Collapsible carrying container

Abstract

The collapsible container may include a first panel being substantially rectangular in shape, a second panel being substantially rectangular in shape and being substantially planar and a third panel being substantially rectangular in shape and being substantially planar. The first panel may be in communication with a second and third panel. The first panel may be foldable along a folding line where the first panel may be substantially planer when the collapsible container is in an open position and where the first panel folds along the folding line and folds between the second panel and the third panel when the collapsible container is in a closed position. The collapsible container may also include a foldable bottom panel.

Description

COLLAPSIBLE CARRYING CONTAINERCROSS-REFERENCE TO RELATED APPLICATIONS

[0001] This application claims priority to U.S. Application No. 18 / 927,080, filed October 25, 2024, entitled ‘ COLLAPSIBLE CARRYING CONTAINER”, reference of which is hereby incorporated in its entirety7.BACKGROUND

[0002] Containers to carry items such as golf clubs have not evolved much over time. The containers were usually circular with an opening at one end and the opposite end would be closed. The containers were relatively rigid and took up a significant amount of space when not in use. Further, the containers were heavy and difficult to transport.SUMMARY

[0003] A collapsible container for carrying items such as golf clubs and related equipment is disclosed. The collapsible container may include a first panel being substantially rectangular in shape, aa second panel being substantially rectangular in shape and being substantially planar and a third panel being substantially rectangular in shape and being substantially planar. The first panel may be in communication with a second and third panel. The first panel may be foldable along a folding line where the first panel may be substantially planer when the collapsible container is in an open position and where the first panel folds along the folding line and folds between the second panel and the third panel when the collapsible container is in a closed position. The collapsible container may also include a foldable bottom panel in communication with the first, second and third panel, where the foldable bottom panel may be perpendicular to the first panel, second panel and third panel when the collapsible container is in an open position and may support items placed in the container and where the foldable bottom panel may fold to be substantially parallel to the first panel, second panel and third panel when the collapsible container is in the closed position.BRIEF DESCRIPTION OF THE DRAWINGS

[0004] Fig. 1 may be an overhead view of a collapsible container;

[0005] Fig. 2 may be a view of a second side of a collapsible container;

[0006] Fig. 3; may be a view of a first side of a collapsible container;

[0007] Fig. 4 may be a view of a third side of a collapsible container;

[0008] Fig. 5 may be a view of the second and third side of a collapsible container;

[0009] Fig. 6 may be a view of the first and second sides of a collapsible container;

[0010] Fig. 7 may be an overhead view of a collapsible container with a separator;

[0011] Fig. 8 may be a view of the second and third side of a collapsible container;

[0012] Fig. 9 may be a view of the second and third side of a collapsible container;

[0013] Fig. 10 may be a view of different configurations of carrying straps; and

[0014] Figs, lla-llc may be view of the container being collapsed.

[0015] Persons of ordinary' skill in the art will appreciate that elements in the figures are illustrated for simplicity and clarity so not all connections and options have been shown to avoid obscuring the inventive aspects. For example, common but well-understood elements that are useful or necessary' in a commercially feasible embodiment are not often depicted in order to facilitate a less obstructed view of these various embodiments of the present disclosure. It will be further appreciated that certain actions and / or steps may be described or depicted in a particular order of occurrence while those skilled in the art will understand that such specificity' with respect to sequence is not actually required. It will also be understood that the terms and expressions used herein are to be defined with respect to their corresponding respective areas of inquiry' and study except where specific meanings have otherwise been set forth herein. All dimensions specified in this disclosure may be by way of example only and are not intended to be limiting. Further, the proportions shown in these Figures may not be necessarily to scale. As will be understood, the actual dimensions and proportions of any system, any device or part of a system or device disclosed in this disclosure may be determined by its intended use.SPECIFICATION

[0016] Persons of ordinary’ skill in the art will appreciate that the elements in the figures are illustrated for simplicity and clarity, so not all connections and options have been shown to avoid obscuring the inventive aspects. For example, common but well-understood elements that are useful or necessary' in a commercially feasible embodiment are often not depicted to provide a less obstructed view of these various embodiments. It will also be appreciated that certain actions and / or steps may be described or depicted in a particular order of occurrence, although those skilled in the art will understand that such specificity with respect to sequence is not required. The terms and expressions used herein are to be defined with respect to theircorresponding areas of inquiry and study, except where specific meanings have been set forth herein. All dimensions specified in this disclosure may be by way of example only and are not intended to be limiting. Furthermore, the proportions shown in these figures may not necessarily be to scale. As will be understood, the actual dimensions and proportions of any system, device, or part disclosed herein may be determined by its intended use.

