An earbud accommodating pillow device includes a pillow that is curved between a first end and a second end of the pillow such that the pillow has a U-shape. In this way the pillow can extend around a user's ear when the user lies on the pillow. The pillow is positionable on a sleeping pillow to space the user's ear from the sleeping pillow thereby facilitating the user to wear earbuds while the user is sleeping. The pillow has a first chamber that is filled with a resiliently compressible stuffing to enhance comfort for user's head. The pillow has a pair of second chambers filled with a granular material to conform to the shape of the user's head.

A pillow for side, back, and stomach sleepers, including: (a) a first compartment; (b) a second compartment; (c) wherein the first and second compartments are associated with each other via a primary hinge and a secondary hinge; (d) wherein the pillow is readily convertible between an unfolded configuration and a folded configuration; and (e) wherein the unfolded configuration is adapted for back and stomach sleepers, and wherein the folded configuration is adapted for side-lying sleepers.

A support pillow includes a pillow body with a substantially straight medial region, a substantially straight first arm extending from the substantially straight medial region and a first free end. The pillow body further includes a substantially straight second arm extending from the substantially straight medial region and a second free end. A distance between the first free end and the second free end is at least 8 inches. The substantially straight first arm, the substantially straight medial region, and the substantially straight second arm define an outer periphery and an inner periphery. The inner periphery defines a curved support cavity. The support pillow includes a fabric shell enclosing an amount of a fill material and includes a first piece, a second piece, and a gusset connected to the first piece and the second piece that extends around the inner periphery and the outer periphery.

Proposed is a cervical pillow that allows the user's cervical spine to have a lordotic curve while lying in a supine position, while ensuring a comfortable sleep as the structure of the pillow does not interfere with the natural tossing and turning that occurs during sleep. To this end, the cervical pillow includes a pillow body consisting of a supine posture support part, and a side-lying posture support part that extends in each direction from the supine posture support part, and made of a material with elasticity and resilience, wherein the supine posture support part is formed such that the upper surface thereof is flush with the upper surface of the side-lying posture support part, and has an alignment guide groove recessed upward on the bottom surface corresponding to the upper surface part where the head and neck of a user lying in the supine position are supported.

A pillow assembly having a pillow body, earflaps, bottom strap assembly, and a top strap assembly. The pillow body has a front panel, a rear panel, lateral panels, a top end, a rear panel bottom end, a front panel bottom end, and a cavity. The earflaps are attached to the pillow body. The bottom strap assembly have first and second straps having respective fastener pieces. The first and second straps are joined under a chin. The top strap assembly is attached to the top end. The top strap assembly has four straps having respective fastener and a crown support having four slots. The straps each extend from the top end toward the cavity. The pillow body is mounted onto the head of a user. The pillow body is adjusted on the head by the top strap assembly and the bottom strap assembly.

The present invention discloses a pillow configured for supporting a user, featuring an L-shaped design. The pillow includes a head section extending from a first end to a second end, and a base section with middle and lower segments. The lower segment intersects the middle segment at an angle between 145 to 175 degrees, positioning it between the user's legs. The head section may have a width at least 1.5 times greater than the base section and a loft of six inches. The pillow may be filled a blend of memory foam and polyester fiber, and covered with a blend of cotton, spandex, and polyester. This design promotes proper spinal alignment, reduces pressure points, and enhances sleep quality.

The subject matter described herein relates to a series of orthopedic and hotel pillows that will reduce neck pain, headaches, help with TMJ symptoms, inhibit snoring, improve cervical spine neutrality, and assist in shoulder support while sleeping. The pillows are customized for the consumer using quantifiable scientific data resulting in proper cervical alignment when sleeping. The claimed system removes any guess-work associated with purchasing pillows and reduces customer dissatisfaction, improves comfort and reduces pain and injury. The claimed material of the pillows also combats microbes and fungi.

An anti-wrinkle pillow attachment configured to be placed on a pillow is disclosed. In one embodiment, the device is a pillowcase comprising pockets configured to receive foam inserts for adjustable cranial and cervical support. Lateral pockets accept inserts that elevate the head above the neck to reduce facial puffiness, support cervical curvature, and minimize wrinkle formation. Angled top pockets elevate the face to alleviate lymphatic compression and restore drainage. A lower central pocket supports the neck using contoured pillows to promote spinal alignment. This structure converts a standard pillow into an anti-aging sleep surface that enhances comfort, supports posture, and reduces sleep-induced facial pressure.

The pillow is created to allow sleeping in three positionsleft side, back side, and right side. The shapes and sizes of the pillow are taken from anatomical measurements of the body to support the sleeper's size, position and comfort needs. The side position is the height of the sleepers shoulder. The side positions top also tilts the face slightly upward and has a large divot for the ear. The center of the pillow is made for sleeping on the back. It raises the shoulders slightly, and supports the neck. Behind the neck support is a concave depression that will cradle and support the head. However, the pillow does not support the head until it is tilted backwards slightly. The backward tilt of the head should reduce snoring and sleep apnea. The pillow may have 3 layersbase layer, cushion layer, and contact layer.

A cushion member is provided which can stabilize a head position while sinking a head moderately. The cushion member is a cushion member for a pillow which is formed using a filament three-dimensional bonded member obtained by three-dimensionally fusing filaments formed of a thermoplastic resin, in a width direction, repulsive forces in regions on the sides of both end portions are higher than a repulsive force in the region of a center portion and in a depth direction, repulsive forces in regions on the sides of both end portions are higher than a repulsive force in the region of a center portion.