Multifunctional garment with integrated convertible pocket system

Abstract

A multifunctional garment comprised of a 3-in-l system around one integrated module. The garment can be worn as outwear, loungewear, workwear and travel apparel. The garment also may be worn in indoor or outdoor environments. The garment can be worn / used by all ages from children up to adults, and can be reconfigured by various ages. The garment includes a mounted pocket. At times the pocket positioned in the front of the garment, flushed against the garment body. A garment can include a front-mounted pocket configured to lie flush against a garment body in a default wear state, a concealed expansion structure associated with the front-mounted pocket, and a flexible container deployable from the front-mounted pocket, wherein the garment is configured to selectively transition between a wear state and a carry state without detachment of any components from the garment.

Description

MULTIFUNCTIONAL GARMENT WITH INTEGRATED CONVERTIBLE POCKET SYSTEM CROSS-REFERENCE TO RELATED APPLICATIONS

[0001] This application claims the benefit of US Provisional Application Serial No. 63 / 778,112, filed 26 March 2025, which is incorporated herein by reference in its entirety as if fully set forth below.STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

[0002] Not ApplicableTHE NAMES OF THE PARTIES TO A JOINT RESEARCH AGREEMENT

[0003] Not ApplicableSEQUENCE LISTING

[0004] Not ApplicableSTATEMENT REGARDING PRIOR DISCLOSURES BY THE INVENTOR OR A JOINT INVENTOR

[0005] Not ApplicableBACKGROUND OF THE DISCLOSURE1. Field of the Invention

[0006] The present disclosure relates to convertible garments and multifunctional apparel, and more particularly to a garment comprising an integrated storage pouch that enables selective transformation between wearable, bag, and pillow configurations without detachable components.2. Description of Related Art

[0007] Garments have long served the primary function of covering and protecting the human body. Over time, various modifications have been made to garments to provide additional functionality beyond basic coverage, including the incorporation of pockets for storage, hoods for head protection, and zippers or other closures for ease of donning and doffing.

[0008] Travel and outdoor activities present particular challenges for individuals who seek to minimize the number of items they carry while maintaining access to comfort and convenience features. Travelers, outdoor enthusiasts, and individuals engaged in activities away from home often carry separate items for different purposes, such as garments for warmth, bags for storage, and pillows for rest. This approach results in increased luggage volume, additional expense, and inconvenience during transport.

[0009] Traditional travel garments, jackets and hoodies provide limited utility beyond basic wear. Travelers often require separate bags, pillows and or compression systems to manage bulky clothing. Existing garments lack integrated systems capable of converting between wearable, storage, compression and comfort configurations.

[0010] Travelers and consumers frequently require multiple items such as jackets, bags, and pillows when commuting, flying or camping. Carrying separate items increases bulkiness and inconvenience.

[0011] Existing garments include pockets or foldable features; however, these designs typically fail to provide multiple functional conversions in a single integrated structure. Particularly, a garment capable of transforming into both a carry bag and a pillow. Additionally, prior designs do not provide structural reinforcement for bag functionality nor ergonomic support for pillow use, limiting their practicality.

[0012] Wearable travel clothing today focuses on packability, not active compression.

[0013] Some conventional garments incorporate features that allow the garment to be folded or compressed into a smaller form for storage or transport. For example, certain jackets include pockets into which the jacket can be folded, creating a more compact package. Other garments are reversible, allowing the wearer to select between different exterior appearances without changing the garment itself. These conventional approaches generally address storage convenience or style versatility but do not provide functionality beyond the garment’s primary purpose as an article of clothing.

[0014] Convertible garments that transform between a wearable configuration and a non-wearable functional object have been developed. Some garments can be converted into bags for carrying items, while others can be configured as cushions or pillows. However, these conventionalconvertible garments typically address one or two functional transformations and may involve complex conversion processes, detachable components, or exposed structural elements that affect the garment’s appearance or comfort during wear.

[0015] Compression systems for reducing the volume of packed items are known in the travel gear industry. Compression bags and backpacks with integrated air-removal mechanisms can reduce the space occupied by clothing and other soft items. These compression systems, however, are typically implemented in dedicated storage products rather than in wearable garments, requiring users to carry separate items for compression storage functionality.

[0016] The integration of multiple functional capabilities into a single garment presents design challenges related to maintaining comfort during wear, providing intuitive transformation between configurations, and avoiding bulky or rigid components that would detract from the garment’s wearability. Conventional approaches to multifunctional garments often involve trade-offs between the number of functions provided and the quality of each functional mode.

[0017] Accordingly, there exists an opportunity for improvements in multifunctional garments that can provide wearable, storage, compression, and comfort configurations through integrated systems that maintain garment aesthetics and comfort while enabling intuitive transformation between modes.BRIEF SUMMARY OF THE INVENTION

[0018] 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.

[0019] According to an aspect of the present disclosure, a convertible garment system is provided. The convertible garment system comprises a garment body including a torso portion and sleeve portions. The convertible garment system further comprises a storage pouch attached to the garment body. The convertible garment system further comprises a closure mechanism associated with the storage pouch. The garment body is configured to be folded and inserted into the storage pouch. The storage pouch forms a bag structure when the garment body is enclosed within thestorage pouch. The storage pouch forms a pillow structure when the garment body is enclosed within the storage pouch.

[0020] The integration of a storage pouch that receives the folded garment body and forms both a bag structure and a pillow structure provides travelers and users with a single garment capable of serving multiple functions without requiring separate items for storage and comfort purposes. The configuration eliminates the need to carry separate bags and pillows, thereby reducing luggage volume and improving convenience during transport.

[0021] According to other aspects of the present disclosure, the convertible garment system may include one or more of the following features. The storage pouch may include a detachable carrying strap.

[0022] The detachable carrying strap enables the user to transport the converted bag structure in a hands-free manner, improving portability and convenience when the garment is in the bag configuration.

[0023] According to other aspects of the present disclosure, the storage pouch may include a padded layer interior layer.

[0024] The padded interior layer enhances comfort when the storage pouch is used in the pillow configuration by providing cushioning between the folded garment contents and the user’s head.

[0025] According to other aspects of the present disclosure, the storage pouch may include a soft and protective surface configured to contact a user’s head.

[0026] The soft and protective surface provides skin comfort and protection during pillow use, reducing friction and irritation when the user rests their head against the pillow structure.

[0027] According to other aspects of the present disclosure, the garment may include folding guide seams to facilitate conversion into the storage pouch.

[0028] The folding guide seams direct the user through the folding process, enabling intuitive and consistent conversion of the garment into the storage pouch without requiring complex instructions or specialized knowledge.

[0029] According to another aspect of the present disclosure, a multi-functional travel garment is provided. The multi-functional travel garment comprises a wearable textile garment. The multi-functional travel garment further comprises an integrated enclosure compartment configured to receive the garment in a folded configuration. The multi-functional travel garment further comprises a closure device configured to secure the enclosure compartment and at least one carrying interface. The enclosure compartment forms a portable carry bag when the garment is stored within the compartment.

[0030] The integration of an enclosure compartment with a carrying interface into a wearable textile garment enables the garment to transform into a portable carry bag, providing dual functionality that reduces the number of items a traveler needs to carry while maintaining the garment’s primary function as wearable apparel.

[0031] According to another aspect of the present disclosure, a convertible travel accessory is provided. The convertible travel accessory comprises a garment including multiple textile panels. The convertible travel accessory further comprises a pouch integrated into one of the textile panels. The garment is configured to be folded along predetermined fold regions and inserted into a pouch. The pouch forms a head-supporting pillow structure when the garment is enclosed within the pouch.

[0032] The predetermined fold regions enable consistent and repeatable folding of the garment, while the integrated pouch that forms a head-supporting pillow structure provides travelers with a comfort accessory derived from their own garment without requiring additional items.

[0033] According to other aspects of the present disclosure, the convertible travel accessory may include one or more of the following features. The storage pouch may include a padded interior layer configured to improve pillow comfort.

[0034] The padded interior layer enhances the cushioning properties of the pillow structure, providing improved support and comfort for the user’s head during rest periods.

[0035] According to other aspects of the present disclosure, the detachable carrying strap may connect to anchor loops positioned on the pouch exterior.

[0036] The anchor loops provide secure attachment points for the carrying strap, enabling reliable connection that supports the weight of the bag contents during transport.

[0037] According to other aspects of the present disclosure, the storage pouch may include an inflatable air chamber.

[0038] The inflatable air chamber enables the user to adjust the firmness and loft of the pillow structure by adding or removing air, providing customizable comfort levels for different user preferences.

[0039] According to other aspects of the present disclosure, the garment may include fold guide seams configured to direct folding of the garment into the pouch.

[0040] The fold guide seams provide visual and tactile guidance for the folding process, enabling users of various ages and experience levels to achieve proper folding for insertion into the pouch.

[0041] According to other aspects of the present disclosure, the storage pouch may include reinforced stitching configured to support weight of the storage as a bag.

[0042] The reinforced stitching provides structural integrity to the storage pouch when used as a bag, enabling the pouch to bear the weight of the folded garment and any additional contents without seam failure.

[0043] According to other aspects of the present disclosure, the closure mechanism may comprise a zipper extending along a perimeter of the storage pouch.

[0044] The perimeter zipper provides secure closure of the storage pouch while enabling wide access to the interior for inserting and removing the folded garment.

[0045] According to other aspects of the present disclosure, the garment at time may be comprised of hood storage.

[0046] The hood storage feature enables the hood to be stowed when not in use, preventing the hood from interfering with activities while maintaining the hood’s availability for deployment when head coverage is desired.

[0047] According to other aspects of the present disclosure, the garment may include a satin or silk surface positioned on an exterior surface of the pouch to contact a user’s head during pillow use.

[0048] The satin or silk surface provides a smooth, low-friction contact surface that protects hair and skin during pillow use, reducing friction-related damage and improving comfort.

[0049] According to other aspects of the present disclosure, the storage pouch may include an expandable gusset configured to increase bag volume.

[0050] The expandable gusset enables the storage pouch to accommodate additional contents beyond the folded garment, providing increased storage capacity when needed while maintaining a compact profile when the gusset is not expanded.

[0051] According to other aspects of the present disclosure, the pouch may include a structural lining configured to maintain bag shape.

[0052] The structural lining provides form retention for the bag configuration, enabling the bag to maintain its shape during use and transport rather than collapsing or deforming under the weight of contents.

[0053] According to other aspects of the present disclosure, the storage pouch may be positioned on an interior region of the garment.

[0054] The interior positioning of the storage pouch conceals the pouch from external view during wear, maintaining the aesthetic appearance of the garment while providing the conversion functionality.

[0055] According to other aspects of the present disclosure, the pouch may include an exterior pocket accessible in the bag configuration.

[0056] The exterior pocket provides convenient access to small items when the garment is in the bag configuration, enabling the user to store and retrieve items without opening the main compartment.

[0057] According to other aspects of the present disclosure, the garment may include a reversible orientation enabling the pouch to form an exterior bag surface.

[0058] The reversible orientation enables the user to select which surface of the pouch faces outward in the bag configuration, providing options for different aesthetic appearances or functional surface properties.

[0059] According to other aspects of the present disclosure, the storage pouch may be configured to retain the folded garment as internal cushioning for pillow functionality.

[0060] The retention of the folded garment as internal cushioning eliminates the need for separate pillow filling materials, using the garment itself to provide the cushioning properties of the pillow structure.

[0061] According to other aspects of the present disclosure, the carrying interface may include a shoulder strap, crossbody, or handle.

[0062] The multiple carrying interface options enable the user to select a carrying method suited to their preference and situation, whether hand carrying, shoulder carrying, or crossbody carrying.

[0063] According to other aspects of the present disclosure, the storage pouch may include a soft textile outer surface suitable for head support during pillow use.

[0064] The soft textile outer surface provides comfort when the pillow contacts the user’s head, face, or skin during rest periods.

[0065] According to other aspects of the present disclosure, the garment may include multiple fold zones positioned to allow compact insertion into the storage pouch.

[0066] The multiple fold zones enable systematic folding of the garment into a compact configuration that fits within the storage pouch dimensions.

[0067] According to other aspects of the present disclosure, the garment body may include a poncho configuration.

[0068] The poncho configuration provides a garment style suited for weather protection and ease of donning and doffing while maintaining the convertible functionality.

[0069] According to other aspects of the present disclosure, the garment body may include a jacket configuration.

[0070] The jacket configuration provides a garment style suited for everyday wear and layering while maintaining the convertible functionality.

[0071] According to other aspects of the present disclosure, the garment body may include a blanket-style garment.

[0072] The blanket-style garment configuration provides a garment suited for warmth and coverage while maintaining the convertible functionality.

