MOBILE FURNITURE SET

Abstract

A furniture set including a table with a top surface, legs, and a base with mobility casters. The set features multiple stools, each with a curved sidewall designed to fit against the table edge and store underneath the table surface. Storage compartments within the table structure are dimensioned to receive the stools when not in use. Each stool includes a top surface, base, and side wall connecting these elements. The table's vertical panels connect the legs and define the storage compartments with the base. Stools comprise an inner polyethylene foam structure with an outer protective covering, creating a space-efficient, mobile furniture solution suitable for various environments where adaptability and compact storage are beneficial.

Claims

1. A furniture set, comprising: a table having a top surface, a plurality of legs, and a base; a plurality of stools configured to be stored under the top surface of the table; and 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.

2. The furniture set of claim 1, wherein each stool further comprises a top stool surface, a stool base, and a curved sidewall designed to fit against an edge of the table.

3. The furniture set of claim 2, wherein each stool further comprises at least one stool side wall connecting the top stool surface to the stool base.

4. The furniture set of claim 1, wherein the table further comprises a plurality of vertical panels connecting the plurality of legs.

5. The furniture set of claim 4, wherein each storage compartment is defined by the base and the vertical panels.

6. The furniture set of claim 1, wherein each stool comprises an inner foam structure and an outer protective covering.

7. The furniture set of claim 1, wherein the base is equipped with casters for mobility.

8. A mobile furniture assembly, comprising: a table structure having a top surface supported by vertical panels and legs, wherein the table structure includes a base; and 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.

9. The mobile furniture assembly of claim 8, wherein each seating element further comprises a stool base supporting the top seating surface.

10. The mobile furniture assembly of claim 9, wherein each seating element further comprises at least one stool side wall connecting the top seating surface to the stool base.

11. The mobile furniture assembly of claim 10, wherein each seating element comprises an inner foam structure and an outer protective covering surrounding the inner foam structure.

12. The mobile furniture assembly of claim 11, wherein the inner foam structure comprises an inner layer of polyethylene foam and an outer layer.

13. The mobile furniture assembly of claim 8, wherein the table structure further comprises a plurality of storage compartments, wherein each storage compartment is defined by the base and the vertical panels.

14. The mobile furniture assembly of claim 13, wherein the base is equipped with attached casters enabling movement of the table structure, and wherein each seating element is dimensioned to fit within a respective storage compartment without requiring mechanical retaining devices.

15. A space-saving furniture system, comprising: a mobile table having a top surface, structural support elements, and wheel assemblies attached to a base portion for facilitating repositioning; and 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.

16. The space-saving furniture system of claim 15, wherein each seating unit comprises a top seating surface, a base portion, and at least one sidewall connecting the top seating surface to the base portion.

17. The space-saving furniture system of claim 16, wherein each seating unit further comprises an inner foam structure and an outer protective covering encasing the inner foam structure.

18. The space-saving furniture system of claim 17, wherein the inner foam structure comprises an inner layer of polyethylene foam providing structural support and an outer layer providing seating comfort.

19. The space-saving furniture system of claim 15, wherein the structural support elements comprise a plurality of legs and vertical panels, each leg defining a storage compartment, wherein each storage compartment is defined by the base and vertical panels of each leg.

20. The space-saving furniture system of claim 15, wherein the mobile table and seating units are constructed from plywood, particle board, or medium density fiberboard laminated with a polymer-based laminate.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0015] FIG. 1 illustrates an isometric view of a furniture set with a table and multiple stools, in accordance with an embodiment of the disclosure;

[0016] FIG. 2 illustrates an isometric view of the table with integrated storage capabilities, in accordance with an embodiment of the disclosure;

[0017] FIG. 3 illustrates an isometric view of a stool from the furniture set, in accordance with an embodiment of the disclosure;

[0018] FIG. 4 illustrates a top view of the stool from the furniture set, in accordance with an embodiment of the disclosure;

[0019] FIG. 5 illustrates a side view of the stool from the furniture set, in accordance with an embodiment of the disclosure; and

[0020] FIG. 6 illustrates an exploded view of the stool showing its internal construction, in accordance with an embodiment of the disclosure.

