The present invention provides a compact, comfortable modular bedroom system to be used as a living and sleeping space, which is especially valuable if one lives in small quarters, in a tiny home, or has a large family. The modular bedroom system is comprised of one or more closet units, desk units, drawer units, headboard units, and step units which are positioned adjacent to and attached to other units to provide a small, twin-size bed area, a large king-size or California king-size bed area, or areas which fall in-between, depending on the individual sizes of the units and how one configures the positioning of the units.

A dwelling including at least four walls defining a housing unit and an area of the housing unit. The housing unit includes at least one interior wall, a full-sized kitchen, a first closet positioned, and a raised bed unit. At least one of the at least four walls and the at least one interior wall define a bathroom. The full-sized kitchen is positioned along at least one of the four walls. The first closet is positioned a distance from the four walls and the interior wall. The raised bed unit includes a raised platform and a first bed positioned on the raised platform. The raised platform defines a storage area beneath the first bed. The first closet is positioned at least partially within the storage area, and the area of the housing unit is less than 400 square feet.

A raised bed system includes a plurality of modules assembled to form a raised platform for supporting a bed. The plurality of modules define a storage area beneath the raised platform and the bed and include a closet module and a desk module. The closet module defines a closet positioned in the storage area. The desk module is positioned in the storage area and includes a movable desk selectively movable between a stored configuration and a deployed configuration.

A double bunk bed loft system having a staircase and landing on both the lower and upper levels which create hallways between the individual bunks. The hallway allows for users to stand up, but because the placement of upper bunks is over the lower bunks above the beds, the entire bunk system is shorter and saves vertical space. To create a more spacious feel for the lower bunk, the system is designed using exposed beams to support the upper bunk. The upper level remains open to add height.

A liftable bed of a recreational vehicle includes two uprights integral with the recreational vehicle, a base slidably engaged with the two uprights and movable between at least a first lowered position and at least a second raised position, a slat carrier device configured to be constrained to a frame of the base, and a plurality of slats designed to be constrained to the slat carrier device.

A reversible spring assembly is coupled to a bed frame and capable of being inverted from a first position to a second position without detaching the assembly from the bed frame. In one embodiment, the spring assembly includes top and bottom springs arranged in rows within a frame with one or more rigid support bars disposed between the rows of springs. If the user wishes to adjust the position of the assembly in the bed frame (e.g., to create a loft-style configuration), the user need only invert the bed such that the assembly previously positioned at in a right-side-up position at the bottom of the frame is positioned in an inverted position at the top of the frame.

A connecting structure of support rods of a bedstead is disclosed. The bedstead includes a bed frame. The bed frame includes support rods arranged and connected between two lateral frame rods. The two lateral frame rods each have a plurality of slots. A positioning block is insertedly connected to each slot. The positioning block includes a positioning groove block. The positioning groove block has first positioning portions therein. Two sides of either end of each support rod are formed with positioning openings for the first positioning portions to be engaged therein. The support rods are easily and quickly connected to the bed frame, and the connection and support is stable.

The present invention provides a compact, comfortable modular bedroom system to be used as a living and sleeping space, which is especially valuable if one lives in small quarters, in a tiny home, or has a large family. The modular bedroom system is comprised of one or more closet units, desk units, drawer units, headboard units, and step units which are positioned adjacent to and attached to other units to provide a small, twin-size bed area, a large king-size or California king-size bed area, or areas which fall in-between, depending on the individual sizes of the units and how one configures the positioning of the units.

A connecting structure of support rods of a bedstead is disclosed. The bedstead includes a bed frame. The bed frame includes support rods arranged and connected between two lateral frame rods. The two lateral frame rods each have a plurality of slots. A positioning block is insertedly connected to each slot. The positioning block includes a positioning groove block. The positioning groove block has first positioning portions therein. Two sides of either end of each support rod are formed with positioning openings for the first positioning portions to be engaged therein. The support rods are easily and quickly connected to the bed frame, and the connection and support is stable.

A reversible spring assembly is coupled to a bed frame and capable of being inverted from a first position to a second position without detaching the assembly from the bed frame. In one embodiment, the spring assembly includes top and bottom springs arranged in rows within a frame with one or more rigid support bars disposed between the rows of springs. If the user wishes to adjust the position of the assembly in the bed frame (e.g., to create a loft-style configuration), the user need only invert the bed such that the assembly previously positioned at in a right-side-up position at the bottom of the frame is positioned in an inverted position at the top of the frame.