1015results about "Headwear caps" patented technology

A hat includes a crown. A band is positioned on a bottom, interior edge of the crown. Female snaps are positioned on the band. A multi-layered, detachable liner including a set of male snaps, is attached to the band via a mating to the female snaps. A detachable liner comprises an organic cotton facing outward from the interior edge of the crown and disposed to contact a forehead of a user wearing the hat, a second layer of canvas support backing the first layer, and a third layer terry cloth positioned between the first layer and the second layer, disposed to absorb sweat from the forehead, through the first layer. Grommets are positioned on the crown with a hole passing through a fabric of the crown. A chain is secured to the grommets and configured to lay across the brim or bill.

A clip system for attaching accessories to headgears is provided. The clip system comprises a clip assembly having a first clip attachable to a first accessory, and a first clip-receiving adaptor attachable to a headgear. The first clip-receiving adaptor receives and fastens the first clip.

An article of headwear includes a crown portion dimensioned to cover a portion of a forehead of a wearer when the article of headwear is worn by the wearer, and a brim that extends transversely from the crown. The crown and brim are formed of a single unitary molded body including an upper fabric layer, a lower fabric layer that faces toward the head of the wearer, and an intermediate layer disposed between the upper fabric layer and the lower fabric layer, and each of the upper fabric layer, the lower fabric layer and the intermediate layer continuously extends between the crown and the brim. A transition angle is defined at a transition between the brim and the crown, wherein the transition angle is obtuse.

A headwear assembly for independent use by a person with a disability is provided. The headwear assembly includes headwear configured to cover at least a portion of a head of the person. The headwear assembly further includes a first assistive feature and a second assistive feature. The first assistive feature and the second assistive feature are located on opposing lateral sides of the headwear and are configured for use in applying the headwear assembly and / or removing the headwear assembly from the head of the person. A method of manufacturing a headwear assembly configured for independent use by a person with a disability is also provided. The method includes providing a headwear configured to cover at least a portion of a head of the person. The method further includes operatively connecting a first assistive feature and a second assistive feature on opposing lateral sides of the headwear.

An attachment system for a graduation cap includes a headband and a securing assembly. The cap includes an inner upper surface. The headband is sized and shaped to be secured to the head of a person. The securing assembly, removably secured to the headband, includes a base, a spring clip, and adhesive material. The base includes an integral projection extending from a lateral side surface. The spring clip, unitary with the projection, is adapted for removably securing the base to the headband. The adhesive material, fixed to an upper surface of the base, is present in an amount effective for securing the base to the inner upper surface of a cap.

A hat comprising a canopy. The canopy has a front sweatband and a rear sweatband with a right sweatband gap on a right side of the canopy and a left sweatband gap on a left side of the canopy. The front sweatband has a front sweatband right edge and a front sweatband left edge. The rear sweatband has a rear sweatband right edge and a rear sweatband left edge. The front sweatband right edge and the rear sweatband right edge define edges of the right sweatband gap. The front sweatband left edge and the rear sweatband left edge define edges of the left sweatband gap. Right and left ear panels are mounted to the right and left sides of the canopy at the right and left sweatband gaps.

A headset mounting system comprises a side shroud configured to be attached to a side of a helmet, the side shroud including a mounting receptacle. A headset assembly has a mounting plug which is configured to be detachably coupled to the mounting receptacle. The mounting plug comprises a cylindrical stub having one or more lugs. A retaining collar is disposed within the mounting receptacle and has one or more slots formed therein. At least a portion of the mounting plug is configured to fit within the collar of the receptacle when the one or more lugs are aligned with the one or more slots. The plug is configured to be rotated within the collar so that the one or more lugs engage behind the collar to secure the plug within the receptacle. In a further aspect, a headset mounting interface is provided.

According to an exemplary aspect of the present invention, a rotating headwear ornament is provided that may include a housing having a motor disposed therein. The motor may include a drive shaft configured for rotation and extending from the housing, a clip configured to secure the housing to a headwear. The clip may include an opening configured to allow passage of the drive shaft through the clip, a platform configured for operative engagement with the drive shaft, and a stalk eccentrically operatively connected to the platform at one end of the stalk, and configured for connection to an ornament at the other end of the stalk.

A hypothermia insulative cap is provided enhanced with a GPS-enabled LED strip for emergencies, constructed from dual-layer nylon and neoprene with advanced seam technologies for durability and comfort. It features a unique technology chassis for waterproofing essential electronics, a battery-activated GPS and LED for increased visibility, and a protective brow visor for comfort and protection. This cap is designed to maintain body temperature during waterborne rescues, offering increased visibility to rescuers and compatibility with conventional life vests, without impeding the function of either device.

