Carpet system with predefined layout for furniture placement

Abstract

A carpet system is disclosed, comprising a common backing material with at least one first section having a first pile height, predefined dimensions, and configured to correspond to a support footprint of a furniture piece. The system includes at least one second section formed on the common backing material, having a second pile height substantially greater than the first pile height, and defining a surrounding region contiguous with the first section. The layout of the first and second sections is configured to visually and tactilely indicate predefined positions for furniture placement. The interface between sections may include transitions in pile height or boundary markings such as changes in color, texture, or pattern. In some embodiments, raised indicators provide additional tactile or visual guidance, facilitating precise furniture alignment. This design enhances spatial arrangement, reduces placement errors, and offers aesthetic versatility for furniture arrangement in residential or commercial settings.

Description

REFERENCE TO RELATED APPLICATIONS

[0001] Not applicable.CROSS-REFERENCES

[0002] Not applicable.STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

[0003] Not applicable.INCORPORATION BY REFERENCE OF MATERIAL SUBMITTED ON A COMPACT DISK

[0004] Not applicable.TECHNICAL FIELD

[0005] The present disclosure relates to the field of floor coverings and interior design systems, and more specifically to the field of carpet systems or area rugs incorporating predefined layouts for guiding the placement of furniture.BACKGROUND OF THE INVENTION

[0006] The field of floor coverings has traditionally focused on providing aesthetic and functional benefits in interior spaces, such as homes, offices, and commercial establishments. Area rugs and carpets enhance comfort, reduce noise, and protect underlying flooring while contributing to the overall design of a room. However, these floor coverings often lack features that facilitate spatial organization, particularly in environments where furniture placement is critical. For example, hotels and similar commercial spaces frequently require precise and consistent furniture arrangements to maintain visual symmetry, optimize functionality, and adhere to operational standards. Achieving such arrangements often relies on manual alignment without predefined guides, leading to inefficiencies, inconsistencies, and increased labor costs.

[0007] In commercial settings like the hotel industry, maintaining consistent furniture placement is essential to achieving a cohesive and professional appearance in guest rooms. However, challenges associated with furniture placement are particularly acute due to the high turnover of guests and the necessity of rapidly resetting rooms to uniform standards. The absence of predefined guides for furniture alignment leaves hotel staff to rely on visual estimations and manual adjustments, increasing the likelihood of placement errors. Misaligned furniture not only detracts from the guest experience but also imposes safety concerns and additional operational costs due to the time required for corrections. This process is inherently time-consuming and prone to errors, leading to inconsistent layouts that detract from the guest experience. The absence of a systematic approach to furniture alignment also increases labor demands, particularly in high-turnover environments where rapid room resets are necessary.

[0008] Another significant issue with conventional rugs and carpets is their tendency to extend beneath furniture, such as beds, desks, and tables. These covered portions of the rug serve no functional purpose, as they remain hidden and inaccessible during daily use. For commercial establishments, this represents a substantial waste of material and resources, increasing production costs without providing corresponding utility. Additionally, the areas of the rug beneath furniture are challenging to clean and maintain, leading to hygiene concerns, particularly in the hospitality industry, where cleanliness is paramount. Dust, debris, and allergens can accumulate in these inaccessible sections, undermining the quality of the guest environment.

[0009] Existing designs, such as the u-shaped rug disclosed in U.S. Design Pat. No. U.S.D609,519S, fail to solve these longstanding functional problems in the field. The design consists of a rug shaped to surround a bed, but it offers no meaningful solution to the challenges of furniture placement or material efficiency. Specifically, the rug requires the bed to be installed prior to placement, complicating setup and making it unsuitable for flexible or adaptable use in environments where furniture arrangements may vary. Furthermore, the design must be custom-sized to fit specific bed dimensions, limiting its utility in large-scale commercial operations where standardization is crucial. The inability of the design to guide furniture placement leaves staff reliant on manual alignment, perpetuating inefficiencies, and inconsistencies. Moreover, the rug also lacks mechanisms to secure it in place, which poses additional functional challenges. Without anchoring or stability features, the rug is prone to shifting or misalignment during use, creating potential safety hazards such as tripping. This is particularly problematic in high-traffic commercial environments like hotels, where guest safety is a top priority. Moreover, the portions of the rug extending beneath the bed remain inaccessible, exacerbating the material waste and hygiene concerns associated with traditional rugs.

[0010] The inefficiencies, material waste, hygiene challenges, and safety concerns associated with traditional and existing rug designs underscore a longstanding and unmet need for improved solutions in the field of floor coverings. The hotel industry, in particular, requires innovations that address these challenges, providing an efficient and reliable approach to furniture alignment and rug functionality that existing designs fail to deliver.

[0011] As a result, there exists a need for improvements over the prior art and more particularly for a more efficient way to guide furniture placement, reduce material waste, enhance stability, and streamline the setup and maintenance of floor coverings in commercial and residential environments, particularly in settings such as hotels where consistency, safety, and operational efficiency are critical.BRIEF SUMMARY OF THE INVENTION

[0012] A system and method for facilitating furniture placement and optimizing the design and functionality of floor coverings is disclosed. This Summary is provided to introduce a selection of disclosed concepts in a simplified form that are further described below in the Detailed Description including the drawings provided. This Summary is not intended to identify key features or essential features of the claimed subject matter. Nor is this Summary intended to be used to limit the claimed subject matter's scope.

