Abstract: An attachment for mounting on straps extending between a rear opening of a cap. The attachment comprises a first panel having an outer and inner surface, and a clip section comprising a connector and a second panel having an outer and inner surface. The panels are spaced such that the first and second panels face each other and are substantially parallel to each other. The connector connects the first panel and the second panel at the top edge of the first panel and defines a gap between the panels. The gap is sufficient to permit the strap or straps to nest within, such that when the strap or straps are nested, the first and second panels lie on opposite sides of the strap or straps. The first and second panels contain ridges along their edges that engage the strap or straps and keep the cap attachment in place. The outer surfaces of the panels display advertising indicia or decoration and have a cushioned area.

Abstract: An attachment for mounting on straps extending between a rear opening of a cap. The attachment comprises a first panel having an outer and inner surface, and a clip section comprising a connector and a second panel having an outer and inner surface. The panels are spaced such that the first and second panels face each other and are substantially parallel to each other. The connector connects the first panel and the second panel at the top edge of the first panel and defines a gap between the panels. The gap is sufficient to permit the strap or straps to nest within, such that when the strap or straps are nested, the first and second panels lie on opposite sides of the strap or straps. The first and second panels contain ridges along their edges that engage the strap or straps and keep the cap attachment in place. The outer surfaces of the panels display advertising indicia or decoration and have a cushioned area.

Abstract: An insert to hold an article, such as keys, credit cards, money, etc. in a cap is described. The cap may be worn by a user with the insert in place in the cap. The insert includes a head side surface generally opposite of a cap side surface. A first lateral side is generally opposite of a second lateral side. An upper edge is generally opposite of a lower edge. An extension extends from the upper edge. The extension defines a holding region.

Abstract: An intervertebral disk prostheses for the total replacement of an intervertebral disk of the lumbar and cervical spine has an upper plate having upwardly projecting formations anchoring it to an upper vertebra on its upper face and a concavity on its inner face surrounded by an edge. A lower plate is provided with downwardly projecting formations anchoring it to a lower vertebra on its lower face and a flat inner face surrounding a groove extending front-to-back. A middle plate between the upper and lower plate has on its upper face a convexity that is identically or differently shaped to the concavity on the inner face of the upper plate and a ridge extending front-to-back surrounded by a flat lower face of the middle plate. The ridge has flanks and the groove houses the ridge of the middle plate and permits the ridge to slide front-to-back in the groove.

Abstract: A lid liner adapted for use as an add-on for a garment such as a hat or cap. The inventive lid liner is a removable multilayer construction of absorbent material adapted for easy manual removal without the use of scissors or tools of any kind. The lid liner includes: a first wicking layer, a second absorbent layer, a third water repellent layer and a fourth adhesive layer for retaining the layer of absorbent material between a wearer and the garment. The first, second, third and fourth layers are disposed in adjacent parallel relation whereby the first layer has first and second edges thereof that extend at least partially over the second and third layers and terminate on and are secured by the fourth adhesive layer. The material is positioned in the cap or hat to absorb perspiration from the wearer and thereby protect the garment.

Abstract: Apparatus and associated methods may relate to a protective headgear assembly having a suspension system with user controls for independently adjusting a front loop length and an occipital loop length. In an illustrative example, the front loop length may lie in a substantially horizontal plane, and the occipital loop length may lie substantially in a plane that intersects the front loop length at non-zero angle such that the occipital loop length descends posterior a user ear to cradle a user occipital. In some examples, an intersection of the front loop length and the occipital loop length may fit proximal the user ear after adjusting the frontal loop length and the occipital loop length to circumferentially fit a user head. In some examples, the user control for the front length may provide a macro adjustment and the user control for the occipital length may provide a micro adjustment.

Abstract: A power module assembly for being mounted to headgear is provided. The power module assembly can include a housing member and a cover member configured to mount thereto. The housing member and cover member can have a generally curved profile configured for fitting against a user's head. The housing member can be generally rigid, and the cover member generally flexible and resilient, so that the cover member can mount to the housing member with a snap fit connection therebetween. The housing member can further include a plurality of handles, so that straps of the headgear can extend through openings between the handles corresponding surfaces of the housing member to secure the power module assemble to the headgear.