[0073] According to other aspects of the present disclosure, the garment body may include a onesie configuration.

[0074] The onesie configuration provides full-body coverage in a single garment while maintaining the convertible functionality.

[0075] According to other aspects of the present disclosure, the garment body may include a dress configuration.

[0076] The dress configuration provides a garment style suited for various occasions while maintaining the convertible functionality.

[0077] According to other aspects of the present disclosure, the garment body may include a jumper-style configuration.

[0078] The jumper-style configuration provides a garment suited for casual wear while maintaining the convertible functionality.

[0079] According to other aspects of the present disclosure, the garment body may include a coveralls configuration.

[0080] The coveralls configuration provides full-body coverage suited for work or outdoor activities while maintaining the convertible functionality.

[0081] According to another aspect of the present disclosure, a method for converting a garment into a bag and pillow is provided. The method comprises providing a garment including a garment body and an integrated storage pouch. The method further comprises folding one or more sleeve portions of the garment toward a central torso portion. The method further comprises folding a lower portion of the garment toward the central torso portion to form a compact folded configuration. The method further comprises inserting the folded garment body into the integrated storage pouch. The method further comprises securing the storage pouch using a closure mechanism. The storage pouch forms a bag structure when the folded garment body is enclosed within the storage pouch. The storage pouch forms a pillow structure when the folded garment body remains within the storage pouch.

[0082] The sequential folding of sleeve portions and lower portions toward the central torso portion produces a compact folded configuration that fits within the integrated storage pouch, enabling transformation of the garment into both bag and pillow structures through a straightforward process.

[0083] According to other aspects of the present disclosure, the method may include one or more of the following features. The method may further comprise turning the garment inside out prior to folding the garment along predetermined fold guide seams.

[0084] Turning the garment inside out prior to folding positions interior surfaces toward the exterior of the resulting bag or pillow structure, which may place softer or more comfortable materials on the contact surfaces.

[0085] According to other aspects of the present disclosure, the method may further comprise attaching a carrying strap to anchor points on the storage pouch to increase bag capacity.

[0086] Attaching the carrying strap to anchor points enables hands-free transport of the bag structure while the anchor points provide secure attachment that supports the weight of the contents.

[0087] According to other aspects of the present disclosure, the method may further comprise inflating an air chamber positioned within the storage pouch to increase pillow firmness.

[0088] Inflating the air chamber enables the user to customize the firmness of the pillow structure to their preference, providing adjustable support for different sleeping positions or comfort requirements.

[0089] According to other aspects of the present disclosure, the method may further comprise positioning a satin or silk surface of the storage pouch to contact a user’s head when used as a pillow.

[0090] Positioning the satin or silk surface to contact the user’s head provides a smooth, low-friction surface that protects hair and skin during pillow use.

[0091] According to other aspects of the present disclosure, the garment may be a hoodie, jacket, poncho or blanket garment, onesie, overalls, or dress.

[0092] The applicability of the method to various garment types enables users to select a garment style suited to their preferences and activities while obtaining the convertible bag and pillow functionality.

[0093] According to other aspects of the present disclosure, the method may further comprise securing the folded garment using a zipper closure positioned along a perimeter of the storage pouch.

[0094] The perimeter zipper closure secures the folded garment within the storage pouch while providing access for insertion and removal of the garment.

[0095] According to other aspects of the present disclosure, the method may further comprise compressing the folded garment within the pouch to form cushioned pillow support.

[0096] Compressing the folded garment within the pouch shapes the contents to provide cushioned support suitable for pillow use.

[0097] According to other aspects of the present disclosure, the enclosure region may include a reversible textile panel.

[0098] The reversible textile panel enables the user to select which surface faces outward, providing options for different aesthetic appearances or functional properties.

[0099] According to other aspects of the present disclosure, a closure device may be selected from a zipper, button, hook-and-loop fastener, magnetic fastener, or drawstring.

[0100] The variety of closure device options enables selection of a closure type suited to the garment style, user preference, or intended use conditions.

[0101] According to other aspects of the present disclosure, carrying containers may include a handle or strap configured for carrying.

[0102] The handle or strap provides a carrying interface that enables transport of the bag structure in a convenient manner.

[0103] According to other aspects of the present disclosure, the cushioned support structure may include a soft exterior surface suitable for resting a user’s head.

[0104] The soft exterior surface provides comfort when the pillow contacts the user’s head during rest periods.

[0105] According to other aspects of the present disclosure, a pocket, pouch, or compartment may be integrated into the textile structure.

[0106] The integrated pocket, pouch, or compartment provides storage functionality within the garment structure without requiring separate components.

[0107] According to other aspects of the present disclosure, a reversible textile panel may be included.

[0108] The reversible textile panel enables selection of different exterior surfaces for different use conditions or aesthetic preferences.

[0109] According to other aspects of the present disclosure, an internal padding material or inflatable chamber may be included.

[0110] The internal padding material or inflatable chamber provides cushioning properties that enhance comfort in the pillow configuration.

[0111] According to other aspects of the present disclosure, the wearable textile structure may include a hoodie jacket, coat, poncho, scarf, blanket garment, or cloak.

[0112] The applicability to various wearable textile structures enables users to select a garment type suited to their preferences while obtaining the convertible functionality.

[0113] According to other aspects of the present disclosure, the enclosure region may be positioned on an interior portion of the wearable textile structure.

[0114] The interior positioning of the enclosure region conceals the enclosure from external view during wear, maintaining the aesthetic appearance of the garment.

[0115] According to other aspects of the present disclosure, the enclosure region may be positioned on an exterior portion of the wearable textile structure.

[0116] The exterior positioning of the enclosure region provides convenient access to the enclosure during the conversion process.

[0117] The present bridges the gaps with a true multi-functional system: wearable garment > convertible bag > pillow > actively compressed storage (air extraction) > and all in one integrated design.

[0118] Unified wearable and Compression System ~ Existing wearable products either pack down or convert to a pillow or bag, but none combine active air-removal compression system within a garment that transitions between wearable, bag and pillow.

[0119] Cooperative Compression (Mechanical + Air) ~ Compression backpacks use active pumps to shrink packed clothing space, but they are not wearable garments as well. The present system uses a double-zipper and air port feature to improve efficiency and functionality.

[0120] Functional Productivity for Multiple Purposes ~ Today’s products mostly solve one or two purposes such as wear + pillow or simple packability. The present invention solves a functional combination not found in existing products (wearing, compressing, storing, and resting / comfort with an integrated air extraction).

[0121] The present invention has an integrated flush conversion module comprising a mounted kangaroo pocket with a concealed expansion gusset designed to lie flat in a default state.

[0122] The present invention has an internal stowable bag shell deployment. A lightweight bag shell stored within the pocket module in a controlled folding sleeve. The bag shell deploys outward and uses the pocket structure as a base panel.

[0123] The present invention has a dual-mode closure system, one closure optimized for wear mode (comfort zipper placement, zipper garages). A separate closure optimized for carry mode (strong zipper at bag mouth). This two-zip system separated comfort from load bearing.

[0124] The present invention has a concealed carry system. Straps stored inside channels or internal cavities that remain unobtrusive during wear. At times an optional conversion from handcarry to shoulder via integrated strap length adjuster. Creating a strap stowage that doesn’t create bulge.

[0125] The present invention has a pillow functionality as an end-state of carry mode. The bag volume and shape designed to accept soft-fill (the garment itself, other design or additional softitems stored). Optional dedicated soft-face panel for skin comfort when used as a pillow. The pillow uses enabled geometry + comfort panel together, not as a separate pillow part.

[0126] 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.BRIEF DESCRIPTION OF THE DRAWINGS

[0127] The following detailed description of specific embodiments of the disclosure will be better understood when read in conjunction with the appended drawings. For the purpose of illustrating the disclosure, specific embodiments are shown in the drawings. It should be understood, however, that the disclosure is not limited to the precise arrangements and instrumentalities of the embodiments shown in the drawings.

[0128] FIG. 1 illustrates a garment in a wearable state with a front-mounted pocket, according to aspects of the present disclosure.

[0129] FIG. 2 illustrates the garment of FIG. 1 with the pocket in an open state, according to aspects of the present disclosure.

[0130] FIG. 3 illustrates the garment of FIG. 1 converted to a bag configuration, according to aspects of the present disclosure.

[0131] FIG. 4 illustrates the garment of FIG. 1 in a compact storage configuration, according to aspects of the present disclosure.

[0132] FIG. 5 illustrates the garment of FIG. 1 in a pillow configuration, according to aspects of the present disclosure.

[0133] FIGS. 6A-6B illustrate a double-zipper compression system of the garment of FIG. 1, according to aspects of the present disclosure.

[0134] FIG. 7 illustrates an air-compression pocket feature of the garment of FIG. 1, according to aspects of the present disclosure.

[0135] FIG. 8 illustrates the garment of FIG. 1 connected to an air pump, according to aspects of the present disclosure.DETAILED DESCRIPTION

[0136] To facilitate an understanding of the principles and features of the various embodiments of the invention, various illustrative embodiments are explained below. Although exemplary embodiments of the invention are explained in detail, it is to be understood that other embodiments are contemplated. Accordingly, it is not intended that the invention is limited in its scope to the details of construction and arrangement of components set forth in the following description or illustrated in the drawings. The invention is capable of other embodiments and of being practiced or carried out in various ways. Also, in describing the exemplary embodiments, specific terminology will be resorted to for the sake of clarity.

[0137] It must also be noted that, as used in the specification and the appended claims, the singular forms “a,” “an” and “the” include plural references unless the context clearly dictates otherwise. For example, reference to a component is intended also to include composition of a plurality of components. References to a composition containing “a” constituent is intended to include other constituents in addition to the one named.

[0138] Also, in describing the exemplary embodiments, terminology will be resorted to for the sake of clarity. It is intended that each term contemplates its broadest meaning as understood by those skilled in the art and includes all technical equivalents which operate in a similar manner to accomplish a similar purpose.

[0139] Ranges may be expressed herein as from “about” or “approximately” or “substantially” one particular value and / or to “about” or “approximately” or “substantially” another particular value. When such a range is expressed, other exemplary embodiments include from the one particular value and / or to the other particular value.

[0140] As used herein, the term “about” or “approximately” means, for example, within 10%, within 5%, or less. In some embodiments, the term “about” can mean within measurement error. In this regard, when described or claimed, all numerical values may be read as if preceded by the word “about” or “approximately,” even if the term is not explicitly stated. The phrase “about” or “approximately,” when describing a size and / or location, may be used to indicate that the stated value and / or location is within a reasonable expected range of value and / or location. For example, a numerical value may include values that are ±0. 1% of the stated value (or range of values), ±1%of the stated value (or range of values), ±2% of the stated value (or range of values), ±5% of the stated value (or range of values), ±10% of the stated value (or range of values), etc. As described herein, all numerical ranges are intended to include the endpoints and all subranges therein, unless specifically stated otherwise.

[0141] As used herein, the term “substantially” means allowing for deviations from a descriptor that do not adversely affect the intended purpose. For example, deviations resulting from measurement limitations, differences within manufacturing tolerances, or variations of less than 5% can be considered to be within substantially the same range. The specified descriptors can be absolute (e.g., substantially spherical, substantially perpendicular, substantially concentric, etc. ) or relative (e.g., substantially similar, substantially the same, etc. ).

[0142] Similarly, as used herein, “substantially free” of something, or “substantially pure,” and like characterizations, can include both being “at least substantially free” of something, or “at least substantially pure,” and being “completely free” of something, or “completely pure”.

[0143] By “comprising” or “containing” or “including” is meant that at least the named compound, element, particle, or method step is present in the composition or article or method, but does not exclude the presence of other compounds, materials, particles, method steps, even if the other such compounds, material, particles, method steps have the same function as what is named.

[0144] It is also to be understood that the mention of one or more method steps does not preclude the presence of additional method steps or intervening method steps between those steps expressly identified. Similarly, it is also to be understood that the mention of one or more components in a composition does not preclude the presence of additional components than those expressly identified.

[0145] The materials described as making up the various elements of the invention are intended to be illustrative and not restrictive. Many suitable materials that would perform the same or a similar function as the materials described herein are intended to be embraced within the scope of the invention. Such other materials not described herein can include, but are not limited to, for example, materials that are developed after the time of the development of the invention.

[0146] The present disclosure relates to a convertible garment system 100 configured to transition between multiple functional configurations. The convertible garment system 100 may provide awearable configuration in which the system functions as an article of clothing suitable for wear by a user. The convertible garment system 100 may also provide a bag configuration in which the system functions as a portable carry container for transporting items. The convertible garment system 100 may further provide a pillow configuration in which the system functions as a headsupporting cushion structure suitable for resting during travel or other activities.

