VENTILATED PADDED FOOT UNDERGARMENT AND METHOD OF USE

Abstract

A padded ventilated foot undergarment includes a stocking formed from a flexible, form-fitting material with an opening for receiving a wearer's foot, a toe area, an arch area, and a heel area in combination with a silicone pad featuring one or more perforations configured to provide localized cushioning and enable air exchange for enhanced breathability. Material, manufacturing, design, and construction considerations thereof and methods of manufacture, assembly, and use. The undergarment aids in the prevention and treatment of foot related injuries related to uncomfortable footwear without causing alternative discomfort and/or infection related to moisture buildup of the toes.

Description

FIELD OF THE DISCLOSURE

The present invention generally relates to footwear, and, in particular, to a foot undergarment having a ventilated protective covering to reduce pain and prevent injury when wearing certain footwear or participating in certain activities.

BACKGROUND OF THE DISCLOSURE

The comfort and protection of feet have been longstanding concerns for individuals wearing various types of footwear. Various footwear, especially those which may be stylish, formal, or designed for specific activities, may often prioritize aesthetics or functionality over comfort, leading to discomfort, injury, or even medical conditions related to the feet. Those more serious foot conditions that may be caused and/or aggravated by footwear may include but are not limited to blisters, abrasions, calluses, corns, bunions, ingrown toenails, plantar fasciitis, heel spurs, metatarsalgia, hammer toes, Morton's neuroma, athlete's foot, blanching, numbness, skin irritation, rashes, arch pain, toe deformities, Achilles tendinitis, and stress fractures. These problems may be particularly pronounced in areas of the foot that experience high pressure and friction, such as the toes. Efforts to mitigate these issues have included the use of insoles, specialized footwear, and protective accessories. However, these solutions often fail to adequately address the specific discomfort and wear in the toe region, leaving room for improvement.

As it may relate to the above foot conditions and/or injuries, and as may be understood by those having ordinary skill in the art, blisters are fluid-filled pockets that can develop on the skin due to friction, temperature, or pressure, often causing pain and discomfort. Abrasions are superficial scrapes or damage to the skin that can be caused by repeated rubbing against a surface. Calluses are thickened areas of skin that may form in response to prolonged pressure or friction, typically found on the soles or sides of the feet. Corns are small, hardened patches of skin, usually on the toes, which can result from localized pressure or rubbing to a localized portion of the foot over time. Bunions are painful bony bumps that can develop at the joint where the big toe meets the foot, often caused or aggravated by tight or ill-fitting shoes. Ingrown toenails can occur when the edges of a toenail grow into the surrounding skin, leading to pain, redness, and sometimes infection, and can be caused by restrictive footwear. Plantar fasciitis is inflammation of the ligament that can run along the bottom of the foot, causing heel and arch pain, especially after prolonged standing or walking. Heel spurs are bony growths that can form on the heel bone, typically due to repetitive stress or pressure. Metatarsalgia refers to pain and inflammation in the ball of the foot, often caused by excessive pressure or poorly cushioned footwear. Hammer toes are deformities where one or more toes can bend downward at the middle joint, often due to ill-fitting shoes and/or muscle imbalance. Morton's neuroma is a thickening of the tissue around a nerve between the toes, which can lead to pain, burning, or numbness. Athlete's foot is a fungal infection that thrives in warm, moist environments, often resulting in itching, redness, and peeling skin. Blanching or numbness occurs when blood flow is restricted or nerves are compressed, often due to tight footwear. Skin irritation and rashes are common reactions to prolonged exposure to damp or poorly ventilated materials. Arch pain can occur when the arch of the foot is strained or unsupported, leading to discomfort or inflammation. Toe deformities, such as overlapping or crooked toes, can result from long-term compression, restrictive footwear, or certain cultural practices. Achilles tendinitis is inflammation of the Achilles tendon, which may typically be caused by overuse or lack of support. Stress fractures are small cracks in the bones of the foot, which can often result from repetitive impact or excessive pressure without adequate cushioning or support. As it may relate to these various foot and toe injuries, then, many attempts have been made to allow wearers to enjoy otherwise uncomfortable shoes by introducing certain additional footwear and/or accessories thereof.