A hair towel wrap features an elastic band seamlessly integrated into the rear of a head portion and is designed for enhanced stability and comfort during hair drying. The wrap includes a towel cloth with specific dimensions for the head, body, and tail portions, providing coverage for various hair types and lengths. The elastic band provides adjustable tension and secure positioning, while the trigon-shaped tail portion can be tucked under the band for additional stability. The elastic band is attached to a center of a back of the second towel cloth and can be substantially indented or not fully aligned with a head portion of a hair towel cloth. This design eliminates common issues with conventional hair towels, such as slipping and inadequate coverage, while promoting gentle, natural hair drying.

A hat with a rotatable brim is disclosed, including a hat having a crown forming the top porting of the hat. The crown is configured to cover and fit a head of a user. A bearing system permits the rotatable connection between a brim and the crown. A rotating mechanism enables smooth and continuous rotation of the brim. A manual adjustment mechanism allows the user to manually rotate the brim.

A cap securing assembly for graduation caps addresses the challenge of maintaining cap stability on wearers' heads, particularly for individuals with curly or voluminous hairstyles. A headband is secured to an interior surface of the graduation cap, e.g., with adhesive tape, ensuring a firm yet comfortable fit. The device can include a shaper bowl with an inner surface, an outer surface, and double-sided self-adhesive material to retain the cap's shape and secure excess fabric. The headband can be fastened to the shaper bowl interior, e.g., by clips or adhesive tape. The headband can include a securing assembly having a base with adhesive material and a spring clip for removable attachment to the headband. This configuration allows for easy detachment during ceremonial use, such as cap tossing, while preserving the cap's integrity. The device is adaptable for other headwear types, offering a versatile, cost-effective solution to cap stability and aesthetic challenges.

The present invention generally relates to a cap adapted to be worn by a user with hairstyles comprising a protruding portion of hair, such as a high ponytail or dreadlocks. The cap comprises a rear aperture located substantially adjacent to the crown wherein hair is unobstructed to protrude. The rear aperture comprises an internal and external lining made from a frictionless material such as satin or silk that minimises frictional damage to the protruding hair. The cap may further comprise a headband constructed from a polyurethane foam such as memory foam, an external lining of the headband being satin or silk. The cap may yet further comprise an inner surface that is completely lined with satin or silk to prevent frictional damage to the user's hair and scalp.

The utility model provides a comfortable radiation protection cap, and belongs to the technical field of radiation protection caps. Comprising a cap body and an inner layer, wrinkles are arranged on the peripheral side face of the cap body, a detachable protective sleeve is installed on the edge of the inner layer, and the cap body is connected with the inner layer through the protective sleeve; the supporting assembly is used for adjusting the shape of the cap body and is mounted between the cap body and the inner layer; the supporting assembly comprises an arc-shaped cover, the bottom end of the arc-shaped cover is fixedly connected with a plurality of first supporting pieces in an annular array, the ends, away from the arc-shaped cover, of the first supporting pieces are bent outwards to form arc-shaped ends, and the protective sleeve is matched with the arc-shaped ends in size. By arranging the supporting assembly, on one hand, people with different head circumferences can wear the helmet conveniently, meanwhile, the wearing mode is convenient and rapid, the size does not need to be adjusted manually, on the other hand, the shape of the helmet body can be kept through cooperation of the first supporting pieces and the arc-shaped cover, and the problem that the helmet body collapses to affect the protection effect is solved.

A sports hat with accessory-holding features is a device that allows the removable attachment of several sports accessories so that the sports accessories can be comfortably carried without obstructing the user's body. The device includes a hat crown, a hat peak, a left magnetic feature, a right magnetic feature, several left tee-receiving features, several right tee-receiving features, a left fastener, and a right fastener. The hat crown and the hat peak correspond to the main portions of the selected sports hat. The left magnetic feature and the right magnetic feature allow the removable attachment of metallic golf accessories to the device. The left tee-receiving features and the right tee-receiving features allow the removable attachment of several golf tees to the device. The left fastener and the right fastener allow the removable attachment of golf accessories equipped with matching fasteners, such as golf gloves with hook and loop fasteners.

A head covering including a cranial covering portion having a circumferential perimeter configured to encircle the head of a wearer and a flexible brim extending from the perimeter of the cranial covering portion. The brim extends incompletely around the perimeter of the cranial covering portion and having a depth no greater than 15 cm. The head covering also includes a bill extending from the perimeter of the cranial covering portion. The bill is configured to shade a face of the wearer. The bill is constructed from a rigid, bend-resistant material. The bill has a lower surface that is concave in a vertical plane.

An accessory system comprising: a sheath, the sheath comprising a pocket configured to hold an item; and at least one eyelet for inserting the item into the sheath. An accessory clip comprising: a first handle member extending into a first clip member; a hinge rotatably connected to the first handle member and first clip member; a second handle member extending into a second clip member and also rotatably connected to the hinge, where when first and second handle members are pressed together the first clip member and second clip member will open the accessory clip so that it may be clipped to user worn item; an arm extending from top surface of the first clip member, and configured to hold one or more tees between the top surface of the first clip member and the arm; a magnet located on or in the top surface of the first clip member, and configured to magnetically attach to a ball marker.