[0013] In one embodiment, a carpet system is disclosed that includes a common backing material. A first section is formed on the common backing material, where the first section has a continuous first pile height, a first predefined length, and a first predefined width. This first section corresponds to a support footprint of a first piece of furniture. The system also includes a second section formed on the common backing material. The second section has a second pile height that is substantially greater than and contiguous to the first pile height. The second section extends outward from the first section to define a surrounding region of the first section. The layout of the first section and the second section is configured to indicate a predefined position for placement of the first piece of furniture. Additionally, the system includes an interface between the first section and the second section, which comprises a transition between the continuous first pile height and the second pile height.

[0014] In additional embodiments, the layout may include multiple first sections corresponding to predefined positions for multiple pieces of furniture, such as a bed and accompanying side tables. These configurations provide enhanced flexibility and scalability, allowing the system to be customized for residential, commercial, or hospitality applications. The adaptable features of the disclosure ensure compatibility with a wide range of room layouts and furniture designs, offering improved efficiency, safety, and material utilization compared to traditional carpet systems.

[0015] In other embodiments, the carpet system includes additional configurations and features to enhance its functionality and adaptability. For example, the surrounding region defined by the second section may substantially or entirely enclose the first section, forming a u-shaped or other enclosing layout to accommodate various furniture arrangements. In some embodiments, the interface between the first section and the second section may include distinct visual or tactile boundary markings, such as changes in color, texture, or pattern, to further assist in aligning furniture accurately. The transition between the first and second pile heights may be implemented as either a step transition, where the change in height is abrupt, or a gradual transition, where the pile height changes smoothly over a defined area.

[0016] In other embodiments, the carpet system includes additional features to enhance its usability and precision in guiding furniture placement. For example, the first section may incorporate raised indicators or markings that provide detailed position instructions for the furniture. These indicators can specify the center of the furniture's intended placement, the facing direction, or the exact locations where the support feet should rest. The indicators may take various forms, including text (172 in FIG. 7), graphical symbols (174 in FIG. 7), dimensional markings (176 in FIG. 7)—including a length (177 in FIG. 7) and a width (178 in FIG. 7) of the respective predefined position indicated by the first section, or even tactile features designed to guide users during alignment. Because the first section corresponds to the support footprint of the piece of furniture, the dimensional markings are indicative of the dimensions of the first section and the respective support footprint of the furniture to be placed in the first section.

[0017] These position instructions are particularly useful in ensuring that furniture is not only placed accurately but also oriented correctly relative to the room's layout (300 in FIG. 7). The layout represents the organized and intentional placement of the first section and second section in relation to one another on the common backing material. the term “layout” refers to the spatial arrangement and configuration of the first section and the second section on the carpet system. The layout defines the overall design or pattern that is formed by the distinct regions of the carpet system, with each region being characterized by specific structural or physical attributes, such as pile height, dimensions, and spatial relationships relative to one another. This feature is beneficial in commercial applications such as hotels, where furniture positioning must meet predefined standards for aesthetics and functionality. By integrating these advanced indicators, the system reduces setup time, minimizes errors, and enhances the consistency of room arrangements, making it a practical and efficient solution for high-turnover environments.

[0018] Additional aspects of the disclosed embodiment will be set forth in part in the description which follows, and in part will be obvious from the description, or may be learned by practice of the disclosed embodiments. The aspects of the disclosed embodiments will be realized and attained by means of the elements and combinations particularly pointed out in the appended claims. It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the disclosed embodiments, as claimed.BRIEF DESCRIPTION OF THE DRAWINGS

[0019] The accompanying drawings, which are incorporated in and constitute part of this specification, illustrate embodiments of the disclosure and together with the description, explain the principles of the disclosed embodiments. The embodiments illustrated herein are presently preferred, it being understood, however, that the disclosure is not limited to the precise arrangements and instrumentalities shown, wherein:

[0020] FIG. 1 is a perspective view of a carpet system with environmental subject matter, according to an example embodiment.

[0021] FIG. 2 is a top view of the carpet system, according to an example embodiment.

[0022] FIG. 3 is a bottom view of the carpet system, according to an example embodiment.

[0023] FIG. 4 is a side view of the carpet system showing a first transition between a first section and a second section of the carpet system, according to an example embodiment.

[0024] FIG. 5 is a side view of the carpet system showing a second transition between the first section and the second section of the carpet system, according to an example embodiment.

[0025] FIG. 6 is a perspective view of the carpet system, according to an example embodiment.

[0026] FIG. 7 is a top-down view of a layout of the carpet system having a plurality of sections for receiving a plurality of furniture pieces, according to an example embodiment.

[0027] Like reference numerals refer to like parts throughout the various views of the drawings. The figures are drawn to scale.DETAILED DESCRIPTION

[0028] The following detailed description refers to the accompanying drawings. Whenever possible, the same reference numbers are used in the drawings and the following description to refer to the same or similar elements. While disclosed embodiments may be described, modifications, adaptations, and other implementations are possible. For example, substitutions, additions, or modifications may be made to the elements illustrated in the drawings, and the methods described herein may be modified by substituting reordering or adding additional stages or components to the disclosed methods and devices. Accordingly, the following detailed description does not limit the disclosed embodiments. Instead, the proper scope of the disclosed embodiments is defined by the appended claims.