In at least one aspect, stockings, socks, and hosiery may have traditionally been employed to enhance comfort and reduce friction between the foot and the shoe. These products may provide a barrier that minimizes direct contact between the skin and the interior surfaces of the shoe, which may prevent some of the injuries described above. For example, stockings alone may prevent certain communicable diseases, such as fungi or Athlete's Foot, and socks alone may be understood by those having ordinary skill in the art to provide both protective and hygienic benefits to wearers. Despite these advantages, conventional stockings or socks alone may lack targeted reinforcement in critical areas such as the toes, where friction and pressure are most intense in some footwear. As a result, they often fail to provide sufficient protection or cushioning to prevent common issues such as calluses and blisters. Furthermore, traditional stockings may often not address the need for adequate ventilation, which can exacerbate discomfort due to heat and moisture buildup. As may be related to either socks or stockings/hosiery, either are subject to bunching, twisting, tearing, and wear during wear, which may further aggravate users who may be subject to additional discomfort, due to bunching, or forced to purchase additional replacements to maintain aesthetics and/or function of the footwear combination.

Rather than wearing certain products, users may prefer instead specialized toe pads and inserts to protect sensitive areas of the foot. Such products are usually frictionally held within, above, or by replacing the insole of the shoe or may be secured thereon/therein via adhesives or other known securing means (e.g., hook and loop fasteners). These products may generally feature materials such as silicone, gel, or foam and are often designed to cushion the toes. While these devices can provide localized protection, but their use may often have tradeoffs of their own. By way of example and not limitation, they may be bulky, forcing the user to trade discomfort in one area for another. They may additionally require separate application in that they may not be able to be exchanged among shoes, forcing users to purchase multiple products to accommodate various footwear. Those that are not so secured, permanently installed, and/or consumed upon installation, may instead shift or dislodge during use, which may cause pain, injury, embarrassment, or other avoidable injury to self. Additionally, many toe pads may lack integration with hosiery, making them cumbersome to use in combination with stockings or other garments, leading to inconvenience for the wearer, damage to the stocking, or even cause injury in cases where the materials and their frictional coefficients cause one layer or another to slip within or out of the footwear.

Breathability may be another critical factor in foot comfort, which may be particularly true during extended periods of wear, increased physical activity, or in warm climates. The accumulation of moisture inside shoes is known to not only lead to unpleasant odors, but can cause bacterial, fungal, or other microorganismal growth, and can in turn lead to an increased risk and/or susceptibility of skin irritation or infection. Additionally, those experiencing an active fungal or microorganismal infection of the foot may be instructed to avoid poorly ventilated footwear to encourage the infected area to dry during treatment and while the foot heals. As it relates to traditional stockings, hosiery, and socks, while some degree of breathability may be offered by thin and/or porous fabric, they often do not generate sufficient ventilation and/or air circulation in high-friction areas, e.g., toes. As stated above, while certain padding may offer protection from repetitive forces on the foot, these also may cause air circulation issues to these exemplary areas.

Finally, other efforts to improve stockings and related foot protection technologies may also face challenges in balancing durability with comfort. Reinforcing the toe region with additional materials, for example, can often result in increased bulk or stiffness, compromising the aesthetic appeal and flexibility of the footwear combination. Such trade-offs may have limited the adoption of more robust protective solutions in everyday hosiery, leaving consumers to choose between style and functionality.

The present disclosure seeks to overcome the shortcomings of prior art by integrating targeted protection and enhanced breathability into a single footwear garment/undergarment. By combining a silicone pad having perforations directly into the toe region of a stocking, the disclosed footwear garment in combination with certain shoes addresses the dual concerns of localized cushioning and air circulation. This integrated approach may eliminate the need for separate toe pads, increase usability of the undergarment across numerous footwear without consumption, and enhance overall foot comfort, all while offering a novel solution to the persistent challenges related to wearing uncomfortable fashion footwear.

SUMMARY OF THE DISCLOSURE

The disclosed undergarment and method of use address at least some of the challenges associated with footwear related discomfort. The present disclosure relates to an improved foot undergarment designed to enhance foot comfort and protection, particularly in situations where footwear may cause discomfort, irritation, and/or injury, as may be more thoroughly described above. The disclosed foot undergarment integrates a perforated silicone pad, which may be shaped as a cup to receive a toe portion of a foot, into the toe region of the stocking, hosiery, or other foot undergarment, thereby offering localized cushioning thereof to reduce friction, absorb pressure, and prevent common foot issues such as blisters, calluses, and abrasions. By combining this protective feature with a breathable, perforated design, the disclosed foot undergarment additionally addresses multiple other challenges and/or tradeoffs associated with wearing uncomfortable or restrictive footwear and traditional hosiery, ensuring a more comfortable user experience while also maintaining certain hygienics as it relates to moisture prevention.

