SYSTEM AND METHOD FOR INTEGRATING BUILDING BLOCK ELEMENTS INTO OBJECTS

Abstract

A system for integrating building blocks with objects not traditionally intended for use with building blocks, comprising a recess formed in an object's surface to receive a building block element. The building block element is secured within the recess using a fastening mechanism. The system allows for versatile brick orientation, with studs facing forward for vertical stacking or outward for horizontal expansion. Applications include picture frames, furniture, and home decor accessories. The integration method maintains the object's primary function while adding customization and interactivity. This invention transforms everyday objects into dynamic, interactive pieces bridging childhood nostalgia and adult aesthetics.

Claims

1. A system for integrating building blocks with objects not traditionally intended for use with building blocks, comprising: a) an object having at least one surface; b) a recess formed in the at least one surface, the recess configured to receive a building block element; c) a building block element secured within the recess; and d) a fastening mechanism for securing the building block element within the recess.

2. The system of claim 1, wherein the object is selected from the group consisting of: a picture frame, furniture, a lighting fixture, a storage solution, and a home decor accessory.

3. The system of claim 1, wherein the recess is a dado cut along an edge of the object.

4. The system of claim 1, wherein the building block element is a Lego-compatible plate.

5. The system of claim 1, wherein the fastening mechanism is selected from the group consisting of: a pin inserted through a pre-drilled hole in the object and the building block element, and a two-part epoxy.

6. The system of claim 1, wherein the recess is configured to expose approximately half the thickness of the building block element.

7. The system of claim 1, wherein the building block element is oriented with studs facing forward to allow vertical stacking of additional building blocks.

8. The system of claim 1, wherein the building block element is oriented with studs facing outward to allow horizontal expansion of additional building blocks.

9. A method of manufacturing an object with integrated building block elements, comprising: a) forming a recess in at least one surface of the object;

10. The method of claim 9, wherein forming the recess comprises creating a dado cut along an edge of the object.

11. The method of claim 9, wherein securing the building block element comprises inserting a pin through a hole in the object and though a hole within the building block element.

12. The method of claim 9, further comprising selecting an orientation for the building block element to allow stacking of additional building blocks in a vertical or horizontal direction.

13. An object with integrated building block elements, comprising: a) a body having at least one surface; at least the one more studs building block element extend beyond the at least one surface to allow attachment of additional building blocks; and

14. The object of claim 13, wherein the object is a picture frame and the recess is formed along at least a portion of the frame that is substantially perpendicular to the at least one surface.

15. The object of claim 13, wherein the recess is configured to inset the building block.

16. The object of claim 13, wherein the fastening mechanism is selected from the group consisting of: a pin inserted through a hole in the object and the building block element, and a two-part epoxy.

17. The object of claim 13, wherein the building block element is oriented with studs facing forward to allow vertical stacking of additional building blocks.

18. The object of claim 13, wherein the building block element is oriented with studs facing outward to allow horizontal expansion of additional building blocks.

19. The system of claim 13, wherein the building block element is oriented with studs into an inferior aspect the object's surface exposing the underside of the building block element.

20. A method of manufacturing an object with integrated building block elements, comprising: a) forming a recess in at least one surface of the object;

21. The object of claim 13, wherein the object is a picture frame accessory and the recess is formed on the back face of the frame accessory.

22. The object of claim 13, wherein the recess is configured to inset the building block.

23. The object of claim 13, wherein securing the building block element comprises one of: inserting a pin through a hole in the object and a hole within the building block element, or applying a two-part epoxy within the recess.

24. The object of claim 13, wherein the object is selected from the group consisting of: a picture frame, furniture, a lighting fixture, a storage solution, and a home decor accessory.

25. A kit for creating an object with integrated building block elements, comprising: a) an object having at least one surface with a pre-formed recess;

Description

BRIEF DESCRIPTION OF THE FIGURES

[0021] FIG. 1 is a perspective view of a picture frame with integrated building block elements in an embodiment, showing the cut and Lego plate insertion.

[0022] FIG. 2 is a perspective view of an alternative exemplary embodiment of the building block integration system, illustrating the pinning method for securing the plate within the body.

[0023] FIG. 3 is a cross-sectional view of the system in an embodiment depicting the picture frame, plate, and attachment mechanism.

[0024] FIG. 4 is a perspective view of an alternative embodiment of the picture frame, showing Lego plates with studs facing outward for horizontal expansion.

[0025] FIG. 5 is a perspective view of an alternative embodiment of the system highlighting the attachment mechanism and building block plate placement within a recess.

