow insert surrounded by a pillow casing having planar top and bottom surfaces and a sidewall extending between them. An insert engage able in the casing provides substantially planar support surfaces with a centrally located passage providing a relief for positioning one's head on the pillow. Proper support and spine alignment is provided by a shoulder portion of the pillow for the neck which may be formed of different material than the pillow, or varied in with or compressive force using inserts.

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.

This disclosure relates to a cushion and more particularly to a pillow providing cervical alignment by way of a cervical spine support structure that is positioned along a major axis of the pillow, and that can be rotated around the major axis. The pillow utilizes one or more of the following features: 1) a dimensionally correct platform for the proper sleep posture of a majority of body types on a wide array of mattress types; 2) A non-crush zone integrated cervical support roll which can be adjusted for extended durations of supportive comfort. (The rollin and of itselfis unique compared to the standard of care because of its foam densities and its semi-hollowed out section); and 3) A sleep posture platform with a side sleeping position and a back-sleeping position. The pillow standardizes care by placement of the support roll inside a dimensionally correct platform using different materials.

Disclosed herein is a functional pillow. The functional pillow includes a back head placement part formed of a material with a predetermined shape and thickness and allowing the back of a user's head to be placed on an upper surface thereof when the user lies on the back; a pair of core parts coupled to the back head placement part, defining a space, into which an user's arm is allowed to be inserted, under both ends thereof, and configured to support a user's face on an upper surface thereof when the user lies on the side while the back of the user's head is placed on the back head placement part; a cervical vertebra support part coupled to the back head placement part, and protruding with an inclination from the back head placement part to support the cervical vertebra; and a pair of wing parts formed to be coupled to the pair of core parts and the cervical vertebra support part, formed to be upwardly bent with an inclination, and defining a space, into which user's shoulder is allowed to be inserted, thereunder.

When sleeping or resting in non-supine positions, reaction forces are distributed over areas of the face and head in contact with a surface, such as a mattress or arm, following a load path through at least one eye. Aspects of the disclosed system and method provide rigid to semi-rigid load bearing facial support configured to absorb and or distribute the reaction force exerted by a surface during non-supine rest or sleep to areas of padding best suited to absorb and or distribute said force such that the load path bypasses the eye, eye orbit, and or its surrounding anatomy to prevent or mitigate deformation, stress, strain, and or damage to the eye.

A pillow can include a head support surface configured to support at least a portion of a person's head, a first support having a first support surface with a first apex disposed at a first height a second support having a second support surface with a second apex disposed at a second height, and a third support having a third support surface with a third apex disposed at a third height. The support surfaces can support at least a portion of a person's neck when at least a portion of their head is in contact with the head support surface. One or more of the heights can differ from one or more other heights. A pillow can include one or more openings and one or more inserts configured to be disposed therein.

A tri-sectional pillow including a central headbed set between two bolster sections on opposing ends. The headbed is preferably rectangular in shape with the bolsters being taller and rounded. The bolsters are conical in shape, including wide or tall sides set on opposing ends of the pillow. One bolster being larger than the other, the smallest portion of the large bolster being of the same size/diameter as the larger end of the smaller booster. The template of the fabric case to enclose the headbed and bolsters is a parallelogram, with the bolster sections being abnormal trapezoids. A booster may be set below the tri-sectional pillow, and may be set within a special pillow case that can enclose the tri-sectional pillow above the booster pillow.

A pillow includes an outer pillow cover and a plurality of inserts. The outer pillow cover has a first face panel, a second face panel, and a resiliently compressible layer. The inserts are configured to be disposed within the outer pillow cover. At least two of the inserts having at least one of different thicknesses and firmness. Each of the inserts has a cutout formed between a first side portion and a second side portions. The cutouts of the inserts define an upper body receiving area. The upper body receiving area together with the adjustable height of the pillow allows the pillow to essentially nestle a side-sleeper's neck and shoulder, front and back of their upper torso. With this pillow, the user essentially lies in the pillow rather than merely on the pillow.

A health pillow includes a supine portion and two side-lying portions symmetrically arranged on both sides of the supine portion. Each of the side-lying portions has a front surface. The supine portion has a supporting projection protruding beyond the two front surfaces, and the supporting projection has a flat surface extending outwardly away from the two front surfaces. Whereby, the health pillow can help people to get better sleep quality.