In at least one aspect, the silicone pad and/or cupped pad incorporated into the stocking may be uniquely designed with various perforations, which may serve a triple-purpose: to maintain flexibility, to improve frictional hold, and to promote airflow. Such perforations may also prevent the buildup of heat (or as may be understood may aid in the transfer of heat out of the footwear/undergarment system) while preventing the buildup of moisture, which may be a common problem with traditional cushioning materials, as described above, by allowing the toes to “breathe”. The integration of this feature into the stocking itself through various mechanisms of inclusion and/or attachment may eliminate the need for separate toe pads, which can be inconvenient to apply, prone to displacement, and may often lack breathability, as described above.

In another aspect, users may benefit from the disclosed undergarment's seamless integration of comfort and style. The undergarment of the disclosure may retain the appearance, fit, and style of any known conventional and/or unusual hosiery, making it suitable and/or adaptable for use in professional, formal, or casual settings. The silicone pad/cup may be strategically placed to be unobtrusive and discreet, or even customized to be concealed by certain footwear styles (e.g., covered toe high heels), ensuring that it does not compromise the overall aesthetic of the garment and footwear combination. This consideration for functionality and design may enable the disclosed undergarment to become a versatile solution for users seeking protection and comfort without sacrificing style. While consideration should be made in manufacture, layers of the improved foot undergarment may be arranged through various orders. For example, the padding element may be secured to the exterior of the undergarment, to the interior of the undergarment, of an aperture of the undergarment, or may be designed and/or configured to be worn reversibly, through certain various techniques to achieve such reversibility properties of the undergarment and/or silicone padding. As it may relate to the securing of the pad/cup to the undergarment, various known techniques may be used to permanently and/or detachably adhere or secure the two, as may be described in further detail below as it relates to the Drawings.

In at least one exemplary embodiment, the silicone pad may be molded directly into the fabric of the stocking during the manufacturing process, ensuring a secure, permanent, and/or durable bond while preventing bunching related to movement or other forces among undergarment layers. This embodiment may be ideal for wearers prioritizing longevity and durability, as the integrated design may further prevent the pad from detaching, shifting, or otherwise moving separately from the undergarment during wear. Additionally related to such an embodiment, the pad's perforations can be optimized to align with the natural contours of the toes, providing enhanced comfort and optimized ventilation. Related variations of such embodiments may include, for example, bi- and/or multi-layered stocking assemblies wherein a pad of the disclosure is sandwiched between or among the layers, enabling uniform exterior and interior appearance and possibly concealing the pad.

In another exemplary embodiment, the silicone pad may be detachable, allowing users to customize the placement or remove the pad entirely as needed. Such an embodiment may be particularly suitable for individuals who require varying levels of protection depending on their footwear or activity. The detachable pad may be designed with a self-adhesive backing that adheres securely to the stocking material while remaining easy to remove or reposition.

A yet another exemplary embodiment may feature a multi-layered silicone pad that incorporates an additional gel layer or other material for enhanced shock absorption and/or comfort. This design may be particularly beneficial for users engaging in high-impact activities, such as walking, exercise, or dancing, where additional cushioning and/or support may be needed to prevent foot fatigue and discomfort. The gel layer may work in conjunction with the perforated silicone to provide maximum protection while maintaining breathability and conformational shapes and/or arrangements of certain perforations may maintain and/or further enhance the ventilation properties of the disclosed undergarment.

As it may relate to other aspects of the disclosed foot undergarment, variations in the material and configuration of the silicone pad may be considered in order to cater to specific wearer preferences. For instance, the pad may be constructed of medical-grade silicone or other hypoallergenic materials for users with sensitive skin or allergies. Alternatively, the perforations can be adjusted in size, arrangement, pattern, and density to accommodate different levels of ventilation and flexibility, allowing the stocking to perform effectively across a wide range of climates and activities. Additionally, while perforations may be identical across the padded element of the undergarment, the opposite may be true as well, which may include various sizes, shapes, and even ornamental patterns, which may be optimized and/or located above/below where a “toe gap” exists between toes, which may be an optimal location for ventilation purposes.