DETAILED DESCRIPTION

[0026] The present invention relates to a novel system for seamlessly integrating building blocks, such as Lego-compatible bricks, into various objects that do not traditionally incorporate such elements. This system offers a unique combination of functionality, aesthetics, and customization options for a wide range of items, including but not limited to picture frames, furniture, lighting fixtures, storage solutions, and home decor accessories.

[0027] By addressing the challenge of incorporating playful, interactive elements into sophisticated adult spaces, this innovative approach allows for the tasteful integration of building blocks into everyday objects while maintaining their primary purpose and aesthetic appeal. The system employs carefully engineered design features, such as precisely calculated dado cuts or recessed areas, to accommodate building block plates or elements securely within the object's structure. This integration can be achieved with various orientations of the building block studs, allowing for vertical stacking, horizontal expansion, or even inlaid designs, thus providing users with multiple options for customization and creative expression across a diverse array of products.

[0028] In the preferred embodiment, the invention comprises a picture frame 100 with a specially designed perimeter that accommodates Lego-compatible bricks. This integration in an embodiment is achieved through a carefully engineered dado cut 101 along the frame's 100 edge, which allows for the secure placement of Lego plates. The dimensions of this dado cut 101 are precisely calculated to ensure that the Lego plates fit snugly, with half of their thickness recessed into the frame 100 and the other half protruding to allow for further brick attachment. One of the key features of this invention is its versatility in brick orientation. The frame 100 can be designed with Lego studs facing forward, allowing for vertical stacking of bricks on the frame's 100 face, or with studs of the Lego plate facing outward 106, as depicted in FIG. 4, enabling horizontal expansion of the design. This flexibility provides users with multiple options for customization and creative expression.

[0029] To ensure the stability and longevity of the Lego integration, the invention utilizes different fastening methods depending on the configuration. In embodiments where the plate is set in a dado cut with half of its thickness exposed, a pinning method is employed. This involves securing the Lego plates to the frame 100 using dowels 104 or pins inserted through pre-drilled holes 105 in the frame 100 and through a hole 103 in the Lego plate 102. For other configurations, such as flush-mounted inlays or outward-facing studs, the plates are affixed using a two-part epoxy, providing a secure and seamless bond without visible fasteners. The pinning process is designed to be efficient and cost-effective. Only the outermost stud of each Lego plate is pinned in accordance with an embodiment, which reduces material usage and manufacturing complexity.

[0030] The dowels 104 pierce through the center of the existing stud and pass through a pre-drilled aperture 105 placed in the frame 100 itself. This method of attachment provides a secure connection between the Lego plates and the frame 100, ensuring that the decorative elements remain firmly in place even with repeated use or when additional bricks are stacked on top.

[0031] The frame's 100 dimensions are calculated to align with standard Lego brick sizes, ensuring seamless integration and expandability. This consideration extends to the frame's 100 thickness in an embodiment, which is designed to accommodate additional Lego plates or bricks both above and below the initial layer. For example, in a concave frame profile, the frame 100 measures inches thick with a 3/16 inch dado, measuring 5/16 inches deep, at 13/32 inches from the back of the frame 100 and 9/32 inches from the face of the frame 100. This precise dimensioning allows for the stacking of three Lego building plates or one Lego building brick above the inserted plate, with the flat surface of the stacked building blocks aligning flush with the face of the frame 100.

[0032] Furthermore, the invention allows for building downwards as well. In the same concave frame profile example, the spacing allows for four Lego building plates or one Lego building plate and one Lego building brick to be added below the inserted plate. This design feature enables users to create three-dimensional designs that extend both outward from the frame 100 and inward towards the displayed image, offering unprecedented levels of customization and creative expression.

[0033] The materials used in the frame construction are selected in an embodiment to complement the Lego elements. While the frame body is typically made of wood, the invention allows for various materials that can be precisely machined to accommodate the Lego plates and pinning system. This flexibility in material choice ensures that the frame 100 can be adapted to suit different decor styles and personal preferences.

[0034] To further enhance the customization options, the invention includes the possibility of creating specialized Lego elements specifically designed for use with the frame 100. For example, customized 44 plates can be configured for placement in the corners of the frame 100. Additionally, in an exemplary embodiment the design allows for the incorporation of dynamic spinning Lego elements that can serve as fidget cubes in one or more corners of the frame 100, adding an interactive element to the decorative piece.

[0035] Embodiments of the invention also consider future expandability and alternative configurations. For instance, the frame 100 design allows for the possibility of creating an inset area where users could build and set a Lego kit inside the frame 100 itself. In this configuration, the studs of the Lego plates would face inward toward the frame 100, providing a unique display option for three-dimensional Lego creations within the context of a picture frame. This consideration extends to the frame's 100 thickness, which is designed to accommodate additional Lego plates or bricks both above and below the initial layer. This feature allows users to build outward from the frame 100 or inward towards the displayed image, offering unprecedented levels of customization.