[0147] In some cases, the convertible garment system 100 includes an integrated storage pouch 110 that enables transitions between the wearable, bag, and pillow configurations. The integrated storage pouch 110 may be attached to a garment body 102 and may be configured to receive the garment body 102 in a folded state. The integrated storage pouch 110 may form a bag structure 114 when the garment body 102 is enclosed within the storage pouch 110. The integrated storage pouch 110 may also form a pillow structure 116 when the garment body 102 is enclosed within the storage pouch 110, with the folded garment body 102 providing internal cushioning for pillow functionality.

[0148] The convertible garment system 100 may address challenges faced by travelers, outdoor enthusiasts, and individuals engaged in activities away from home who seek to minimize the number of items carried while maintaining access to comfort and convenience features. In some cases, the convertible garment system 100 reduces the need to carry separate items for different purposes, such as garments for warmth, bags for storage, and pillows for rest. The convertible garment system 100 may reduce luggage volume, decrease expense associated with purchasing multiple separate items, and provide convenience during transport by consolidating multiple functions into a single integrated system.

[0149] In some cases, the convertible garment system 100 enables transformation between configurations without requiring detachable components or loose accessories. The transformation process may be performed by individuals of various age groups without requiring specialized tools or complex disassembly procedures. The convertible garment system 100 may provide intuitive transformation between configurations while maintaining garment aesthetics and comfort during wear.

[0150] Referring to FIG. 1, a garment 100 is illustrated in a wearable state. The garment 100 includes a garment body 102 having a torso portion 104 configured to cover a torso region of awearer. The garment body 102 further includes sleeve portions 106 extending from the torso portion 104 and configured to cover arm regions of the wearer. The garment 100 may include a hood portion 154 positioned at an upper region of the garment body 102, with the hood portion 154 configured to provide head coverage for the wearer. In some cases, the hood portion 154 includes a drawstring or adjustment mechanism positioned near an opening of the hood portion 154 to enable a user to adjust a fit of the hood portion 154 around the face and head of the wearer.

[0151] A front-mounted pocket 102 is positioned on the garment body 102. As shown in FIG. 1, the front-mounted pocket 102 is configured to lie flush against the garment body 102 in a default wear state. The front-mounted pocket 102 maintains a flat profile against the torso portion 104 of the garment 100 during normal wear, with the front-mounted pocket 102 appearing as a standard kangaroo-style pocket suitable for everyday use.

[0152] With continued reference to FIG. 1, the front-mounted pocket 102 may be positioned at various locations on the garment body 102. In some cases, the front-mounted pocket 102 is positioned at a belly area of the garment 100. In other cases, the front-mounted pocket 102 is positioned at a chest region of the garment 100. The front-mounted pocket 102 may also be positioned at a leg portion of the garment 100. The positioning of the front-mounted pocket 102 may be selected based on user preference, garment style, or intended functionality.

[0153] The front-mounted pocket 102 may incorporate various shapes. In some cases, the frontmounted pocket 102 has a square-like shape. The shape of the front-mounted pocket 102 may be configured to accommodate a folded garment and other contents when the garment 100 is converted to a storage configuration. The shape may also be selected to provide an aesthetically pleasing appearance during wear mode.

[0154] The front-mounted pocket 102 may include a concealed expansion gusset. The concealed expansion gusset may be designed to lie flat in a default state. In some cases, the concealed expansion gusset remains hidden from view during normal wear of the garment 100. The concealed expansion gusset may enable expansion of the front-mounted pocket 102 to reveal a stowed internal component when a user initiates a transformation sequence.

[0155] The front-mounted pocket 102 may include an interior surface lined with satin. The satin lining may provide a satin exterior when the garment 100 is converted into a pillow configuration.In some cases, the satin interior surface is beneficial for hair and skin protection during use of the converted garment 100 as a pillow. The satin lining may reduce friction against hair and skin compared to other materials such as wool, fleece, or cotton.

[0156] The garment body 102 may be embodied in various form factor configurations while maintaining the convertible functionality that enables transitions between wearable, bag, and pillow configurations. Each form factor configuration may provide different styles suited for various occasions, activities, and user preferences.

[0157] In some cases, the garment body 102 includes a hooded body suit configuration. The hooded body suit configuration may provide full-body coverage extending from a hood portion 154 at an upper region to foot coverings at a lower region. The hooded body suit configuration may be suitable for use as loungewear, sleepwear, or casual outerwear. The hooded body suit configuration maintains the integrated storage pouch 110 and convertible functionality while providing comprehensive body coverage.

[0158] In some cases, the garment body 102 includes a romper configuration. The romper configuration may provide a one-piece garment structure with a torso portion 104 connected to short leg portions. The romper configuration may be suitable for warm weather conditions or indoor activities. The romper configuration maintains the integrated storage pouch 110 positioned on the torso portion 104 while providing a casual, comfortable style.

[0159] In some cases, the garment body 102 includes a onesie configuration. The onesie configuration may provide a full-body garment structure similar to the hooded body suit configuration, with the garment covering a wearer from head to toe in a continuous construction. The onesie configuration may be suitable for individuals of various ages, from children to adults. The onesie configuration maintains the convertible functionality while providing a cozy, enveloping garment style.

[0160] In some cases, the garment body 102 includes a jumper configuration. The jumper configuration may provide a sleeveless or short-sleeved garment structure with a torso portion 104 connected to leg portions. The jumper configuration may be worn over other garments or as a standalone piece. The jumper configuration maintains the integrated storage pouch 110 while providing a layering option suitable for various temperature conditions.

[0161] In some cases, the garment body 102 includes a snow suit configuration. The snow suit configuration may provide insulated full-body coverage suitable for cold weather conditions and outdoor winter activities. The snow suit configuration may include additional padding or insulation materials positioned throughout the garment body 102. The snow suit configuration maintains the convertible functionality while providing warmth and protection in cold environments.

[0162] In some cases, the garment body 102 includes a poncho configuration. The poncho configuration may provide a loose-fitting garment structure with an open design that drapes over the body. The poncho configuration may include a central opening for the head and may extend outward to cover the arms and torso without fitted sleeves. The poncho configuration maintains the integrated storage pouch 110 while providing a versatile, easy-to-don garment style suitable for travel or outdoor activities.

[0163] In some cases, the garment body 102 includes a jacket configuration. The jacket configuration may provide an upper body garment with a front opening, fitted sleeves, and a torso portion 104 that extends to approximately waist level or hip level. The jacket configuration may include a front closure such as a zipper 128 or buttons. The jacket configuration maintains the integrated storage pouch 110 positioned on the torso portion 104 while providing a traditional outerwear style suitable for everyday wear.

[0164] In some cases, the garment body 102 includes a blanket-style garment configuration. The blanket-style garment configuration may provide a large, wrap-around garment structure that can be worn draped over the body or wrapped around the wearer. The blanket-style garment configuration may provide generous coverage and may be suitable for lounging, travel, or use as a wearable blanket. The blanket-style garment configuration maintains the convertible functionality while providing maximum coverage and comfort.

[0165] In some cases, the garment body 102 includes a dress configuration. The dress configuration may provide a one-piece garment with a torso portion 104 connected to a skirt portion that extends downward from the waist region. The dress configuration may include various sleeve lengths and skirt lengths depending on style preferences. The dress configuration maintainsthe integrated storage pouch 110 while providing a garment style suitable for casual or semi-formal occasions.

[0166] In some cases, the garment body 102 includes a coveralls configuration. The coveralls configuration may provide a full-body garment structure with a torso portion 104 connected to full-length leg portions. The coveralls configuration may include a front closure extending from the neckline to the waist or lower. The coveralls configuration may be suitable for workwear applications or casual wear. The coveralls configuration maintains the integrated storage pouch 110 and convertible functionality while providing durable, full-body coverage.

[0167] Each form factor configuration may be constructed from various materials including fleece, wool, cotton, satin, or combinations thereof. The material selection may be based on the intended use, seasonal conditions, or user preferences. Each form factor configuration maintains the integrated storage pouch 110, closure mechanisms 112, and structural features that enable the garment to transition between wearable, bag, and pillow configurations without detachment of components.

[0168] The garment 100 may be constructed from various materials to provide variety in use and comfort levels for different activities or seasons. In some cases, the garment 100 is constructed from fleece material. Fleece material may provide warmth and insulation suitable for colder weather conditions or indoor lounging activities. Fleece material may also provide a soft texture against the skin of a wearer.

[0169] In some cases, the garment 100 is constructed from wool material. Wool material may provide natural insulation properties and moisture -wicking capabilities. Wool material may be suitable for outdoor activities in variable weather conditions where temperature regulation is desired.

[0170] In some cases, the garment 100 is constructed from cotton material. Cotton material may provide breathability and comfort suitable for warmer weather conditions or indoor environments. Cotton material may also provide a lightweight construction that reduces overall garment weight.

[0171] In some cases, the garment 100 is constructed from satin material. Satin material may provide a smooth surface texture that reduces friction against hair and skin. Satin material may be incorporated into portions of the garment 100, such as interior surfaces of the storage pouch 110,to provide comfort and protection for hair and skin when the garment 100 is converted into a pillow configuration.

[0172] The garment 100 may include a front closure zipper 128 configured to close the garment 100 around a person for wear mode. The front closure zipper 128 may extend along a front portion of the garment body 102 to enable a user to don and doff the garment 100. The front closure zipper 128 may provide access to an interior of the garment 100 and may enable adjustment of the garment opening based on user preference or temperature conditions.

[0173] The garment 100 may include a hood portion 154 positioned at an upper portion of the garment 100. In some cases, the hood portion 154 can close completely to shield an entire face of a wearer. The complete closure capability may provide protection from wind, precipitation, or other environmental conditions. The hood portion 154 may include a drawstring positioned around a brim of the hood portion 154 for tightening. The drawstring may enable a user to adjust a fit of the hood portion 154 around the face and head of the wearer, allowing the user to customize the hood opening size based on conditions or preferences.

[0174] The garment 100 may include coverings for hands and feet. In some cases, the hand coverings and foot coverings are attached to the garment 100 as integrated components. The integrated hand and foot coverings may provide continuous coverage from the garment body 102 to the extremities without gaps or separate pieces. In other cases, the hand coverings and foot coverings are detachable from the garment body 102. The detachable hand and foot coverings may enable a user to remove the coverings when full hand or foot exposure is desired while maintaining the option to reattach the coverings when additional coverage is needed.

[0175] A lower area of the garment 100 may be configured in various forms based on user preference, activity type, or environmental conditions. In some cases, the lower area of the garment 100 is in the form of a dress. The dress form may provide a skirt-like lower portion that extends downward from the waist region without separate leg portions. In other cases, the lower area of the garment 100 is in the form of shorts or capris. The shorts or capris form may provide leg portions that extend to various lengths below the waist region, with shorts providing coverage to approximately mid-thigh level and capris providing coverage to approximately mid-calf level.

[0176] A bag shell may be stored within the front-mounted pocket 102. In some cases, the bag shell is stored within a controlled folding sleeve positioned inside the front-mounted pocket 102. The controlled folding sleeve may maintain the bag shell in a compact configuration during wear mode. The controlled folding sleeve may organize the bag shell material in a predetermined arrangement that facilitates deployment when a user initiates a transformation sequence. The controlled folding sleeve may prevent bunching or tangling of the bag shell material during normal wear activities.

[0177] The front-mounted pocket 102 and associated components may form a continuous sewn system. In some cases, the continuous sewn system includes no added hard components. The continuous sewn system may be constructed entirely from textile materials joined through stitching without incorporation of rigid plastic, metal, or other hard structural elements. The absence of hard components may provide comfort during wear by eliminating pressure points or rigid areas that could contact the body of a wearer. The continuous sewn system may also reduce overall weight of the garment 100 and may avoid interference with security screening equipment during travel.

[0178] The continuous sewn system may include no detachable parts. In some cases, all components of the front-mounted pocket 102, the bag shell, and associated structural elements remain permanently attached to the garment body 102. The permanent attachment of components may enable all transformations between functional states without requiring separation of components from the garment body 102. The continuous sewn system architecture may provide durability by eliminating connection points that could fail or separate during use.

[0179] The garment 100 may include stowable straps 156 configured for carrying the garment 100 in a bag configuration. In some cases, the stowable straps 156 are stored in side channels 158 positioned along lateral portions of the front-mounted pocket 102 or the garment body 102. The side channels 158 may maintain the stowable straps 156 in an unobtrusive position during wear mode. The side channels 158 may be formed from fabric panels stitched to the garment body 102 to create elongated compartments sized to receive the stowable straps 156. The stowable straps 156 may remain hidden from view when the garment 100 is worn, avoiding creation of bulges or protrusions that could affect the appearance or comfort of the garment 100 during wear.

