The present disclosure discloses a pliable frame for a pillow. The pliable frame comprises an inner periphery, an outer periphery, a top side, a bottom side, a first pliable arm, a second pliable arm, a pivotal coupling and a tensioning member. The first and second pliable arm has a plurality of first and second rigid members and a plurality of first and second pliable joint coupled to the plurality of first and second rigid members. The pivotal coupling may pivotally couple the first pliable arm and the second pliable arm to provide pivotal movement of the first pliable arm and the second pliable arm along a pivotal axis. The tensioning member is coupled to the first pliable arm and the second pliable arm is proximate to the pivotal coupling to provide tension against the pivotal movement on the first and second pliable arms.

A lying neck pillow that is easy to adjust and use includes a neck pillow body and an adjusting piece. The neck pillow body includes a base and a curved supporting portion for supporting neck, a bottom end of the curved supporting portion is connected to the base, and an adjusting space is arranged between the curved supporting portion and the base for elastic deformation of the curved supporting portion. The adjusting piece is detachably installed in the adjusting space, and a soft and hard force and/or support curvature of the curved supporting portion are adjusted by adjusting a support position of the adjusting piece. By changing the support position of the adjusting piece, the soft and hard strength and/or support curvature of the curved supporting portion can be adjusted, thereby improving the comfort of use.

A travel pillow that is transported in a flat or closed position. The travel pillow has a pillow body that is configured to support an occipital region of a user's head and upper neck in an opened position. The pillow body has two wings attached to a back side of the travel pillow. Each wing each has a first end attached to the pillow body. Each wing extends inward along the pillow body from the attachment to the pillow body. The inner end of each wing is free from the pillow body. The first end each wing is bent outward away from the pillow body, causing the pillow body to flex and bend into a u-shape. The u-shape cups a user's head and neck with the wings providing a base or support to the travel pillow.

Generally, a face hammock, and a method of making and using a face hammock to support the head of an individual. Embodiments can include a first support member disposed in opposed spaced apart relation to a second support member and one or more flexible members connected by the respective flexible member ends to the first support member and the second support member can be positioned to supportingly engage the head of an individual.

A pillow assembly for supporting objects on a user's arm without impeding blood circulation through the arm includes a main body comprising a resiliently compressible material. Rigid blocks are coupled to a top side of the main body, and inserts are mounted atop the rigid blocks. The main body is bent to surround the arm with the inserts. Loads may be exerted on the pillow assembly through the main body, rigid blocks, and inserts while the pillow assembly is worn by the arm to support the loads on the arm without limiting blood flow.

A cover for a pillow body includes a cover body. The cover body includes a first surface and a second surface, the cover body defining a first open interior that is adapted to receive the pillow body and a second open interior that includes a bolster, the cover body having a medial region and two arms extending from the medial region to define an outer periphery and an inner periphery. The cover body further includes the bolster located at the outer periphery and extending along a majority of the medial region.

A lying neck pillow that is easy to adjust and use includes a neck pillow body and an adjusting piece. The neck pillow body includes a base and a curved supporting portion for supporting neck, a bottom end of the curved supporting portion is connected to the base, and an adjusting space is arranged between the curved supporting portion and the base for elastic deformation of the curved supporting portion. The adjusting piece is detachably installed in the adjusting space, and a soft and hard force and/or support curvature of the curved supporting portion are adjusted by adjusting a support position of the adjusting piece. By changing the support position of the adjusting piece, the soft and hard strength and/or support curvature of the curved supporting portion can be adjusted, thereby improving the comfort of use.

A recumbent headrest suspension system (10) comprises a pair of frames (13) that suspend a bridge-like fabric platform (8) adjustable for height, droop, and angle. The system functions as a sleep pillow alternative that allows a user to customize support to meet anatomical needs and comfort, distributing weight-bearing forces and minimizing restlessness by shifting pressure points. In one embodiment (FIG. 2A), the suspension system includes a U-shaped base or platform (5, 7b/7a) adapted to be placed beneath a mattress or bed, supporting a vertical frame member (4) connected to a horizontal frame member (3). The horizontal frame member includes a central roller (1) that suspends the fabric platform (8) and enables rotational adjustment, while user-activated control elements adjust platform tension or droop, the tilt of the horizontal frame member (3), and the height of the vertical frame member (4).