The disclosed undergarment may include additional design features to further enhance its usability and method of use. By way of example and not limitation, a stocking of the disclosure may include reinforced toe seams to prevent tearing or wear. Additionally, the stocking fabric itself may be manufactured from various known or yet-to-be-introduced advanced moisture-wicking materials, ensuring that the foot remains dry and comfortable even during extended periods of use. As may be true of foot undergarments and hosiery in general, the materials may be very flexible, stretching perhaps multiple times their contracted length or width. As may be understood by those having ordinary skill in the art, these complementary features may work in combination with the silicone pad or other substitute padding materials to create a comprehensive solution for foot protection and comfort.

The disclosed foot undergarment may be particularly advantageous for individuals who spend long hours on their feet, such as service workers, professionals, athletes, or travelers. By addressing the most common causes of foot discomfort and injury as it may relate to various fashionable footwear, the undergarment may enhance the wearer's overall experience, reducing the risk of foot-related issues without requiring significant lifestyle changes or additional accessories. Additionally, wearers of footwear may be open to new designs, which otherwise would have posed significant discomfort.

In summary, the present disclosure offers a solution to the persistent challenges of foot discomfort and protection while introducing an additional improvement to overall comfort in the form of breathability. Through the integration of a perforated silicone pad into a stocking, the disclosed foot undergarment combines localized cushioning, breathability, and adaptability in a single garment. With multiple embodiments and customization options as may be more thoroughly described below in relation to the Drawings, the disclosure may suit a wide range of wearer needs, making it a valuable addition to the field of foot care, foot health, and hosiery design. The foot undergarment and method of use of the disclosure hence can provide a comprehensive solution to the challenges identified in the Background of the Disclosure above, ensuring wearer comfort in otherwise uncomfortable footwear.

The foregoing illustrative summary, as well as other exemplary objectives and/or advantages of the disclosure, and the manner in which the same are accomplished, are further explained within the following Detailed Description and its accompanying Drawings.

BRIEF DESCRIPTION OF THE DRAWINGS

The present disclosure will be better understood by reading the Detailed Description with reference to the accompanying Drawings, which are not necessarily drawn to scale, and in which like reference numerals denote similar structure and refer to like elements throughout, and in which:

FIG. 1 is a perspective cutaway drawing of an exemplary padded ventilated foot undergarment of the disclosure, the exterior removed to reveal the padded element beneath;

FIG. 2 is a top plan view of the padded element of the disclosure;

FIG. 3 is a bottom plan view of an exemplary padded ventilated foot undergarment of the disclosure; and

FIG. 4 is flowchart of a method of the disclosure.

It is to be noted that the drawings presented are intended solely for the purpose of illustration and that they are, therefore, neither desired nor intended to limit the disclosure to any or all of the exact details of construction shown, except insofar as they may be deemed essential to the claimed disclosure.

DETAILED DESCRIPTION

In describing the exemplary embodiments of the present disclosure, as illustrated in FIGS. 1-4, specific terminology may be employed herein for the sake of clarity. The present disclosure, however, is not intended to be limited to the specific terminology so selected, and it is to be understood that each specific element includes any and all technical equivalents that operate in a similar manner to accomplish similar functions. Embodiments of the claims may, however, be embodied in many different forms and should not be construed to be limited to the embodiments set forth herein. The examples set forth herein are non-limiting examples, and are merely examples among other possible examples. It should be noted that the terms foot undergarment(s), sock(s), stocking(s), hosiery, foot covering(s), silicone pad(s), perforated pad(s), breathable pad(s), integrated pad(s), and/or protective element(s) may be used herein interchangeably as descriptors for any suitable garment, footwear, structure, component, or assembly having the features as may be described herein. Then, the various applications of the stocking, including but not limited to casual wear, formal wear, or athletic activities, are not limited to the examples as may be provided herein, nor is the description limited to any specific stocking material, pad configuration, pad attachment method, perforation pattern, or breathable feature. A potentially preferred embodiment of the stocking of the disclosure may be provided throughout, though one having ordinary skill in the art may substitute and/or reconfigure various aspects of the stocking and/or provide alternative methods of use for the stocking and its components. The disclosure is not limited to any specific configuration of the stocking as herein illustrated or described, but only by the corresponding claims. The term foot undergarment, as used herein generically, shall mean any hosiery, sock, or similar garment designed to cover the foot and/or leg, including any integrated or attached cushioning, protective, or breathable elements.

