A pillow including a percussion assembly, a padding material, and a pillow cover configured to enclose the percussion assembly and the padding. The percussion assembly is configured to articulate causing the pillow padding and pillow cover to expand and contract.

An acoustic pillow includes a pillow body top having an outer surface and an inner surface with assembly projections extending from the inner surface, and a pillow body base having an outer surface and an inner surface with assembly depressions molded into the inner surface of the pillow body base. The pillow body top is assembled with the pillow body base with the inner surface of the pillow body top opposing the inner surface of the pillow body base and the assembly projections inserted into the assembly depressions. The acoustic pillow includes a wireless communication system disposed between the pillow body base and the pillow body top having a controller housing, a power source, at least one speaker housing, and a controller interface housing for operating the acoustic pillow.

The pillow with audible and vibratory alarms is a pillow that includes a vibrating member integrated therein. The vibrating member is able to generate a vibratory alarm to awaken an end user. The pillow also includes a scent distribution system that is able to dispense a scent from a side of the pillow, which the end user is able to smell, and may be optionally used as a scent alarm. The pillow includes a speaker that is able to emit an audible alarm, which is optionally used to awaken the end user. The vibrating member, the speaker, and the scent distribution system are all collectively in wired connection with a control module. In use, the end user utilizes the pillow in a traditional manner, but is optionally awaken via an audible alarm, a vibratory alarm, and/or a scent alarm.

The present invention is an apparatus for employing aromatherapy, binaural sounds, music, vibration, and visual effects for altering a user's emotional state. The apparatus comprises a shape memory foam pillow, a pair of stereo speakers, an aromatherapy diffuser, a pillowcase comprised of heat-transfer fabric, a vibrating device, a strobe light, a canopy, and a housing to integrate and support these elements. The user connects a smartphone or other portable digital audio device to the speakers, activates the aromatherapy diffuser, strobe light, and vibrating device, independently or in combination, and then lays his head down on the pillow beneath the open canopy. Ideally, the smartphone or audio device should have a meditation or binaural sound application, which would be tuned to a specific beat frequency, e.g. 10 Hertz. The combined action of essential oil vapors, binaural sounds or music, vibration, and strobe light should alter the user's emotional state towards relaxation, sleepiness, or increased alertness, depending on the essential oils, sounds, and light patterns employed.

A form fitting travel pillow having a unique shape that provides positional stability in relation to the wearer's shoulders, and further allows for comfortable use of headphones, is disclosed. The travel pillow is formed with upper and lower concave sections such that the lower concave section fits over and conforms to the wearer's shoulders, while the upper concave section is formed such that the wearer can comfortably wear headphones. In one preferred embodiment, the travel pillow may also include a front snap or latching element to assist in maintaining a proper position of the pillow. The travel pillow may be manufactured from memory foam, and may also include a removable cover that can be readily washed or cleaned. In one embodiment, the travel pillow may also include an attached pocket or bag into which the travel pillow may be easily stowed.

An ergonomic pillow for greatly increasing comfort and ability to lie on a pillow while using an ear covering or inserted audio device. It has a cutout section to accommodate one half of a pair of conventional headphones with the over-the-head band. It has an optional insert that matingly conforms to and completely fills the cutout section to convert the pillow to a standard configuration. Within the insert are a pair of removable nesting inserts sized for earphones or earbuds. The pillow will make resting ear-down possible with an audio listening device. The pillow offers increased comfort and neck support for one wearing audio listening devices and the additional benefit of external sound reduction.

A sleep aid system that includes: a curved neck pillow; speakers within the neck pillow; a vibrator embedded within the neck pillow; and a means to control functions related to the pillow. Preferably, the means to control includes a remote control, where said remote control includes a control panel and a display panel. The control panel includes audio controls to control audio output to these speakers.

An acoustic pillow includes a pillow body top having an outer surface and an inner surface with assembly projections extending from the inner surface, and a pillow body base having an outer surface and an inner surface with assembly depressions molded into the inner surface of the pillow body base. The pillow body top is assembled with the pillow body base with the inner surface of the pillow body top opposing the inner surface of the pillow body base and the assembly projections inserted into the assembly depressions. The acoustic pillow includes a wireless communication system disposed between the pillow body base and the pillow body top having a controller housing, a power source, at least one speaker housing, and a controller interface housing for operating the acoustic pillow.

The present disclosure pertains to a pillow system (40), in particular a pillow system that surrounds the subject's head. In some embodiments, the pillow system provides sound suppression. In some embodiments used with positive airways pressure (PAP) systems, the pillow system includes a tube that delivers breathable gas to a mask.

A smart pillow to avoid neck pain and pressure sores and promote healthy sleep includes a body, a processing unit, a plurality of pressure sensors, and a plurality of air bags. The pressure sensors and the air bags are mounted in the body. Each air bag includes a bi-directional valve. The pressure sensors can detect values of pressure on the body and thus the body of a user, and transmit the detected pressure values to the processing unit. The processing unit can control the bi-directional valves of the air bags in accordance with the received pressure values to adjust air amounts of each of the air bags by indrawing or releasing air. The smart pillow guides and supports a user's neck.