Abstract: Disclosed is a cap shaping and forming insert device having a U-shaped structure that is placed in the front interior sweatband portion of a billed cap to prevent collapse and deformation thereof. The cap insert comprises a structure having at least two opposing vertically oriented arm members perpendicular to an elongated member disposed thereinbetween. The elongated member remains along the sweatband portion of the cap while the vertical arm members extend upward and into the interior crown of the cap. The cap insert is flexible and yet maintains a user-formed shape that can be used to maintain a desired shape of a billed cap once deployed therein. Moreover, a billed cap can be worn simultaneously with the cap insert therein. The cap insert can be washed and dried using standard methods while the cap insert is disposed therein in order to further preserve the structural integrity of the billed cap.

Abstract: A disposable absorbent insert that includes a moisture-wicking layer, an absorbent core layer, and a liquid impervious layer. The insert may be used on the inside of headwear or may be attached directly to a user's head.

Abstract: A disposable absorbent insert for fitting against a forehead-contacting, curved inside surface of a user's athletic head covering includes a moisture wicking layer; a liquid absorbent core layer; a liquid impervious layer; an adhesive layer comprising a repositionable pressure-sensitive adhesive; and a release liner layer. A top edge of the insert includes a plurality of slits to facilitate fitting of the insert onto the curved inside surface of the athletic head covering. A method of using a disposable absorbent insert on a forehead-contacting, curved inside surface of a user's athletic head covering is also described.

Abstract: A disposable absorbent insert for fitting against a forehead-contacting, curved inside surface of a user's athletic head covering includes a moisture wicking layer; a liquid absorbent core layer; a liquid impervious layer; an adhesive layer comprising a repositionable pressure-sensitive adhesive; and a release liner layer. A top edge of the insert includes a plurality of slits to facilitate fitting of the insert onto the curved inside surface of the athletic head covering. A method of using a disposable absorbent insert on a forehead-contacting, curved inside surface of a user's athletic head covering is also described.

Abstract: The present invention is a Miniature Vein Enhancer that includes a Miniature Projection Head. The Miniature Projection Head may be operated in one of three modes, AFM, DBM, and RTM. The Miniature Projection Head of the present invention projects an image of the veins of a patient, which aids the practitioner in pinpointing a vein for an intravenous drip, blood test, and the like. The Miniature projection head may have a cavity for a power source or it may have a power source located in a body portion of the Miniature Vein Enhancer. The Miniature Vein Enhancer may be attached to one of several improved needle protectors, or the Miniature Vein Enhancer may be attached to a body similar to a flashlight for hand held use. The Miniature Vein Enhancer of the present invention may also be attached to a magnifying glass, a flat panel display, and the like.

Abstract: A sweat absorption assembly for protecting headwear from sweat includes a clip that is configured to receive a sweatband of a baseball cap. A mount is removably coupled to the clip. An absorbing member is elongated and is positionable on the mount.

Abstract: A portable brim can be securely attached to and operate with various helmets such as bicycle, skateboarding, snow sport, mountain/rock climbing, equestrian, and paddlesport helmets as well as hard hats used in construction, utility maintenance, material moving, dock loading, and airport baggage handling, to give the wearer shade and protection from the sun. The brim apparatus includes a center section having a size for fitting about a circumference of the sports helmet and a visor outwardly or radially extending from the center section. In one brim apparatus the center section features a stop surface that opposes an upper surface of the visor when the apparatus is affixed to the headgear such that the visor is prohibited from flipping upwards or sliding down or coming off during use.

Abstract: A hat cover protects the face and neck of a wearer. The cover can be designed to fit almost any type or style of hat. The cover is adapted to slip over the outer area of the hat and to be easily attached and detached. The cover includes rear and side wing portions that drape below the rim of the hat to cover the neck and face of the wearer. The hat may be provided with a pouch for containing a cooling medium (ice), if desired. The hat cover may include frames specially designed for use with the cover if no hat is worn.