[0180] In some cases, the stowable straps 156 are stored in internal cavities 160 within the garment structure. The internal cavities 160 may be positioned adjacent to the front-mounted pocket 102 or at other locations within the garment body 102. The internal cavities 160 may provide protected storage locations for the stowable straps 156 when the straps are not deployed for carrying. The internal cavities 160 may be accessed through openings positioned at convenient locations that enable a user to withdraw the stowable straps 156 when converting the garment 100 to the bag configuration.

[0181] The garment 100 may include an integrated strap length adjuster 162. The integrated strap length adjuster 162 may enable a user to modify a length of the stowable straps 156 for different carrying configurations. In some cases, the integrated strap length adjuster 162 enables conversion from a hand-carry configuration to a shoulder-carry configuration by extending the strap length. The integrated strap length adjuster 162 may enable conversion from the shoulder-carry configuration to the hand-carry configuration by shortening the strap length.

[0182] In some cases, the integrated strap length adjuster 162 requires no metal components. The metal-free construction of the integrated strap length adjuster 162 may be achieved through use of textile-based adjustment mechanisms such as fabric loops, stitched channels, or woven adjustment elements. The metal-free construction may reduce weight of the garment 100. The metal-free construction may also avoid interference with security screening equipment during travel, enabling a user to pass through metal detectors without triggering alerts caused by metallic strap adjustment hardware.

[0183] The flexible container may include a facing panel positioned on an exterior surface of the flexible container. The facing panel may be constructed from various materials and textures to provide different functional properties depending on intended use conditions and user requirements.

[0184] In some cases, the facing panel is made of water repellent materials. Water repellent materials may protect contents of the flexible container from moisture exposure during travel or outdoor use. The water repellent facing panel may enable use of the pillow configuration in damp environments without absorption of moisture into soft-fill materials contained within the flexiblecontainer. The water repellent materials may cause water droplets to bead and roll off the facing panel surface rather than penetrating into the textile structure.

[0185] In some cases, the facing panel is made of fire protectant materials. Fire protectant materials may provide resistance to ignition or flame spread when the garment is used in environments where fire hazards may be present. The fire protectant facing panel may meet safety standards for use in aircraft cabins or other regulated environments where flame resistance properties are specified.

[0186] In some cases, the facing panel is made of abrasion resistant materials. Abrasion resistant materials may provide durability when the pillow configuration is placed on rough surfaces or subjected to repeated contact with other objects during travel. The abrasion resistant facing panel may extend service life of the garment by reducing wear on exterior surfaces that contact floors, seats, luggage compartments, or other surfaces during use.

[0187] In some cases, the facing panel is made of bum resistant materials. Bum resistant materials may provide protection against heat damage when the garment is used near heat sources or in high-temperature environments. The bum resistant facing panel may maintain structural integrity of the flexible container when exposed to elevated temperatures.

[0188] A hood portion 154 of the garment 100 may act as padding when the garment 100 is folded and inserted into the front-mounted pocket 102 during conversion to a pillow configuration. In some cases, the hood portion 154 is positioned last during a folding sequence such that the hood portion 154 provides a cushioning layer within a pillow structure 116. The hood portion 154 may be repositioned internally within the flexible container to provide additional loft or support in selected areas of the pillow configuration. The hood portion 154 padding may contribute to a soft, structured travel pillow without requiring a separate pillow insert or additional padding components.

[0189] The garment 100 may include water-resistant zippers 128 for protection against moisture. In some cases, a primary closure comprises a water-resistant zipper 128. In other cases, a secondary compression closure comprises a water-resistant zipper 128. The water-resistant zippers 128 may prevent ingress of water, rain, or other moisture into the flexible container duringuse in wet environments or during travel. The water-resistant zippers 128 may protect contents stored within the flexible container from moisture damage.

[0190] The garment 100 may include zipper garages positioned at terminal ends of zippers 128.The zipper garages may conceal zipper pulls and prevent contact between zipper hardware and skin of a wearer. In some cases, the zipper garages are positioned at terminal ends of zippers 128 to provide a comfortable wear experience by eliminating pressure points or irritation that could result from exposed zipper components. The zipper garages may be positioned along the primary closure or the secondary compression closure to enhance comfort during wear mode.

[0191] The garment 100 may use snap buttons as fastening elements. In some cases, snap buttons are positioned along portions of the front-mounted pocket 102 or the flexible container to provide supplemental closure or to secure components in selected positions. The snap buttons may provide an alternative or supplemental fastening mechanism to zipper closures. The snap buttons may enable quick engagement and disengagement of fastened portions without requiring manipulation of zipper pulls.

[0192] The garment 100 may include an air compression pocket configured to provide adjustable storage capacity. In some cases, the air compression pocket is configured to expand a pouch dimension by up to two inches in width. The expandable pouch dimension may provide additional storage space within the flexible container when a user requires increased capacity for contents. The expansion capability may accommodate additional clothing items, personal belongings, or other soft materials beyond the folded garment 100. The expandable pouch dimension may enable versatility in storage capacity based on user needs for different travel situations. When extra storage space is not needed, the air compression pocket may enable reduction of thickness to produce a flatter, more compact profile suitable for placement in luggage compartments or storage spaces with limited depth.

[0193] The air compression system may achieve volume reduction in a range of thirty to forty percent when fully compressed. In some cases, the volume reduction produces a dense, stable packing cube configuration. The compressed configuration may resist shifting of contents during transport due to reduced internal air volume and increased density of packed materials. The volume reduction capability may enable a user to maximize available luggage space by minimizinga footprint of the stored garment 100 and associated contents. The thirty to forty percent volume reduction may be achieved through engagement of a valved air-removal port 164 with an external air pump or vacuum device, through engagement of a secondary compression closure, or through a combination of both compression mechanisms.

[0194] The garment 100 may include low-profile compression straps positioned around a perimeter of the flexible container. In some cases, the low-profile compression straps provide supplemental compression in addition to the secondary compression closure and the air compression pocket. The low-profile compression straps may be tightened to further reduce volume and to secure a compressed configuration. The low-profile compression straps may maintain a minimal profile that avoids snagging on other items or creating protrusions that could interfere with placement in luggage. The low-profile compression straps may be constructed from flat webbing material or thin textile bands that lie close to an exterior surface of the flexible container when engaged.

[0195] The flexible container may have dimensions optimized for carry-on luggage specifications. In some cases, cube dimensions of the compressed configuration conform to airline carry-on size restrictions. The carry-on optimized dimensions may enable a user to transport the compressed garment 100 in an overhead bin or under-seat storage area of an aircraft. The carry-on optimized dimensions may also conform to size restrictions for other modes of transportation such as trains, buses, or personal vehicles with limited storage capacity. The optimization for carry-on luggage specifications may enable the compressed garment 100 to fit within standard luggage compartments without requiring checked baggage or oversized item handling.

[0196] The garment 100 may include hidden pockets for personal items positioned along interior surfaces of the garment body 102. The hidden pockets may be positioned at locations where the hidden pockets remain concealed from external view during wear mode. In some cases, the hidden pockets are positioned at chest regions of the garment body 102. In other cases, the hidden pockets are positioned at hip regions of the garment body 102. The hidden pockets may also be positioned along interior seams of the garment body 102. The hidden pockets may provide secure storage locations for personal items such as electronic devices, identification documents, currency, or other small belongings that a user may wish to keep accessible yet concealed during travel or daily activities.

[0197] The hidden pockets may be constructed with closures to secure contents during movement. In some cases, the hidden pockets include zipper 128 closures that maintain contents in position during physical activity or changes in body orientation. The zipper 128 closures may prevent contents from shifting or falling out of the hidden pockets when a wearer bends, reaches, or engages in other movements. The zipper 128 closures may be positioned to avoid creating pressure points or discomfort against the body of a wearer during extended wear periods.

[0198] In some cases, the hidden pockets include snap closures as alternatives to zipper closures. The snap closures may enable quick engagement and disengagement of the hidden pocket openings without requiring manipulation of zipper pulls. The snap closures may provide a secure fastening mechanism while allowing rapid access to contents stored within the hidden pockets.

[0199] In some cases, the hidden pockets include hook-and-loop closures. The hook-and-loop closures may provide adjustable closure force based on the extent of engagement between hook and loop components. The hook-and-loop closures may enable a user to open and close the hidden pockets with a single hand motion. The hook-and-loop closures may be positioned along edges of the hidden pocket openings to provide secure retention of contents while maintaining ease of access.

[0200] The hidden pockets may remain unobtrusive during wear mode by incorporating flat construction profiles. In some cases, the hidden pockets are constructed from thin, flexible materials that conform to body contours of a wearer without creating visible bulges or protrusions on exterior surfaces of the garment 100. The hidden pockets may be positioned in locations where natural folds or draping of garment fabric conceal the presence of the hidden pockets from external observation. The unobtrusive construction of the hidden pockets may enable a wearer to carry personal items without affecting an aesthetic appearance of the garment 100 during wear.

[0201] The garment 100 may include a hood storage pocket configured for storing a hood portion 154 when the hood portion 154 is not in use. In some cases, the hood storage pocket is positioned at a rear collar region of the garment 100 where the hood storage pocket provides convenient access for stowing the hood portion 154. The hood storage pocket may be positioned at a shoulder region or upper back region of the garment 100. The hood storage pocket may enable a user totuck the hood portion 154 into the hood storage pocket to prevent the hood portion 154 from hanging loosely or interfering with activities when head coverage is not desired.

[0202] The hood storage pocket may include an opening sized to receive a folded or rolled hood portion 154. In some cases, the hood storage pocket includes an elastic opening that expands to accept the hood portion 154. The elastic opening may stretch to accommodate insertion of the hood portion 154 material into the hood storage pocket. The elastic opening may then contract to retain the hood portion 154 in a stored position within the hood storage pocket. The contraction of the elastic opening may secure the hood portion 154 within the hood storage pocket without requiring additional closure mechanisms.

[0203] In some cases, the hood storage pocket includes a closure such as a zipper 128 or snap to secure the hood portion 154 within the hood storage pocket during active use of the garment 100. The closure of the hood storage pocket may prevent the hood portion 154 from inadvertently deploying from the hood storage pocket during movement or physical activity. The closure may provide supplemental retention in addition to the elastic opening for situations where enhanced security of the stored hood portion 154 is desired.

[0204] The hood storage pocket may remain unobtrusive during wear mode when the hood portion 154 is stored within the hood storage pocket. In some cases, the hood storage pocket is constructed with a flat profile that minimizes visible bulging when the hood portion 154 is stowed. The hood storage pocket may be positioned beneath an outer layer of the garment 100 or within a collar structure where the stored hood portion 154 blends with natural contours of the garment 100. The unobtrusive configuration of the hood storage pocket may enable a wearer to store the hood portion 154 without creating an uncomfortable lump or visible protrusion at a neck or shoulder region of the garment 100.

[0205] Referring to FIG. 2, the garment 100 is illustrated in a partially converted configuration showing a transition process from a wearable state toward a bag or pillow configuration. The garment 100 is depicted in a bundled arrangement where a garment body 102 has been folded and is being inserted into an integrated storage pouch 110. The storage pouch 110 is shown in an open state with a pouch opening facing upward, revealing an interior cavity configured to receive folded garment material.

[0206] The conversion method 200 may involve turning 214 the garment 100 inside out through the front-mounted pocket 102. In some cases, a user initiates the conversion by opening a hidden perimeter zipper 128 positioned inside the front-mounted pocket 102. The hidden perimeter zipper 128 may be concealed within seams of the front-mounted pocket 102 during normal wear mode. Opening the hidden perimeter zipper 128 reveals a stowed bag shell and enables deployment of a flexible container from the front-mounted pocket 102. A user may flip the front-mounted pocket 102 outward such that the front-mounted pocket 102 becomes a cube shell. The user may then turn the garment 100 inside out through the inverted pocket structure. The inside-out conversion step positions interior surfaces of the garment 100 toward an exterior of a resulting packing cube while positioning exterior surfaces of the garment 100 toward an interior of the packing cube.

[0207] With continued reference to FIG. 2, the garment 100 may be folded in a sequential manner before insertion into the inverted pocket structure. The folding method may involve folding legs of the garment 100 upward toward a torso portion 104 of the garment 100 as a first folding step. The upward folding of the legs may reduce a length dimension of the garment 100 and may position leg portions adjacent to the torso portion 104 for subsequent folding steps.

