A headboard is capable of being compressed and rolled up. The headboard includes a soft cushion and a cloth cover. The soft cushion is placed inside the cloth cover. A bed body is located in front of a fixed surface. The headboard is movably arranged on the fixed surface and located at one end of the bed body. The headboard is supported between the fixed surface and the bed body. The headboard is detachably connected to the fixed surface. The headboard has a simple structure, can be flexibly installed in use, and can be rolled up to be small in size for packaging and transportation.

A headboard with angle adjustable headrests, comprises a headboard body and a headrest adjustment mechanism. The headboard body is arranged with an installation side plate frame, and a headboard support frame is fixedly installed between two end side walls of the installation side plate frame, two side plates are fixedly connected between the headboard support frame and an inner wall of the installation side plate frame, by arranging two support plates, both support plates are rotationally connected to the headrest connecting plate, and a same beam is fixedly connected between the two headrest connecting plates, so that the headrest connecting plate can rotate on the support plate, realizing the purpose of adjusting the angle of the headrest by set the bottom beam.

Generally, this disclosure enables a bed that can be easily assembled by an end user on premises of end use (e.g., a bedroom), while also being efficiently packaged for delivery to or assembly in a tight area (e.g., an apartment building).

A bed frame assembly has hinged brackets that can be used to attach a headboard to a bed frame. Each hinged bracket has two metal plates that each have metal tongues that are rolled into curved sections. A hinge is formed by sliding a pin through staggered curved sections on opposite metal plates. The metal plates pivotally rotate about the axis of the hinge such that the hinged bracket consumed less volume in a packing box when folded flat. Screws are inserted through slots in each metal plate to secure the hinged bracket to the bed frame. Tongues on a headboard are slid into slots in the metal plates of the hinged brackets in order to attach the headboard to the bed frame.

A bedside lamp structure contains: a bed frame and two rotary arms. The bed frame includes a support rack, and the support rack has two threaded posts erected on two sides thereof individually. The two rotary arms are connected with the support rack, and each of the two rotary arms has a threaded orifice defined on a first end thereof so as to screw with each of the two threaded posts, and each rotary arm has a light emitting element mounted on a second end thereof. In use, each rotary arm is adjustably rotated to a desired angle. Each rotary arm is rotatably retracted back to an original position of the support rack, as not using the light emitting element. Thereby, the bedside lamp structure is simplified, operated easily, and used conveniently.

A bed assembly includes a bed frame having a head end and an opposed foot end. A first bed brace and a second bed brace are located at the head end and foot end of the bed frame. At least one upper sliding bar is configured to connect the upper ends of the first and second bed braces. The at least one upper sliding rail is configured to support an exercise apparatus. At least one work table is configured to slide back and forth along a lower sliding rail under the bed frame and concealed at the foot end of the bed frame when not in use.

A bed with an exercise function includes: an upper exercise arm which is embedded in an insertion groove formed in a front surface or peripheral part of the head part, has a horizontal bar and leg parts extending downward from both ends of the horizontal bar, and is rotatable to protrude forward by a rotary support part provided at a lower end of the leg part; and a rotation stopping part which is coupled to the upper exercise arm and stops rotation of the upper exercise arm in a state in which the upper exercise arm protrudes forward at a predetermined angle.

A display device includes a display panel, a module housing accommodating the display panel and including a rear cover, a first moving plate connected to the display panel and positioned at a first side of the display panel, a second moving plate connected to the rear cover of the module housing and positioned at a second side of the display panel, a first driving member for pulling up and down the first moving plate, and a second driving member for pulling up and down the second moving plate.

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.

An audio bed board having an inertial type acoustics transducer is disclosed. The novel bed board structure is capable of emitting sound without any exposed audio speakers or speaker openings allowing sound to escape. The bed board typically acts as an audio emitter. In a preferred embodiment, the bed board is generally hollow thereby allowing the installation of the acoustic elements within the bed board. Additionally, an audio amplifier contained therein may be coupled to the headboard, other bed structures or surrounding structures. The bed board generally has a surface adjacent one of head end and foot end having no normally apparent openings so as to facilitate cleaning of the bed board. Furthermore, the emitted sound signal may utilize multiple audio sources for reproduction by the bed board sound system including but not limited to digital, analog, optical and emergency signals.