A device for audio reproduction comprising a rest element for the head of a user, made of a deformable material; a right lateral support element and a left lateral support element located respectively at the two respective right and left of the rest element, the rest and left lateral support elements being connected to each other by the rest element, the right and left support elements defining between each other a listening space and a longitudinal direction parallel to the lateral support elements; a right loudspeaker and a left loudspeaker mounted respectively to the right and left lateral support elements have respective sound emission faces that face towards a listening space defined between the right and left support elements. The rest element provides a housing for a portion of the head configured to arrange the user with right and left ears oriented towards the right and left loudspeakers, the right and left ears creating a listening axis. The loudspeakers have each a woofer and a tweeter, the tweeters having an axis of symmetry oriented with a predetermined angle of elevation () with respect to the listening axis between a first elevation value () substantially equal to zero, where the tweeters have the axes of symmetry aligned to each other and parallel to the listening axis, and a second elevation value (), substantially equal to 45, where the tweeters have the axes of symmetry converging towards a point that is located higher than the listening axis. A system of binaural recording and a system for playing multi-dimensional effects are also included.

The disclosure provides a soft apparatus or listening device having one or more integrated speakers configured to play audio from a device external thereof. The soft apparatus or listening device can be a pillow or a stuffed animal. In one example, a soft apparatus is disclosed that includes: (1) one or more speakers located within the soft apparatus and (2) a communication interface configured to receive audio data from devices external to the soft apparatus.

A multifunctional pillow, which is related to the field of medical healthcare, comprising: a cervical curve standard pillow (1), a control board (2), a magnetic therapy massage bar (11), a heating strip (12), an intermediate-frequency electrotherapy bar (13), an ultrasound therapy head (21), a negative ion generator (22), a music player (23), a health and sleep-aiding mask (24), and a microcontroller (25). The magnetic therapy massage bar (11), the heating strip (12), the intermediate-frequency electrotherapy bar (13) are arranged within the cervical curve standard pillow (1). The negative ion generator (22), the music player (23), and the microcontroller (25) are arranged on the control board (2). The multifunctional pillow relies on a cervical curve standard, effectively restores a distended cervical spine, and allows people to fall asleep as quickly as possible, to relax the head, and to restore physical strength in a quality sleep environment.

A character pillow incorporating a thermal element having a removable and rechargeable energy disposed within a pocket member, the pillow adapted to be immersible in water.

The headrest is a table top pillow. The headrest is self-supporting structure that supports the head of a user in such a manner that a user may lie face down in the headrest. The headrest provides support for the face of the user. The headrest incorporates passages that allow for breathing while lying face down. The headrest is suitable for domestic and medical uses. The headrest comprises a base, a first pad, and a second pad. The first pad and the second pad are mounted on the base.

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 a temperature-regulating fabric, a vibrating device, a strobe light, a canopy, and a housing to integrate and support these components. 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, music, 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, vibration, and light patterns employed.

The infant soothing system is adapted for use with infants. The infant soothing system is a cushion or pillow that that simulates the breathing and heartbeat patterns of a mother. The infant is placed upon the infant soothing system during rest periods during which a bladder contained within the infant soothing system inflates and deflates to simulate the breathing pattern. One or more speakers located within the infant soothing system generate an audible sound that simulates the heartbeat pattern. The infant soothing system comprises a bladder, a base, a pressure system, a sound system, and a control system.

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 improved pillow structured and arranged to play music, including the comfort of memory foam, and the cooling capabilities of cooling gel while having an integrated fan.

Provided is an electroacoustic transducer capable of reducing the thickness and weight of the entire pillow when a speaker is embedded in the pillow or a headrest, enabling miniaturization of a device by causing the position of the speaker to be close to a position at which the head is placed, and improving the accuracy of signal processing by reducing a load of the signal processing in a case where active noise control is performed, thereby improving a noise reduction effect. The electroacoustic transducer includes: an electroacoustic transduction unit having an electroacoustic transduction film including a polymer composite piezoelectric body in which piezoelectric body particles are dispersed in a viscoelastic matrix formed of a polymer material having viscoelasticity at a normal temperature and thin film electrodes respectively laminated on both surfaces of the polymer composite piezoelectric body, and an elastic support disposed in close contact with one principal surface to bend the shape of the electroacoustic transduction film; and a first cushion layer that is in contact with the electroacoustic transduction film on an electroacoustic transduction film side of the electroacoustic transduction unit to cover the electroacoustic transduction unit and is formed of a three-dimensional solid knitted fabric.