Then, beginning with FIG. 1, illustrated therein may be an exemplary embodiment of padded ventilated foot undergarment 100 of the disclosure, from a top plan view. Generally, padded ventilated foot undergarment 100 may feature perforated pad 106 integrated into the toe region of stocking 102, as illustrated therein FIG. 1 as perforated pad 106. Stocking 102 may be any foot undergarment, which may generally be described to include flexible, form-fitting material designed to cover at least a portion of the foot of the wearer. Generally, perforated pad 106 may feature one or more perforation 108, which may substantially cover perforated pad 106 as illustrated therein FIG. 1. Stocking 102 may feature opening 104 at the top of stocking 102, which may provide an entry point for the wearer's foot and may be configured to ensure a snug but comfortable fit around the ankle or other anatomical feature of the foot/leg of the wearer. Opening 104 may simply be the cut end of the tubular material used to construct stocking 102, or may be finished using a hem, seam, or other known fabric finishing technique, and may additionally feature constricting/biasing elements, such as an elastic band about the seam, hem, or circumference of stocking 102. In the toe region of stocking 102, perforated pad 106 may be integrated into or affixed to the interior and/or exterior surface of the stocking 102. Perforated pad 106 may be positioned to align with the area of the foot most susceptible to friction and pressure, offering targeted cushioning and protection. The pad (106) is defined by its perforations (108), which are evenly distributed across its surface. These perforations (108) are configured to promote airflow, reduce heat and moisture buildup, and enhance overall breathability, thereby improving the comfort of the wearer during prolonged use. The dotted line in FIG. 1 may be understood to delineate the approximate area covered by the perforated pad 106 within the toe region, which can also be observed therein FIG. 2. Perforated pad 106 may be designed to remain securely in place during movement and may be sized and shaped to conform to the natural contours of the wearer's toes for an unobtrusive and comfortable fit, as may be understood by those having ordinary skill in the art. The integration of the perforated pad 106 into the stocking may eliminate a need for separate, external protective elements, such as other padding, providing a solution for foot protection and comfort. As may be further understood by those having ordinary skill in the art, the embodiment shown in FIG. 1 may represent only one possible configuration of padded ventilated foot undergarment 100, which may be adapted in alternative embodiments as may be herein described to include variations in the material, size, or placement of perforated pad 106 to accommodate different user needs and preferences. Perforation 108 may also vary in density, shape, size, placement, pattern, etc. depending on the desired balance of breathability and support. As may be shown and illustrated herein, perforated pad 106, in a potentially preferred embodiment, may substantially cover the top of a wearer's toes and provide sufficiently numerous instances of perforation 108 to achieve optimal ventilation. As it may relate to stocking 102 generally, it may be constructed so as to conform to the general anatomical features and contours of a wearer's foot and/or leg, which may be well understood by those having ordinary skill in the art to include but not be limited to a toe area, a ball of the foot, an arch area, a heel area, an ankle area, an instep, a sole area, the sides of the foot, a cuff area, and the Achilles tendon area. Each of these areas may further be separated into sub-areas for these considerations, e.g., individual toes.

In an alternate embodiment, as may be alternatively understood by those having ordinary skill in the art as illustrated and described in relation to FIG. 1, padded ventilated foot undergarment 100 may instead feature silicone pad 106 enclosed between an outer layer and an inner layer of stocking 102, thereby securing silicone pad 106 within a multi-layered construction. In such an embodiment, stocking 102 may comprise a flexible, form-fitting material configured to provide both an external surface and an internal surface, with silicone pad 106 positioned and affixed between the two layers in the toe area. The enclosure of silicone pad 106 within these layers may serve to protect the pad from direct wear and tear while maintaining the functional benefits of cushioning and ventilation. In such an alternative configuration, one or more perforation 108 of silicone pad 106 may align with corresponding apertures or openings in the inner layer and/or outer layer of stocking 102, allowing for increased air exchange and breathability. The layers of stocking 102 may be bonded, stitched, or otherwise secured around the perimeter of silicone pad 106 to prevent movement or displacement during wear. The enclosure of silicone pad 106 may additionally contribute to the aesthetic appeal of padded ventilated foot undergarment 100 by concealing the pad within the stocking material while preserving a smooth and seamless exterior profile. As may be understood by those having ordinary skill in the art, this alternate embodiment may further enhance the durability and longevity of padded ventilated foot undergarment 100 by protecting silicone pad 106 from direct exposure to environmental factors or friction against/between the wearer's foot and the wearer's footwear. Variations in the material composition, thickness, or bonding methods of the inner and outer layers may be employed to accommodate specific user preferences or performance requirements. Such optimized embodiments may provide an optimized combination of functionality, durability, and comfort for the wearer, as may be relevant to those having ordinary skill in the art.