[0029] The disclosed embodiments improve upon the problems with the prior art by providing a system that incorporates predefined sections on a common backing material to guide the placement and orientation of furniture. These sections are visually and tactilely distinguishable, offering clear indications of predefined positions and orientations for various pieces of furniture. An important aspect of the system is the integration of distinct transitions in pile height or boundary markings, such as changes in color, texture, or pattern, to further assist in furniture alignment. Another inventive aspect is the inclusion of optional raised indicators, which may provide detailed position instructions, such as the center of placement, the direction the furniture should face, or the precise locations for support feet. By optimizing material use, eliminating wasted rug areas that remain hidden under furniture, and incorporating stability-enhancing features to prevent movement, the disclosed system addresses longstanding inefficiencies, safety concerns, and operational challenges in commercial and residential settings.

[0030] Referring now to the Figures, FIG. 1 and FIG. 2 illustrate a carpet system (100) according to an example embodiment. The carpet system (100) includes a common backing material (110), which serves as the base layer upon which other elements are formed. A first section (120) is provided on the common backing material (110). The first section (120) has a continuous, first pile height (123), a predefined length (121), and a predefined width (122). The first section (120) is configured to correspond to the support footprint (210) of a piece of furniture (200), such as the bed (200) shown in dashed lines for environmental context.

[0031] The term “support footprint of a piece of furniture” refers to the area of contact or the spatial region on a supporting surface, such as a floor, that bears the weight of the furniture through its structural support elements, such as legs, base, or other support members. Specifically, the support footprint encompasses the geometric arrangement and boundaries of the points of contact between the furniture and the supporting surface. For example, in a chair with four legs, the support footprint would be defined by the spatial positions of the ends of the legs in contact with the ground. This area could be described as either the total area enclosed by connecting those points or the actual areas of contact between the supporting members and the floor. The support footprint interacts within a furniture system by defining the stability, load distribution, and usability of the furniture. For instance, a wider footprint generally provides greater stability, reducing the likelihood of tipping, while a smaller footprint may allow for easier placement in confined spaces. For a bedframe, as shown in FIG. 1, the “support footprint” refers to the area of contact between the bedframe's support structures, such as its legs, rails, or base, and the floor on which it rests. Specifically, the support footprint is defined by the positions and arrangement of the points or regions where the bedframe interfaces with the floor, distributing the weight of the frame and the mattress, as well as any additional loads such as occupants or bedding.

[0032] A second section (130) is formed on the common backing material (110). The second section (130) has a second pile height (131) that is substantially greater than and contiguous to the first pile height (123). The second section (130) extends outward from the first section (120) to define a surrounding region (140) that encompasses at least two sides of the first section (120). In the embodiment shown in FIG. 1, the surrounding region (140) forms a U-shaped configuration around the first section (120), leaving one side of the first section (120) exposed.

[0033] The surrounding region (140) is formed by the second section (130) and provides a visually and tactilely distinct boundary around the first section (120). This region is characterized by a second pile height (131) that is substantially greater than a first pile height (123) (See FIGS. 4 and 5), creating a clear delineation between the furniture placement zone and the surrounding carpeted area. The surrounding region (140) serves both functional and aesthetic purposes by enhancing the system's usability and providing an attractive design element to complement the furniture placement.

[0034] In various embodiments, the surrounding region (140) may feature different patterns, textures, or designs to further enhance its visual appeal and functionality. These patterns or designs may include geometric shapes, decorative motifs, or contrasting colors, which not only improve the carpet's aesthetic appeal but also provide additional guidance for furniture alignment. For example, directional patterns could indicate the correct orientation of the furniture, while symmetrical designs may emphasize the centrality of the placement zone.

[0035] The surrounding region (140) can take on multiple configurations. In one embodiment, it may fully enclose the first section, creating a continuous boundary that surrounds the furniture placement zone that is the first section. In another embodiment, it may form a u-shaped boundary, leaving one side of the first section defined by a perimeter edge (180) of the carpet system such that in installation, the first section is configured to be placed along a wall or other room boundary. The term “perimeter edge” of the carpet system refers to the outer boundary or margin of the carpet where the material terminates and transitions to another surface or space. This edge defines the physical limits of the carpet and can include, for example, the interface between the carpet and surrounding flooring, walls, thresholds, or other structures. Additionally, the surrounding region may only partially enclose the first section, covering at least two sides while the remaining side aligns with a perimeter of the carpet system for integration into a specific room layout. For example, a first section that is in a corner of the carpet may have the first section adjacent to two perimeter edges of the carpet system and the remainder of the first section enclosed by the surrounding area that is the second section.

[0036] The surrounding region (140) not only defines the boundaries of the first section (120) but also enhances the carpet's overall aesthetic appeal by incorporating plush, high-pile materials and visually appealing designs. It is seamlessly integrated with the first section through the interface (150), ensuring durability and maintaining the spatial integrity of the carpet system during use. By combining functional boundaries with customizable patterns and designs, the surrounding region (140) provides a practical and versatile solution for furniture alignment and interior décor.