DETAILED DESCRIPTION

[0021] 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.

[0022] 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.

[0023] 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.

[0024] 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.

[0025] 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.

[0026] 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.

[0027] 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.

[0028] 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.

[0029] Referring to FIG. 1, a furniture set 100 is depicted that includes a table 102 as a central component. The table 102 may provide a functional surface and structural framework for the furniture set 100. FIG. 2 shows the table 102 in greater detail, illustrating the various structural components and mobility features.

[0030] The table 102 includes a top surface 114 that may serve as the primary functional area for users. The top surface 114 may provide a work surface, dining surface, or other functional area depending on the intended application. In some cases, the top surface 114 may be constructed to withstand regular use while maintaining its structural integrity and appearance.

[0031] A plurality of legs 106 extend downward from the top surface 114 to provide structural support for the table 102. The legs 106 may be positioned at strategic locations to distribute the weight of the top surface 114 and any items placed upon the top surface 114. In some cases, the legs 106 may be configured to provide stability while allowing for the integration of additional functional elements within the table structure.

[0032] The plurality of legs 106 include a plurality of vertical panels 108. The vertical panels 108 may provide additional structural support and may create a framework beneath the top surface 114. The vertical panels 108 may contribute to the overall rigidity of the table 102 while defining internal spaces within the table structure.

[0033] A base 110 may be positioned at the bottom portion of the table 102 structure. The base 110 may provide foundational support for the entire table assembly and may serve as an attachment point for mobility components. In some cases, the base 110 may be integrated with the legs 106 and vertical panels 108 to form a cohesive structural framework.

[0034] The table 102 includes casters 112 attached to the base 110 for providing mobility features. The casters 112 may enable movement of the table 102 across floor surfaces, allowing for repositioning within various environments. In some cases, the casters 112 may be attached to the base 110 using 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 casters 112 when needed.

[0035] In some cases, the casters 112 may be equipped with a locking mechanism to ensure stability when the table 102 is not being moved. The locking mechanism may prevent unintended movement of the table 102 during use, providing stability for users and items placed on the top surface 114. The locking mechanism may be engaged or disengaged as needed to control the mobility of the table 102.

[0036] The table 102 and 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 table 102 over extended use.

[0037] The table 102 may 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 table 102 may be selected to accommodate seating elements and provide comfortable working or dining height for users, including counter height options of approximately 36-42 inches.

[0038] The combination of the top surface 114, legs 106, vertical panels 108, base 110, and casters 112 may 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.

[0039] Referring to FIG. 1 and FIG. 2, the table 102 incorporates a plurality of storage compartments 134 that provide functional storage areas beneath the top surface 114. Each storage compartment 134 may be defined by structural elements of the table 102, creating enclosed or partially enclosed spaces that accommodate the stools 104 when the stools 104 are not in active use.

[0040] The storage compartments 134 may be formed through the configuration of a base 110 and vertical panels 108 that create the structural framework of the table 102. The base 110 may provide the lower boundary of each storage compartment 134, while vertical panels 108 may define the side boundaries and create separation between adjacent storage areas. In some cases, the vertical panels 108 extend upward from the base 110 to form the perimeter walls of each storage compartment 134.

[0041] Each storage compartment 134 may be dimensioned to receive one of the plurality of stools 104 when the stools 104 are not in use. The dimensions of each storage compartment 134 may correspond to the form factor of the stools 104, allowing the curved sidewall 124 of each stool 104 to fit within the available space. In some cases, the storage compartments 134 may be sized to accommodate the stools 104 without requiring mechanical retaining devices, enabling quick and easy placement and removal of the stools 104.

[0042] The structural support elements of the table 102 may define a storage area that accommodates the seating units when storage is desired. In some cases, the base 110 and vertical panels 108 work together to create multiple discrete storage compartments 134, with each compartment 134 corresponding to a specific stool 104. The vertical panels 108 may provide structural separation between adjacent storage compartments 134, allowing multiple stools 104 to be stored simultaneously without interference.