[0036] Furthermore, the invention is not limited to a single design in its various embodiments. It encompasses various configurations, including frames with Lego integration limited to the corners, full perimeter coverage, and even options for inlaid Lego plates within a frame's 100 body. This range of designs caters to different aesthetic preferences and levels of desired customization.

[0037] An embodiment of the invention also provides flexibility in the orientation of the Lego studs. Frames can be designed with studs facing forward, allowing for vertical stacking of bricks on the frame's 100 face, or with studs facing outward, enabling horizontal expansion of the design.

[0038] In an exemplary configuration in accordance with an embodiment, one or more Lego plates 102 are inserted into a dado cut 101 along the frame's 100 edge, with half the thickness of the plate 102 exposed. This arrangement exposes a single row of studs facing toward the front of the frame 100. This design allows for vertical stacking of bricks on the frame's 100 face, enabling users to build outward from the frame 100 surface.

[0039] The frame's 100 thickness is specifically designed to accommodate this vertical stacking. For example, in a concave frame profile measuring inches thick, the spacing allows for three Lego building plates 102 or one Lego building brick to be added above the inserted plate 102. The flat surface of the stacked building blocks aligns flush with the face of the frame 100 in an embodiment, allowing for further brick stacking while maintaining a clean aesthetic.

[0040] This configuration provides several advantages, including that it allows for three-dimensional designs that protrude from the frame 100 surface. Users can also create dynamic, changeable decorations on the frame 100 face. Such configuration further enables the addition of specialized elements, such as customized 44 plates for corners or dynamic spinning Lego elements that can serve as fidget cubes.

[0041] In an embodiment, Lego plates 102 are arranged with the studs facing outward from the frame 100. The plates are recessed into a relief cut 101 around the full perimeter of the product and in accordance with an exemplary embodiment secured in place using a two-part epoxy, exposing only the studs for building. This configuration enables horizontal expansion of the design, allowing users to build laterally from the frame's 100 edges.

[0042] The outward-facing stud design offers unique possibilities. It allows for seamless integration with other Lego constructions adjacent to the frame 100. Users can create wider, more expansive designs that extend beyond the frame's 100 original dimensions. Such exemplary configuration provides opportunities for interconnecting multiple frames 100 using Lego bricks, creating larger, modular display arrangements.

[0043] Both exemplary configurations are designed with precise dimensional considerations to ensure compatibility with standard Lego brick sizes. The frame thickness and dado cut 101 dimensions are carefully calculated to allow for additional Lego plates 102 or bricks to be added both above and below the initial layer, regardless of the stud orientation.

[0044] These flexible design options cater to different aesthetic preferences and levels of desired customization. Users can choose between creating protruding 3D designs on the frame 100 face or expanding their creations outward from the frame 100 edges, depending on their creative vision and the intended display context. Additionally, the system in various embodiments allows for variations in the depth of integration, from surface-mounted Lego plates 102 to fully recessed designs where only the studs are exposed.

[0045] By offering this diverse array of configurations, an embodiment allows users to choose the level of Lego integration that best suits their personal taste and decor needs, while still maintaining the functionality and aesthetic appeal of a traditional picture frame.

[0046] The materials used in the frame 100 construction are carefully selected to complement the Lego elements. While the frame 100 body is typically made of wood, the invention allows for various materials that can be precisely machined to accommodate the Lego plates 102 and pinning system.

[0047] This flexibility in material choice ensures that the frame 100 can be adapted to suit different decor styles and personal preferences.

[0048] In essence, the preferred embodiment of the invention transforms an object such as the traditional static picture frame into a dynamic, interactive piece of home decor. It bridges the gap between childhood nostalgia and adult aesthetics, offering a sophisticated solution for incorporating beloved building block elements into everyday living spaces. The frame 100 serves not only as a display for cherished images but also as a canvas for ongoing creativity, allowing users to continually modify and personalize their decor.

[0049] Aspects of the invention in various embodiments comprise several additional use cases and configurations for the Lego integration system, including the following examples.

[0050] Lego Corner splines with studs forward: In this configuration, Lego plates 102 are inserted into a dado cut 101 specifically at the corners of the product. The dado is designed to expose half the thickness of the plate 102, resulting in a single row of studs facing toward the front of the frame 100. This design allows for a subtle integration of Lego elements while maintaining a largely traditional frame appearance. The corner placement provides strategic points for customization without overwhelming the entire frame 100.