[0037] The interface (150) between the first section (120) and the second section (130) is configured to include a transition in pile height. The transition may be abrupt, forming a step transition, or gradual, allowing the pile height to taper smoothly between the first section (120) and the second section (130). The term “pile height” refers to the measurement of the length of the fibers or loops of material extending above the backing of a textile product, such as a carpet, rug, or upholstered fabric. It is typically measured from the backing material to the top of the fibers or loops, and it is often expressed in units of length, such as millimeters or inches. Additionally, boundary markings (160) may be included at the interface (150). These markings can consist of changes in color, texture, or pattern, which provide a visual and tactile distinction to guide furniture alignment.

[0038] The common backing material (110) serves as the foundational layer of the carpet system, providing structural support for the various sections formed upon it. As shown in FIG. 3, which illustrates a bottom view of the carpet system, the common backing material (110) is a durable, flexible sheet that underlies the pile materials of the first section (120) and the second section (130). The backing material extends across the entire carpet system, ensuring that the first and second sections remain securely integrated and maintaining the overall structural integrity of the system.

[0039] Specifically, the common backing material (110) may be composed of woven fabric, synthetic polymers, rubberized composites, or other durable materials selected for their wear resistance, flexibility, and ability to support affixed pile materials. In FIG. 3, the backing material is depicted as a continuous layer with optional features such as a textured or adhesive underside (145) to enhance grip and stability when the carpet system is placed on flooring surfaces. These features prevent shifting or movement during use, particularly under heavy furniture loads.

[0040] Within the carpet system, the backing material plays a critical role in ensuring a seamless transition between the first section (120) and the second section (130). It provides a stable platform for varying pile heights and preserves the spatial integrity of the predefined layout, even under repeated use or weight from furniture. This integration of the backing material enhances the system's functionality, preventing deformation or separation between sections.

[0041] The common backing material can be manufactured through techniques such as lamination, weaving, or extrusion, depending on the material and design requirements. For instance, as illustrated in FIG. 3, a non-woven polymer sheet may be laminated with a high-friction adhesive layer to improve stability, or a woven fabric may be reinforced with rubberized coatings to enhance durability. These manufacturing processes allow the backing material to meet the specific needs of the carpet system while ensuring long-term reliability and performance.

[0042] Compared to prior art, the inclusion of a robust common backing material that forms a unitary carpet or unified carpet system having the first section and the second section improves the carpet system's stability and usability. It provides the second section that is contiguous to the first section to improve over the prior art by minimizing issues such as rug misalignment or movement, which are common in conventional designs, and provides a reliable foundation that supports precise transitions in pile height between the first and second sections. By addressing these issues, the backing material ensures the carpet system remains fixed in place and performs effectively in both residential and commercial settings.

[0043] The first section (120) is designed to correspond to the footprint of a piece of furniture. Generally, it consists of a region with a substantially continuous first pile height and predefined dimensions, such as length and width. The term “substantially continuous pile height” refers to a pile height that is generally uniform across a section of the carpet system, with only minor variations that do not materially impact its functionality or appearance. This allows for slight deviations that may arise due to manufacturing tolerances, material properties, or textural features, while ensuring the pile height remains consistent enough to serve its intended purpose. In the context of the disclosed invention, the substantially continuous pile height ensures that the first section provides a stable and level surface to support the footprint of furniture, preventing any rocking or instability caused by uneven surfaces. Similarly, in the second section, a substantially continuous pile height contributes to a uniform aesthetic and tactile experience, maintaining the visual and functional integrity of the carpet system.

[0044] Specifically, the first section (120) can be configured to match the support footprint of a particular piece of furniture, such as the legs or base of a bed (200), as shown in FIG. 1. It may feature a low-pile material, which can include natural or synthetic fibers like nylon, polyester, or wool, or it may consist of an exposed backing material in cases where the rug is intended to reduce material waste under furniture.

[0045] Within the system, the first section (120) acts as a designated placement zone for furniture, ensuring that the layout remains consistent and aligned with the intended configuration. This section interacts seamlessly with the second section (130) by forming a distinct boundary or interface, which helps users visually or tactilely identify the proper placement zone. The first section (120) can be manufactured by weaving or tufting pile materials directly onto the common backing material (110) or by adhering pre-fabricated pile panels. Compared to traditional rug designs, this first section optimizes material usage by avoiding unnecessary high-pile materials under furniture, reducing waste, and enhancing the system's cost-effectiveness in commercial applications.

[0046] The second section (130) surrounds the first section (120) and features a second pile height (131) that is substantially greater than that of the first section and is contiguous to the first section. In a general sense, the second section serves as a decorative and functional border to the first section. Specifically, the second section (130) extends outward to form a surrounding region (140) that may encompass two or more sides of the first section, such as the U-shaped configuration illustrated in FIG. 1.

