Mobile Furniture Set

This application claims priority to U.S. Application No. 63/663,401, filed Jun. 24, 2024, which is hereby incorporated by reference in its entirety.

The present disclosure relates to furniture design, and more particularly to a multi-functional furniture set with integrated mobility features and space-saving storage capabilities.

Furniture design encompasses various considerations including functionality, aesthetics, space utilization, and user comfort. In residential, commercial, and educational environments, furniture arrangements often need to accommodate changing requirements and varying spatial constraints. Traditional furniture configurations typically involve separate pieces that are designed and manufactured independently, without consideration for how they might work together as an integrated system.

Space efficiency presents ongoing challenges in many environments, particularly in smaller living spaces, compact offices, and educational facilities where floor area is limited. Conventional furniture arrangements often result in underutilized space, especially when seating is not in active use. Additionally, reconfiguring spaces for different activities or purposes can be cumbersome when furniture pieces are heavy, difficult to move, or lack mobility features.

Storage solutions in furniture design have traditionally been addressed through separate storage units or built-in compartments that serve single purposes. Many existing furniture systems do not provide integrated storage that can accommodate other furniture pieces within the same system. This separation of storage and functional furniture can lead to inefficient use of available space and may require additional storage solutions.

The ability to easily reposition furniture within a space can enhance the versatility of an environment. However, many traditional furniture pieces lack mobility features, making rearrangement difficult and limiting the adaptability of spaces to serve multiple functions or accommodate different group sizes and activities.

According to an aspect of the present disclosure, a furniture set is provided. The furniture set comprises a table having a top surface, a plurality of legs, and a base equipped with casters for mobility. The furniture set comprises a plurality of stools, each stool having a curved sidewall designed to fit against an edge of the table and configured to be stored under the top surface of the table. The furniture set comprises a plurality of storage compartments, wherein each storage compartment is dimensioned to receive one of the plurality of stools when the stools are not in use.

According to other aspects of the present disclosure, the furniture set may include one or more of the following features. Each stool may further comprise a top stool surface and a stool base. Each stool may further comprise at least one stool side wall connecting the top stool surface to the stool base. The table may further comprise a plurality of vertical panels connecting the plurality of legs. Each storage compartment may be defined by the base and the vertical panels. Each stool may comprise an inner foam structure and an outer protective covering. The inner foam structure may comprise polyethylene foam.

According to another aspect of the present disclosure, a mobile furniture assembly is provided. The mobile furniture assembly comprises a table structure having a top surface supported by vertical panels and legs, wherein the table structure includes a base with attached casters enabling movement of the table structure. The mobile furniture assembly comprises a plurality of seating elements, each seating element having a top seating surface and at least one curved sidewall that allows the seating element to be positioned adjacent to the table structure and stored within a space beneath the top surface.

According to other aspects of the present disclosure, the mobile furniture assembly may include one or more of the following features. Each seating element may further comprise a stool base supporting the top seating surface. Each seating element may further comprise at least one stool side wall connecting the top seating surface to the stool base. Each seating element may comprise an inner foam structure and an outer protective covering surrounding the inner foam structure. The inner foam structure may comprise an inner layer of polyethylene foam and an outer layer. The table structure may further comprise a plurality of storage compartments, wherein each storage compartment is defined by the base and the vertical panels. Each seating element may be dimensioned to fit within a respective storage compartment without requiring mechanical retaining devices.

According to yet another aspect of the present disclosure, a space-saving furniture system is provided. The space-saving furniture system comprises a mobile table having a top surface, structural support elements, and wheel assemblies attached to a base portion for facilitating repositioning. The space-saving furniture system comprises complementary seating units, each seating unit having a curved form factor that enables compact storage underneath the mobile table when the seating units are not in use, wherein the structural support elements define a storage area dimensioned to accommodate the seating units.

