LUGGAGE CASE WITH REMOVABLE DECORATIVE PANEL

Description

FIELD OF INVENTION

The present disclosure relates to luggage, and more particularly to a luggage case with a removable decorative panel that is secured by easily detachable fasteners.

BACKGROUND

Traditional suitcases generally have a fixed exterior design, limiting users'ability to customize their luggage. This lack of customization options can make it difficult for travelers to express their personal style or easily identify their luggage among similar-looking bags, particularly in crowded environments like airports. Additionally, the inability to modify a suitcase's appearance may lead to premature replacement of otherwise functional luggage simply due to outdated aesthetics.

Luggage manufacturers have attempted to address this issue by offering a wide variety of colors and patterns in their product lines. However, this approach still requires consumers to purchase entirely new pieces of luggage to change their style, which can be costly and impractical. Some manufacturers have introduced luggage covers or sleeves that can be placed over existing suitcases, but these often do not provide a seamless, integrated look and may interfere with the functionality of wheels or handles.

The durability of a suitcase's exterior is another important consideration for travelers. Luggage is subjected to significant wear and tear during transit, which can result in scratches, scuffs, and other damage to the outer surface. While some high-end luggage brands offer repair or replacement services for damaged exteriors, this process can be inconvenient and expensive for consumers.

SUMMARY

This summary is provided to introduce a selection of concepts in a simplified form that are further described below in the detailed description. This summary is not intended to identify key features or essential features of the claimed subject matter, nor is it intended to be used as an aid in determining the scope of the claimed subject matter.

The foregoing general description of the illustrative embodiments and the following detailed description thereof are merely exemplary aspects of the teachings of this disclosure and are not restrictive.

Some exemplary embodiments are related to a case comprising a front wall, a back wall opposite the front wall, a top wall, and a bottom wall opposite the top wall. The front wall further comprises a removable panel with decorative features, a removable frame over the removable panel, the frame having sides that form an open interior void of any material so that the removable panel is visible through the interior of the frame, and a set of fasteners disposed around a perimeter of the frame to releasably attach the removable frame and the removable panel to the front wall so that the removable panel is replaceable with different panels.

Other exemplary embodiments are related to a luggage case comprising a front wall and a back wall opposite the front wall, a top wall and a bottom wall opposite the top wall, a first end wall and a second end wall opposite the first end wall. The front wall further comprises a recess area substantially a same size as the front wall, a first set of holes along a perimeter of the recess, a removable panel located within the recess, a second set of holes along a perimeter of the removable panel, a frame over the removable panel, the frame having sides that form an open interior so that the removable panel is visible through the interior of the frame, a third set of holes along sides of the frame, and a set of fasteners inserted into the first set of holes, the second set of holes, and the third set of holes to attach the frame and the removable panel to the front wall.

Still further exemplary embodiments are related to a method of customizing a suitcase, comprising providing a suitcase body having a front wall, a back wall, a top wall, and a bottom wall, forming a recess in the front wall, inserting a removable decorative panel into the recess, placing a frame over the removable decorative panel, the frame having an open interior to allow visibility of the removable decorative panel, and securing the frame and the removable decorative panel to the front wall using a set of detachable fasteners, wherein the removable decorative panel is replaceable with different panels.

BRIEF DESCRIPTION OF FIGURES

FIG. 1A illustrates a isometric view of the front of a luggage case, showcasing the key components and features that contribute to its functionality and aesthetic appeal.

FIG. 1B depicts an isometric view of the back of the luggage case, highlighting the structural elements and design features that enhance its durability and user experience.

FIG. 2A presents an exploded isometric view of the luggage case, demonstrating the innovative removable panel system that allows for customization.

FIG. 2B shows an exploded side view of the luggage case, further detailing the assembly process of the removable panel system and its integration with the main structure.

FIG. 3 displays a front orthogonal view of the luggage case, emphasizing the visual impact of the removable decorative panel and a secure attachment mechanism.

FIG. 4A illustrates an exploded view of a fastener assembly, revealing components that ensure a secure and adjustable connection for the removable panel system.

FIG. 4B illustrates various fastener designs, demonstrating the range of options available to optimize the attachment of the removable panel system for different applications.

FIG. 5 presents two suitcase sizes side by side, illustrating how the removable panel system can be adapted to different luggage dimensions while maintaining consistent functionality.

