A travel pillow has an integral head portion that can be positioned behind the head of the traveler during use. The travel pillow incorporates a charging station in one of the forwardly extending arms and a stress reliever in the opposing arm. A Bluetooth™ audio system is included to pair with selected electronic devices to enhance the entertainment of the traveler. The pillow also includes a central opening, corresponding for positioning the traveler's neck, which receives a removable snack bowl and lid, held in place within the central opening by a releasable closure device on the opposing arms of the travel pillow. The lid can be formed to receive an electronic device, such as a cell phone or a digital device generating sound received by the audio system. The head portion can be formed as an animal head with the stress reliever being the tail of the animal.

A pillow with a pillow covering that resembles an animal, a character, or a creature. The pillow may include a series of pockets at different positions on the pillow that allow for storage of items including a journal or diary and a key to unlock the journal or diary. The pillow may be comprised of a cushioning element within the pillow covering that may be a single unitary piece of material, such as a foam. The pillow may also include a speaker system that is wirelessly connectable to a mobile device to allow for the playing of an audio file, such as music. The cover may be removable, washable, and interchangeable with other covers.

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 (α) with respect to the listening axis between a first elevation value (α) 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 (α), 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.

Methods, apparatuses, and computer program products for a heated body pillow are described. The pillow may receive, from a user device, one or more commands for adjusting an operating temperature of a heating element located inside an outer covering of the pillow. A power cord coupled to the heating element may be at least partially enclosed by a tubular shroud external to and coupled to the outer covering. The pillow may adjust the operating temperature of the heating element based on receiving the one or more commands.

Ambient noise attenuating headphones are disclosed that may be used when a user is laying down on their side. The headphones include an ergonomic support structure, a noise attenuating structure housed within the ergonomic support structure having a circumferential end configured to surround an ear of the user, wherein the noise attenuating structure comprises a first and second elastic portion, and wherein the second elastic portion has the circumferential end having a material density less than the first elastic portion, and a speaker coupled to the noise attenuating structure.

A blanket having a vibrating element, heating element, sound generator, sound speaker and programmable wake-up alarm. A circuit electrically connects the programmable wake-up element with one or more of the vibrating element, heating element, sound generating element and sound speaker element to wake a sleeping person at a pre-set time by vibrations. A remote control can be used control the circuitry and the one or more elements of the blanket.

A voice-controlled pillow with height capable of being adjusted in multiple stages comprising an adjusting mechanism which is wrapped by a flexible pad arranged on the exterior of the adjusting mechanism. The adjusting mechanism comprises two moving bases that are oppositely arranged and relatively movable, and a distance-adjusting device that is used for adjusting the distance between the two moving bases, wherein a plurality of adjusting bridge frames are arranged along the length direction of the distance-adjusting device between the two moving bases. The distance-adjusting device is further connected to a voice-control module used for controlling the initiating and stopping through a wire. According to the aforesaid structure, the height of the pillow can be flexibly adjusted, satisfying different users' requirements of the pillow's height. Through the voice-control module, the height of the pillow can be intelligent controlled, improving the comfort and convenience for the users.

The methods, systems and devices provided herein relate to sleep-aid. Some embodiments include a vibration source and/or a sound source. In some embodiments, the vibration source and/or sound source emit vibrations and/or sounds that stimulate a subject's vagus nerve, or another nerve, to induce sleep or relaxation in the subject.

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.