[0208] The folding method may involve folding 204 sleeve portions 106 of the garment 100 inward toward a center of the garment 100 as a second folding step. In some cases, the inward folding of the sleeve portions 106 positions arm portions of the garment 100 over the folded leg portions and the torso portion 104. The inward folding of the sleeve portions 106 may reduce a width dimension of the garment 100 and may produce a more compact profile suitable for insertion into the inverted pocket structure.

[0209] The folding method may involve folding 230 a hood portion 154 of the garment 100 last as a third folding step. In some cases, the hood portion 154 is positioned as an outermost layer of the folded garment 100 such that the hood portion 154 acts as padding within a resulting packing cube or pillow configuration. The sequential folding of legs upward, sleeve portions 106 inward, and hood portion 154 last may produce a compact folded configuration 208 that fits within dimensions of the inverted pocket structure.

[0210] As further shown in FIG.2, arrows positioned around an upper portion of the storage pouch 110 indicate a rotational or twisting motion, suggesting manipulation required during theconversion process. The folded garment fabric extends outward from a base of the pouch structure, showing portions of textile material that have not yet been fully inserted into the storage compartment. A user may stuff the entire folded garment 100 into the inverted pocket structure after completing the sequential folding steps. In some cases, the user inserts 210 the folded garment 100 through an opening of the cube shell formed by the inverted pocket. The user may then close the pocket structure by engaging a zipper closure to form a packing cube configuration. A closure mechanism 112 is visible along an upper perimeter of the pouch, configured to secure the storage compartment once the garment 100 is fully enclosed within.

[0211] The storage pouch 110 may include a padded interior layer 122 configured to improve pillow comfort. In some cases, the padded interior layer 122 comprises a soft cushioning material positioned along interior surfaces of the storage pouch 110. The padded interior layer 122 may provide additional softness and support when the storage pouch 110 is used in a pillow configuration. The padded interior layer 122 may be constructed from foam material, fiberfill material, or other cushioning materials that compress under pressure and recover when pressure is released. The padded interior layer 122 may be positioned to contact a user’s head or face when the storage pouch 110 functions as a pillow, providing a comfortable resting surface. The padded interior layer 122 may be permanently attached to interior walls of the storage pouch 110 or may be removable for cleaning or replacement.

[0212] The storage pouch 110 may include an inflatable air chamber 136. In some cases, the inflatable air chamber 136 is positioned within a wall structure of the storage pouch 110. The inflatable air chamber 136 may be configured to receive air through a valve 138 or port to increase firmness of the storage pouch 110 when used as a pillow. The inflatable air chamber 136 may enable a user to adjust a firmness level of the pillow configuration by adding or releasing air from the inflatable air chamber 136. In some cases, the inflatable air chamber 136 is positioned along a perimeter region of the storage pouch 110 to provide structural support around edges of the pillow configuration. The inflatable air chamber 136 may be deflated when the storage pouch 110 is used as a bag to reduce bulk and maintain a compact profile. The inflatable air chamber 136 may include a one-way valve 138 that retains air within the chamber until a user intentionally releases the air.

[0213] The garment 100 may include fold guide seams 126 configured to direct folding of the garment 100 into the storage pouch 110. In some cases, the fold guide seams 126 are positioned at predetermined locations on the garment body 102 to indicate where a user should create folds during the conversion process. The fold guide seams 126 may be formed from stitching lines that create visible or tactile indicators on the garment fabric. The fold guide seams 126 may be positioned to divide the garment body 102 into sections that correspond to a folding sequence optimized for insertion into the storage pouch 110. In some cases, the fold guide seams 126 are positioned at locations that align sleeve portions 106, leg portions, and torso portions 104 into a compact configuration when the garment 100 is folded along the fold guide seams 126. The fold guide seams 126 may reduce guesswork during the conversion process and may enable consistent folding results across multiple conversion cycles. The fold guide seams 126 may be constructed from contrasting thread colors to provide visual guidance or may be constructed from matching thread colors to maintain a seamless appearance during wear mode.

[0214] The storage pouch 110 may include reinforced stitching 130 configured to support weight of the storage pouch 110 when used as a bag. In some cases, the reinforced stitching 130 is positioned at stress points of the storage pouch 110 where loads are concentrated during carrying. The reinforced stitching 130 may be positioned at attachment points where carrying straps connect to the storage pouch 110. The reinforced stitching 130 may also be positioned along seams that join panels of the storage pouch 110 together. In some cases, the reinforced stitching 130 comprises multiple rows of stitching positioned parallel to each other to distribute loads across a wider area of fabric. The reinforced stitching 130 may comprise bar tacks or box stitching patterns at high-stress locations to prevent seam failure under load. The reinforced stitching 130 may enable the storage pouch 110 to support weight of the folded garment 100 and additional contents without tearing or separating at seam locations.

[0215] A closure mechanism 112 of the storage pouch 110 may comprise a zipper 128 extending along a perimeter of the storage pouch 110. In some cases, the perimeter zipper 128 extends around three sides of the storage pouch 110 to provide a wide opening for insertion of the folded garment 100. The perimeter zipper 128 may enable a user to open the storage pouch 110 fully to access the interior cavity. The perimeter zipper 128 may include a zipper pull positioned at a convenient location for grasping during opening and closing operations. In some cases, theperimeter zipper 128 includes two zipper pulls that travel in opposite directions to enable opening from either end of the zipper 128. The perimeter zipper 128 may be constructed from a continuous zipper chain with teeth sized to provide secure closure while enabling smooth operation. The perimeter zipper 128 may be water-resistant to protect contents of the storage pouch 110 from moisture ingress.

[0216] Referring to FIG. 3, a bag structure 114 is illustrated in a carry configuration. The bag structure 114 represents the garment 100 in a converted state where a flexible container has been deployed and a folded garment 100 has been inserted within. The bag structure 114 includes a main body portion having a soft, rounded rectangular shape with visible surface texture lines indicating flexible material construction. The bag structure 114 features two carrying straps extending upward from a top portion of the main body, with the straps shown in a crossed or overlapping arrangement suitable for hand carrying or shoulder carrying.

[0217] The garment 100 may include a satin or silk surface positioned on an exterior surface of a storage pouch 110. In some cases, the satin or silk surface is configured to contact a user’s head during pillow use. The satin or silk surface may provide a smooth texture that reduces friction against hair and skin when the bag structure 114 is used as a pillow. The satin or silk surface may help protect hair from tangling or breakage that could result from contact with rougher textile materials. The satin or silk surface may also provide a cool, comfortable feel against facial skin during resting periods. In some cases, the satin or silk surface is positioned on a panel of the storage pouch 110 that faces outward when the bag structure 114 is converted to a pillow configuration, enabling the smooth surface to contact the user’s head while the folded garment 100 provides internal cushioning.

[0218] With continued reference to FIG. 3, the storage pouch 110 may include an expandable gusset 132 configured to increase bag volume. In some cases, the expandable gusset 132 comprises a folded panel of fabric positioned along side walls or a bottom wall of the storage pouch 110. The expandable gusset 132 may unfold to increase interior dimensions of the storage pouch 110 when additional storage capacity is desired. The expandable gusset 132 may enable the storage pouch 110 to accommodate the folded garment 100 along with additional items such as clothing, personal belongings, or travel accessories. In some cases, the expandable gusset 132 increases bag volume by one to three inches in one or more dimensions when fully deployed. Theexpandable gusset 132 may be secured in a collapsed position during normal use through stitching, snaps, or other fastening mechanisms that release when a user pulls on the gusset panel. The expandable gusset 132 may provide versatility in storage capacity based on user needs for different travel situations.

[0219] The storage pouch 110 may include a structural lining 134 configured to maintain bag shape. In some cases, the structural lining 134 comprises a semi-rigid material positioned within wall panels of the storage pouch 110. The structural lining 134 may provide support that prevents the bag structure 114 from collapsing or losing form when contents are removed or when the bag is set down on a surface. The structural lining 134 may be constructed from interfacing material, lightweight plastic sheeting, or stiffened fabric that provides shape retention while remaining flexible enough to fold during conversion processes. In some cases, the structural lining 134 is positioned along a bottom panel of the storage pouch 110 to provide a stable base when the bag structure 114 is placed on a floor or other horizontal surface. The structural lining 134 may also be positioned along side panels of the storage pouch 110 to maintain upright walls that facilitate loading and unloading of contents. The structural lining 134 may enable the bag structure 114 to stand independently without external support, providing convenience during packing and unpacking operations.

[0220] As further shown in FIG. 3, the soft, pillow-like appearance of the main body portion indicates that the bag structure 114 may also function as a pillow when the folded garment 100 provides internal cushioning. A closure mechanism 112 is visible on one side of the bag structure 114, appearing as a zipper pull or fastening element that secures contents within the storage pouch 110.

[0221] The storage pouch 110 may be positioned on an interior region of the garment 100. In some cases, the storage pouch 110 is attached to an interior surface of the garment body 102 rather than an exterior surface. The interior positioning of the storage pouch 110 may conceal the storage pouch 110 from external view during wear mode, maintaining a clean exterior appearance of the garment 100 without visible pouch structures. The interior positioning may enable the storage pouch 110 to lie flat against the body of a wearer without creating external bulges or protrusions. In some cases, the interior positioning of the storage pouch 110 places the storage pouch 110 between an outer shell layer and an inner lining layer of the garment 100. The interior positioningmay protect the storage pouch 110 from abrasion, soiling, or damage that could occur if the storage pouch 110 were exposed on an exterior surface of the garment 100. When a user initiates a conversion process, the interior-positioned storage pouch 110 may be accessed by turning the garment 100 inside out or by reaching through an opening in the garment 100 to deploy the storage pouch 110 outward.

[0222] Referring to FIG. 4, a bag structure 114 is illustrated in a carry configuration from another perspective. The bag structure 114 depicts a soft-sided container with a rounded, slightly slouched form characteristic of flexible material construction. The bag includes two carrying handles extending upward from a top portion of the bag, with the handles appearing to have a textured or stitched construction along their length. The handles are attached to a bag body at connection points positioned on either side of a bag opening. A closure mechanism 112 extends along a top perimeter of the bag between the handle attachment points, appearing as a zipper 128 or similar linear fastening element.

[0223] With continued reference to FIG. 4, the storage pouch 110 may include an exterior pocket 140 accessible in the bag configuration. In some cases, the exterior pocket 140 is positioned on an outer surface of the storage pouch 110 where the exterior pocket 140 remains accessible when the garment 100 is converted to the bag configuration. The exterior pocket 140 may provide convenient storage for items that a user wishes to access without opening a main compartment of the bag structure 114. The exterior pocket 140 may be sized to accommodate small personal items such as electronic devices, identification documents, keys, or other frequently accessed belongings. In some cases, the exterior pocket 140 includes a closure mechanism 112 such as a zipper 128, snap, or hook-and-loop fastener to secure contents within the exterior pocket 140 during transport. The exterior pocket 140 may be positioned on a front panel, side panel, or rear panel of the storage pouch 110 depending on design preferences and intended accessibility. The exterior pocket 140 may enable a user to retrieve items quickly without disturbing contents stored within the main compartment of the bag structure 114.

[0224] The garment 100 may include a reversible orientation enabling the storage pouch 110 to form an exterior bag surface. In some cases, the reversible orientation allows a user to configure the storage pouch 110 such that an interior surface of the storage pouch 110 becomes an exterior surface of the bag structure 114 when the garment 100 is converted. The reversible orientationmay enable a user to select between different exterior appearances or material properties based on intended use conditions. In some cases, the reversible orientation positions a satin or silk surface on an exterior of the bag structure 114 when the user desires a smooth exterior texture. In other cases, the reversible orientation positions a more durable or abrasion-resistant surface on the exterior when the user anticipates rough handling or contact with abrasive surfaces. The reversible orientation may be achieved by turning the storage pouch 110 inside out during the conversion process or by folding the garment 100 in a manner that positions a desired surface outward. The reversible orientation may provide versatility in bag appearance and functionality without requiring additional components or accessories.

[0225] As further shown in FIG. 4, the bag body exhibits a soft, pliable appearance with subtle creases and folds indicating the flexible nature of the material. The storage pouch 110 may be configured to retain a folded garment body 102 as internal cushioning for pillow functionality. In some cases, the folded garment body 102 remains within the storage pouch 110 when the bag structure 114 is converted to a pillow configuration. The folded garment body 102 may provide soft fill material that creates cushioning and support for a user’s head when the storage pouch 110 functions as a pillow. The storage pouch 110 may be sized and shaped to contain the folded garment body 102 in a configuration that produces a pillow geometry suitable for resting. In some cases, the folded garment body 102 distributes throughout an interior cavity of the storage pouch 110 to provide even cushioning across a surface of the pillow configuration. The retention of the folded garment body 102 within the storage pouch 110 may eliminate a need for separate pillow inserts or additional cushioning materials. The folded garment body 102 may be repositioned within the storage pouch 110 to adjust loft, firmness, or support characteristics of the pillow configuration based on user preferences. The storage pouch 110 may include interior features such as internal dividers or retention straps that maintain the folded garment body 102 in a desired position within the pillow configuration.