The shroud assembly is configured for attachment to the front of a helmet or other headgear. The shroud assembly includes an interface for the removable attachment of an accessory mount used to couple an electronic or optoelectronic imaging device to the headgear. An example shroud assembly comprises a polymer frame and an insert formed of a metal or metal alloy. The polymer frame is overmolded onto the insert such that the polymer frame and the insert cooperate to form an interface for the removable attachment of an accessory mount. The interface includes an upper recess and a lower recess. The upper recess is configured to act as a bearing surface for an engaging latch member of the accessory mount, and the lower recess is configured to act as a bearing surface for another engaging latch member of the accessory mount.

A hat includes a crown. A band is positioned on a bottom, interior edge of the crown. Female snaps are positioned on the band. A multi-layered, detachable liner including a set of male snaps, is attached to the band via a mating to the female snaps. A detachable liner comprises an organic cotton facing outward from the interior edge of the crown and disposed to contact a forehead of a user wearing the hat, a second layer of canvas support backing the first layer, and a third layer terry cloth positioned between the first layer and the second layer, disposed to absorb sweat from the forehead, through the first layer. Grommets are positioned on the crown with a hole passing through a fabric of the crown. A chain is secured to the grommets and configured to lay across the brim or bill.

The nature of this invention is to combine what represents as a bonnet for hair protection alongside an eye mask for sleep, mediation, and relaxation. A bonnet will be molded to an eye mask. The construction form includes detachable, retractable, and convertible eye mask. This invention creates a space for deep sleep knowing one's hair, edges, eyes, and eyelashes are protected. The invention protects the hair from dust, lint, debris, and friction against fabric that may lead to breakage, dry and damaged hair. In addition to being connected to an eye mask, protecting the eyes from light and brain distractions, improving the quality of sleep. The connection between the bonnet and the eye mask will be used as a strap and band.

A hair towel wrap features an elastic band seamlessly integrated into the rear of a head portion and is designed for enhanced stability and comfort during hair drying. The wrap includes a towel cloth with specific dimensions for the head, body, and tail portions, providing coverage for various hair types and lengths. The elastic band provides adjustable tension and secure positioning, while the trigon-shaped tail portion can be tucked under the band for additional stability. The elastic band is attached to a center of a back of the second towel cloth and can be substantially indented or not fully aligned with a head portion of a hair towel cloth. This design eliminates common issues with conventional hair towels, such as slipping and inadequate coverage, while promoting gentle, natural hair drying.

The utility model relates to the technical field of caps, and discloses an adjustable cap which comprises a peaked cap, an adjusting belt is fixedly connected in the peaked cap, one end of the adjusting belt is fixedly connected with a frame, and a locking assembly is arranged in the frame. The locking assembly comprises a locking plate, one side of the locking plate is rotationally connected into the frame, an adjusting groove is formed in the frame, the adjusting belt is arranged in the adjusting groove in a penetrating mode, an open groove is formed in the frame, a locking groove is formed in the frame, and a toothed plate is fixedly connected to the bottom of the locking plate. According to the adjustable cap, the position of the frame on the outer wall of the adjusting belt is adjusted, the adjusting belt is shortened, then the head circumference of the peaked cap is adjusted, only the locking plate and the frame need to be buckled during locking, the clamping block in the locking plate and the locking groove are embedded for locking, the effect of rapidly adjusting the head circumference of the cap is achieved, and the problem that the head circumference of the cap cannot be adjusted rapidly during traditional buckle adjustment is solved. Therefore, the convenience of the adjustable hat is improved.

The utility model relates to the technical field of warm keeping equipment, in particular to an anti-fogging headgear which comprises a headgear body with a head containing cavity, the headgear body extends to the neck, the front side of the headgear body is provided with an observation opening and an installation opening which are communicated with each other, the edge of the observation opening is bonded with an elastic covered edge, and the installation opening is connected with the installation opening. Protective covers are sewn at the two ends of the elastic covered edge respectively, the sides, sewn with the elastic covered edge, of the two protective covers are further secondarily sewn with the edge of the mounting opening, the opposite sides of the two protective covers are sewn and connected to form a face mask with protrusions, and a ventilation opening is formed between the lower portion of the face mask and the interior of the headgear body. The ventilation opening is used for discharging mist to reduce formation of moisture, and a sealing mechanism playing a sealing role with a nose bridge is arranged above one side, close to the interior of the head cover body, of the mask; and by arranging the ventilation opening and the sealing mechanism, the problems of fogging and moisture accumulation in the headgear are effectively solved.