[0017] Containers to carry items such as golf clubs have not evolved much over time. The containers were usually circular with an opening at one end and the opposite end would be closed. The containers were relatively rigid and took up a significant amount of space when not in use. Further, the containers were heavy’ and difficult to transport.

[0018] Methods and devices that may implement the embodiments of the various features of the invention will now be described with reference to the drawings. The drawings and associated descriptions are provided to illustrate embodiments of the invention and not to limit its scope. References in the specification to "one embodiment” or “an embodiment” indicate that a particular feature, structure, or characteristic described in connection with that embodiment may be included in at least one embodiment of the invention. The appearance of the phrase “in one embodiment” or “an embodiment” in various places in the specification does not necessarily refer to the same embodiment.

[0019] Throughout the drawings, reference numbers may be re-used to indicate correspondence between referenced elements. As used in this disclosure, except where the context requires otherwise, the term “comprise” and its variations, such as “comprising,” “comprises,” and “comprised,” are not intended to exclude other additives, components, integers, or steps.

[0020] A collapsible container 100 for carrying items such as golf clubs and related equipment is disclosed. The collapsible container 100 may include a first panel 110 being substantially rectangular in shape, aa second panel 120 being substantially rectangular in shape and being substantially planar and a third panel 130 being substantially rectangular in shape and being substantially planar. The first panel 110 may be in communication with a second 120 and third panel 130. The first panel 110 may be foldable along a folding line where the first panel 110 may be substantially planer when the collapsible container 100 is in an open position 196 and where the first panel 110 folds along the folding line and folds betw een the second panel 120 and the third panel 130 when the collapsible container 100 is in a closed position 195. The collapsible container 100 may also include a foldable bottom panel 170 in communication with the first 110, second 120 and third panel 130, where the foldable bottom panel 170 may be perpendicular to the first panel 110, second panel 120 andthird panel 130 when the collapsible container is in an open position and may support items placed in the container and where the foldable bottom panel may fold to be substantially parallel to the first panel, second panel and third panel when the collapsible container is in the closed position.

[0021] Referring to Fig. 1, a collapsible container for carrying items may be illustrated. In one embodiment, the container may be adapted to carry golf clubs, but the container may also work for baseball bats, tennis rackets, construction equipment, etc. A collapsible container may offer several benefits, particularly in terms of convenience and portability. The collapsible container may be space-saving: When not in use, a collapsible container may be folded or compressed, allowing for easier storage in small spaces, such as closets or car trunks, without occupying much room. Related, the collapsible container may be travel-friendly. Collapsible container may be ideal for travel, as they can be packed away more easily than rigid bags, reducing the hassle of transporting a full-sized container, especially when flying or fitting luggage into a car.

[0022] Collapsible containers 100 may also be lightweight. Collapsible containers 100 may be lighter than traditional bags, making them easier to carry around the course, particularly for golfers who prefer walking instead of using a cart. Somewhat related, the collapsible container may be more convenient. For example, golfers who cany7only essential clubs and gear, collapsible bags may provide a compact and minimalistic option without unnecessary bulk.

[0023] Collapsible containers 100 may also be versatile. A collapsible container may be useful for those who play at different courses or travel often, offering the flexibility to switch between a full-size setup for tournaments and a lighter option for casual rounds. Collapsible containers 100 may also be cost-effective as there is less to the bag. For example, these containers 100 may be more affordable compared to full-sized golf bags, providing a practical balance between functionality and price. By offering these potential advantages, collapsible containers 100 such a collapsible golf bags may be a suitable choice for casual golfers, frequent travelers, or those seeking a lightweight, practical alternative.

[0024] The collapsible container may be thought of in parts or sections. In production, the parts or sections may be entire units or may be separate pieces which are held together through a variety of ways sure as hinges, poles, flexible fabrics, and the like. A first panel 110 may be substantially rectangular in shape. In other embodiments such as in Figs. 2 and 4, the first panel may be more of a trapezoid making one comer of the bag be taller than other comers. The increase in height may be useful to protect clubs that are longer than otherclubs. For example, drivers are usually longer than wedges and the driver may benefit from the increased height and protection of a higher comer. The first panel 110 may be in communication with the second panel 120 and third panels 130.

[0025] As illustrated in Figs. 8 and 9, the collapsible container may have a second panel 120 that may be substantially rectangular in shape and may be substantially planar. In other embodiments, the second panel 120 may be more of a trapezoid making one comer of the container be taller than other comers. The increase in height may be useful to protect clubs that are longer than other clubs. The second panel 120 may be in communication with the first 110 and the third panel 130.

[0026] The collapsible container 100 may have a third panel 130 that may be substantially rectangular in shape and being substantially planar. In other embodiments, the third panel may be more of a trapezoid making one comer of the container be taller than other comers. The increase in height may be useful to protect clubs that are longer than other clubs. The third panel 130 may be in communication with the first 110 and second panels 120.