[0051] Lego Full wrapped inlay splines with studs facing outward: This design involves recessing Lego plates 102 into a relief cut 101 around the full perimeter of the product. The relief cut 101 is precisely engineered to expose only the studs, which face outward from the frame 100. This configuration enables users to build horizontally from the frame's 100 edges, creating expansive designs that extend beyond the original frame dimensions. The full perimeter coverage maximizes the potential for customization and allows for seamless integration with other Lego constructions adjacent to the frame 100.

[0052] Lego positive inlay with studs facing forward: In this exemplary configuration, Lego plates 102 are recessed into a relief cut 101 (an inset) within the body of the product. The plates are affixed within the inset using a two-part epoxy, exposing only the studs to accept additional Lego bricks. This design allows for the creation of unique patterns or designs within the frame 100 itself, rather than just along the edges. The forward-facing studs enable vertical stacking, allowing users to build three-dimensional designs that protrude from the frame 100 surface.

[0053] The inset configuration for building block elements in embodiments comprises various options for integrating these elements with objects in a flush or recessed manner. This approach allows for a seamless integration of building blocks with everyday objects while maintaining aesthetic appeal and functionality. The recess in the object can be engineered to accommodate the building block element in different ways, depending on the desired final appearance and functionality.

[0054] One method in embodiments comprises creating a fully recessed design where the recess in the object is slightly deeper than the full thickness of the building block element. This allows the entire building block, including its studs, to be fully recessed within the object's surface. The depth of the recess is precisely calculated to ensure that the top surface of the building block element, including its studs, is either flush with or slightly below the surrounding surface of the object. This creates a seamless integration while still allowing for the attachment of additional building blocks.

[0055] Another approach in embodiments comprises a partially recessed design with a flush surface. In this configuration, the recess is designed to accommodate the majority of the building block element's thickness, leaving only the studs exposed. The depth of the recess is calculated so that the top of the studs is exactly flush with the surrounding surface of the object. This creates a clean, integrated look while still providing the functionality of attaching additional building blocks.

[0056] In embodiments, a configuration comprises the negative inlay with embedded studs. This design involves recessing Lego plates 102 in a relief cut 101 within the body of the product, with the studs embedded into the product. The recess is engineered to be slightly deeper than the thickness of the building block element, including its studs. The building block is then inserted with the studs facing into the recess. This exposes the smooth underside of the building block, creating a completely flush surface with the object. This design exposes the receiving side of the plate 102 to accept additional Lego bricks. The exemplary approach allows for a flush surface on the frame 100 while still providing the ability to attach Lego elements. It offers a more subtle integration of Lego compatibility, suitable for users who prefer a cleaner aesthetic but still want the option for customization.

[0057] For applications where it's crucial that no element of the building block extends past the backside of the object's surface, in embodiments a shallow recess with a modified building block can be employed. In this configuration, the recess is designed to be shallower than the thickness of a standard building block element. A modified building block element is created by reducing its overall thickness, potentially by removing material from its underside. This modified element fits entirely within the shallow recess, ensuring no part extends beyond the backside of the object's surface. The top of the modified building block element, including its studs, can be flush with or slightly recessed from the object's surface.

[0058] An alternative approach for ensuring no part of the building block in embodiments extends beyond the backside of the object is the internal cavity design. Instead of creating a recess that goes all the way through to the backside of the object, an internal cavity is formed within the object's body. This cavity is accessed through an opening on the front surface of the object. The building block element is inserted into this internal cavity, ensuring that no part of it extends beyond the backside of the object. The depth of the cavity and the thickness of the remaining material on the backside of the object are carefully calculated to maintain the object's structural integrity while accommodating the building block element.

[0059] These various configurations for inset building block integration in embodiments cater to different aesthetic preferences and functional requirements. They provide options ranging from fully exposed studs to completely flush surfaces, allowing for customization while maintaining the integrity and appearance of the object. The choice of configuration can depend on factors such as the intended use of the object, the desired level of building block integration, and the aesthetic preferences of the user.

[0060] The invention in embodiments also extends beyond picture frames to include various other products:

[0061] Picture frame collages: The Lego integration system can be applied to multi-frame collages, allowing for interconnected designs across multiple frames. This enables users to create larger, modular display arrangements using Lego bricks to connect and decorate across frames.

[0062] Shadow box frames: By incorporating Lego-compatible elements into shadow box frames, users can create dynamic, three-dimensional displays. The added depth of shadow boxes provides more space for complex Lego constructions within the frame itself.

[0063] Coasters and Trivets: The invention in an embodiment can be applied to smaller household items like coasters and trivets. This allows for customizable and interchangeable decorative elements on these functional items, adding a playful touch to table settings.