[0043] In some cases, each storage compartment 134 may include a door for securing the stools 104 when not in use. The door may provide access control to the storage compartment 134 and may help maintain the aesthetic appearance of the furniture set 100 when the stools 104 are stored. The door may be hinged, sliding, or configured in other suitable manners to allow access to the storage compartment 134 while providing closure when desired.

[0044] The configuration of the storage compartments 134 may enable efficient space utilization by allowing the stools 104 to be stored within the footprint of the table 102. In some cases, the storage compartments 134 may be accessed from multiple sides of the table 102, depending on the arrangement of the vertical panels 108 and the positioning of any doors or access openings.

[0045] Based upon the foregoing disclosure, it is seen that the present disclosure provides a furniture set 100 that addresses space limitations found in traditional furniture arrangements. The furniture set 100 surpasses conventional furniture by integrating storage compartments 134 directly within the table structure, eliminating the need for separate storage solutions. The mobility features provided by the casters 112 allow the entire furniture set 100 to be repositioned as needed, while the storage compartments 134 maintain organization and accessibility of the stools 104. The curved sidewall 124 design of the stools 104 enables 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.

[0046] Referring to FIG. 1, FIG. 3, FIG. 4, and FIG. 5, a stool 104 may be configured as part of furniture set 100. Each stool 104 may include a top stool surface 118 and a stool base 120. In some cases, stool 104 may further include at least one stool side wall 122 connecting top stool surface 118 to stool base 120. Stool 104 may also include a curved sidewall 124 designed to fit against an edge of table 102 and configured to be stored under top surface 114 of table 102.

[0047] As shown in FIG. 3, top stool surface 118 may form the upper seating area of stool 104 and may provide the functional surface for users. Stool base 120 may be positioned at the bottom of stool 104 and may serve as the foundation that supports the entire stool structure. In some cases, stool side wall 122 may extend vertically between top stool surface 118 and stool base 120, forming part of the outer perimeter structure of stool 104.

[0048] Curved sidewall 124 may create the distinctive curved profile that defines the remaining portion of the stool's perimeter, extending from top stool surface 118 to stool base 120. The curved form factor may enable compact storage underneath table 102 when stool 104 is not in use. In some cases, curved sidewall 124 may allow positioning of stool 104 adjacent to table structure and storage within space beneath top surface 114.

[0049] Referring to FIG. 4, the top view perspective may demonstrate the relationship between top stool surface 118, stool side wall 122, and curved sidewall 124. Top stool surface 118 may occupy the central portion of stool 104 when viewed from above. Stool side wall 122 may extend along a portion of the perimeter of stool 104, while curved sidewall 124 may create the distinctive curved profile that defines another portion of the perimeter.

[0050] As shown in FIG. 5, the side view may reveal the overall height and proportions of stool 104. The dimensions of stool 104 may vary depending on the width and height of table 102, 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 compartments 134 beneath table 102. Curved sidewall 124 may connect top stool surface 118 to stool base 120, forming a continuous curved transition that creates the space-saving form factor necessary for compact storage.

[0051] Referring to FIG. 3, stool 104 may include a covering 116 that encompasses the outer surface of stool 104. Covering 116 may provide protection and aesthetic finishing for the internal structure. In some cases, covering 116 may not be physically attached to the inner foam structure but may be sized to fit around the inner foam structure. Covering 116 may include an opening, such as a zippered opening, to allow covering 116 to be temporarily removed for cleaning purposes.

[0052] In some cases, covering 116 may be made from vinyl, cloth, or combinations thereof. Covering 116 may 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.

[0053] 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.

[0054] In some cases, stool 104 may 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 stool 104 between storage compartments 134 and desired locations for use.

[0055] 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 casters 112 for easy table repositioning with stools 104 having curved sidewalls 124 that enable compact storage beneath table 102. The covering 116 with removable design and denim nonwoven material construction provides environmental benefits through post-consumer waste utilization not found in conventional furniture coverings.

[0056] Referring to FIG. 6, an exploded view illustrates the multi-layered construction of stool 104. The exploded view demonstrates the internal structure and assembly of the various components that form the complete stool 104.

[0057] A top layer 126 may be positioned at the uppermost portion of the stool assembly. The top layer 126 may form the primary seating surface and may provide the interface for user contact. In some cases, the top layer 126 may be constructed from materials that provide comfort and durability for seating applications.