Now, with respect to FIG. 2, illustrated therein may be an exemplary embodiment of perforated pad 106, which may be incorporated into padded ventilated foot undergarment 100 as shown and described in FIG. 1. Perforated pad 106, as shown in isolation therein FIG. 2, may generally include one or more perforation 108 distributed across the surface of perforated pad 106. Perforation 108 may be understood to represent openings or apertures through the material of perforated pad 106, which may function to allow airflow, improve ventilation, and reduce heat and moisture accumulation when padded ventilated foot undergarment 100 is worn as described herein. Perforated pad 106 may be formed from many various materials and/or combinations thereof. For instance, silicone or any other suitable material, which may be selected based on characteristics such as flexibility, durability, cushioning, or compatibility with the foot undergarment material may be used in the construction of perforated pad 106. In addition to silicone, which may be a preferred embodiment of perforated pad 106 of the disclosure, these materials may include but are not limited to rubber, gel, foam, thermoplastic elastomer (TPE), polyurethane, neoprene, ethylene-vinyl acetate (EVA), latex, cork, memory foam, leather, fabric composites, vinyl, biopolymer materials, the like, composites thereof, and/or composites thereof. Perforation 108 may additionally be configured to maintain the structural integrity of perforated pad 106 while providing sufficient ventilation. The density, size, shape, and arrangement of perforation 108, as illustrated therein FIG. 2, may be designed to optimize both breathability and comfort for the wearer, though other suitable or even optimal densities, sizes, shapes, and arrangements may be identified by those having ordinary skill in the art, given variations in wear preference, size, shape, activity, etc. As illustrated therein FIG. 2, the overall shape of perforated pad 106 may be contoured to fit the toe region of the wearer's foot and may be substantially cup-shaped in a conformational shape approximate a sized-wearers toe shape/size, ensuring that the pad aligns with the areas of greatest need for cushioning and protection. In a potentially preferred embodiment, perforated pad 106 may substantially cover the top of the wearer's toes, as illustrated therein FIG. 1, with perforation 108 distributed evenly or in a pattern designed to correspond to the natural contours of the toes. As may be further understood by those having ordinary skill in the art, perforated pad 106 may be sized or shaped differently in alternative embodiments to accommodate variations in foot size, activity level, or specific user preferences. Additionally, perforation 108 may vary in terms of pattern or distribution to adjust the balance between ventilation and cushioning based on the intended application of padded ventilated foot undergarment 100. In FIG. 2, perforated pad 106 may be understood to be illustrated in isolation to display the features of perforation 108 and the overall pad structure. However, as described in FIG. 1, perforated pad 106 may be integrated into or affixed to the interior and/or exterior surface of stocking 102, forming part of padded ventilated foot undergarment 100. The integration of perforated pad 106 into the stocking may eliminate the need for additional, separate protective elements, providing a streamlined and effective solution for foot comfort and protection.