FIG. 6 provides an isometric view of the luggage case, focusing on the removable panel system to highlight its integration with the overall luggage design.

FIG. 7A depicts an isometric view of the luggage case, showcasing a vertical rib design.

FIG. 7B illustrates an alternative vertical rib design for the luggage case.

FIG. 7C presents a third variation of the vertical rib design, further exemplifying the range of options available for the luggage case structure.

DETAILED DESCRIPTION

There is a growing trend in consumer products towards personalization and modularity, allowing users to adapt their belongings to suit their changing needs and preferences. This trend has not been fully realized in the luggage industry, where customization options remain limited.

Furthermore, the increasing focus on sustainability in consumer goods has led to a desire for products with longer lifespans and the ability to update or refresh items without replacing them entirely. In the context of luggage, this presents an opportunity for designs that allow for easy updates or repairs to extend the useful life of a suitcase.

The present disclosure relates to a luggage case or a suitcase with a removable decorative panel. In various aspects, a suitcase may comprise a main body and at least one removable panel that may be affixed to an outer surface of the suitcase. The removable panel may be designed to fit the contour of the case, potentially providing an integrated appearance when attached.

A removable frame or bezel having an open interior may be placed over the panel in some implementations. The frame and panel may be secured to the suitcase body using a set of fasteners disposed around the perimeter of the frame in certain configurations.

In some aspects, the removable panel may be located within a recess area in the front wall. This recess area may be substantially the same size as the front wall in certain embodiments. Alternative configurations may include panels on multiple walls of the body.

This customizable luggage design may offer several potential advantages. Users may have the ability to change the appearance of their luggage to suit their preferences or travel needs. The unique and customizable design may allow travelers to quickly identify their luggage in crowded environments. By allowing users to update the appearance of their luggage, the useful life of the suitcase may be extended in some cases. The removable panel may serve as a protective layer in certain implementations, potentially shielding the main body of the suitcase from scratches, scuffs, and other damage during transit.

FIG. 1A illustrates a perspective view of a luggage case according to various embodiments. The luggage case 100 may comprise several components, including a front wall 102A, a back wall 102B, a top wall 104A, a bottom wall 104B, a hinge side wall 106A, and a lock side wall 106B. In some aspects, the front wall 102A may feature a removable decorative panel 118 surrounded by a frame 120 (which also may be referred to as a bezel). The frame 120 may be secured to the front wall 102A using a set of fasteners 122, which may be visible around the perimeter of the frame 120 in certain implementations.

In some cases, the lock side wall 106B may include a lock mechanism 110 to provide security for the luggage contents. A carrying handle 116 may also be attached to the lock side wall 106B in certain configurations, allowing for manual transportation of the luggage case 100.

The top wall 104A of the luggage case 100 may incorporate a telescoping handle 112 in some embodiments. This handle may be designed to extend for rolling the luggage and retract when not in use. The bottom wall 104B may be equipped with a set of wheels 114 to enable the luggage case 100 to be easily rolled on various surfaces. In some implementations, the wheels 114 may be positioned at the corners of the bottom wall 104B for stability.

The removable decorative panel 118 may allow for customization of the luggage's appearance, while the frame 120 and set of fasteners 122 may ensure secure attachment to the front wall 102A in various embodiments.

FIG. 1B illustrates an isometric view of a luggage case according to various embodiments. In some aspects, the back wall 102B may feature a series of raised vertical ribs 124 that extend lengthwise down the surface. These raised vertical ribs 124 may be evenly spaced and may have rounded ends at both the top and bottom in certain implementations. Also shown are the telescoping handle 112 on the top wall 104A, and a hinge mechanism 108 attached to the hinge side wall 106A. As is well-known, the hinge mechanism 108 allows the luggage case 100 to be opened and closed to facilitate access to the interior of the luggage case 100 when opened.

The overall structure of the luggage case 100 may showcase a robust design with reinforced corners and edges in certain aspects. The combination of the raised vertical ribs 124 on the back wall 102B and the smooth front wall 102A may create a distinctive appearance while potentially enhancing the structural integrity of the luggage case 100. This design may provide both aesthetic appeal and functional benefits, such as increased durability or resistance to impacts.

