Provided is a suspension pillow that, when being used, gives an improved sense of stability and reduces a load applied on a neck and shoulders. A suspension pillow 10 is provided with: a placement part 1; a pair of support parts 3 which stand at a prescribed interval from the placement part 1; a side frame 4 which is disposed between the pair of support parts 3; and a sheet-like pillow part 5, wherein the pillow part 5 is connected, at at least three points or continuously, to the pair of support parts 3 and the side frame 4, and the pillow part 5 is connected, at a position above the pair of support parts 3, to the side frame 4.

An improved air pillow comprising three separately-inflated, wedge-shaped air-bladders structured and arranged to be stacked one atop the other, such that users can inflate one, two, or all three bladders, thus adjusting the angle and depth of the pillow to their own needs.

A headphone case is provided that serves as both a case for storing headphones and other objects, and a cushion to be worn around the neck. The case has either a fixed cushion located on different parts of the case, or a material that can be inflated, where the material has an outside layer comprising a cushion material. The case has two halves, a top half and lower half, which are held together by one or more hinges or other means. The headphone case can have a control unit for electronically inflating the material on the case, and for controlling units inside the case for controlling an amount and intensity of heat and vibration. Software can be uploaded to the control unit via a USB port or a Bluetooth antenna for controlling the different functions of the case. An application running on a phone, tablet or computer may control the functions of the various units inside the case.

An air cushion type independent pocket spring structure, mainly being an independent pocket spring having a top cushion and a lower cushion; the top cushion and the lower cushion are respectively located in a top portion and a bottom portion of the independent pocket spring, and a plurality of the independent pocket springs are on a base. The independent pocket spring is compressible and resilient; wherein the independent pocket spring has an air inlet valve and an air outlet valve provided thereon; an air outlet tube is connected to the air outlet valve of the independent pocket spring and the air inlet valve of an adjacent independent pocket spring, and an air inlet tube is connected to the air inlet valve of the independent pocket spring and the air outlet valve of an adjacent independent pocket spring.

Described in an example embodiment herein is a portable headrest. The portable headrest may be deployed on a surface in front of a user, such as a tray table on an aircraft or a desk.

A novel pillow with a detachable hood comprising a drawstring for providing comfort, privacy, sound dampening, and protection to a user. The pillow comprises an arcuate bladder and upper half hood which may be hemispherical or semi-hemispherical. The pillow may be inflatable or stuffed.

An adjustable pillow includes: upper and lower layers of foam, and first and second end caps of foam joined together and form a cavity. A plurality of individually inflatable bladders are positioned in the cavity of foam, and each has the same size and shape. A respective tube is in fluid communication with each of the plurality of individually inflatable bladders and with a pump that is configured to inflate any one or more of the plurality of individually inflatable bladders sequentially to a particular pressure, to inflate the adjustable pillow to a desired height selected by a user. A processor, electronic circuitry, and one or more voice activated microphones coupled to the processor and electronic circuitry receive and detect snoring sounds made by a user, with the processor configured to actuate one valves and/or pump to adjust the inflation until the detected snoring sounds falls below a threshold level.

Provided is an example of a vehicle seat that allows easy use of external pneumatic equipment such as an external air pillow. The vehicle seat includes an output portion configured to output an air having a pressure equal to or higher than an atmospheric pressure to an outside of the vehicle seat.

A novel pillow is provided to easily adjust its height by pulling one or both levers of a unique double-lever air valve. Pulling a first lever opens up a smaller opening suitable for gradual deflation of the pillow and reducing its height under a pressure of a user head laying over the pillow. Pulling both levers together activates an electrically driven air pump to rapidly inflate the pillow through a larger opening so as to increase its height.

A novel pillow is provided to easily adjust its height by pulling a lever on the side of the pillow to activate the air control valve configured to personalize the head support needed for that individual. Pulling the lever to a fully open position creates a larger air passage to the inflatable bladder and activates an air pump for rapid inflation of the pillow so as to increase its height. With a user head laying over the pillow, pulling a lever slightly opens up a smaller opening suitable for gradual deflation of the pillow and reducing its height caused by the pressure generated by the head. Soft comfort portion on top of the pillow enclosed in a stretchable fabric reduces surface tension and creates a softer feeling for the user thereby improving comfort and consequently sleep quality. An altimeter may be incorporated with the bladder to easily monitor sleep patterns of the user.