Turning to FIG. 3, illustrated therein may be a bottom plan view of padded ventilated foot undergarment 100, highlighting the integration of perforated pad 106 into the toe region of stocking 102. As may be noted by those having ordinary skill in the art, the embodiment illustrated therein FIG. 3 as compared to that of FIG. 1, padded ventilated foot undergarment 100 may feature perforated pad 106 on the exterior, rather than the interior of stocking 102. As illustrated therein FIG. 1 and described above in relation thereof, stocking 102 may feature opening 104, which may provide an entry point for the wearer's foot and may allow the stocking to conform to the wearer's foot and/or ankle anatomy. Perforated pad 106 may be shown as affixed to or integrated into the interior and/or exterior surface of stocking 102 at the toe region, providing cushioning and ventilation where the foot experiences the greatest friction and pressure during wear. Perforated pad 106 may include one or more perforation 108 distributed substantially and/or strategically across its surface, allowing airflow to reduce heat and moisture buildup, as described herein. In the view shown therein FIG. 3, perforation 108 may be understood to extend entirely through the thickness of perforated pad 106, ensuring optimal ventilation and air circulation within the stocking. Perforation 108 may vary in size, density, and pattern depending on the intended application of padded ventilated foot undergarment 100, as may be determined by those having ordinary skill in the art. The positioning and orientation of perforated pad 106, as illustrated therein FIG. 3, which may be one optimal arrangement of padded ventilated foot undergarment 100, may ensure that the pad aligns with the areas of the wearer's foot most susceptible to friction and pressure, such as the tops and tips of the toes. In a potentially preferred embodiment, perforated pad 106 may feature a contoured, cup-like shape that conforms to the natural curvature of the wearer's toes, ensuring both comfort and stability during movement. Furthermore, in some optimal embodiments of padded ventilated foot undergarment 100, perforated pad 106 may not extend beneath any portion of a wearer's foot's sole and/or toe bottom, such that it does not impose significant toe constriction within a footwear. Stocking 102, as illustrated therein FIG. 3, may be constructed from a flexible, form-fitting material, which may ensure that perforated pad 106 remains securely in place during wear. Suitable materials of construction for stocking 102 may include but are not limited to cotton, wool, nylon, polyester, spandex, silk, bamboo, acrylic, merino wool, cashmere, alpaca wool, modal, rayon, LYCRA®, polypropylene, elastane, KEVLAR®, hemp, linen, recycled fibers, microfiber, blended fabrics, the like, composites thereof, and/or combinations thereof. The integration of perforated pad 106 into stocking 102 may provide a streamlined solution that eliminates the need for separate protective elements or accessories, offering an unobtrusive and practical approach to foot comfort and protection. Permanent means, methods and mechanisms of such integration/attachment include but are not limited to adhesive bonding, heat sealing, ultrasonic welding, sewing, stitching, laminating, chemical bonding, pressure bonding, over-molding, seamless integration during manufacturing, thermal fusing, gluing, the like, and/or combinations thereof. Detachable, removable, and/or non-permanent means, methods, and mechanisms of such integration/attachment of stocking 102 to perforated pad 106 may include but are not limited to hook-and-loop fasteners (e.g., VELCRO®), snap buttons, zippers, magnets, clips, adhesive strips (reusable), silicone gel adhesive, pressure-sensitive adhesive, removable tabs, interlocking tabs, the like, and/or combinations thereof. As may be further understood by those having ordinary skill in the art, the embodiment illustrated in FIG. 3 may be one of many possible configurations of padded ventilated foot undergarment 100. Alternative embodiments may include variations in the placement, thickness, material, or perforation pattern of perforated pad 106 to accommodate different user preferences, activities, or environmental conditions.

Turning now to FIG. 4, illustrated therein may be exemplary method 400 of use for padded ventilated foot undergarment 100. Method 400, as illustrated therein FIG. 4, may include a series of steps 401-405, which when performed may instruct or prescribe the use and application of padded ventilated foot undergarment 100 by a wearer, ensuring proper alignment, comfort, and functionality. Beginning at step 401, padded ventilated foot undergarment 100 may be provided to the wearer. Padded ventilated foot undergarment 100, as previously described in FIGS. 1-3, may include stocking 102 with perforated pad 106 integrated into or affixed to the toe region of the stocking. Perforated pad 106 may include one or more perforation 108 distributed substantially across its surface, designed to provide ventilation, cushioning, and protection to the wearer's toes. At step 402, the wearer may place their right or left (R/L) foot into stocking 102 by inserting the foot through opening 104, positioning the toes within the region of stocking 102 aligned with perforated pad 106. Perforated pad 106, as previously described, may conform to the anatomical shape of the wearer's toes, providing a snug and comfortable fit. At step 403, proper alignment between the conformational shapes of perforated pad 106 and the anatomical features of the wearer's foot may be ensured. This step may include adjusting stocking 102 as needed to ensure that perforated pad 106 is positioned correctly over the tops and tips of the toes, where cushioning and ventilation may be most beneficial. As may be understood by those having ordinary skill in the art, such alignment may be important to optimizing the performance and comfort of padded ventilated foot undergarment 100. At step 404, suitable footwear may be provided. Footwear may include any type of shoe, sandal, or other foot-enclosing garment that may be worn in combination with padded ventilated foot undergarment 100, though padded ventilated foot undergarment 100 may be especially useful for fashion footwear as may be herein described. The footwear may accommodate the stocking material and the integrated perforated pad 106 without causing discomfort or impeding the ventilation and cushioning functions. At step 405, the wearer's corresponding R/L foot may be placed into the provided footwear corresponding to the foot, ensuring that padded ventilated foot undergarment 100 remains properly positioned and functional within the confines of the footwear. The integration of perforated pad 106 may enhance the overall comfort and protection of the wearer's foot by reducing pressure points, friction, and heat/moisture accumulation within the footwear during this step. As may be additionally understood by those having ordinary skill in the art, method 400 illustrated therein FIG. 4 may represent one exemplary embodiment of use for padded ventilated foot undergarment 100. Variations in the method may include differences in the sequence or execution of steps, depending on the specific design or intended application of padded ventilated foot undergarment 100.

