A comfortable inflatable pillow, manufactured to be affordably priced, designed to withstand the weather challenges associated with beaches, and other outdoor settings, by utilizing soft fabric that wicks away water and sheds sand, that has an attached pouch that can be filled with sand, or other weighted objects, to prevent the pillow from being blown around in windy conditions, that contains an internal pocket that can accommodate a tailor-made cooling and heating gel pack for hot or cold external temperatures, and that provides an optional incline position for added comfort when reading or surveying the landscape.

A pillow hat for covering the head fashionably while providing a cushion for comfortably supporting a user's head includes a casing and cushion configured for at least partially covering a scalp of a user and supporting a head of the user when the head of the user rests against a support surface with the casing and the cushion positioned between the support surface and the head of the user. The casing comprises an inner layer section, an outer layer section, and a rim section extending between the inner layer section and the outer layer section. The casing defines an interior space at least partially filled by the cushion.

The present invention relates to a novel pillow speaker device. The device is a unique, comfortable pillow with a Bluetooth speaker that can be interchangeable by the user. The device comprises a pillow with a Bluetooth speaker. The speaker is paired with a mobile application or software that allows a user to control the device. Users can play music or desired sounds from the speaker to help him or her fall asleep comfortably.

A portable pillow and blanket kit includes a pillow cover which includes an opening/closing portion; a blanket which is put into the pillow cover through the opening/closing portion; a cover-shape changing member which includes a first end portion firmly coupled to the pillow cover, and a second end portion detachably coupled to an outer surface of the pillow cover and making the pillow cover be changed in shape; and a cushion member which is penetrated by and coupled to the cover-shape changing member, wherein the pillow cover includes a first air controller for inflating or deflating the pillow cover, and wherein the pillow cover includes a changing member detachable portion on the outer surface thereof to which the second end portion of the cover-shape changing member is detachably coupled.

Disclosed is a pillow having a head portion having a head-shaped cavity sized in approximate proportions to receive a human head. The head portion has an inner surface, an outer surface, an open face, a left side, a left-side ear hole, a right side, a right-side ear hole, and an open bottom. There are a plurality of pads inside the head-shaped cavity that are selectively removable from the head-shaped cavity to accommodate a variety of head sizes and a washable liner covering the plurality of pads that is selectively removable from the pillow to accommodate laundering. The pillow has a neck portion extending from the open bottom and a circumferential pad on the outer surface of the head portion that is selectively removable to increase or decrease the size of the head portion.

This invention adds one or more components, called leg attachments, to a standard or custom pillowcase that allow the user to insert a leg through the leg attachment, thus making the pillow wearable, and keeping the pillow in place, between the legs.

A pillow case system is provided, comprising a pillow cover portion (e.g. a curvilinear envelope) with a first cavity, a securement system, and a storage portion (e.g. a tote bag) with a second cavity. The first cavity is operable for receiving a travel pillow (e.g. a neck pillow). The storage portion is attached to the pillow cover portion. The storage portion is configured to receive the entire pillow storage portion in the second cavity. The securement system secures the pillow in the pillow cover portion when the pillow case system is in a first, open configuration. The securement system may also or alternatively secure the pillow cover portion in the storage portion when the pillow case system is in a second, stowed configuration.

A sleeping apparatus includes a pad section configured to allow a user to lay on the pad section. The pad section includes padding of a predetermined thickness. The sleeping apparatus includes a blanket section coupled lengthwise to one side of the pad section, and configured to fold onto, and substantially cover at least a portion of the user and the pad section. A pocket is permanently coupled to the pad section. The pocket includes an opening. Other portions of the sleeping apparatus are configured to fold into the pocket and be held in the pocket by friction when the opening of the pocket is in a downward position.

A travel apparatus which includes a pillow with a fastener and a blanket with a fastener, wherein the blanket is attachable to the pillow, the blanket is attached to the pillow by the fasteners, and the travel apparatus is configured such that when a person sits in a seat and the back of the person's head is resting against the pillow, the blanket is supported by the pillow, and said blanket does not cover the face of the person sitting in the seat. Also a method comprising securing a blanket to a pillow such that when a person sits in the seat the back of the person's head is resting against the pillow, the blanket is supported by the pillow, and the blanket does not cover the face of the person sitting in the seat.

A eShade Pillow is described. The eShade Pillow includes a pillow having a volume at least partially filled with cushioning materials. The eShade Pillow also includes at least four sidewalls collapsible and stowable adjacent with a surface of the pillow. When deployed the at least four sidewalls are supported by a rigid flap engaging at least a portion of at least two of the sidewalls, the at least four sidewalls forming at least two apertures, a viewing aperture and a device aperture. The device aperture is configured to receive a display device within the device aperture for viewing of the display through the viewing aperture.