[0027] The panels 110 120 130 on the container may be made from a variety of fabrics chosen for their durability and practicality. Some of the commonly used fabrics may include:

[0028] Nylon: Nylon may be used in golf bags for its lightweight and water-resistant properties. It is known for being durable and may withstand the wear and tear of frequent use.

[0029] Polyester: The panels 110 120 130 that make up the container 100 may feature polyester, as it offers durability and resistance to UV rays. It may be slightly heavier than nylon but may provide a more affordable option for many golf bags.

[0030] Canvas: Some container, especially vintage or high-end designs, may use canvas. Canvas may offer durability and a traditional aesthetic but could be heavier compared to synthetic materials.

[0031] Leather: Leather may be used in premium containers 100 for its classic, high-quality appearance and long-lasting durability. However, it may be heavier and more expensive than other options.

[0032] PVC or PU (Polyurethane): These materials may be used in containers 100 such as golf bags to enhance water resistance and provide additional durability, especially in areas like the base or pockets of the bag.

[0033] Ripstop Fabric: Ripstop nylon or polyester may be used in some containers 100 to prevent tears. This fabric may offer extra durability by stopping small rips from spreading, which could be important for bags exposed to rough handling.

[0034] The fabrics may be selected for their ability to balance weight, durability, and protection from the elements.

[0035] The first panel 110 and the second panel 120 may be in communication through a first pivoting junction 115. Similarly, the second panel 120 and third panel 130 may be in communication through a second pivoting junction 125 and the third panel 130 and first panel 110 may be in communication through a third pivoting junction 135. The pivoting junctions 115 125 135 may

[0036] If the collapsible container is designed to hold golf clubs, the seams and attachments may need to provide both structure and flexibility. The seems for the panels 115 125 135 may be held together in a variety of ways. In one embodiment, reinforced seams may be used along the edges to ensure the container may hold the weight of golf clubs while maintaining its shape.

[0037] A flat-felled seam may be ideal for strength, as it may offer durability while keeping the edges neat. A flat-felled seam may provide a strong and durable finish for a triangular container designed to hold golf clubs. Two fabric panels may be aligned with the wrong sides together, ensuring that the raw edges are visible on the outside. The fabric may be stitch along the edge, then one of the seam allowances may be trimmed to make it shorter.

[0038] Next, the longer seam allowance may be folded over the trimmed edge and then the entire seam may be folded down flat against the fabric. This folded edge may then be stitched down securely, enclosing the raw edge and creating a double layer of fabric along the seam for extra durability. This seam may be selected as it may provide both a clean, professional appearance and a strong, tear-resistant joint. This method may be especially useful for areas that experience a lot of stress or weight, such as the sides or base of a bag intended for carrying heavy items like golf clubs. Additionally, the flat-felled seam may reduce bulk, making the seams smoother and more comfortable to handle.

[0039] A hinged seam with bias tape may also be used to connect the panels 105 115 125. The bias tape may allow the triangular panels to pivot or fold flat which may be especially useful for storage or transportation, enabling the container to collapse when empty and expand to hold the golf clubs when needed. Bias tape may strengthen the seam, reinforcing the edges where weight is concentrated. Golf clubs may be heavy, and bias tape may provide extra support to prevent seams from tearing under load. The bias tape may cover the raw edges of fabric panels, providing a neat finish.

[0040] The bias tape may be strong and durable, possibly made from canvas, nylon, or a similar fabric that can handle the weight of the golf clubs. The tape should be wide enoughto cover the seam and offer flexibility, but not so wide that it affects the container's functionality or appearance. A width of about 1-2 inches may be suitable, depending on the thickness of the fabric.

[0041] To create the hinged seem, the panels may be aligned. A small gap may be left between the fabric panels (1 / 8 to 1 / 4 inch) to allow more flexibility for pivoting or folding. Next, the bias tape may be folded in half lengthwise (if it's not pre-folded), be placed over the seam, with the fold aligned with the edge of the fabric. The bias tape may be pinned or clipped into place along the seam where the panels meet.

[0042] The bias tape may be sewn along both edges, attaching it to the fabric panels. Care may need to be taken to stitch evenly along the length of the tape, securing both sides. The stitches may also be reinforced at the ends of the seam for extra durability. The bias tape, because it is cut on the bias (diagonal), may stretch and bend easily, allowing the fabric panels of the triangle to pivot or fold flat. The flat seam may be ideal for the container to collapse when not in use.If the container needs to stand rigidly when in use but also fold down when stored, a hinge may offer just the right amount of flexibility without compromising the structure.