FIGS. 2A and 2B illustrate exploded isometric and side views, respectively of the luggage case with a removable panel system. In FIG. 2A, front wall 102A of the luggage case 100 is shown with the removable decorative panel 118. In some aspects, the removable decorative panel 118 may feature various decorative elements, patterns, or designs. The front wall 102A may also include the removable frame 120 positioned over the removable decorative panel 118. In certain implementations, the frame 120 may have sides that form an open interior void of any material, allowing the removable decorative panel 118 to be visible through the interior of the frame 120.

The removable decorative panel 118 may be designed to integrate seamlessly with the luggage case 100. In some cases, the removable decorative panel 118 may be shaped to fit precisely within a designated area on the front wall 102A. The frame 120 may serve to secure the edges of the removable decorative panel 118 and provide a finished appearance to the luggage case 100.

The integration of the removable decorative panel 118 with the luggage case 100 may be achieved through various means. In one aspect, the front wall 102A of the luggage case 100 may include a recess 126 or depression. This recess 126 may be designed to accommodate the removable decorative panel 118 and frame 120, potentially providing a flush fit with the surrounding luggage surface when assembled.

The exploded views show the set of fasteners 122 and three sets of holes in certain aspects: a first set of holes 128A along a perimeter of the recess 126, a second set of holes 128B along a perimeter of the removable decorative panel 118, and a third set of holes 128C on the frame 120. These holes may align to allow the set of fasteners 122 to secure all components together in some implementations. In some cases, the set of fasteners 122 may be evenly distributed along the sides of the frame 120 to releasably attach both the frame 120 and the removable decorative panel 118 to the body (e.g., front wall 102A) of the luggage case 100.

To affix the panel to the case, a user may take the following steps. First, the user may align the removable decorative panel 118 with the recess 126 in the front wall 102A of the luggage case 100. Next, the user may place the frame 120 over the removable decorative panel 118, ensuring that the holes in the frame 120, panel 118, and luggage case 100 are properly aligned. Finally, the user may insert the set of fasteners 122 through the aligned holes to secure the frame 120 and removable decorative panel 118 to the front wall 102A of the luggage case 100.

In some implementations, the luggage case 100 may include a second removable decorative panel 118 on the back wall 102B. The back wall 102B may feature a second recess 126 area, which may be substantially the same size as the back wall 102B. This second recess area may be designed to accommodate the second removable decorative panel 118. The process for attaching the second removable decorative panel 118 to the back wall 102B may be similar to that of the front panel. Users may align the second panel with the recess in the back wall 102B, place the second frame over it if applicable, and secure both using a second set of detachable fasteners. This design allows for easy customization and replacement of both the front and back panels.

In some implementations, the set of fasteners 122 may be disposed around the entire perimeter of the frame 120, while in other implementations, the set of fasteners 122 may be disposed only around a portion of the frame 120. For example, the set of fasteners 122 may be disposed only around two sides of the frame 120, or around three sides of the frame 120. In the implementation where the set of fasteners 122 are disposed around three sides of the frame 120 (e.g., the bottom and sides), the removable decorative panel 118 may be inserted into the frame 120 by sliding the removable decorative panel 118 into the frame 120 from the top side of the frame 120 after the frame 120 is affixed to the luggage case 100.

The design of the removable panel system may allow for easy assembly and disassembly, enabling users to change the appearance of their luggage by replacing the removable decorative panel 118 as desired.

FIG. 3 illustrates a front orthogonal view of a luggage case and the removable decorative panel according to various embodiments. The removable decorative panel 118 may occupy a substantial portion of the front wall 102A and may have a textured or patterned design. The removable decorative panel 118 may be located within the recess 126 in the front wall 102A, which in certain implementations, may be substantially the same size as the front wall 102A.

The removable decorative panel 118 may be constructed from a variety of materials. In some cases, the removable decorative panel 118 may be made from fabric, as depicted, allowing for a wide range of colors, patterns, and textures. In other implementations, the panel 118 may be constructed from materials such as leather, plastic. In some aspects, the removable decorative panel 118 may be made from carbon fiber, offering a lightweight yet durable option with a distinctive appearance. In other cases, the removable decorative panel 118 may be constructed from bamboo or other sustainable woods, which may provide an eco-friendly and unique aesthetic. Some implementations may utilize recycled plastics for the removable decorative panel 118, potentially aligning with environmental concerns while offering customization options. In certain aspects, the removable decorative panel 118 may be made from aluminum or other metals, allowing for a sleek, modern look with potential for etching or engraving. Composite materials may also be used for the panel in some cases, potentially combining different materials for optimal strength-to-weight ratios.