[0064] Shelving: Integrating Lego-compatible elements into shelving units expands the customization possibilities for storage solutions. Users can add or modify compartments using Lego bricks, creating adaptable storage systems.

[0065] Plaques: Lego integration in plaques allows for customizable and changeable award or recognition displays. Recipients in an example personalize their plaques with Lego elements that represent their achievements or interests.

[0066] Cutting boards: For cutting boards and objects comprising similar characteristics or elements, an embodiment of the invention proposes using resin to encase Lego elements, ensuring food safety while still allowing for decorative customization.

[0067] This approach maintains the functional aspect of the cutting board while adding a unique design element.

[0068] Fidget blocks: In an embodiment the invention is applied to create standalone fidget blocks, incorporating Lego elements for tactile and visual stimulation. This application extends the interactive nature of the invention beyond purely decorative purposes.

[0069] For all these applications, in various embodiments the invention employs similar pinning methods to secure the Lego plates 102:

[0070] For spline configurations, pins are inserted from the underside of the product through the center of each corner stud of every inserted Lego plate 102. Wood-based dowels 104 in an embodiment are driven through drilled holes 105 in the frame and Lego plate 102 stud, secured with wood-based adhesive for a permanent bond.

[0071] For inlay configurations, an embodiment of the invention proposes using Lego Technique plates with predefined holes between the studs of a Lego component 103. Wedged pins or dowels 104 are driven through the outermost plate holes 103 to secure the plate to the product, again using wood-based adhesive for a permanent bond. An alternative proposal utilizes standard Lego plates affixed with the dado groove using a 2-part epoxy. In accordance with exemplary embodiments, for inlay and flush-mount configurations, the building block plates are secured using a two-part epoxy. This method provides a strong, permanent bond that secures the plate within the recess without the need for pins or dowels, creating a clean and seamless appearance.

[0072] These various applications and configurations demonstrate the versatility and adaptability of the Lego integration system, allowing for its use across a wide range of home decor and functional items while maintaining the core principles of customization, interactivity, and aesthetic appeal.

[0073] In each of these applications, the core principle remains the same: creating a secure, precisely engineered integration point for building blocks within objects that were not originally designed for such purposes. This is achieved through careful consideration of the object's dimensions, functionality, and aesthetic requirements, combined with the standardized dimensions of Lego bricks and plates 102.

[0074] A key aspect of the invention in various embodiments is that it that allows for the integration of building blocks with objects not traditionally intended for use with building blocks. Another comprises the carefully engineered design features that accommodate building block elements securely within the object's structure. This integration is achieved through several methods, each tailored to the specific object and desired level of customization.

[0075] For embodiments pertaining to picture frames, the primary method involves creating a precisely calculated dado cut 101 along the frame's edge. This dado cut 101 is designed to securely hold Lego plates 102, with half of the plate's 102 thickness recessed into the frame 100 and the other half protruding. The dimensions of the dado cut 101 are meticulously calculated to ensure a snug fit for the Lego plates 102 while maintaining the frame's 100 structural integrity.

[0076] The methods of use for these integrated objects are diverse and dependent on the specific application. For picture frames, users can continuously modify and personalize their decor by adding or changing Lego elements on the frame. Shelving units with Lego integration allow for dynamic reorganization of storage spaces. Coasters and trivets can be customized to match different themes or occasions.

[0077] The key aspect of the invention in accordance with the preferred embodiment enables users to interact with everyday objects in new and creative ways, transforming static items into platforms for ongoing customization and personal expression. This integration bridges the gap between childhood nostalgia and adult aesthetics, allowing for the incorporation of playful elements into sophisticated spaces without compromising functionality or design integrity.

[0078] While preferred embodiments of the present invention have been shown and described herein, it will be obvious to those skilled in the art that such embodiments are provided by way of example only. It is not intended that the invention be limited by the specific examples provided within the specification. While the invention has been described with reference to the aforementioned specification, the descriptions and illustrations of the embodiments herein are not meant to be construed in a limiting sense. Numerous variations, changes, and substitutions will now occur to those skilled in the art without departing from the invention. Furthermore, it shall be understood that all aspects of the invention are not limited to the specific depictions, configurations or relative proportions set forth herein which depend upon a variety of conditions and variables. It should be understood that various alternatives to the embodiments of the invention described herein may be employed in practicing the invention. It is therefore contemplated that the invention shall also cover any such alternatives, modifications, variations or equivalents. It is intended that the following claims define the scope of the invention and that methods and structures within the scope of these claims and their equivalents be covered thereby.