[0043] The seams may be reinforced at high-stress points — such as the bottom comers where the weight of the clubs rest — with additional stitching or by applying extra layers of bias tape for support. This may ensure the container holds up well under the load of multiple clubs.

[0044] Bias tape in a contrasting color may be used to highlight the seams or match it to the container fabric for a uniform look. This may also help with visibility’ and sty le. If more rigidity7at specific points is desired, strategic stitching (such as bar tacking) may be added to limit movement where needed, while still allowing the rest of the seam to act as a hinge.

[0045] Using bias tape may have some advantages. The hinge may allow the container to collapse or fold flat for easier storage, ideal for travel or when not in use. The container may still retain its structure when unfolded, as the bias tape may provide both flexibility and some degree of support. The bias tape may protect the fabric from fraying over time, which may be especially important for a heavy-duty container carrying golf clubs. Elastic seams or pleats may be added to allow some flexibility for accommodating different amounts of clubs or to help with compression when storing the container.

[0046] Elastic seams may also be used for the container designed to hold golf clubs. Elastic may offer flexibility and some level of expansion, especially if the container is adapted to different loads or compresses when not fully packed.

[0047] Elastic Seams may offer some advantages. Elastic seams may allow for slight expansion or contraction of the container, making it easier to accommodate various numbers of golf clubs. The elasticity may help the container return to its original shape when clubs are removed or when it is empty, offering a form of self-adjustment. When not in use, the container may collapse or compress more easily with elastic seams, making storage more convenient.

[0048] In implementation, elastic thread may be used to sew the seams. Elastic thread stretches and contracts, allowing the fabric to flex without losing the connection between panels. Alternatively, elastic inserts (elastic bands sewn into the seam) may be added for localized stretch, offering both flexibility and strength at key points, such as along the sides of the container.

[0049] The seems may be sewed in a zigzag stitch or another stretchy stitch when sewing the seams with elastic thread. This type of stitch may allow the seam to stretch without breaking, which is useful when the fabric needs to expand to fit more golf clubs. High stress areas may¬ be reinforced (such as the bottom comers or handle attachments) with stronger stitching techniques, to ensure that the container remains durable even when elastic seams are used elsewhere.

[0050] The positioning of the elastic seams may matter. Elastic seams may be strategically placed along the sides of the triangular panels, allowing the container to flex outward as more clubs are added. This feature may also help the container compress when fewer clubs are inside or when it is empty. Elastic seams may also be used at the base or the comers of the container, providing some flexibility- when packing or removing the clubs. This may make it easier to fit clubs of different sizes or lengths. Elastic may- also be incorporated into the opening of the container. This could allow the top to stretch slightly to accommodate the wider ends of the clubs and then contract to secure them in place.

[0051] Instead of sewing elastic directly into the seams, the elastic casings may be created — fabric channels where elastic bands are inserted. These casings may be sewn along the seams of the container and adjusted as needed. The elastic in these channels may be replaceable or adjustable for a custom fit. This technique may work well for adding expansion along the sides or the opening of the container, allowing it to adjust depending on the number of clubs inside.

[0052] The elastic seams may enable the container to compress when not fully loaded or when empty. This feature may make the container more compact for storage or transport.Additionally, the elastic seams may help the container maintain a streamlined shape when fewer clubs are carried, preventing the fabric from sagging or appearing loose.

[0053] Durable, high-quality elastic may be selected that can withstand the weight and wear from golf clubs over time. The attachment points where the elastic meets non-elastic materials may be reinforced to prevent tearing or strain at the seams.

[0054] Elastic seams may also allow for adjustability in design. For instance, the container could have areas that expand or tighten depending on the user’s needs. This could be particularly helpful if the container needs to accommodate different types of golf clubs or accessories. Elastic seams may allow the container to expand slightly, offering more room for additional clubs or gear. When not in use or when fewer items are inside, elastic seams may allow the container to collapse or compress for easy storage. Elastic seams may help the container maintain a snug, tight fit around its contents, reducing bulkiness and giving it a cleaner look even when not fully loaded.

[0055] Vertical supports or poles may be used in the comers 119 129 139 between the panels 110 120 130. Incorporating poles may provide additional support and help the container maintain its shape, especially when carrying heavy items like golf clubs.

[0056] There may be benefits of using poles. Poles may provide structural support, helping the container stand upright and maintain its triangular shape, even when loaded with golf clubs. Poles may help prevent the container from collapsing or sagging, ensuring that it remains functional and aesthetically pleasing. Poles may reinforce the container, making it more durable and able to withstand the weight and stress of carrying golf clubs.