In one embodiment, the removable decorative panel 118 may have a thicknesses ranging from 1 mm to 5 mm. In the embodiment where the luggage case 100 includes a first removable panel on the front wall 102A and a second removable panel on the back wall 103B, the first removable panel and the second removable panel may have different thicknesses ranging from 1 mm to 5 mm.

The frame 120 may be designed to complement the overall aesthetic of the luggage case 100 while securely holding the removable decorative panel 118 in place. In some aspects, the frame 120 may be made from materials such as plastic, metal, or composite materials. The open interior design of the frame 120 may allow for maximum visibility of the removable decorative panel 118, potentially showcasing the decorative features of the panel 118.

In some aspects, the frame 120 and the removable decorative panel 118 may be have matching shapes. The shapes may include, but are not limited to, rectangular (as depicted), square, circular, oval, triangular, hexagonal, octagonal, trapezoidal, rhomboidal, star-shaped, heart-shaped, crescent-shaped, teardrop-shaped, diamond-shaped, cross-shaped, L-shaped, T-shaped, U-shaped, S-shaped, irregular shapes, or any combination thereof. In some implementations, the shape of the frame 120 and removable decorative panel 118 may or may not match the shape of the front wall 102A of the luggage case 100. The variety of possible shapes allows for customization and unique aesthetic designs for the luggage case 100.

The set of fasteners 122 used to secure the panel and frame 120 may be designed for ease of use in various implementations. This design may allow for quick removal and replacement of the decorative panel. The fasteners may include, but are not limited to, screws, quarter-turn fasteners, rivets, snap buttons, hook-and-loop fasteners, and magnetic fasteners. In some cases, aeronautical-grade fasteners may be utilized. The set of fasteners 122 used to secure the panel 118 and frame 120 may include various types beyond those previously mentioned. In some implementations, twist-lock fasteners may be used, potentially offering a secure connection with a simple turning motion. Slide-lock mechanisms may be employed in certain aspects, allowing the panel 118 to slide into place and lock securely. Push-pin fasteners may be utilized in some cases, providing quick release with a spring-loaded pin system. In other implementations, an interlocking edge system may be used, where the panel 118 edges interlock with the luggage case 100 frame 120 without separate fasteners.

FIG. 4A illustrates an exploded view of an example fastener assembly 122B according to various embodiments. The fastener assembly 122B, which may be used in the set of fasteners 122, may include a screw head 130, which may have a Phillips-style recess for tool engagement. Adjacent to the screw head 130, a washer 132 may be included in certain implementations. The fastener assembly 122B may also include a threaded cylinder 134, which is disposed within the side of the luggage case 100, and is designed to receive the threaded portion of the screw.

When assembled around a perimeter of the frame 120, a set of such fastener assemblies 122B releasably attach the removable frame 120 and the removable panel 118 to the front wall 102A.

The fastener assembly 122B may provide several potential advantages in securing the removable panel 118 and frame 120 to the luggage case 100. In some cases, the threaded design may allow for a secure attachment that resists loosening during travel. The washer 132 may help distribute the force of the screw head 130, potentially preventing damage to the frame 120 or panel 118. The Phillips-style recess in the screw head 130 may allow for easy tightening or loosening with a common tool.

FIG. 4B illustrates various other fastener designs for use with a luggage case according to various embodiments. The figure includes a quarter turn fastener 136 and five different fastener head designs labeled 136A through 136E.

An oval slot fastener 136A may feature a circular head with an oval-shaped slot across its center. In some cases, the oval slot may be manipulated with a screw driver or a coin to turn the fastener.

A hex recess fastener 136B may include a hexagonal recess in its head. This design may be suitable for tool-actuated fastening.

An oval recess fastener 136C may feature a No. 2 Phillips recess. This common screw head design may allow for easy tightening or loosening with a widely available tool, potentially balancing security and convenience.

A tool head recess fastener 136D may have a circular recess in its head. This design may be compatible with specialized tools in some implementations.