[0226] Referring to FIG. 5, a pillow configuration is illustrated. The pillow configuration presents a soft, cushioned structure with a generally oval or rounded rectangular shape when viewed from an angled perspective. The exterior surface of the pillow displays characteristic fabric gathering and creasing patterns that indicate the presence of soft fill material contained within. The uppersurface of the pillow shows gentle undulations and folds in the fabric, suggesting a plush and compressible construction suitable for head support during resting periods.

[0227] The garment 100 may include a carrying interface 142 configured to enable transport of the converted bag or pillow structure. In some cases, the carrying interface 142 includes a shoulder strap 144. The shoulder strap 144 may extend from attachment points on the storage pouch 110 and may be sized to loop over a shoulder of a user for hands-free carrying. The shoulder strap 144 may distribute weight of the bag structure 114 across the shoulder and upper body of the user, reducing strain on hands and arms during extended carrying periods.

[0228] In some cases, the carrying interface 142 includes a crossbody strap 146 configuration. The crossbody strap 146 configuration may enable a user to position the strap diagonally across the torso, with the bag structure 114 resting at a hip or lower back region of the user. The crossbody strap 146 configuration may provide secure carrying that keeps the bag structure 114 close to the body while leaving both hands free for other activities. The crossbody strap 146 configuration may be achieved by extending a strap length to enable the diagonal positioning across the body.

[0229] In some cases, the carrying interface 142 includes a handle 148. The handle 148 may be positioned at an upper portion of the storage pouch 110 and may be sized to accommodate a hand grip for lifting and carrying. The handle 148 may enable quick transport of the bag structure 114 over short distances without requiring deployment of longer straps. The handle 148 may be constructed from reinforced fabric or webbing material configured to support weight of the bag structure 114 and contents without stretching or deforming.

[0230] With continued reference to FIG. 5, the garment 100 may include multiple fold zones 152 positioned to allow compact insertion into the storage pouch 110. In some cases, the multiple fold zones 152 are distributed across the garment body 102 at locations that correspond to natural folding points of the garment structure. The multiple fold zones 152 may be positioned at junctions between sleeve portions 106 and the torso portion 104, at junctions between leg portions and the torso portion 104, and at a junction between a hood portion 154 and the torso portion 104. The multiple fold zones 152 may enable a user to fold the garment 100 in a systematic manner that produces a compact configuration sized to fit within dimensions of the storage pouch 110. In some cases, the multiple fold zones 152 are indicated by stitching lines, seam placements, or fabricmarkings that guide a user during the folding process. The multiple fold zones 152 may enable consistent folding results that optimize use of interior space within the storage pouch 110 and produce a uniform cushioning distribution when the storage pouch 110 functions as a pillow.

[0231] The storage pouch 110 may include a detachable carrying strap 118. In some cases, the detachable carrying strap 118 is configured to be removed from the storage pouch 110 when not in use and reattached when carrying functionality is desired. The detachable carrying strap 118 may enable a user to customize the carrying configuration based on intended use conditions. The detachable carrying strap 118 may be removed when the storage pouch 110 is used as a pillow to eliminate strap components that could interfere with comfort during resting. The detachable carrying strap 118 may be stored separately or may be tucked within the storage pouch 110 when not attached.

[0232] As further shown in FIG. 5, the detachable carrying strap 118 may connect to anchor loops 120 positioned on a pouch exterior. In some cases, the anchor loops 120 are attached to exterior surfaces of the storage pouch 110 at locations configured to provide balanced weight distribution when the detachable carrying strap 118 is engaged. The anchor loops 120 may be constructed from reinforced fabric loops, metal rings, or plastic hardware configured to receive ends of the detachable carrying strap 118. The anchor loops 120 may be positioned at opposing sides of the storage pouch 110 to enable shoulder strap 144 or crossbody strap 146 configurations. In some cases, the anchor loops 120 are positioned at a top region of the storage pouch 110 to enable handle-style carrying when the detachable carrying strap 118 is attached in a shortened configuration. The anchor loops 120 may include closure mechanisms such as clips, hooks, or carabiners that enable quick attachment and detachment of the carrying strap. The anchor loops 120 may be reinforced with additional stitching or backing material to withstand loads applied through the detachable carrying strap 118 during carrying operations.

[0233] Referring to FIGS. 6A-6B, two views of a storage pouch 110 component are illustrated showing a dual-zipper arrangement and air compression features. The upper view depicts the storage pouch 110 in a configuration showing the dual-zipper arrangement. The storage pouch 110 appears in a compressed or flattened state with arrows indicating directional movement or airflow. A first zipper 128 is positioned along one side of the storage pouch 110, while a second zipper 128 is positioned along an opposing side. The arrows pointing upward from a top surfacesuggest air being expelled or released from a pouch interior, while horizontal arrows at zipper locations indicate a direction of zipper operation or a path of air removal through the closure system.

[0234] The lower view depicted in FIGS. 6B shows the same storage pouch 110 with a flexible hose or tube connected to one end. This configuration illustrates an air compression pocket feature with a valved air-removal port 164. The hose extends from a circular port opening on the storage pouch 110, demonstrating compatibility with an external air pump or vacuum system. Curved lines on a pouch surface suggest the soft, flexible nature of textile material construction. The arrows in this view indicate a direction of air extraction through the connected hose assembly.

[0235] With continued reference to FIGS. 6A-6B the dual-zipper arrangement provides distinct functions for different operational modes. The first zipper 128 may serve as a primary closure for retaining contents within the storage pouch 110. The second zipper 128 may function as a secondary compression closure for reducing internal volume of the storage pouch 110. The separation of closure functions between the two zippers 128 may enable a user to secure contents within the storage pouch 110 using the primary closure while independently engaging the secondary compression closure to reduce volume and shape the storage pouch 110 into a pillow geometry.

[0236] A method 200 of converting the garment 100 may include attaching 218 a carrying strap 118 to anchor points 220 on the storage pouch 110 to increase bag capacity. In some cases, the anchor points 220 are positioned at locations on the storage pouch 110 configured to provide balanced weight distribution when the carrying strap 118 is engaged. The attachment of the carrying strap 118 to the anchor points 220 may enable the storage pouch 110 to support additional weight beyond the folded garment 100 alone. The carrying strap 118 attachment may distribute loads across multiple anchor points 220, reducing stress concentration at any single attachment location. In some cases, the carrying strap 118 attachment enables the storage pouch 110 to function as a carry bag capable of transporting the folded garment 100 along with additional items such as clothing, personal belongings, or travel accessories. The anchor points 220 may be reinforced with additional stitching or backing material to withstand loads applied through the carrying strap 118 during transport operations.

[0237] As further shown in FIGS. 6A-6B, the method 200 may include inflating 222 an air chamber 136 positioned within the storage pouch 110 to increase pillow firmness. In some cases, the air chamber 136 is positioned within a wall structure of the storage pouch 110 and is configured to receive air through a valve 138 or port. The inflation of the air chamber 136 may increase firmness of the storage pouch 110 when the storage pouch 110 is used as a pillow. A user may add air to the air chamber 136 to achieve a desired firmness level based on personal preferences for pillow support. In some cases, the air chamber 136 is inflated using a manual air pump, an electric air pump, or by mouth through a valve 138 configured to receive direct inflation. The inflated air chamber 136 may provide structural support that maintains a pillow shape and prevents excessive compression when a user rests a head on the storage pouch 110. The air chamber 136 may include a one-way valve 138 that retains air within the chamber until a user intentionally releases the air. The inflation process may be reversed by opening the valve 138 to release air from the air chamber 136, reducing firmness of the pillow configuration or preparing the storage pouch 110 for compact storage.

[0238] The method 200 may include positioning 224 a satin or silk surface of the storage pouch 110 to contact a user’s head when used as a pillow. In some cases, the storage pouch 110 includes a satin or silk panel positioned on an exterior surface of the storage pouch 110. The satin or silk surface may provide a smooth texture that reduces friction against hair and skin during pillow use. A user may orient the storage pouch 110 such that the satin or silk surface faces upward or outward when the storage pouch 110 is configured as a pillow. The positioning 224 of the satin or silk surface to contact the user’s head may help protect hair from tangling or breakage that could result from contact with rougher textile materials. The satin or silk surface may also provide a cool, comfortable feel against facial skin during resting periods. In some cases, the satin or silk surface is positioned on a panel of the storage pouch 110 that corresponds to an interior lining of a frontmounted pocket 102, such that when the garment 100 is converted and the storage pouch 110 is deployed, the satin or silk surface becomes an exterior surface of the pillow configuration. The user may adjust positioning of the storage pouch 110 to ensure the satin or silk surface contacts the head while the folded garment 100 within the storage pouch 110 provides internal cushioning and support.

[0239] Referring to FIG. 7, a storage pouch 110 is illustrated in a compressed configuration. The storage pouch 110 has an elongated, rounded rectangular shape with a soft, cushioned appearance indicating the presence of fill material contained within. A zipper 128 closure extends along one side of the storage pouch 110, featuring visible zipper teeth and a zipper pull tab that enables opening and closing of the container. A circular valve 138 or port is positioned on one end of the storage pouch 110, which may serve as a valved air-removal port 164 compatible with manual air pumps, electric air pumps, or vacuum systems for compression purposes.

[0240] A method 200 of converting the garment 100 may include compressing 226 a folded garment 100 within the storage pouch 110 to form cushioned pillow support. In some cases, a user folds the garment 100 according to a predetermined folding sequence and inserts 210 the folded garment 100 into the storage pouch 110. The user may then apply manual pressure to exterior surfaces of the storage pouch 110 to compress the folded garment 100 within the interior cavity. The compression of the folded garment 100 may reduce air pockets between fabric layers and may increase density of the fill material within the storage pouch 110. The compressed folded garment 100 may form a cushioned structure that provides support for a user’s head when the storage pouch 110 functions as a pillow. In some cases, the compression step distributes the folded garment 100 material throughout the interior cavity of the storage pouch 110 to produce even cushioning across a surface of the pillow configuration. The compressed folded garment 100 may provide a firm yet yielding support structure that conforms to contours of a user’s head and neck during resting periods. The compression step may be performed in conjunction with engagement of a closure mechanism 112 to maintain the compressed state of the folded garment 100 within the storage pouch 110.

[0241] With continued reference to FIG. 7, an enclosure region of the storage pouch 110 may include a reversible textile panel. In some cases, the reversible textile panel comprises a fabric panel having different materials or textures on opposing surfaces. The reversible textile panel may enable a user to select between different exterior appearances or material properties based on intended use conditions. In some cases, a first surface of the reversible textile panel comprises a smooth material such as satin or silk configured to contact a user’s head during pillow use. A second surface of the reversible textile panel may comprise a more durable or textured material suitable for exterior exposure when the storage pouch 110 functions as a bag. The reversible textilepanel may be positioned within the enclosure region such that a user can orient the storage pouch 110 to expose either surface as an exterior surface depending on the functional configuration selected. In some cases, the reversible textile panel is achieved by turning the storage pouch 110 inside out during a conversion process, positioning the desired surface outward. The reversible textile panel may provide versatility in storage pouch 110 appearance and functionality without requiring additional components or separate covers.

[0242] As further shown in FIG. 7, the storage pouch 110 may include a closure device configured to secure the enclosure region. In some cases, the closure device comprises a zipper 128. The zipper 128 may extend along a perimeter of the storage pouch 110 or along one side of the storage pouch 110 to provide access to the interior cavity. The zipper 128 may include a zipper pull positioned at a convenient location for grasping during opening and closing operations.

[0243] In some cases, the closure device comprises a button. The button may be positioned along an edge of the storage pouch 110 opening and may engage with a corresponding buttonhole or loop to secure the enclosure region in a closed position. Multiple buttons may be positioned along the opening to provide secure closure across the length of the opening.

[0244] In some cases, the closure device comprises a hook-and-loop fastener. The hook-and-loop fastener may include a hook component and a loop component positioned on opposing surfaces of the storage pouch 110 opening. The hook-and-loop fastener may enable quick engagement and disengagement of the closure through pressing the hook and loop components together or pulling the components apart.

[0245] In some cases, the closure device comprises a magnetic fastener. The magnetic fastener may include magnetic elements positioned on opposing surfaces of the storage pouch 110 opening. The magnetic elements may attract each other to hold the opening in a closed position. The magnetic fastener may enable automatic closure when the opposing surfaces are brought into proximity with each other.