Abstract: A system for placing a disposable sweatband on a variety of hats comprises the steps of attaching an adhesive tape with a backing paper to at least one longitudinal edge of the sweatband, for affixing to the hat in use. The adhesive tape can also be formed as an inner flap of the sweatband.

Abstract: The present invention is directed towards a secondary perspiration absorber comprising an inner core surrounded by an absorbent layer, which is surrounded by a porous outer layer. The absorber is designed to be placed behind the inner lip of a hat in order to absorb perspiration from the hat wearer an increase the useful life of the hat. It is also designed to be disposable.

Abstract: A non-fabric head or body band is made from compressed cellulose pop-up sponge material for cooling the wearer. The band comprises a reversible strip of pop-up sponge material in which one or more holes or passageways are formed, the ends of which are connected by an elastic band. The band is wetted causing the pop-up sponge material to expand, such that the inner and outer surfaces are approximately ?th of an inch apart, between which is held a supply of water/liquid. The inner surface is substantially in contact with the wearer, while the outer surface is exposed to the elements. During the cooling process, the strip draws heat and/or sweat away from the user, into the cellulose material, and toward the outer surface of the strip, allowing relatively rapid evaporation of sweat and dissipation of heat from the cellulose material as it is cooled from exposure to the elements.

Abstract: A removable washable liner system for headgear. The system may be used to line headgear of different materials, sizes and/or geometries. An embodiment of the system generally includes a liner body with a base layer and a moisture layer that is attached to the inner surface thereof. A means for releasably securing may attach the liner body to a portion of headgear. In some embodiments, the system includes at least one deodorizing substance.

Abstract: This double hinged/double spring loaded hat clip enables the wearer of a hat, to attach (and detach) with minimal effort or inconvenience, via the hat clips, a cloth or other type protective material for the purpose of providing additional protection from the weather elements, including, but not limited to, the sun, wind, rain, or cold.

Abstract: A retractable hat tether apparatus for a hat having a cap portion is provided. The tether apparatus includes a guide base movably mounted to the cap portion for movement thereof along a fixed path between a first position and a second position. A flexible tether includes a first end and an opposite second end thereof mounted to the guide base. A bottle opener device is mounted to the first end, and is configured to function as a conventional bottle opener. The bottle opener device includes a clip member for releasable attachment to the cap portion.

Abstract: The invention is an article of headwear that incorporates an adjustment system for accommodating individuals with various head dimensions. The headwear may be formed of a crown and a visor. With respect to the crown, the adjustment system includes a first elastic material, which forms a majority of the crown, and a second elastic material, which is screenprinted or otherwise attached to a flap positioned within the crown. Regarding the visor, the adjustment system resides in a visor board configuration wherein slits are formed to separate various portions of the visor board. The slits permit the portions to move relative to each other, thereby permitting the visor to expand to accommodate stretching of the crown.

Abstract: The present invention features a removable liner for headgear. The inventive liner is specifically configured for placement within a cap member, hat, or any sort of headwear for enhanced thermal comfort. The liner is comprised of two shell layers that are made from choice performance materials. The two constituent shells are formed together to provide localized climate control for the head of the wearer. A first inner shell, adapted for contact with the wearer, is an ultrathin, thermally reflective, synthetic, microfibrous fabric. This inner shell removes moisture and allows airflow (for heat and perspiration removal. The second, outer shell is a multi-membrane fabric, forms an insulative, breathable, windproof, waterproof layer that lies between the headgear and the first inner shell.

Abstract: Disclosed herein is a cushion pad structure, which is coupled to a headband as an integral component of safety hats, protective masks, and the like, so as to maintain the uniform balance of the headband, thereby securing stable wearing of the above protective equipment on a wearer's head, and preventing biasing thereof. The cushion pad structure comprises a cushion pad which has a plurality of slip-prevention pieces formed at an inner peripheral surface thereof, and a groove defined at an outer peripheral surface thereof, and a fixing clip which is configured to be engaged in the groove of the cushion pad, and has upper and lower U-shaped fastening pieces formed at both lateral ends thereof. The fixing clip is formed, using an injection molding process, such that it is integral with the cushion pad.