[0058] A middle section 128 may be positioned below the top layer 126 and may comprise multiple horizontally oriented layers. The middle section 128 may provide the bulk of the internal structure for stool 104. In some cases, the middle section 128 may comprise an inner foam structure that includes polyethylene foam. The inner foam structure may provide structural support for stool 104 while maintaining lightweight characteristics.

[0059] In some cases, the inner foam structure may comprise an inner layer of polyethylene foam and an outer layer. The inner layer of polyethylene foam may provide structural support, while the outer layer may provide seating comfort. In some cases, the inner foam structure may comprise an inner layer of polyethylene foam providing structural support and an outer layer providing seating comfort. The outer layer may comprise polyurethane foam, which may offer enhanced comfort characteristics for users. Alternatively, the outer layer may be made from cotton batting made from recycled denim.

[0060] A bottom layer 130 may be positioned at the base of the assembly and may provide foundational support for the entire stool structure. The bottom layer 130 may distribute weight and forces throughout the base of stool 104.

[0061] A jacket layer 132 may encompass the perimeter of the stool assembly and may be designed to wrap around the middle section 128. The jacket layer 132 may serve as an outer protective covering that encases the inner foam structure. In some cases, each stool 104 may comprise an inner foam structure and an outer protective covering, where the jacket layer 132 functions as the outer protective covering surrounding the inner foam structure.

[0062] A stool side wall 122 may form part of the structural framework and may extend vertically to define a portion of the perimeter of stool 104. A curved sidewall 124 may create the distinctive curved profile that characterizes the form factor of stool 104. The jacket layer 132 may provide continuity around both the stool side wall 122 and the curved sidewall 124, creating a unified exterior surface.

[0063] The multi-layered construction may demonstrate how the top layer 126, middle section 128, bottom layer 130, and jacket layer 132 work together to form a cohesive seating unit. The middle section 128 may contain the inner foam structure comprising an inner layer of polyethylene foam and an outer layer of polyurethane foam, providing both structural integrity and seating comfort. Alternatively, the outer layer may be made from cotton batting made from recycled denim. The jacket layer 132 may function as the outer protective covering that encases the inner foam structure, protecting the internal components while providing a finished appearance.

[0064] Based upon the foregoing disclosure, it may be seen that the present disclosure provides a multi-functional furniture set that addresses space utilization challenges in various environments. The furniture set may surpass traditional furniture arrangements by integrating mobility features through casters 112, enabling easy repositioning without manual lifting. The curved sidewall 124 design of stools 104 may allow for compact storage within storage compartments 134, maximizing space efficiency compared to conventional seating arrangements. The multi-layered foam construction may provide enhanced comfort through the combination of structural polyethylene foam and comfort-oriented polyurethane foam layers, while the removable jacket layer 132 may facilitate maintenance and cleaning. The integrated design may eliminate the need for separate storage solutions, as the storage compartments 134 may be incorporated directly into the table structure, providing a comprehensive furniture solution that may be particularly beneficial in space-constrained environments such as small apartments, educational facilities, and flexible office spaces.

[0065] Referring to FIG. 1, a furniture set 100 operates as an integrated system through the coordinated interaction between a table 102 and a plurality of stools 104. The furniture set 100 demonstrates space-saving functionality through the complementary design relationship between the table 102 and stools 104.

[0066] Each stool 104 includes a curved sidewall 124 that enables the stool 104 to fit against the edge of the table 102. The curved sidewall 124 may be shaped to complement the perimeter configuration of the table 102, allowing the stool 104 to be positioned adjacent to the table 102 in a space-efficient manner. In some cases, the curved sidewall 124 creates a form factor that allows the stool 104 to nest against the table 102 structure.

[0067] The table 102 incorporates a plurality of storage compartments 134 that are dimensioned to receive the stools 104 when the stools 104 are not in use. Each storage compartment 134 may be sized to accommodate one stool 104, providing a designated storage location beneath the table 102. In some cases, the storage compartments 134 are formed by the structural framework of the table 102, creating enclosed spaces that can house the stools 104.