According to other aspects of the present disclosure, the space-saving furniture system may include one or more of the following features. Each seating unit may comprise a top seating surface, a base portion, and at least one sidewall connecting the top seating surface to the base portion. Each seating unit may further comprise an inner foam structure and an outer protective covering encasing the inner foam structure. The inner foam structure may comprise an inner layer of polyethylene foam providing structural support and an outer layer providing seating comfort.

The structural support elements may comprise a plurality of legs, each leg defining a storage compartment, wherein each storage compartment is defined by the base and the vertical panels of each leg. The mobile table and seating units may be constructed from plywood, particle board, or medium density fiberboard laminated with a polymer-based laminate.

For a more complete understanding, reference is made to the following detailed description and accompanying drawings. In the drawings, like reference characters refer to like parts throughout the views in which:

The following description sets forth exemplary aspects of the present disclosure. It should be recognized, however, that such description is not intended as a limitation on the scope of the present disclosure. Rather, the description also encompasses combinations and modifications to those exemplary aspects described herein.

The present disclosure relates to a multi-functional furniture set with integrated mobility features. The furniture set may provide a solution for environments where space efficiency and adaptability are desired. The furniture set may include a table and multiple stools that work together to maximize space utilization while providing mobility for repositioning within various environments.

The furniture set may address limitations commonly found in traditional furniture arrangements. Conventional furniture sets may occupy substantial floor space and lack mobility features, making reconfiguration difficult in dynamic environments such as offices, educational facilities, or residential spaces with limited square footage. The furniture set disclosed herein may incorporate design features that allow for compact storage and easy movement.

The table component may include mobility features that enable repositioning without requiring disassembly or significant physical effort. The table may be equipped with wheel assemblies that facilitate movement across various floor surfaces. The structural design of the table may also incorporate storage areas that accommodate seating elements when the seating elements are not in active use.

The seating elements may be designed with form factors that complement the table structure. The seating elements may feature curved profiles that allow for efficient storage beneath the table surface. This design approach may enable the furniture set to transition between expanded configurations for active use and compact configurations for storage or space conservation.

The furniture set may incorporate materials and construction methods that provide durability while maintaining relatively lightweight characteristics. The seating elements may include foam structures that provide comfort for users while contributing to the overall portability of the furniture set. Protective coverings may be applied to the seating elements to enhance durability and facilitate maintenance.

The modular nature of the furniture set may allow for flexible arrangements depending on the specific requirements of different environments. The furniture set may be suitable for applications in educational settings, office environments, residential spaces, or other locations where space efficiency and mobility are beneficial characteristics.

Based upon the foregoing disclosure, it is seen that the present disclosure provides a furniture set that offers enhanced space efficiency compared to traditional furniture arrangements. The furniture set also surpasses conventional solutions by incorporating integrated mobility features that enable easy repositioning without requiring multiple users or specialized equipment. The compact storage capability of the seating elements may provide space savings that are particularly advantageous in environments with limited floor area. The modular design approach may offer flexibility for various applications while maintaining structural integrity and user comfort.

Referring to, a furniture setis depicted that includes a tableas a central component. The tablemay provide a functional surface and structural framework for the furniture set.shows the tablein greater detail, illustrating the various structural components and mobility features.

The tableincludes a top surfacethat may serve as the primary functional area for users. The top surfacemay provide a work surface, dining surface, or other functional area depending on the intended application. In some cases, the top surfacemay be constructed to withstand regular use while maintaining its structural integrity and appearance.

A plurality of legsextend downward from the top surfaceto provide structural support for the table. The legsmay be positioned at strategic locations to distribute the weight of the top surfaceand any items placed upon the top surface. In some cases, the legsmay be configured to provide stability while allowing for the integration of additional functional elements within the table structure.

The plurality of legsinclude a plurality of vertical panels. The vertical panelsmay provide additional structural support and may create a framework beneath the top surface. The vertical panelsmay contribute to the overall rigidity of the tablewhile defining internal spaces within the table structure.

