An adjustable base is provided that includes a fixed frame and an articulating frame connected to the fixed frame. The articulating frame includes an upper body frame pivotally connected to the upper section of the fixed frame, a seat frame pivotally connected to the upper body frame and movable along a central section of the fixed frame, and a leg frame pivotally connected to the fixed frame. An actuator is further included and has a first end connected to the seat frame adjacent to the leg frame and a second end that is connected to a linkage attached to the articulating frame. Upon activation of the actuator, the upper body frame is articulated upward and the seat frame moves linearly along the central section of the fixed frame toward the upper section of the fixed frame. Systems and methods for controlling an adjustable base assembly are further provided.

A mechanism for securing a mattress on a bed foundation is provided. More particularly, the invention relates to a folding mattress-retention mechanism that may compactly fold or be easily removed during shipping or storage. The folding mattress-retention mechanism includes a mattress-support structure, a first hinged attachment, and a second hinged attachment. The mattress-support structure includes a first and second end and may abut a side of a mattress atop a bed foundation. The first and second hinged attachments are coupled to the mattress-support structure at the respective first and second ends and may either affix or removably attach the folding mattress-retention mechanism to the foot, head, or sides of a bed foundation. Further, the hinged attachments may allow for movement, and the folding mattress-retention mechanism may move into and between an operable first position and a stowed second position.

A magnetic attachment system includes a magnetic member for securing to the lower surface of a mattress and at least one magnet configured to be secured to the upper surface of the adjustable base. The magnetic member may comprise a magnetic bar or a flexible bar including one or more metal plates positioned at a predetermined location on the flexible bar. A cover may surround the mattress, the cover including a pocket for receiving the magnetic member adjacent to the lower surface of the mattress and defining one or more windows, such that when the magnetic member is received in the pocket, the one or more metal plates are exposed through the window. An adjustable bed assembly includes a mattress and adjustable base operably connected with the magnetic attachment system.

A mattress retention assembly is disclosed that includes a mattress retainer system for retaining a mattress in place that is supported by an adjustable platform assembly and more particularly to a mattress retainer system that includes mattress retainer bars. The mattress retainer system is attached to the adjustable platform assembly. In order to secure the mattress relative to the adjustable platform assembly, one or more mattress retainer bars for the head and foot of the bed along with the corners of the bed are provided. In accordance with an important aspect of the invention, the mattress retainer bars are movable or removable to allow the mattress retainer bars to be positioned flush or below the top surface of the adjustable platform assembly to enable easy and convenient rotation, maneuverability, or otherwise sliding of the mattress relative to the platform. After the mattress is rotated, maneuvered, or slid, the mattress retainer is re-positioned to restrain movement of the mattress with respect to the adjustable platform assembly

The present invention is directed towards a travel pillow for sleeping in a vertical or near-vertical reclined position. When sleeping in these positions, gravity tends to pull the head forward of the shoulders causing it to droop. The current state of the art travel pillow does not provide a support means to counter this forward drooping tendency. Moreover, its rear support displaces the cervical spine forward, further increasing the tendency for the head to slump forward. The present invention holds a resting head in an upright and stable position to prevent forward head drooping and does so without forwardly displaying the cervical spine. The five novel elements of the present invention are integrally configured to maintain a healthy alignment between the occipital bone of the head, the cervical spine of the neck, and the thoracic spine of the upper back.

A device for removing and replacing a pillowcase on a pillow may include a base plate and a plurality of rods protruding substantially perpendicularly upward from a top surface of the base plate, wherein the plurality of rods are positioned to form a perimeter sized to encircle a pillow. The rods may each be adjustably attached to the base plate to accommodate various sized pillows and pillowcases. In other embodiments, the device may include walls extending from the base plate instead of the plurality of rods.

A mattress retention assembly is disclosed that includes a mattress retainer system for retaining a mattress in place that is supported by an adjustable platform assembly and more particularly to a mattress retainer system that includes mattress retainer bars. The mattress retainer system is attached to the adjustable platform assembly. In order to secure the mattress relative to the adjustable platform assembly, one or more mattress retainer bars for the head and foot of the bed along with the corners of the bed are provided. In accordance with an important aspect of the invention, the mattress retainer bars are movable or removable to allow the mattress retainer bars to be positioned flush or below the top surface of the adjustable platform assembly to enable easy and convenient rotation, maneuverability, or otherwise sliding of the mattress relative to the platform. After the mattress is rotated, maneuvered, or slid, the mattress retainer is re-positioned to restrain movement of the mattress with respect to the adjustable platform assembly.

A pillow retention assembly for displaying pillows on a bed includes a rack that may be positioned on a bed. A plurality of pillows may be positioned on the bed. A plurality of clips is provided and each of the clips is attached to the rack. Thus, each of the clips may engage an associated one of the pillows thereby retaining the pillows on the rack.

A leg assembly includes a first leg member and second leg member each having side-to-side width that is greater at the top end than the bottom end and a tapered outer surface. The second leg member has top-to-bottom length different than the top-to-bottom length of the first leg member. The leg members are adapted to connect individually or in combination to a support system such that at least three leg heights are selectably provided. The side-to-side width of the top end of the second leg member is approximately equal to the side-to-side width of the bottom end of the first leg member such that when the top end of the second leg members is connected to the bottom end of the first leg member, the combined leg members have a generally continuously tapered outer surface.

The present disclosure discloses a method for suppressing snoring, based on which snoring is suppressed by adjusting an angle of a smart bed, specifically including following steps: acquiring sound in a room; judging whether the sound is snoring sound of the human body or not; keeping, if the sound is not snoring sound of a human body, a bed board at an existing angle, and returning to the step of acquiring the sound in the room; and adjusting the angle of the bed board in a pre-set way if the sound is snoring sound of a human body, and returning to the step of acquiring the sound in the room when the angle of the bed board is being adjusted or after the angle of the bed board is adjusted.