A flush recess fastener 136E may feature a countersunk design with a No. 2 Phillips recess. In some cases, this design may allow the fastener head to sit flush with the surface of the frame 120 to provide a sleek appearance and reducing the risk of snagging.

The variety of fastener designs may offer different advantages for the removable panel system with either hand-actuated options or tool-actuated options. In some implementations, the choice of fastener design may depend on factors such as the expected frequency of panel changes, the desired level of security, and aesthetic considerations. The flush recess fastener 136E, for example, may be preferred in cases where a smooth, uninterrupted surface appearance is desired.

In one aspect, the fastener assembly 122B or any of the fastener designs may comprise aeronautical grade fasteners. Aeronautical grade fasteners may refer to fasteners that meet specific standards for use in aircraft and aerospace applications. These fasteners may be made from high-strength materials such as titanium, stainless steel, or special alloys, and may undergo rigorous testing to ensure they can withstand extreme conditions including high temperatures, vibrations, and corrosive environments.

The use of aeronautical grade fasteners may provide several potential benefits. These fasteners may offer enhanced durability and resistance to wear, which may be particularly advantageous for luggage that undergoes frequent handling and transportation. The aeronautical grade materials may also provide improved corrosion resistance, potentially extending the lifespan of the fasteners in various environmental conditions. Additionally, these fasteners may offer superior strength-to-weight ratios, potentially contributing to the overall lightweight design of the luggage while maintaining robust attachment points. The precision engineering typically associated with aeronautical grade components may also result in more secure and reliable fastening, potentially reducing the risk of panel detachment during travel. Furthermore, the use of such high-quality fasteners may enhance the perceived value and premium feel of the luggage product.

FIG. 5 illustrates an orthogonal front view of two suitcase sizes according to various embodiments. In some aspects, the luggage case 100 with the removable decorative panel 118 may be configurable in multiple sizes, including a carry-on size and a larger size. The carry-on size may be designed to meet airline regulations for cabin luggage, while the larger size may be suitable for checked baggage or extended trips. Both sizes may incorporate the removable panel system, allowing for customization across different luggage dimensions.

In some cases, the larger size luggage may include removable panels on both the front wall 102A and the back wall 102B. This configuration may allow for increased customization options, potentially enabling users to change the appearance of their luggage on both sides. The carry-on size may have a removable panel on at least the front wall 102A, but may also include a panel on the back wall 102B in certain implementations.

The removable panel system may be scaled proportionally to fit different luggage sizes while maintaining a consistent aesthetic and functional design. This scalability may allow for a unified product line with customization options across various luggage dimensions.

FIG. 6 illustrates an isometric view of a luggage case with a removable panel system according to various embodiments. The luggage case is depicted primarily in dashed lines, while the removable panel system is shown in solid lines to emphasize the ornamental design thereof.

FIG. 7A illustrates an isometric view of a luggage case with vertical ribs according to various embodiments. In some aspects, the back wall 102B of the luggage case 100 may include a series of one or more raised vertical ribs 124A that extend out of the plane of the back wall 102B and lengthwise down the back wall 102B. The luggage case is depicted primarily in dashed lines, while the series of raised vertical ribs 124A is shown in solid lines to emphasize the ornamental design thereof.

The vertical ribs 124A may be arranged in various configurations on the back wall 102B. In some implementations, there may be five vertical ribs 124A evenly spaced across the surface of the back wall 102B. However, the number of vertical ribs 124A may vary in different aspects, potentially ranging from two to ten or more ribs.

Each of the vertical ribs 124A may have a unique shape in certain embodiments. For example, the vertical ribs 124A may feature a wider central portion that tapers towards both ends. In some cases, the end points of the vertical ribs 124A may have a distinctive design, such as a triangular or arrow-like shape. This design may provide both aesthetic appeal and functional benefits, such as improved structural integrity or impact resistance.

FIG. 7B illustrates an isometric view of a luggage case with vertical ribs according to other embodiments. The luggage case is depicted primarily in dashed lines, while a series of vertical ribs 124B may be shown in solid lines to emphasize their ornamental design. The vertical ribs 124B may feature distinctive end points in some cases. For instance, the end points of the vertical ribs 124B may have a rounded or oval-shaped termination. This design may provide both aesthetic appeal and functional benefits, such as improved ergonomics or reduced risk of snagging on other objects during transit.