[0057] The poles may be made of materials that are strong yet lightweight. Options include aluminum, fiberglass, or plastic. Each material may have its own benefits: aluminum may be durable and lightweight, fiberglass may be flexible and strong, and plastic may be generally more affordable. The poles may have a diameter that provides sufficient strength without being too bulky. The diameter may depend on the size and weight of the container.

[0058] The poles may be place in the comers of the triangular container 119 129 139 to provide support at the base and help maintain the container’s shape. The poles may be securely attached to prevent movement or instability. Reinforced pockets or sleeves in the fabric may be created at the comers where the poles will be inserted. These pockets may be strong enough to hold the poles securely. If flexibility is needed, telescoping or adjustable poles may be used that can be extended or retracted to fit different sizes or configurations. Fabric sleeves or pockets may be sewed into the comers of the container to hold the poles. These sleeves may be reinforced to prevent wear and tear from the poles.

[0059] Velcro or snap closures may be used to secure the poles in place within the sleeves. This allows for easy removal or adjustment of the poles if necessary. End caps or fittings may be attached to the ends of the poles to prevent damage to the fabric and ensure a secure fit within the sleeves.

[0060] Poles may be combined with elastic seams to allow the container to maintain shape while still providing some flexibility. The elastic seams may help the container compress or expand as needed. The comers where the poles are inserted may be reinforced to handle the additional stress. This may involve double stitching or adding extra layers of fabric.

[0061] The container may be tested with golf clubs to ensure that the poles provide adequate support and that the container maintains its shape under load. Any necessary adjustments to the pole placement or attachment methods may be made based on testing to ensure optimal performance and durability.

[0062] There may be advantages of using poles. Poles may prevent the container from collapsing or deforming under the weight of golf clubs. The container may be more stable and easier to handle with the added support from the poles. Poles offer an opportunity to customize the container’s rigidity and shape, making it more suitable for specific needs.

[0063] As illustrated in Fig. 3, the first panel 110 may be in communication with a second 120 and third panel 130; and the first panel 110 may be foldable along a folding line 117. The folding line 117 may be a folding junction 119 between a first section 111 of the first panel and a second section 112 of the first panel 110. The first panel 110 is substantially planer when the collapsible container is in an open position and the first panel 110 folds along the folding line 117 and folds between the second panel 120 and the third panel 130 when the collapsible container 100 is in a closed position 175. The first panel may be designed with a pre-scored fold line or pleat, allowing it to fold neatly inward. The fold line may be reinforced with additional stitching or bias tape to ensure durability. Fasteners or Velcro strips may be added to keep the folded panel in place when the container is in use, preventing it from unfolding.

[0064] In another embodiment, the panel may be designed design the panel with a series of accordion-style pleats. This allows the panel to compress and expand smoothly. A pliable fabric may be used for this panel, such as ripstop nylon or soft canvas, which may handle the repeated folding without cracking. In implementation, the pleats may be sewed along the fold lines of the panel. Each pleat may be evenly spaced and allow the fabric to fold neatly. Additional stitching or fabric strips along the fold lines may be used to strengthen the panel and prevent wear. For example, if the container is a triangular shape where one side needs tocollapse inward, it may have the first side panel include a series of small, evenly spaced pleats that fold inwards. This design may allow the panel to fold compactly without creating bulk.

[0065] In another embodiment, the first panel may have a bias tape hinged seam. Bias tape may be applied along the seam where the panel may fold. Bias tape may allow the fabric to bend and fold smoothly because it is cut on the bias (diagonally to the grain). In implementation, the bias tape may be sewed along the seam of the panel. The tape may cover the raw edges and allow the panel to pivot smoothly. Small triangular gussets may be added at the fold line if needed to provide extra flexibility. For example, a container with a triangular base and sides that fold inward, bias tape may be used along the seam where the side panel meets the base. This approach helps the side panel fold inward easily without creating a sharp bend.

[0066] In yet another embodiment, a zipper or Velcro closure may be used as part of the folding panel. Zippers or Velcro strips may be used to secure the folded panel in place. This may ensure that the panel stays folded when the container is in use. The fabric may need to be compatible wi th the type of fastener used, with enough durability to handle repeated opening and closing.

[0067] In implementation, a zipper or Velcro may be sewed or attached along the edge of the panel that folds in. This may be along the fold line or at the edge of the panel that will overlap. When the panel folds in, the fastener may be used to hold it securely in place. Care may be taken to ensure that the fastener is aligned and functions smoothly. For example, if the container’s base has a triangular panel that folds upwards to form part of the container's sides, a zipper may be used along the edge of the panel. When folded, the zipper may secure the panel in place, preventing it from shifting.