Abstract: A hat having an adjustable inner circumference is provided. The hat includes a primary sweatband and an adjustable secondary sweatband which is removably secured at both of its opposing first and second ends to the primary sweatband. The opposing ends of the secondary sweatband are received within a pair of corresponding openings formed in the primary sweatband such that the ends of the secondary sweatband lie between the interior surface of the primary sweatband and the interior margin of the hat. Fastening members are positioned on both the opposing ends of the secondary sweatband and on the inner surface of the primary sweatband, adjacent the pair of openings. The fastening members allow the position of the secondary sweatband to be varied along the length of the primary sweatband in order to adjust the inner circumference of the hat.

Abstract: A disposable sweatband liner 10 made of a thin, flat and moisture absorbing material is shaped curved 28 to fit around the forehead of a person. A disposable sweatband liner is affixable to a cap, hat or sun visor by adhesive material 12. A disposable moisture absorbing sweatband strip is shaped to fit the forehead side headband of a cap, hat or sun visor. The disposable sweatband liner is folded in half where a slit 16 is notched for easy peel off of a peel off backing paper 14. The disposable sweatband liner 10 can be affixed and detached easily by a user as needed.

Abstract: A disposable sweatband liner 10 made of a thin, flat and moisture absorbing material is shaped curved 28 to fit around the forehead of a person. A disposable sweatband liner is affixable to a cap, hat or sun visor by adhesive material 12. A disposable moisture absorbing sweatband strip is shaped to fit the forehead side headband of a cap, hat or sun visor. The disposable sweatband liner is folded in half where a slit 16 is notched for easy peel off of a peel off backing paper 14. The disposable sweatband liner 10 can be affixed and detached easily by a user as needed.

Abstract: A baseball-style cap having a sweatband woven to form a tubular channel. The cap includes a crown main body, a visor, and the sweatband. The sweatband is connected to the lower peripheral edge of the crown main body. The tubular weaving of the sweatband reduces manufacturing steps as no sewing of two unjoined ends is necessary. In addition, the sweatband is woven of thread having good moisture absorbency such that subsidiary materials for enhancement of perspiration absorption are not required. The resulting sweatband is uniform in appearance, having the same look on both the inner and outer surfaces, upgrading the quality of the sweatband and enhancing aesthetic appeal.

Abstract: A perspiration control device includes a headband having opposite outer and inner sides and opposite front and back portions, and at least one elongated seal strip applied on the inner side of the front portion of the headband and having opposite ends such that the seal strip will cross a forehead of a user when the headband is worn by the user and the seal strip will function to direct perspiration toward the opposite ends of the strip and thus toward opposite sides of the forehead and beyond eyes of the user.

Abstract: A detachable disposable sweatband, that can be readily manufactured from inexpensive readily-available component materials at low cost that makes it practically disposable and thus beneficial to personal hygiene, is easily attached to the sweatband or interior periphery of practically any existing headware. A composite central core of special highly-absorptive material, based on basic principles of feminine hygiene pads, accepts and retains more sweat than comparable sweatbands of prior art and thus provides better protection to the eyes and face of the wearer. The sweatband can be easily detached and discarded, and then replaced at low cost whenever desired, thus eliminating the usual inconvenience and cost of laundering or discarding and replacing the headwear.

Abstract: The core of the modular cap assembly of the present invention consists of two selectively detachable elements, a visor component having a forehead or billboard portion made of velcro hook-adhering fabric, and a crown component with a permanent fold-down sweatband that allows it to be worn as a brimless cap or “beanie” when separated from the visor. These two selectively detachable elements can be worn assembled as a cap, or each one can be worn separately as a distinct piece of headwear. The selectively detachable crown can be made in any silhouette, in any materia, and with any back closure known in the art of making caps, visors, and brimless caps of “beanies”. In addition, one of more of the panels of the selectively detachable crown can be made of velcro hook-engaging material, allowing the selective display of detachable insignias and detachable pockets with velcro loop-engaging material permanently affixed on back of them.