[0047] The term “substantially greater” in the context of the second section's pile height compared to the first section means that the difference in pile height between the two sections is significant enough to serve a functional and perceptible purpose. Specifically, the second section's pile height is designed to be notably taller than the first section's pile height, creating a clear and intentional distinction between the two regions. This distinction is not merely decorative or incidental, as might be found in patterned rugs with varying pile heights; rather, it is functionally integrated into the carpet system to provide both visual and tactile guidance for furniture placement and orientation.

[0048] The second section's “substantially greater” pile height is sufficient to create a perceptible physical boundary around the first section, aiding users in identifying the furniture placement zone without ambiguity. This difference is intentional and uniform across the system, ensuring that it serves its guiding purpose effectively. The second section's increased pile height also enhances comfort and visual appeal in areas of the carpet intended for interaction, such as walking or lounging zones, while the lower pile height of the first section optimizes material use under furniture.

[0049] This difference in pile height can be achieved through manufacturing processes such as tufting or weaving, where fibers of different lengths are inserted into the backing material. The second section may use materials like high-pile synthetic fibers or looped textures that are several millimeters taller than the pile in the first section. For example, while the first section might have a pile height of 2 mm for structural support, the second section could have a height of 10 mm or more, creating a distinct and purposeful contrast.

[0050] In comparison to prior art, which might feature patterns or aesthetic designs with minor or arbitrary variations in pile height, the “substantially greater” pile height of the second section in this system is functionally significant. It is not merely a design choice but a practical feature that enhances the system's usability by clearly defining spatial zones and guiding furniture placement. This feature eliminates the ambiguity seen in patterned rugs and ensures a consistent and functional distinction between sections of the carpet system.

[0051] The term “contiguous” in the context of the second section being contiguous to the first section means that the two sections are directly adjacent to one another without any intervening gaps, spaces, or structural elements. This ensures that the first section and the second section are physically connected, forming a unified and continuous surface across the carpet system. The boundary where the two sections meet, referred to as the interface (150), provides a seamless transition, either through a step change in pile height or a gradual taper, depending on the embodiment. The contiguous nature of the sections ensures that the predefined layout remains cohesive, with the second section forming a surrounding region around the first section. This physical connection is critical for maintaining the structural integrity of the carpet system and for providing a clear visual and tactile distinction between the furniture placement zone (first section) and the surrounding area (second section). Compared to prior art that may include disjointed or decorative elements that are not directly adjacent, the contiguity of the sections in this system reinforces its functionality, enabling precise furniture placement and a consistent aesthetic appearance. This design eliminates potential misalignment or visual ambiguity that could arise from non-contiguous layouts, ensuring the carpet system performs effectively and reliably in both residential and commercial settings.

[0052] The second section (130) interacts with the first section by defining the boundaries of the furniture placement zone and creating a visual and tactile distinction that helps guide furniture alignment. This section can be composed of high-pile fibers such as shag or looped textures, designed to provide aesthetic appeal and comfort for areas of the rug that remain exposed and accessible. The second section (130) is typically manufactured using tufting, weaving, or cutting processes, with the pile material affixed directly to the common backing material (110).

[0053] The piece of furniture placed in the first section is designed to fit snugly within the boundaries of the first section, aligning precisely with its predefined length and width. This snug fit ensures that the furniture is properly positioned and supported by the underlying carpet system. In some embodiments, the second section, with its substantially greater pile height, may extend upward along the edges of the furniture, giving the appearance of a fluffy, plush carpet surrounding the furniture. This configuration enhances the visual appeal of the carpet system by creating a cohesive and luxurious aesthetic, where the furniture appears integrated into the design of the carpet. The upward extension of the second section also helps conceal the interface between the furniture and the carpet, providing a polished, seamless look.

[0054] The second section (130), which surrounds the first section (120), rises to a higher pile height and may extend slightly upward onto the edges of the furniture placed in the first section. This creates a snug fit that stabilizes the furniture and enhances the overall aesthetic by giving the appearance of a plush, integrated carpet. The second section (130) further provides a soft, fluffy texture in areas not covered by furniture, maintaining both comfort and visual appeal.

[0055] In an alternative embodiment of the system, the first section (120) may be substantially devoid of traditional pile material and consist only of the exposed, common backing material (110). In this configuration, the indicator (170) may still be included to define the furniture placement zone. This embodiment optimizes material usage by eliminating unnecessary pile in areas hidden beneath furniture while maintaining the functionality and usability of the indicator. The interface (150) between the first section and the second section remains distinct, ensuring the boundary is clear even without a pile material in the first section.

[0056] In another embodiment, the first section may be substantially devoid of traditional carpet pile and instead consist solely of the common backing material. In this configuration, the first section is defined by the underlying structural layer, such as a woven fabric, synthetic polymer, or rubberized composite. This approach optimizes material usage by eliminating unnecessary pile under furniture, which typically remains hidden and unused. The boundary between the first section and the second section remains distinct, either through a change in texture, color, or pattern, or by the abrupt transition from the exposed backing to the high-pile second section. This embodiment is particularly advantageous in commercial applications, such as hotels, where cost efficiency and material conservation are critical. The exposed backing provides a stable and durable surface for supporting the furniture, while the second section maintains the carpet's aesthetic and functional appeal in the visible and interactive areas of the room.