[0068] Fabric Stabilizers and Reinforcements may be used. Fabric stabilizers may be used or interface in areas where the panel wall fold. This provides additional structure and prevents excessive wear. The areas where the panel folds may be reinforced to prevent fraying and maintain the panel's shape. In implementation, fabric stabilizers may be cut and applied or interfaced to the fold area before sewing. The stabilizer may be well-secured and aligned with the fold lines. Extra stitching or fabric patches may be added to high-stress areas to enhance durability. For example, for a container with a base that needs to fold inw ard, interfacing may be applied along the fold line of the panel. This will help maintain the shape of the panel and prevent wear and tear from the folding process.

[0069] In use as illustrated in Figs. Ila, lib and lie, the first pivoting joint 119, second pivoting joint 129 and third pivoting joint 139 are in an open state 176 when the collapsible container 100 is open and an opening 150 is formed inside the first panel 110, the second panel 120 and the third panel 130. The opening 150 is substantially triangular. When the first pivoting joint 119, second pivoting joint 129 and third pivoting j oint 139 are in a closed state 175, the collapsible container 100 is substantially flat 190 as is the opening 150.

[0070] As illustrated in Fig. 7, the collapsible container may also include separators 160 that separate compartments inside the opening 150. The separators 160 may fold relatively flat when the first pivoting joint 119, second pivoting joint 129 and third pivoting jointl 39 are in the closed state. The separators 160 may have aheight from the bottom panel 170 to a height of the first panel 110 or second panel 120 or third panel 130. In other embodiments, the separators 160 have a height from the first panel 110 or second panel 120 or third panel 130 to four inches below the first panel 110 or second panel 120 or third panel 130. The separators 160 may be taut when the first pivoting joint 119, second pivoting joint 129 and third pivoting joint 139 are in the open state.

[0071] The separators 160 may be made of fabric. There may be several suitable fabrics:

[0072] Microfiber: Microfiber may be used on the separators due to its soft texture, which may help protect clubs from scratches and damage. Its lightweight nature may also contribute to the overall lightness of the container.

[0073] Velour: Velour lining may be used in premium container to provide a luxurious, soft feel. In the golf bag embodiment, this material may help cushion and protect the clubs, particularly in the club compartments and valuable pockets.

[0074] Fleece: Fleece fabric may be used to provide a soft, padded interior. It may also help prevent delicate items like sunglasses or watches from getting scratched.

[0075] Nylon or Polyester: These materials may be used to ensure durability and water resistance. They may be used in areas where extra protection is needed from moisture, such as cooler compartments or shoe pockets.

[0076] PVC or PU Coated Fabrics: Some linings may incorporate PVC or polyurethane-coated fabrics for added water resistance, especially in compartments designed to hold wet or dirty gear.

[0077] These fabrics may be selected based on their ability to protect golf equipment and personal items, while also contributing to the overall durability and functionality of the golf bag.

[0078] The collapsible container may also have a lining. The lining of golf bags may be made from several types of fabrics, chosen for their softness, durability, and protective qualities. Common fabrics used for lining may include:

[0079] Microfiber: Microfiber may be used in the lining of golf bags due to its soft texture, which may help protect clubs from scratches and damage in the golf bag embodiment. Its lightweight nature may also contribute to the overall lightness of the bag.

[0080] Velour: Velour lining may be used in premium golf bags to provide a luxurious, soft feel. This material may help cushion and protect the clubs, particularly in the club compartments and valuable pockets.

[0081] Fleece: Fleece fabric may be used in specific sections of the bag, such as valuables pockets, to provide a soft, padded interior. It may also help prevent delicate items like sunglasses or watches from getting scratched.

[0082] Nylon or Polyester: These materials may be used for the lining to ensure durability and water resistance. They may be used in areas where extra protection is needed from moisture, such as cooler compartments or shoe pockets.

[0083] PVC or PU Coated Fabrics: Some linings may incorporate PVC or polyurethane-coated fabrics for added water resistance, especially in compartments designed to hold wet or dirty7gear.

[0084] These fabrics may be selected based on their ability to protect golf equipment and personal items, while also contributing to the overall durability and functionality of the golf bag.

[0085] The container may have a foldable bottom panel 170 in communication with the first 110, second 120 and third panel 130. wherein the foldable bottom panel 170 is perpendicular to the first panel 110, second panel 120 and third panel 130 when the collapsible container 100 is in an open position 176 and supports items placed in the container 100. The foldable bottom panel folds 170 to be substantially parallel to the first panel 110, second panel 120 and third panel 130 when the collapsible container 100 is in the closed position 175. The bottom may be made of fabric such as the bag itself or may be a different fabric depending on the desires of the user and the projected uses.

