The present invention provides a height adjustment pillow including a lifting device adjusting the height of an upper member with respect to a lower member, the lifting device comprising: a drive shaft passing through the lower member with a lower end part thereof protruding from a lower part of the lower member and having a manipulation handle provided in the lower end part; at least one or more rotation members mounted on the lower member to be rotatable relative to upward and downward directional shafts thereof; a power train transmitting a rotational force of the drive shaft to the rotation members; and lifting operation equipment converting a rotational movement of the rotation member into a rectilinear movement of the upward and downward directions so as to lift and lower the upper member.

The utility model relates to an article for daily use, namely a foldable compact memory foam travel neck pillow, which includes a pillow body and a support body, with the pillow body being equipped with a cavity to accommodate the support body; the support body consists of an elastic support (C/U-shaped) and two underpinning supports, with the two underpinning supports being respectively fixed at both ends of the elastic support in a rotational way. The utility model performs well in underpinning force, and can be used, worn and packaged in a convenient way.

A dynamic headset system is provided. The dynamic headset system includes a head cradle configured to receive a head of a subject and having a bottom surface configured to face a platform on which the dynamic headset apparatus is placed. The dynamic headset system further includes a device including an instrument adjacent to the head of the subject when the head of the subject is in the head cradle.

A sleep system includes a pair of riser members spaced apart by a predetermined distance. A rigid connective member between the riser members may provide this spacing. A flexible sheet extends between the riser members and may be secured to the riser members by respective clamps that hold the ends of the sheet to the respective riser members. A flexible load-bearing member, such as a sleeve that encloses one or more cushion elements, may be situated atop the flexible sheet to provide support to the user's head and neck at a height selectable by the user adjusting one of, or both of, the clamps on the riser members.

A tension device integrated into a pillow or cushion that allows the user to manually adjust the internal arrangement and thus the thickness and firmness of the pillow by pulling on one or more cords that are attached at various locations inside or on the outside of the pillow and run through at least a portion of the interior of the pillow. The cord(s) attach to a portion of the inside or outside of the pillow, then traverse the interior of the pillow to exit a different side of the pillow than the one to which they are attached. The user then pulls on the cord(s) pulling one side of the pillow towards another and then secures the free ends of the cord(s) when the desired firmness is achieved.

A product may include a frame and a plurality of flexible panels. The plurality of flexible panels may be provided with a plurality of slits. Each of the plurality of flexible panels may be configured to be attached to the frame through at least one of the plurality of slits.

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 sound system keeps pillow speakers in place under a pillow, allows to adjust the distance between the pillow speakers to accommodate different head/neck sizes and/or head sizes, stows any excess stereo speaker interconnection cord and is comfortable and unobtrusive in use.

A pillow has a supporting structure, a cushion, multiple flexible sensors, and a controlling unit. The supporting structure has a supporting plate. The supporting plate has multiple supporting elements disposed at intervals. Each of the supporting elements is sheet-like. Each of the supporting elements is independently deformable by being independently pressed and independently restoring. The cushion is elastic and is supported by the supporting structure. Each of the flexible sensors is mounted to a corresponding one of the multiple supporting elements. The controlling unit is electrically connected to the multiple flexible sensors. When a user rests his head on the pillow, the user may press the flexible sensors to control a controlled device such as a speaker or a projector.

A support apparatus that is configured to support a person's head as he or she lies in a generally prone position with the apparatus in a horizontal support position and to support his or her back as he or she sits in an inclined position with the apparatus in an inclined support position. The apparatus has a transverse support member interconnecting a pair of vertical support members to provide an upper pillow-receiving surface and to define a gap under the transverse support member for receiving the user's arms when he or she is laying down. The apparatus also has base members on the vertical support members to distribute the weight, a rear support member to prevent a pillow from sliding off of the upper pillow-receiving surface and one or more rearwardly disposed stand-off members to space the apparatus from a wall or headboard.