[0068] The storage and retrieval process involves positioning the stools 104 within the storage compartments 134 when seating is not needed. The curved sidewall 124 of each stool 104 facilitates this storage process by allowing the stool 104 to fit within the available space beneath the table 102. In some cases, the stools 104 may be moved into and out of the storage compartments 134 without requiring mechanical fastening or retention mechanisms.

[0069] When the stools 104 are stored within the storage compartments 134, the furniture set 100 occupies a reduced footprint compared to configurations where the stools 104 are positioned separately from the table 102. The curved sidewall 124 design enables this space-saving functionality by allowing the stools 104 to be stored in a compact arrangement beneath the table 102. In some cases, the integration of storage capability within the table 102 structure eliminates the need for separate storage furniture.

[0070] The mobility features of the table 102 allow the entire furniture set 100 to be repositioned as a single unit when the stools 104 are stored within the storage compartments 134. In some cases, this integrated mobility enables the furniture set 100 to be moved between different locations while maintaining the stored configuration of the stools 104. The curved sidewall 124 design contributes to the stability of the stored stools 104 during movement of the furniture set 100.

[0071] Based upon the foregoing disclosure, it is seen that the present disclosure provides a furniture set 100 that achieves space-saving functionality through the integration of storage compartments 134 within the table 102 structure and the curved sidewall 124 design of the stools 104. The furniture set 100 surpasses traditional furniture arrangements by enabling compact storage of seating elements within the table structure, reducing the overall footprint when seating is not needed. The curved sidewall 124 configuration allows the stools 104 to fit efficiently within the storage compartments 134 while maintaining ease of access for storage and retrieval operations. The integrated mobility features enable the furniture set 100 to be repositioned as a complete unit, providing versatility for different spatial configurations and usage scenarios.

[0072] Based upon the foregoing disclosure, it is seen that the present disclosure provides a furniture system that addresses limitations found in traditional furniture arrangements. The disclosed furniture set may offer enhanced mobility through the integration of casters, allowing users to reposition the table assembly within various environments without the difficulties associated with moving conventional furniture pieces. This mobility feature may be particularly beneficial in dynamic spaces where furniture arrangements require frequent modification.

[0073] The space-saving design of the disclosed furniture set may provide advantages over traditional furniture systems that occupy fixed amounts of floor space. The curved sidewalls of the stools enable compact storage beneath the table surface, potentially reducing the overall footprint when the seating elements are not in use. This storage capability may allow users to maximize available space in smaller environments where efficient space utilization is beneficial.

[0074] The integrated storage compartments formed by the table structure may eliminate the need for separate storage solutions that traditional furniture systems often require. The dimensioning of these compartments to accommodate the stools may provide a cohesive storage solution that maintains the aesthetic continuity of the furniture set while providing functional storage space.

[0075] The multi-layered construction of the seating elements may offer comfort advantages through the combination of structural foam layers and protective coverings. The use of polyethylene foam for structural support combined with additional comfort layers may provide seating that balances durability with user comfort. The removable protective coverings may facilitate maintenance and cleaning procedures that may be more challenging with traditional upholstered seating.

[0076] The modular relationship between the table and seating elements may provide flexibility in usage patterns. Users may deploy individual stools as needed while maintaining storage for unused seating elements, allowing for adaptable seating arrangements that can accommodate varying numbers of users. This adaptability may be advantageous in environments where seating requirements fluctuate.

[0077] The construction materials disclosed, including engineered wood products with polymer laminates, may provide durability characteristics that withstand frequent repositioning and regular use. The laminated surfaces may offer resistance to wear and facilitate cleaning procedures compared to traditional wood finishes that may require more intensive maintenance.

[0078] The foregoing descriptions of specific embodiments of the present disclosure have been presented for purposes of illustration and description. They are not intended to be exhaustive or to limit the present disclosure to the precise forms disclosed, and obviously many modifications and variations are possible in light of the above teaching. The exemplary embodiment was chosen and described in order to best explain the principles of the present disclosure and its practical application, to thereby enable others skilled in the art to best utilize the present disclosure and various embodiments with various modifications as are suited to the particular use contemplated.