A basemay be positioned at the bottom portion of the tablestructure. The basemay provide foundational support for the entire table assembly and may serve as an attachment point for mobility components. In some cases, the basemay be integrated with the legsand vertical panelsto form a cohesive structural framework.

The tableincludes castersattached to the basefor providing mobility features. The castersmay enable movement of the tableacross floor surfaces, allowing for repositioning within various environments. In some cases, the castersmay be attached to the baseusing a fastening mechanism including screws, bolts, or a combination thereof. The fastening mechanism may provide secure attachment while allowing for replacement or maintenance of the casterswhen needed.

In some cases, the castersmay be equipped with a locking mechanism to ensure stability when the tableis not being moved. The locking mechanism may prevent unintended movement of the tableduring use, providing stability for users and items placed on the top surface. The locking mechanism may be engaged or disengaged as needed to control the mobility of the table.

The tableand its components may be constructed from plywood, particle board, or medium density fiberboard that is laminated with a polymer-based laminate. These materials may provide durability and structural integrity while maintaining a manageable weight for mobility purposes. In some cases, the polymer-based laminate may be resistant to scratches and stains, providing protection for the underlying substrate materials and maintaining the appearance of the tableover extended use.

The tablemay have dimensions of about 48-85 inches wide and deep, and about 18-42 inches tall. These dimensions may provide adequate surface area for various applications while maintaining proportions suitable for the intended users and environments. In some cases, the height of the tablemay be selected to accommodate seating elements and provide comfortable working or dining height for users, including counter height options of approximately 36-42 inches.

The combination of the top surface, legs, vertical panels, base, and castersmay create a mobile table structure that provides both functionality and flexibility. The structural support elements may work together to create a stable platform while the mobility features allow for repositioning as needed. In some cases, the integration of these components may result in a table structure that can accommodate various configurations and uses within different environments.

Referring toand, the tableincorporates a plurality of storage compartmentsthat provide functional storage areas beneath the top surface. Each storage compartmentmay be defined by structural elements of the table, creating enclosed or partially enclosed spaces that accommodate the stoolswhen the stoolsare not in active use.

The storage compartmentsmay be formed through the configuration of a baseand vertical panelsthat create the structural framework of the table. The basemay provide the lower boundary of each storage compartment, while vertical panelsmay define the side boundaries and create separation between adjacent storage areas. In some cases, the vertical panelsextend upward from the baseto form the perimeter walls of each storage compartment.

Each storage compartmentmay be dimensioned to receive one of the plurality of stoolswhen the stoolsare not in use. The dimensions of each storage compartmentmay correspond to the form factor of the stools, allowing the curved sidewallof each stoolto fit within the available space. In some cases, the storage compartmentsmay be sized to accommodate the stoolswithout requiring mechanical retaining devices, enabling quick and easy placement and removal of the stools.

The structural support elements of the tablemay define a storage area that accommodates the seating units when storage is desired. In some cases, the baseand vertical panelswork together to create multiple discrete storage compartments, with each compartmentcorresponding to a specific stool. The vertical panelsmay provide structural separation between adjacent storage compartments, allowing multiple stoolsto be stored simultaneously without interference.

In some cases, each storage compartmentmay include a door for securing the stoolswhen not in use. The door may provide access control to the storage compartmentand may help maintain the aesthetic appearance of the furniture setwhen the stoolsare stored. The door may be hinged, sliding, or configured in other suitable manners to allow access to the storage compartmentwhile providing closure when desired.

The configuration of the storage compartmentsmay enable efficient space utilization by allowing the stoolsto be stored within the footprint of the table. In some cases, the storage compartmentsmay be accessed from multiple sides of the table, depending on the arrangement of the vertical panelsand the positioning of any doors or access openings.