The foregoing description and drawings comprise illustrative embodiments of the present disclosure. Having thus described exemplary embodiments, it should be noted by those ordinarily skilled in the art that the within disclosures are exemplary only, and that various other alternatives, adaptations, and modifications may be made within the scope of the present disclosure. Merely listing or numbering the steps of a method in a certain order does not constitute any limitation on the order of the steps of that method. Many modifications and other embodiments of the disclosure will come to mind to one ordinarily skilled in the art to which this disclosure pertains having the benefit of the teachings presented in the foregoing descriptions and the associated drawings. Although specific terms may be employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation. Moreover, the present disclosure has been described in detail, it should be understood that various changes, substitutions and alterations can be made thereto without departing from the spirit and scope of the disclosure as defined by the appended claims. Accordingly, the present disclosure is not limited to the specific embodiments illustrated herein, but is limited only by the following claims.

Claims

1. A protective stocking for protecting a plurality of toes of a wearer foot, the protective stocking comprising: a stocking formed from a flexible form-fitting material, said stocking comprising at least an opening for receiving the wearer foot, a toe area, an arch area, and a heel area; anda silicone pad surrounding a portion of said toe area, wherein said silicone pad includes an at least one perforation configured to enable an air exchange.

2. The stocking of claim 1, wherein said stocking comprises a material selected from the group consisting of cotton, nylon, polyester, spandex, silk, bamboo, wool, acrylic, elastane, microfiber, and blended fabrics.

3. The stocking of claim 1, wherein said silicone pad is fused into an interior surface of the stocking.

4. The stocking of claim 1, wherein said silicone pad is fused into an exterior surface of the stocking.

5. The stocking of claim 1, wherein said silicone pad is attached to said stocking by a permanent attachment means, the permanent attachment means selected from a group consisting of an adhesive bond, a heat seal, an ultrasonic welding, a plurality of stitches, a lamination, an overmold, and a thermal fusion.

6. The stocking of claim 1, wherein said silicone pad is attached to said stocking by a detachable attachment means, the detachable attachment means selected from a group consisting of a hook-and-loop fastener system, a self-adhesive, and a static cling.

7. The stocking of claim 1, wherein said stocking comprises a moisture-wicking material.

8. The stocking of claim 1, wherein said at least one perforation is a plurality of perforations distributed across said silicone pad.

9. The stocking of claim 8, wherein said portion of said toe area is a top portion.

10. The stocking of claim 9, wherein said stocking further comprises an outer layer and an inner layer and said silicone pad is disposed therein.

11. A method of preventing a foot pain of a foot of a wearer, the method comprising: providing a protective stocking comprising: a stocking component formed from a flexible form-fitting material with an at least an opening for receiving the wearer foot, a toe area, an arch area, and a heel area; anda silicone pad component surrounding a portion of said toe area, wherein said silicone pad component includes an at least one perforation configured to enable an air exchange;placing the foot of the wearer into the stocking via said opening; andaligning a plurality of toes of the wearer corresponding to the foot with said silicone pad portion to align with the toe area.

12. The method of claim 11, wherein said stocking component comprises a material selected from the group consisting of cotton, nylon, polyester, spandex, silk, bamboo, wool, acrylic, elastane, microfiber, and blended fabrics.

13. The method of claim 11, wherein said silicone pad component is fused into an interior surface of the stocking.

14. The method of claim 11, wherein said silicone pad component is fused into an exterior surface of the stocking.

15. The method of claim 11, wherein said silicone pad component is attached to said stocking component by a permanent attachment means, the permanent attachment means selected from a group consisting of an adhesive bond, a heat seal, an ultrasonic welding, a plurality of stitches, a lamination, an overmold, and a thermal fusion.

16. The method of claim 11, wherein said stocking component comprises a moisture-wicking material.

17. The method of claim 11, wherein said silicone pad component is attached to said stocking component by a detachable attachment means, the detachable attachment means selected from a group consisting of a hook-and-loop fastener system, a self-adhesive, and a static cling.

18. The method of claim 11, wherein said at least one perforation is a plurality of perforations distributed across said silicone pad component.

19. The method of claim 18, wherein said portion of said toe area is a top portion.

20. The method of claim 19, wherein said stocking component further comprises an outer layer and an inner layer and said silicone pad component is disposed therein.