[0246] In some cases, the closure device comprises a drawstring. The drawstring may be threaded through a channel positioned around a perimeter of the storage pouch 110 opening. The drawstring may be pulled to gather fabric of the opening and cinch the opening closed. The drawstring may be secured in a tightened position through a cord lock, knot, or other retention mechanism. Thedrawstring closure may enable adjustable closure tension based on user preferences and contents stored within the storage pouch 110.

[0247] Referring to FIG. 8, a storage pouch 110 is illustrated in a pillow configuration with an air pump positioned adjacent to the storage pouch 110. The storage pouch 110 is shown in a soft, cushioned state with garment material contained within, creating a pillow structure 116 suitable for head support. The storage pouch 110 exhibits a rounded, elongated shape with visible fabric texture lines indicating the soft, pliable nature of the material. A closure mechanism 112 is visible at one end of the storage pouch 110, comprising a connection port or valve 138 system. A cylindrical component positioned near the storage pouch 110 appears to be an air pump or vacuum device, shown with horizontal striations indicating a textured or ribbed exterior surface. The cylindrical component is positioned near the closure mechanism 112, suggesting compatibility for connection to facilitate air removal or compression functions.

[0248] The storage pouch 110 in the pillow configuration may include a cushioned support structure having a soft textile outer surface 150 suitable for resting a user’s head. In some cases, the soft textile outer surface 150 comprises a textile material selected to provide comfort against facial skin and hair during resting periods. The soft textile outer surface 150 may be constructed from materials such as cotton, fleece, satin, silk, or blended fabrics that provide a smooth or plush texture against the skin. The soft textile outer surface 150 may reduce pressure points and provide even support across contact areas between the storage pouch 110 and a user’s head. In some cases, the soft textile outer surface 150 is positioned on a panel of the storage pouch 110 that faces upward when the storage pouch 110 is configured as a pillow, enabling the comfortable surface to contact the user’s head while the folded garment 100 within the storage pouch 110 provides internal cushioning and structural support.

[0249] With continued reference to FIG. 8, the wearable textile structure may be embodied in various garment configurations while maintaining the convertible functionality that enables transitions between wearable, bag, and pillow configurations. In some cases, the wearable textile structure includes a hoodie configuration. The hoodie configuration may provide an upper body garment with a hood portion 154, a torso portion 104, and sleeve portions 106. The hoodie configuration may include a front-mounted pocket 102 positioned at a belly region of the garment100. The hoodie configuration may be suitable for casual wear, outdoor activities, or travel applications where the convertible functionality provides convenience.

[0250] In some cases, the wearable textile structure includes a coat configuration. The coat configuration may provide an outer garment extending from shoulder regions to hip level or knee level. The coat configuration may include a front opening with a closure mechanism 112 such as buttons or a zipper 128. The coat configuration may provide warmth and protection from weather conditions while maintaining the integrated storage pouch 110 and convertible functionality. The coat configuration may be suitable for colder weather conditions or formal occasions where a longer garment length is desired.

[0251] In some cases, the wearable textile structure includes a scarf configuration. The scarf configuration may provide an elongated textile structure configured to wrap around a neck region of a wearer. The scarf configuration may include an integrated storage pouch 110 positioned at one end or along a central region of the scarf. The scarf configuration may be converted to a bag or pillow configuration by folding the scarf material and inserting the folded material into the storage pouch 110. The scarf configuration may provide a compact, lightweight option for travelers who desire convertible functionality in a smaller garment form factor.

[0252] In some cases, the wearable textile structure includes a cloak configuration. The cloak configuration may provide a loose-fitting outer garment that drapes over the body from shoulder regions. The cloak configuration may include a fastening mechanism at a neck region to secure the cloak around the wearer. The cloak configuration may provide generous coverage and may be suitable for outdoor events, travel, or costume applications. The cloak configuration may include an integrated storage pouch 110 positioned at an interior or exterior region of the cloak while maintaining the convertible functionality.

[0253] As further shown in FIG. 8, an enclosure region of the wearable textile structure may be positioned on an exterior portion of the wearable textile structure. In some cases, the enclosure region is attached to an exterior surface of the garment body 102 where the enclosure region remains visible during wear mode. The exterior positioning of the enclosure region may provide convenient access to the storage pouch 110 without requiring a user to reach inside the garment 100 or turn the garment 100 inside out. The exterior positioning may enable quick deployment ofthe storage pouch 110 when a user initiates a conversion process. In some cases, the exterior positioning of the enclosure region places the storage pouch 110 on a front panel, side panel, or back panel of the wearable textile structure depending on design preferences and intended accessibility. The exterior positioning may enable the storage pouch 110 to function as an accessible pocket during wear mode while maintaining the capability to convert to bag and pillow configurations.

[0254] The garment 100 may include internal padding material positioned within the garment structure. In some cases, the internal padding material is positioned within wall panels of the storage pouch 110 to provide cushioning when the storage pouch 110 functions as a pillow. The internal padding material may comprise foam material, fiberfill material, batting material, or other soft materials that compress under pressure and recover when pressure is released. In some cases, the internal padding material is positioned within the garment body 102 at locations that provide additional comfort or insulation during wear mode. The internal padding material may be distributed throughout the garment structure or may be concentrated at specific regions such as shoulder areas, chest areas, or hood areas. The internal padding material may contribute to pillow functionality by providing supplemental cushioning in addition to the folded garment material contained within the storage pouch 110. In some cases, the internal padding material is permanently attached within the garment structure, while in other cases the internal padding material is removable for cleaning, replacement, or adjustment of cushioning characteristics.

[0255] The convertible garment system 100 integrates multiple functional elements that cooperate to enable transformation between wearable, bag, and pillow configurations through a unified construction approach. The integration of these elements within a continuous sewn system eliminates the need for detachable components, loose accessories, or separate parts that could be lost, misplaced, or forgotten during travel or daily activities.

[0256] The front-mounted pocket 102 serves as a central hub from which other functional elements deploy and operate. The front-mounted pocket 102 maintains a flush profile against the garment body 102 during wear mode, concealing the expansion structures and bag shell components that enable conversion to alternative configurations. When a user initiates a transformation sequence, the front-mounted pocket 102 transitions from a standard pocket function to a structural base panel that supports the deployed bag shell. The pocket structure provides a foundation upon which theflexible container extends, with seams and attachment points of the pocket distributing loads applied during carrying operations. The dual function of the front-mounted pocket 102 as both a wearable pocket and a structural bag component demonstrates the integrated design approach that consolidates multiple functions into shared structural elements.

[0257] The closure mechanisms 112 of the convertible garment system 100 perform coordinated functions that support different operational modes. A primary closure secures the garment body 102 within the storage pouch 110 after folding and insertion, retaining contents and enabling the bag configuration. The primary closure operates independently from a secondary compression closure, allowing a user to secure contents first and then engage compression features as a separate step. The secondary compression closure reduces internal volume of the storage pouch 110, shaping the structure into a firmer configuration suitable for pillow use or compact storage. The separation of closure functions enables a user to select between a loosely filled bag configuration, a compressed bag configuration, or a pillow configuration based on intended use without requiring different closure hardware for each mode. The closure mechanisms 112 remain attached to the storage pouch 110 throughout all configurations, eliminating the need to locate, attach, or manage separate closure components during transformation processes.

[0258] The carrying interfaces 142 integrate with the storage pouch 110 structure through permanent attachment points that remain unobtrusive during wear mode. Stowable straps 156 reside within side channels 158 or internal cavities 160 of the garment structure, positioned to avoid creating bulges or protrusions that could affect comfort or appearance when the garment 100 is worn. When a user converts the garment 100 to a bag configuration, the stowable straps 156 deploy from the storage locations and attach to anchor points 220 on the storage pouch 110. The anchor points 220 are positioned to provide balanced weight distribution during carrying, with reinforced stitching 130 at attachment locations to support loads applied through the straps. The integrated strap length adjuster 162 enables a user to modify strap length for different carrying styles without requiring separate adjustment hardware or detachable strap segments. The carrying interfaces 142 transition between stowed and deployed states through manipulation of integrated components rather than attachment or detachment of separate parts.

[0259] The compression features of the convertible garment system 100 operate in coordination with the closure mechanisms 112 to achieve volume reduction and shape control. The secondarycompression closure engages after the primary closure to reduce internal volume through mechanical compression of the storage pouch 110 perimeter. The air compression pocket provides an additional compression mechanism through removal of air from the storage pouch 110 interior. A user may engage the secondary compression closure alone, the air compression pocket alone, or both compression mechanisms together to achieve different levels of volume reduction. The valved air-removal port 164 connects to external air pumps or vacuum devices without requiring permanent attachment of pump hardware to the garment structure. After air removal, the valve 138 seals to maintain the compressed state until a user intentionally releases the seal. The compression features enable volume reduction in a range of thirty to forty percent, producing a compact configuration that maximizes available luggage space while maintaining the capability to expand back to full volume when the garment 100 is deployed for wear.

[0260] The transformation process between configurations follows an intuitive sequence that leverages the integrated design of the system components. A user initiating conversion from the wearable configuration to the bag configuration opens a perimeter closure of the front-mounted pocket 102 to reveal the stowed bag shell. The user inverts the pocket outward to form a container shell, with the pocket structure becoming a base panel of the resulting bag. The user folds the garment body 102 according to fold guide seams 126 or predetermined fold zones 152 that indicate folding locations optimized for insertion into the storage pouch 110. The folded garment 100 inserts into the container shell, and the user engages the primary closure to secure the contents. The user may then deploy the stowable straps 156 from the side channels 158 or internal cavities 160 and attach the straps to anchor points 220 on the storage pouch 110 to enable carrying. The entire transformation sequence involves manipulation of integrated components without separation of parts from the garment structure.

[0261] The transformation from the bag configuration to the pillow configuration involves adjustment of compression settings and orientation of the storage pouch 110. A user may partially disengage the secondary compression closure to allow expansion of the storage pouch 110 interior, providing a softer, more cushioned structure suitable for head support. The user may reposition the folded garment 100 within the storage pouch 110 to adjust loft distribution and support characteristics. The user may orient the storage pouch 110 such that a satin or silk surface faces outward to contact the head during resting, providing a smooth texture that reduces friction againsthair and skin. The stowable straps 156 may be tucked away or positioned to avoid interference with pillow use. The transformation between bag and pillow configurations involves adjustment of the same integrated components rather than addition or removal of separate pillow inserts or covers.

[0262] The transformation from the pillow configuration back to the wearable configuration reverses the conversion sequence. A user opens the primary closure of the storage pouch 110 and removes the folded garment 100 from the interior cavity. The user unfolds the garment body 102 by reversing the folding sequence, extending leg portions, sleeve portions 106, and hood portions 154 back to their original positions. The user inverts the front-mounted pocket 102 back to the flush position against the garment body 102, with the bag shell components returning to the stowed configuration within the pocket structure. The user stows the carrying straps back into the side channels 158 or internal cavities 160. The user may then don the garment 100 in the wearable configuration. The reversal process involves the same integrated components manipulated in the opposite sequence, with no parts to reattach or accessories to locate.

[0263] The integrated design of the convertible garment system 100 provides benefits for travelers and outdoor enthusiasts who seek to minimize the number of separate items carried while maintaining access to multiple functional capabilities. The consolidation of garment, bag, and pillow functions into a single integrated system reduces luggage volume compared to carrying separate items for each function. The elimination of detachable components reduces the risk of losing parts during travel or outdoor activities. The intuitive transformation process enables users of various age groups and experience levels to convert between configurations without specialized tools or complex procedures. The continuous sewn construction provides durability by eliminating connection points that could fail or separate during use. The metal-free construction of adjustment mechanisms avoids interference with security screening equipment during air travel. The integrated design approach addresses the challenges faced by individuals who engage in activities away from home by providing a unified system that adapts to different functional needs through manipulation of integrated components rather than management of multiple separate items.

[0264] 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.

Claims

CLAIMSWhat is claimed is:

1. A garment comprising:a front-mounted pocket configured to lie flush against a garment body in a default wear state;a concealed expansion structure associated with the front-mounted pocket; and a flexible container deployable from the front-mounted pocket;wherein the garment is configured to selectively transition between a wear state and a carry state without detachment of any components from the garment.

2. The garment of Claim 1 further comprising:stowable straps stored in at least one of side channels or internal cavities, wherein the stowable straps remain unobtrusive during the wear state.

3. The garment of Claim 1 further comprising:an air compression pocket with a valved air-removal port compatible with at least one of a manual air pump, an electric air pump, or a vacuum system.

4. The garment of Claim 1 , wherein the flexible container is configured to function as a pillow when filled with the garment or other soft materials.