[0057] The interface (150) between the first section (120) and the second section (130) is an essential feature of the carpet system, providing a defined transition zone where the pile height changes. As illustrated in FIG. 4, the interface (150) may include a step transition, where the pile height changes abruptly, creating a distinct edge between the first section (120) and the second section (130). This sharp distinction enhances the tactile and visual boundaries of the furniture placement zone, making it immediately apparent to the user. Alternatively, as shown in FIG. 5, the interface (150) may include a gradual transition, where the pile height tapers smoothly from the first section (120) to the second section (130). This gradual transition provides a more seamless appearance, reducing potential tripping hazards and offering a subtle aesthetic effect while maintaining functionality.

[0058] The interface (150) plays a critical role in the carpet system by reinforcing the spatial distinction between the furniture placement zone (first section) and the surrounding region (second section). The interface is the physical or perceptual boundary where the first section, with its lower or substantially different pile height, meets the second section, characterized by its higher pile height. It ensures that the two sections remain distinct in their appearance and tactile properties, while still forming a unified structure. Its visual and tactile features assist users in aligning furniture precisely, ensuring accurate placement without the need for additional tools or measurements. Furthermore, the interface contributes to the overall aesthetic appeal of the carpet system, creating a polished and cohesive appearance.

[0059] This interface is manufactured by carefully controlling the pile height during tufting or weaving processes. The interface may include a step transition, where the pile height changes abruptly at the boundary, or a gradual transition, where the pile height tapers smoothly from the first section to the second section over a defined zone. In addition, the interface can incorporate boundary markings, such as changes in color, texture, or pattern, to further enhance its visual and tactile distinction. For a step transition, pile heights are adjusted sharply at the boundary, while for a gradual transition, pile heights are tapered incrementally over a defined zone. Boundary markings (160), such as contrasting colors, patterns, or textures, may be integrated into the interface to further enhance its distinctiveness. These markings can be achieved through dye sublimation, embroidery, or the inclusion of textured yarns.

[0060] Compared to conventional rugs, which often lack defined zones or transitions, this interface addresses challenges associated with imprecise furniture alignment and inconsistent room layouts. The distinct transitions—whether step or gradual—provide clear and functional boundaries that improve usability, aesthetic integration, and safety, ensuring the carpet system is versatile and effective across various applications.

[0061] Referring now to FIG. 6, a perspective view of the carpet system (100) is shown according to an example embodiment. The carpet system (100) features a first section (120) formed on a common backing material (110), surrounded by a second section (130) with a substantially greater pile height. The second section (130) forms a u-shaped configuration around the first section (120), leaving one side of the first section open to facilitate placement along a room boundary or wall. The interface (150) between the first section (120) and the second section (130) is shown as a step transition, providing a distinct visual and tactile boundary that delineates the furniture placement zone.

[0062] In certain embodiments, such as shown in FIG. 6, the carpet system may include an indicator (170) within the first section (120). The first section is a predefined position for a furniture piece and, in this example embodiment, is dimensioned to the support footprint of a bedframe.

[0063] The indicator is a visual, tactile, or both visual and tactile element integrated into the first section of the carpet system to provide guidance for furniture placement and orientation. The indicator serves as a spatial marker, ensuring that furniture is aligned and positioned correctly within the predefined layout of the carpet system. The indicator is a raised element or recessed element within the predefined position within the first section of the carpet system. It comprises at least one of the following features: (i) text identifying a type of furniture configured to be placed on the first section (e.g., “Bed,”“Chair,” or “Table”), (ii) graphical representations of the furniture type (such as an outline or icon of the furniture), and (iii) dimensional markings specifying the length and width of the predefined position. The raised indicator is coupled to the first section to provide a tactile guide, ensuring that users can perceive the placement zone both visually and by touch.

[0064] This indicator serves as an integral part of the carpet system by providing specific, unambiguous guidance for furniture placement. The raised or recessed nature of the indicator ensures that it remains durable and perceptible under repeated use or the weight of furniture. It also enhances the accessibility of the system, allowing users with visual impairments to align furniture accurately using tactile feedback. By incorporating features such as text, graphical representations, or dimensional markings, the indicator not only communicates the intended furniture type but also specifies its proper positioning and orientation.

[0065] The indicator can be manufactured through processes such as embossing, shaving, tufting, or printing, depending on the design and intended application. For example, raised elements could be tufted from durable fibers into the desired shape, or embossed directly onto the backing material for a long-lasting tactile feature whereas recessed elements may be shaved from the material of the first section in the design of the indicator. The materials used for the indicator may include high-strength fibers, rubberized embossing, or printed inks resistant to wear.

[0066] Compared to prior art, which often lacks functional markers for furniture placement, the indicator offers a practical solution for ensuring precision and consistency in furniture alignment. This feature not only improves usability but also addresses accessibility and efficiency challenges, making the carpet system a robust and versatile solution for residential and commercial applications.

[0067] As shown in FIG. 6, the indicator (170) is represented as an icon of a bed, providing visual guidance to users regarding the type and positioning of the furniture intended to be placed in the first section. In one embodiment, the indicator (170) may also include additional features such as text, graphical representations, or dimensional markings to further specify the alignment and orientation of the furniture. For example, the indicator may communicate the exact location of the furniture's support feet, the center of the furniture placement, or the direction the furniture should face, enhancing precision during setup.