[0086] The bottom may be attached in several ways. The bottom panel may be attached using reinforced stitching such as a box stitch or bar tack, which may provide extra strength to handle the weight of the golf clubs. A zippered bottom may be used so that the base can be detached, offering flexibility in storage or cleaning. Velcro strips or snap fasteners may also be used to attach the bottom, making it easy to remove or replace as needed. Another optionmay be to use grommets and cord lacing to secure the bottom, allowing for some adjustment or easy detachment. If rigidity is desired, the bottom may have a reinforced insert (like plastic or wood), which may slide into a pocket at the base, providing stability but still allowing the container to collapse when empty. Each of these approaches may be chosen based on the desired balance between durability, ease of use, and flexibility.

[0087] The collapsible container may also have a pocket 190 as illustrated in Fig. 5. The pocket 190 may be on the outside of the second panel 120 or third panel 130. The pocket may have a zipper to open or close the pocket. The pocket 190 may be made from fabric and is collapsible. The fabric may be the same fabric as covers the panels or may be a different fabric. The pocket 190 may be of a size to hold appropriate items such as golf balls in the golf bag example. In one embodiment, the pocket may have an interior area of 12 square inches to 30 square inches.

[0088] As illustrated in Fig. 10, the container may also have a first carrying strap 195. It also may have a second carrying strap 196. In one embodiment, the first strap 195 and second strap 196 are attached to opposite outer edges of the first panel 110 while in other embodiments, the straps 195 196 have a common attachment point. The first strap 195 and / or the second strap 196 may be made from fabric and have an upper attachment point 197a and 197b and a lower attachment point 198a 198b. The first strap 195 and second strap 196 may be detachable.

[0089] The first strap 195 and second strap 196 are adapted to support the container 100 vertically on a user’s back when resting on a user’s shoulder. The first strap 195 and second strap 196 may be adapted to support the container 100 substantially horizontally across a user’s back when resting on a user’s shoulder. Logically, the first strap 195 and second strap 196 are adjustable in length.

[0090] The straps 195 and 196 may be designed with several features to enhance comfort and ease of carrying:

[0091] Padded Material: The strap may include padding made from foam or gel to provide extra comfort during long rounds, reducing strain on the shoulders.

[0092] Adjustability: The strap may be adjustable, allowing golfers to customize the length for a better fit and balance while carrying the bag.

[0093] Ergonomic Design: It may feature an ergonomic design, distributing weight evenly across the shoulders and back to improve comfort and reduce fatigue.

[0094] Dual or Single Strap Configuration: Some golf bags may come with a dual-strap system for balanced weight distribution, while others may offer a single strap for ease of use.

[0095] Breathable Fabric: The strap may be made from breathable, moisture-wicking fabric to keep the golfer cool and dry while carrying the bag.

[0096] Quick-release Mechanism: The strap may include a quick-release buckle or mechanism for easy removal when transitioning between walking and cart use.\

[0097] The container 100 may also contain stand legs 180 that move from a closed position to an open position as illustrated in Figs. 4 and 6. The legs 180 on a golf bag may offer several useful features to improve stabi 1 ity and functionality:

[0098] Lightweight Material: The legs 180 may be made from lightweight materials such as aluminum or carbon fiber to provide strength without adding unnecessary weight to the bag.

[0099] Automatic Deployment: The legs 180 may feature an automatic deployment mechanism, allowing them to extend when the bag is placed on the ground, ensuring easy setup.

[0100] Rubber Feet: The legs 180 may have rubber or non-slip feet at the bottom to prevent sliding and offer stability on various terrains, including grass, gravel, or pavement.

[0101] Durability: The legs 180 may be designed for durability, able to withstand repeated use and the weight of a fully loaded bag without bending or breaking.

[0102] Foldable Design: When not in use, the legs 180 may fold tightly against the bag to maintain a sleek profile and prevent interference while carry i ng or storing the bag.

[0103] Adjustable Length: Some legs 180 may be adjustable in length, allowing golfers to customize the height for better balance and easier access to their clubs.

[0104] These features may enhance the convenience and stability of a golf bag during play.

[0105] The legs 180 of a golf bag may open automatically when it is leaned forward due to a mechanical system integrated into the base of the bag. In one embodiment, here's how it works:

[0106] Pivoting Base Plate: Most stand golf bags may have a base plate with a pivot mechanism. When the bag is set down and leaned forward, the base plate may tilt or rotates slightly. This tilting action may trigger the legs 180 to extend outward.

[0107] Spring Mechanism: A spring or tension system may be attached to the legs 180, usually inside the bag's frame. When the base tilts, this spring may be activated, pushing the legs 180 outward and into position. The tension may ensure that the legs 180 remain sturdy when opened.