Based upon the foregoing disclosure, it is seen that the present disclosure provides a furniture setthat addresses space limitations found in traditional furniture arrangements. The furniture setsurpasses conventional furniture by integrating storage compartmentsdirectly within the table structure, eliminating the need for separate storage solutions. The mobility features provided by the castersallow the entire furniture setto be repositioned as needed, while the storage compartmentsmaintain organization and accessibility of the stools. The curved sidewalldesign of the stoolsenables compact storage that maximizes space efficiency compared to traditional seating arrangements that may require separate storage areas or leave seating elements occupying floor space when not in use.

Referring to,,, and, a stoolmay be configured as part of furniture set. Each stoolmay include a top stool surfaceand a stool base. In some cases, stoolmay further include at least one stool side wallconnecting top stool surfaceto stool base. Stoolmay also include a curved sidewalldesigned to fit against an edge of tableand configured to be stored under top surfaceof table.

As shown in, top stool surfacemay form the upper seating area of stooland may provide the functional surface for users. Stool basemay be positioned at the bottom of stooland may serve as the foundation that supports the entire stool structure. In some cases, stool side wallmay extend vertically between top stool surfaceand stool base, forming part of the outer perimeter structure of stool.

Curved sidewallmay create the distinctive curved profile that defines the remaining portion of the stool's perimeter, extending from top stool surfaceto stool base. The curved form factor may enable compact storage underneath tablewhen stoolis not in use. In some cases, curved sidewallmay allow positioning of stooladjacent to table structure and storage within space beneath top surface.

Referring to, the top view perspective may demonstrate the relationship between top stool surface, stool side wall, and curved sidewall. Top stool surfacemay occupy the central portion of stoolwhen viewed from above. Stool side wallmay extend along a portion of the perimeter of stool, while curved sidewallmay create the distinctive curved profile that defines another portion of the perimeter.

As shown in, the side view may reveal the overall height and proportions of stool. The dimensions of stoolmay vary depending on the width and height of table, with heights typically ranging from 14-18 inches for standard table heights and 18-24 inches for counter-height tables. The width and depth dimensions may range from 16-22 inches, sized appropriately to accommodate users comfortably while ensuring the stools can be efficiently stowed within the storage compartmentsbeneath table. Curved sidewallmay connect top stool surfaceto stool base, forming a continuous curved transition that creates the space-saving form factor necessary for compact storage.

Referring to, stoolmay include a coveringthat encompasses the outer surface of stool. Coveringmay provide protection and aesthetic finishing for the internal structure. In some cases, coveringmay not be physically attached to the inner foam structure but may be sized to fit around the inner foam structure. Coveringmay include an opening, such as a zippered opening, to allow coveringto be temporarily removed for cleaning purposes.

In some cases, coveringmay be made from vinyl, cloth, or combinations thereof. Coveringmay also be made from denim nonwoven material created from post-consumer denim fabric. The denim nonwoven material may be manufactured through a mechanical fiber interlocking process that breaks down post-consumer denim into individual fibers, which may then be mechanically entangled and compressed to form a cohesive nonwoven fabric.

The denim nonwoven material may be treated for fire resistance to meet building safety standards without compromising acoustic or thermal performance. In some cases, the denim nonwoven material may have biodegradable properties at the end of its useful life, unlike synthetic alternatives that may persist in the environment for extended periods. The material may be predominantly composed of cotton fibers, which may be natural, breathable, and may possess moisture-wicking properties.

In some cases, stoolmay be equipped with an integrated handle preferably attached to the side of the stool for easy maneuverability. The handle may provide a convenient grip for the user to lift or move stoolbetween storage compartmentsand desired locations for use.

Based upon the foregoing disclosure, it is seen that the present disclosure provides a furniture set that addresses limitations of traditional furniture sets through integrated mobility features and space-saving design. The furniture set surpasses prior art by combining castersfor easy table repositioning with stoolshaving curved sidewallsthat enable compact storage beneath table. The coveringwith removable design and denim nonwoven material construction provides environmental benefits through post-consumer waste utilization not found in conventional furniture coverings.

Referring to, an exploded view illustrates the multi-layered construction of stool. The exploded view demonstrates the internal structure and assembly of the various components that form the complete stool.