5. The garment of Claim 1, wherein the flexible container includes a primary closure configured to retain contents and a secondary compression closure configured to selectively reduce internal volume after closure of the primary closure.

6. The garment of Claim 1, wherein the front-mounted pocket includes a reversible construction with different materials on an interior surface and an exterior surface, and wherein the interior surface comprises satin.

7. The garment of Claim 1 , wherein the garment is selected from the group consisting of a onesie, a romper, a jumper, a hooded body suit, and a snowsuit.

8. The garment of Claim 2 further comprising:an integrated strap length adjuster configured to enable conversion between a hand-carry configuration and a shoulder-carry configuration.

9. The garment of Claim 4 further comprising:a soft-face panel on the flexible container for skin comfort when the flexible container is used as a pillow.

10. The garment of Claim 5, wherein the primary closure closes a bag shell mouth and enables the carry state, and wherein the secondary compression closure reduces internal volume and shapes the flexible container into a pillow geometry.

11. The garment of Claim 10, wherein the secondary compression closure comprises a circumferential zipper positioned around a perimeter of the flexible container.

12. A convertible garment system comprising:a garment body including a torso portion and sleeve portions;a storage pouch attached to the garment body;a closure mechanism associated with the storage pouch;wherein:the garment body is configured to be folded and inserted into the storage pouch; the storage pouch forms a bag structure when the garment body is enclosed within the storage pouch; andthe storage pouch forms a pillow structure when the garment body is enclosed within the storage pouch.

13. The convertible garment system of Claim 12 further comprising:a carrying interface associated with the storage pouch, wherein the carrying interface includes at least one of a shoulder strap, a crossbody strap, or a handle.

14. The convertible garment system of Claim 12 further comprising:stowable straps stored in at least one of side channels or internal cavities of the garment body, wherein the stowable straps remain unobtrusive during a wear state.

15. The convertible garment system of Claim 12, wherein the storage pouch includes a detachable carrying strap.

16. The convertible garment system of Claim 12, wherein the storage pouch includes a padded interior layer.

17. The convertible garment system of Claim 12, wherein the storage pouch includes a soft and protective surface configured to contact a user’s head.

18. The convertible garment system of Claim 12, wherein the garment body includes folding guide seams configured to facilitate conversion into the storage pouch.

19. The convertible garment system of Claim 12, wherein the closure mechanism comprises a zipper extending along a perimeter of the storage pouch.

20. The convertible garment system of Claim 12, wherein the storage pouch includes an expandable gusset configured to increase bag volume.

21. The convertible garment system of Claim 12, wherein the storage pouch includes an inflatable air chamber.

22. The convertible garment system of Claim 12, wherein the storage pouch includes a valved air-removal port compatible with at least one of a manual air pump, an electric air pump, or a vacuum system.

23. The convertible garment system of Claim 12, wherein the storage pouch includes reinforced stitching configured to support weight of the bag structure.

24. The convertible garment system of Claim 12, wherein the storage pouch includes a structural lining configured to maintain bag shape.

25. The convertible garment system of Claim 12, wherein the storage pouch is positioned on an interior region of the garment body.

26. The convertible garment system of Claim 12, wherein the storage pouch includes an exterior pocket accessible in the bag structure configuration.

27. The convertible garment system of Claim 12, wherein the garment body includes a reversible orientation enabling the storage pouch to form an exterior bag surface.

28. The convertible garment system of Claim 12, wherein the storage pouch is configured to retain the folded garment body as internal cushioning for the pillow structure.

29. The convertible garment system of Claim 12, wherein the storage pouch includes a soft textile outer surface suitable for head support during use as the pillow structure.

30. The convertible garment system of Claim 12, wherein the garment body includes multiple fold zones positioned to allow compact insertion into the storage pouch.

31. The convertible garment system of Claim 12, wherein the garment body includes a hood portion, and wherein the hood portion acts as padding within the pillow structure when the garment body is folded and inserted into the storage pouch.

32. The convertible garment system of Claim 12, wherein the garment body includes a poncho configuration.

33. The convertible garment system of Claim 12, wherein the garment body includes a jacket configuration.

34. The convertible garment system of Claim 12, wherein the garment body includes a blanketstyle garment configuration.

35. The convertible garment system of Claim 12, wherein the garment body includes a onesie configuration.

36. The convertible garment system of Claim 12, wherein the garment body includes a dress configuration.

37. The convertible garment system of Claim 12, wherein the garment body includes a jumperstyle configuration.

38. The convertible garment system of Claim 12, wherein the garment body includes a coveralls configuration.

39. The convertible garment system of Claim 12, wherein the closure mechanism comprises a closure device selected from a zipper, a button, a hook-and-loop fastener, a magnetic fastener, or a drawstring.

40. The convertible garment system of Claim 14 further comprising:an integrated strap length adjuster configured to enable conversion between a hand-carry configuration and a shoulder-carry configuration.

41. The convertible garment system of Claim 15, wherein the detachable carrying strap connects to anchor loops positioned on an exterior of the storage pouch.

42. The convertible garment system of Claim 16, wherein the padded interior layer comprises a cushioning material selected from foam material, fiberfill material, or batting material.

43. The convertible garment system of Claim 17, wherein the soft and protective surface comprises a satin or silk material positioned on an exterior surface of the storage pouch.

44. The convertible garment system of Claim 18, wherein the folding guide seams are positioned at junctions between the sleeve portions and the torso portion.

45. The convertible garment system of Claim 19, wherein the zipper comprises a water-resistant zipper.

46. The convertible garment system of Claim 20, wherein the expandable gusset increases bag volume by one to three inches in at least one dimension when deployed.

47. The convertible garment system of Claim 21, wherein the inflatable air chamber includes a valve configured to receive air for adjusting firmness of the pillow structure.

48. The convertible garment system of Claim 22, wherein the valved air-removal port enables volume reduction of the storage pouch in a range of thirty to forty percent when air is removed.

49. The convertible garment system of Claim 41 , wherein the anchor loops comprise reinforced attachment points configured to support weight of the bag structure during transport.

50. A method of converting a garment into a functional object comprising:providing a garment having a front-mounted pocket with a concealed expansion structure and a flexible container stored within the front-mounted pocket;opening a perimeter closure of the front-mounted pocket to reveal the flexible container; inverting the front-mounted pocket outward to form a container shell;folding the garment;inserting the folded garment into the container shell; andclosing the container shell to form the functional object.

51. The method of Claim 50 further comprising:closing a secondary compression closure to reduce internal volume of the container shell after closing the container shell.

52. The method of Claim 50, wherein the functional object is a pillow, and wherein the method further comprises positioning soft materials within the container shell to provide cushioning.

53. The method of Claim 50, wherein folding the garment comprises:folding legs of the garment upward toward a torso portion of the garment;folding sleeves of the garment inward toward a center of the garment; andfolding a hood of the garment last such that the hood acts as padding within the container shell.

54. The method of Claim 51 further comprising:removing air from the container shell via a valved air-removal port connected to at least one of a manual air pump, an electric air pump, or a vacuum system.

55. A method for converting a garment into a bag and pillow comprising:providing a garment including a garment body and an integrated storage pouch; folding one or more sleeve portions of the garment toward a central torso portion; folding a lower portion of the garment toward the central torso portion to form a compact folded configuration;inserting the folded garment body into the integrated storage pouch; andsecuring the storage pouch using a closure mechanism;wherein:the storage pouch forms a bag structure when the folded garment body is enclosed within the storage pouch; andthe storage pouch forms a pillow structure when the folded garment body remains within the storage pouch.

56. The method of Claim 55 further comprising:turning the garment inside out prior to folding the garment along predetermined fold guide seams.

57. The method of Claim 55 further comprising:attaching a carrying strap to anchor points on the storage pouch.

58. The method of Claim 55 further comprising:inflating an air chamber positioned within the storage pouch to increase firmness of the pillow structure.

59. The method of Claim 55 further comprising:compressing the folded garment body within the storage pouch to form cushioned pillow support.

60. The method of Claim 55 further comprising:positioning a satin or silk surface of the storage pouch to contact a user’s head when the storage pouch is used as the pillow structure.

61. The method of Claim 55 further comprising:deploying stowable straps from at least one of side channels or internal cavities of the garment to enable carrying of the bag structure.

62. The method of Claim 55 further comprising:securing the folded garment body using a zipper closure positioned along a perimeter of the storage pouch.

63. The method of Claim 55, wherein the garment comprises a garment selected from a hoodie, a jacket, a poncho, a blanket garment, a onesie, overalls, or a dress.

64. The method of Claim 55, wherein folding the garment further comprises folding a hood portion of the garment last such that the hood portion acts as padding within the pillow structure.

65. The method of Claim 55, wherein the storage pouch is positioned on at least one of an interior portion or an exterior portion of the garment body.

66. The method of Claim 56, wherein turning the garment inside out positions an interior surface of the storage pouch as an exterior surface of the bag structure.

67. The method of Claim 57, wherein attaching the carrying strap enables at least one of handcarry transport or shoulder-carry transport of the bag structure.

68. The method of Claim 58, wherein inflating the air chamber comprises connecting at least one of a manual air pump, an electric air pump, or a user’s mouth to a valve of the air chamber.

69. The method of Claim 59 further comprising removing air from the storage pouch via a valved air-removal port connected to at least one of a manual air pump, an electric air pump, or a vacuum system.

70. A multifunctional garment system comprising:a wearable garment having a front-mounted pocket with a concealed expansion gusset configured to lie flush in a default wear state;a bag shell stored within the front-mounted pocket and deployable outward using the frontmounted pocket as a base panel;a dual-mode closure system comprising a primary closure configured to retain contents and a secondary compression closure configured to reduce internal volume of the bag shell; and stowable straps stored in at least one of side channels or internal cavities of the wearable garment.

71. The multifunctional garment system of Claim 70 further comprising:an air compression pocket with a sealable port connectable to at least one of an external air pump or a vacuum device for removal of air from the bag shell.

72. The multifunctional garment system of Claim 70, wherein the front-mounted pocket includes a reversible construction with a satin interior surface configured to provide hair and skin protection when the bag shell is used as a pillow.

73. The multifunctional garment system of Claim 71, wherein the bag shell is configured to function as a travel pillow when filled with the wearable garment.

74. A convertible travel accessory comprising:a garment including multiple textile panels; anda pouch integrated into one of the multiple textile panels;wherein:the garment is configured to be folded along predetermined fold regions and inserted into the pouch; andthe pouch forms a head-supporting pillow structure when the garment is enclosed within the pouch.

75. The convertible travel accessory of Claim 74, wherein the pouch includes a padded interior layer configured to improve pillow comfort.

76. The convertible travel accessory of Claim 74, wherein the pouch includes a detachable carrying strap configured to connect to anchor loops positioned on an exterior of the pouch.

77. The convertible travel accessory of Claim 74, wherein the pouch includes an inflatable air chamber configured to adjust firmness of the head-supporting pillow structure.

78. The convertible travel accessory of Claim 74, wherein the garment includes fold guide seams configured to direct folding of the garment into the pouch.

79. The convertible travel accessory of Claim 74, wherein the pouch includes reinforced stitching configured to support weight of the pouch when used as a bag.

80. The convertible travel accessory of Claim 74, wherein a closure mechanism associated with the pouch comprises a zipper extending along a perimeter of the pouch.

81. The convertible travel accessory of Claim 74, wherein the garment includes a hood portion configured to provide hood storage when the garment is in a wearable configuration.

82. The convertible travel accessory of Claim 74, wherein the garment includes a satin or silk surface positioned on an exterior surface of the pouch configured to contact a user’s head during use as the head-supporting pillow structure.

83. The convertible travel accessory of Claim 74, wherein the pouch includes an expandable gusset configured to increase volume of the pouch when used as a bag.

84. The convertible travel accessory of Claim 74, wherein the pouch includes a structural lining configured to maintain shape of the pouch when used as a bag.

85. The convertible travel accessory of Claim 74, wherein the pouch is positioned on an interior region of the garment.

86. The convertible travel accessory of Claim 74, wherein the pouch includes an exterior pocket accessible when the pouch is configured as a bag.

87. The convertible travel accessory of Claim 74, wherein the garment includes a garment body having a configuration selected from a poncho configuration, a jacket configuration, a blanketstyle garment configuration, a onesie configuration, a dress configuration, a jumper-style configuration, or a coveralls configuration.

88. The convertible travel accessory of Claim 75, wherein the padded interior layer comprises a cushioning material selected from foam material, fiberfill material, or batting material.

89. The convertible travel accessory of Claim 76, wherein the anchor loops comprise reinforced attachment points configured to support weight of the pouch when used as a bag.

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