[0068] The inclusion of the indicator (170) also significantly improves commercial efficiency by reducing the time and effort required for furniture arrangement in settings such as hotels, conference centers, and other commercial spaces. By providing clear and unambiguous guidance for furniture placement, the indicator minimizes the reliance on manual measurements or trial-and-error alignment, enabling quicker and more consistent setups. This streamlined process not only reduces labor costs associated with room preparation but also ensures that furniture layouts meet uniform standards, enhancing the overall appearance and functionality of commercial spaces. Additionally, by eliminating misalignments and the need for corrections, the indicator helps maintain operational efficiency, especially in high-turnover environments where speed and accuracy are critical.

[0069] Furthermore, the indicator ensures that the proper type of furniture is placed in the designated section, preventing mismatched furniture arrangements that could disrupt the intended room design. For example, an icon of a bed clearly communicates that the first section is designated for bed placement, avoiding potential errors during setup. Additionally, the use of graphical representations and universal symbols crosses language barriers, making installation intuitive and efficient in diverse commercial environments with international staff or clientele. This adaptability further enhances the usability and practicality of the carpet system in a wide range of settings.

[0070] By combining the functionality of the indicator (170) with the structural features of the first section (120), second section (130), and interface (150), the carpet system provides a practical and efficient solution for furniture placement.

[0071] Referring now to FIG. 7, a carpet system (100) configured to accommodate multiple pieces of furniture is shown. The carpet system (100) includes a common backing material (110), upon which the various sections and features are formed to create a cohesive and functional system for guiding furniture placement.

[0072] A plurality of first sections (120a, 120b, 120c, 120d, 120e, 120f, and 120g) is shown on the common backing material (110). The first sections each have a pile height that is substantially continuous between the surrounding region, a first predefined length, and a first predefined width. Each of the first sections corresponds to the support footprint of a first piece of furniture, such as the full-size bed to be disposed in first section (120a). The predefined dimensions of the first sections may be marked and associated with an indicator (170a). For example, the indicator in first section (120a) includes text (“Full Bed 54 in.×75 in.”) and a graphical representation of a bed. The indicator (170a) provides both visual and tactile guidance, ensuring the accurate alignment and placement of the bed within the predefined position.

[0073] Similarly, another first section, such as first section (120b) is also formed on the common backing material (110). Said first section (120b) also has a substantially continuous first pile height, a second predefined length, and a second predefined width. This section corresponds to the support footprint of a second piece of furniture, such as a table. Like the first section (120a), this section is associated with an indicator (170b), which features a graphical representation of a table to communicate the intended furniture type and placement zone.

[0074] The carpet system also includes a second section (130), which is contiguous with both each of the first sections (120a, 120b, 120c, 120d, 120e, 120f, and 120g). This second section (130) has a second pile height that is substantially greater than the first pile height, creating a clear and tactile distinction between the furniture placement zones and the surrounding carpeted areas. The second section (130) extends outward from each of the first and second sections, forming a surrounding region (140) that encloses a substantial portion of each section. In the embodiment shown in FIG. 7, the second section (130) is configured to form a U-shaped region that substantially surrounds the first section (120a) and encloses the first section (120b), while leaving at least one side of the first section (120a) aligned with a perimeter edge of the carpet system for accessibility and alignment with the room layout.

[0075] The combination of the plurality of first sections and the second section defines the layout. The layout of the carpet system is a predefined arrangement of sections on the common backing material (110) that guides the placement and orientation of furniture. The layout is visually and tactilely distinguishable, ensuring that users can intuitively identify the intended furniture placement zones and align furniture accurately. This configuration is defined by the first section (120), which corresponds to the support footprint of a specific piece of furniture, and the second section (130), which creates the surrounding region (140) with a substantially greater pile height. The layout integrates these sections seamlessly, using interfaces (150) with transitions in pile height or boundary markings to clearly delineate the zones.

[0076] The layout is versatile and can accommodate various configurations depending on the intended application. For instance, it may include multiple first sections, each corresponding to different pieces of furniture, such as beds, tables, or seating arrangements. These sections are strategically positioned within the layout to define the spatial organization of a room. Additionally, indicators (170) within the layout provide further guidance, such as text, graphical representations, or dimensional markings, to specify the type, size, and orientation of the furniture intended for each section.

[0077] The layout ensures consistency and precision in furniture placement, making it particularly advantageous in commercial environments like hotels, where uniform room arrangements are essential. By visually and tactilely guiding furniture alignment, the layout reduces setup time, minimizes errors, and enhances operational efficiency. Furthermore, the customizable design of the layout allows for integration with various interior styles, making the carpet system both functional and aesthetically adaptable. Compared to traditional rugs, which lack predefined spatial arrangements, the layout of this carpet system offers a practical and innovative solution for organizing furniture within a room.

[0078] The interface (150) between the plurality of first sections and the second section is defined by a transition between the continuous first pile height and the greater pile height of the third section. This interface may include boundary markings (160), such as a distinct change in color, texture, or pattern, which further enhances the visual and tactile distinctiveness of the layout. These markings help users intuitively identify and align furniture with the predefined zones.