[0108] Leg Hinge: The legs 180 may be attached to the bag via hinges at their top. These hinges may allow the legs 180 to fold in when the bag is lifted and extend outward when the base pivots.

[0109] Return Action: When the bag is lifted upright or off the ground, the base may return to its flat position. The spring tension pulls the legs 180 back to their folded, closed position against the bag.

[0110] This simple, efficient mechanism may allow for quick deployment of the legs 180 when the bag is set dow n, and automatic retraction when the bag is picked up.[OHl] As used herein any reference to "‘embodiments,'’ “some embodiments” or “an embodiment” or “teaching” may mean that a particular element, feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment. The appearances of the phrase “in some embodiments” or “teachings” in various places in the specification may not necessarily all be referring to the same embodiment.

[0112] Some embodiments may be described using the expression “coupled” and “connected” along with their derivatives. For example, some embodiments may be described using the term “coupled” to indicate that two or more elements are in direct physical or electrical contact. The term “coupled,” however, may also mean that two or more elements are not in direct contact with each other, but yet still co-operate or interact with each other. The embodiments may not be limited in this context.

[0113] Further, the figures depict preferred embodiments for purposes of illustration only. One skilled in the art may be readily recognize from the following discussion that alternative embodiments of the structures and methods illustrated herein may be employed without departing from the principles described herein.

[0114] Upon reading this disclosure, those of skill in the art may appreciate still additional alternative structural and functional designs for the systems and methods described herein through the disclosed principles herein. Thus, while particular embodiments and applications have been illustrated and described, it is to be understood that the disclosed embodiments may not be limited to the precise construction and components disclosed herein. Various modifications, changes and variations, which may be apparent to those skilled in the art, may be made in the arrangement, operation and details of the systems and methods disclosed herein without departing from the spirit and scope defined in any appended claims.

Claims

CLAIMS1. A collapsible container for carrying items comprising:a first panel being substantially rectangular in shape;a second panel being substantially rectangular in shape and being substantially planar; a third panel being substantially rectangular in shape and being substantially planar; the first panel being in communication with a second and third panel;the first panel being foldable along a folding line;wherein the first panel is substantially planer when the collapsible container is in an open position andwherein the first panel folds along the folding line and folds between the second panel and the third panel when the collapsible container is in a closed position:a foldable bottom panel in communication with the first, second and third panel, wherein the foldable bottom panel is perpendicular to the first panel, second panel and third panel when the collapsible container is in an open position and supports items placed in the container; andwherein the foldable bottom panel folds to be substantially parallel to the first panel, second panel and third panel when the collapsible container is in the closed position.

2. The collapsible container of claim 1, whereinthe folding line is folding junction between a first section of the first panel and a second section of the first panel.

3. The collapsible container of claim 1. whereinthe first panel and the second panel are in communication through a first pivoting junction;the second panel and third panel are in communication through a second pivoting junction; andthe third panel and first panel are in communication through a third pivoting junction.

4. The collapsible container of claim 1, wherein a fabric covers the outside of the first panel, the second panel and the third panel.

5. The collapsible container of claim 4, wherein the fabric is water resistant.

6. The collapsible container of claim 1, wherein the first pivoting joint, second pivoting joint and third pivoting joint are in an open state when the collapsible container is open and an opening is formed inside the first panel, the second panel and the third panel.

7. The collapsible container of claim 6, wherein the first panel, second panel and third panel have substantially the same width and height.

8. The collapsible container of claim 6, wherein the opening is substantially triangular.

9. The collapsible container of claim 6, further comprising separators that separate compartments inside the opening.

10. The collapsible container of claim 9. wherein the separators are taut when the first pivoting joint, second pivoting joint and third pivoting joint are in the open state.

11. The collapsible container of claim 1. wherein when the first pivoting joint, second pivoting joint and third pivoting joint are in a closed state, the collapsible container is substantially flat.

12. The collapsible container of claim 1. wherein the outside of the second panel or third panel comprises a pocket that further comprises a zipper.

13. The collapsible container of claim 12, wherein the container further comprises a first carrying strap.

14. The collapsible container of claim 12, wherein the container further comprises a second carry ing strap.

15. The collapsible container of claim 14, wherein the first strap and second strap are detachable.

16. The collapsible container of claim 15, wherein first strap and second strap are adapted to support the container vertically on a user’s back when resting on a user's shoulder.

17. The collapsible container of claim 15, wherein first strap and second strap are adapted to support the container substantially horizontally across a user's back when resting on a user’s shoulder.

18. The collapsible container of claim 1, further comprises stand legs that move from a closed position to an open position.

19. The collapsible container of claim 18, wherein a stand pad actuates the stand legs to move from the closed position to the open position.

20. The collapsible container of claim 1. wherein items are golf related objects.

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