FIG. 7C illustrates an isometric view of a luggage case with vertical ribs in further embodiments. The luggage case is depicted primarily in dashed lines, while a series of vertical ribs 124C may be shown in solid lines to emphasize their ornamental design. A set of five vertical ribs 124C shown in solid lines on one side of the luggage case. Each of the vertical ribs 124C has a unique shape, with a wider central portion that tapers towards both ends. The end points of the vertical ribs 124C have a distinctive design, featuring a pointed or diamond-shaped termination.

The vertical ribs 124A, 124B, and 124C may extend nearly the full height of the luggage case's back wall 102B in some implementations. However, in other aspects, the vertical ribs 124A may extend only partially down the back wall 102B. The length of the vertical ribs 124A may be adjusted based on factors such as luggage size, desired aesthetics, or structural requirements.

In certain embodiments, the vertical ribs 124A, 124B, and 124C may protrude outward from the surface of the back wall 102B, creating a textured and visually distinct pattern. The protrusion depth of the vertical ribs 124A ,124B, and 124C may vary, potentially ranging from 1 mm to 20 mm or more, depending on the specific design requirements and luggage size.

The vertical ribs 124A may serve both functional and aesthetic purposes. In some aspects, the vertical ribs 124A, 124B, and 124C may provide additional structural support to the luggage case 100, potentially enhancing its durability and resistance to impacts. The vertical ribs 124A, 124B, and 124C may also contribute to the visual identity of the luggage case, potentially allowing for easier identification among other luggage items.

The material composition of the vertical ribs 124A, 124B, and 124C may vary in different implementations. In some cases, the vertical ribs 124A may be formed from the same material as the back wall 102B, e.g., through a molding or stamping process. In other aspects, the vertical ribs 124A may be separate components attached to the back wall 102B to allow for different material choices or color options.

A luggage case with a removable decorative panel 118 that is secured by easily detachable fasteners has been disclosed.

In some aspects, the removable decorative panel 118 may incorporate additional functional elements. The removable decorative panel 118 may be functional rather than decorative in some implementations. In certain aspects, the panel 118 may comprise an electronic component. For example, the panel 118 may include a battery in some cases, potentially providing power for other electronic features of the luggage case 100. In other implementations, the panel 118 may incorporate a wireless transceiver, potentially enabling communication or tracking capabilities. Some aspects may include a sensor in the panel 118, which may be used for various purposes such as temperature monitoring or impact detection. In certain cases, the panel 118 may feature a display device, potentially allowing for real-time information display or customizable visual elements. In other examples, the panel 118 may include integrated solar panels in certain implementations, potentially allowing for device charging on the go. In other cases, the panel 118 may feature an e-ink display, enabling digital customization of the panel's appearance. Some implementations may incorporate RFID blocking material into the panel 118, potentially enhancing security for stored items. In certain aspects, the panel 118 may include an impact-resistant outer layer, providing additional protection for the luggage case 100 contents.

In some cases, the frame 120 may be designed with additional features or variations. The frame 120 may be flexible in certain implementations, potentially allowing for easier installation and removal of the panel 118. In other aspects, the frame 120 may be composed of modular frame sections, enabling partial replacement or customization of the frame itself. Some implementations may incorporate an illuminated frame 120, potentially incorporating LED lighting for improved visibility or aesthetic appeal. In other cases, the frame 120 may feature a textured surface, which may provide additional grip for panel removal and installation.

The removable decorative panel 118 may be designed in different configurations in various aspects. In some implementations, instead of one large panel, the removable decorative panel 118 may be composed of multiple smaller panels. This configuration may allow for more granular customization of the luggage case 100 appearance. In other cases, the removable decorative panel 118 may be curved or contoured, potentially conforming to non-flat surfaces of the luggage case 100. Some aspects may feature expandable panels, which may be able to adjust in size to fit different luggage case 100 models or sizes. In certain implementations, the removable decorative panel 118 may be designed as interlocking panels, where multiple panels can be combined to create larger designs.

A number of implementations have been described. Nevertheless, it will be understood that various modifications may be made without departing from the spirit and scope of the disclosure. Accordingly, other implementations are within the scope of the following claims.