[0079] In addition to its structural and visual features, the layout of the carpet system is carefully configured to guide furniture placement for both the first piece of furniture (e.g., the bed) and the second piece of furniture (e.g., the table). The indicators (170) enhance this functionality by providing clear instructions regarding the type, position, and orientation of the furniture. The raised nature of the indicators ensures tactile accessibility, making the system intuitive to use even in settings where language barriers exist or for individuals with visual impairments.

[0080] Although the subject matter has been described in language specific to structural features and / or methodological acts, it is to be understood that the subject matter defined in the appended claims is not necessarily limited to the specific features or acts described above. Rather, the specific features and acts described above are disclosed as example forms of implementing the claims.

Claims

1. A carpet system comprising:a common backing material;a first section formed on the common backing material, the first section having a continuous first pile height, a first predefined length, and a first predefined width, the first section corresponding to a first support footprint of a first piece of furniture;a second section formed on the common backing material, the second section having a second pile height that is substantially greater than and contiguous to the continuous first pile height;a u-shaped region defined by the second section that substantially surrounds the first section; anda layout defined by the first section and the second section, the layout being configured to indicate a predefined position for placement of the first piece of furniture;wherein the layout is visually and tactilely distinguishable on the carpet system to guide placement of the first piece of furniture on the first section.

2. The carpet system of claim 1 further comprising an interface between the first section and the second section having a boundary marking comprising at least one of a distinct change in pile height, color, texture, and pattern.

3. The carpet system of claim 2, wherein the layout comprises a plurality of first sections configured to indicate a plurality of predefined positions for placement of a plurality of pieces of furniture.

4. The carpet system of claim 3, wherein the first section is the common backing material.

5. The carpet system of claim 3, wherein the interface between the first section and the second section comprises a step transition in pile height.

6. The carpet system of claim 3, wherein the interface between the first section and the second section comprises a gradual transition in pile height.

7. A carpet system comprising:a common backing material;a first section formed on the common backing material, the first section having a first continuous pile height, a predefined length, and a predefined width, the first section being configured to correspond to a support footprint of a first piece of furniture;a second section formed on the common backing material, the second section having a second pile height that is substantially greater than and contiguous to the first continuous pile height, the second section extending outward from the first section to define a surrounding region of the first section;a layout defined by the first section and the second section, the layout being configured to indicate a predefined position for placement of the first piece of furniture; andan interface between the first section and the second section comprises a transition between the first continuous pile height and the second pile height.

8. The carpet system of claim 7, wherein the surrounding region substantially surrounds the first section.

9. The carpet system of claim 7, wherein the surrounding region is a u-shaped region.

10. The carpet system of claim 7, wherein the surrounding region encloses at least two sides of the first section, and wherein at least one side of the first section is configured to align with a perimeter edge of the carpet system.

11. The carpet system of claim 7, wherein the interface between the first section and the second section includes a boundary marking comprising at least one of a distinct change in color, texture, and pattern.

12. The carpet system of claim 7, wherein the layout comprises a plurality of first sections configured to indicate a plurality of predefined positions for placement of a plurality of pieces of furniture.

13. The carpet system of claim 7, wherein the interface between the first section and the second section comprises a step transition in pile height.

14. The carpet system of claim 7, wherein the interface between the first section and the second section comprises a gradual transition in pile height.

15. A carpet system comprising:a common backing material;a first section formed on the common backing material, the first section having a substantially continuous first pile height, a first predefined length, and a first predefined width, the first section corresponding to a first support footprint of a first piece of furniture;a second section formed on the common backing material, the second section having the substantially continuous first pile height, a second predefined length, and a second predefined width, the second section corresponding to a second support footprint of a second piece of furniture;a third section formed on the common backing material and contiguous with the first section and the second section, the third section having a second pile height substantially greater than and contiguous to the substantially continuous first pile height;a layout defined by the first section and the second section, the layout being configured to indicate a predefined position for placement of the first piece of furniture and the second piece of furniture; andan interface between the first section and the second section comprises a transition between the substantially continuous first pile height and the second pile height;wherein the layout is visually and tactilely distinguishable on the carpet system to guide placement of the first piece of furniture and the second piece of furniture on the first section and the second section, respectively.

16. The carpet system of claim 15, wherein the third section forms a u-shaped region that substantially surrounds each of the first section and the second section.

17. The carpet system of claim 16, wherein the third section extends outward from each of the first section and the second section to form a surrounding region that encloses at a substantial portion of each of the first section and the second section, and wherein at least one side of each of the first section and the second section is aligned with a perimeter edge of the carpet system.

18. The carpet system of claim 17, wherein the interface between the first section and the second section includes a boundary marking comprising at least one of a distinct change in color, texture, and pattern.

19. The carpet system of claim 18, wherein the first section and the second section are defined by the common backing material.

20. The carpet system of claim 19, wherein the first section includes a raised indicator associated with the predefined position and comprising at least one of (i) text identifying a type of furniture configured to be placed on the first section; (ii) graphical representations of the type of furniture; and (iii) dimensional markings specifying a length and width of the predefined position, wherein the raised indicator is coupled to the first section to provide a tactile guide.

Images