A headboard is disclosed herein. The headboard includes: multiple back panels connected together to frame a mattress, each back panel capable of being separated from the other back panels and capable of being individually covered and/or replaced; and a wing panel on each side of the back panels, each wing panel tilted inward towards the mattress, and each wing panel capable of being individually covered and/or replaced.

A cushion member that is secured to a massage table or massage chair and contains a video or virtual reality headset within a substantially central opening or cutout of the cushion member to allow an individual to view video, virtual reality scenes, or other text, graphics or indicia while receiving a massage. A retaining shelf can also be secured to the cushion member to provide support for the video or virtual reality headset. Speakers can also be embedded in the cushion member or a headphone jack or port can be provided with the headset to also allow the individual to listen to any audio associated with the displayed material on the headset.

A smart bed body structure includes: a bed body, a control unit, a speech recognition unit and an audio device. The control unit is electrically connected with the speech recognition unit; the speech recognition unit is electrically connected with the audio device. The bed body includes: a load-bearing mechanism, at least one turnover mechanism and a base. The control unit and the audio device are arranged on the bottom face of the load-bearing mechanism. The load-bearing mechanism is arranged on the top face of the base, the turnover mechanisms being arranged between the load-bearing mechanism and the base, the load-bearing mechanism can be upwards turned over relative to the base by means of the turnover mechanisms. The control unit is electrically connected with the turnover mechanisms.

A decorative bed leg cover for a bed frame and at least one perpendicularly and downwardly-extending bed leg that is disposed in a substantially vertical position, the bed leg cover having a visually pleasing aesthetic appearance together with a substantially vertically-disposed aperture disposed within the bed leg cover body for receiving the bed leg within the bed leg cover body. The bed leg cover also includes a bed leg cover sidewall, a recess defined within the bed leg cover sidewall, and a light/sensor housing that is removably disposed within the recess of the bed leg cover sidewall, the light/sensor housing comprising circuitry between a proximity sensor and a light-emitting device. The bed leg cover comprises a top surface having a plurality of slits defined in the top surface.

Disclosed are bed systems with a foundation having first and second side rails opposite each other and a pocket integrated into an exterior side of at least the first side rail at a distance from a head section of a mattress that is less than a distance from a foot section of the mattress. The pocket can include an inner pocket smaller than the pocket and positioned inside the first pocket. The pocket can include a charging port housing and a charging port supported by the charging port housing. The charging port can be a USB and/or USB-C port. The first side rail can also include a wireless charger and transmitter (e.g., induction charger) integrated therein for providing induction charging to a user device placed inside the pocket. The wireless charger and transmitter can be integrated into a structure of the first side rail at a location opposite the pocket.

Described are bed systems having a headboard, backward facing lights positioned at a back side of the headboard, and a controller operably connected to the backward facing lights that can drive the backward facing lights to provide circadian lighting. The backward facing lights can be recessed into the back side of the headboard. The backward facing lights can provide ambient lighting when controlled by the controller. The controller can determine when a user of the bed system is waking up and control the backward facing lights to provide circadian lighting that corresponds to a wakeup routine for the user. The controller can also determine when the user is going to sleep and control the backward facing lights to provide circadian lighting that corresponds to a sleep routine for the user. The backward facing lights can be LED strips positioned inside an extruded channel in the back side of the headboard.

Described are bed systems including a docking structure defining a first recess and a second recess, a remote to dock into the first recess, and a light integrated into the second recess. The light can move between a docked configuration and an extended configuration. The light can extend out from the second recess and rotate when in the extended configuration. The second recess is aligned with and positioned above the first recess. The first recess has a same width as the second recess, and the first recess has a length substantially longer than the second recess. The remote is oblong and curved at opposite ends. A distal end of the light is oblong-shaped, and the light includes at least one button along a lateral side of the light for turning the light on and off.

Described are bed systems with headboards having a main headboard portion, a left wing attached to a first lateral edge and a right wing attached to a second lateral edge of the main headboard portion, and sound insulation material and insulation supports in each of the main headboard portion and the left and right wings. The insulation supports can be spaced apart to form cavities that can be filled in by the sound insulation material. The sound insulation material can be wool batten insulation. The bed system can also include speakers integrated into the left and right wings that allow a user to play audio, such as white and/or pink noise, to cancel surrounding noise. The bed system can also include microphones and a controller that can drive the speakers to cancel noise detected by the microphones.

A speaker receptacle, including a main body to receive at least one item therein, a plurality of protruding edges disposed on at least one of a first edge and a second edge of the main body opposite with respect to the first edge, each of the plurality of protruding edges to protrude away from the first edge and the second edge of the main body, and a rail fastener disposed on at least a portion of the main body to detachably connect the main body to a bed rail.

The present invention relates to a method for improving sleep quality, comprising the steps of measuring pressure by means of sensors in locations distributed by regions of a mattress; calculating the SQI based on the prominent movements detected depending on the time of night; calculating the mean pressure measured by each sensor; calculating the difference between the mean pressure and the pressure measured by that sensor when there is no user on the mattress; calculating the mean pressure difference for each region of the mattress; calculating a weight factor for each region of the mattress; comparing the weight factor with a reference value; varying the configuration of the mattress by increasing or reducing the support level in the regions. The present invention also relates to a related system and mattress.