Abstract: A size-adaptable golf glove comprises a palm side, having a first direction of stretch and a back side, having a second direction of stretch, wherein the first direction of stretch and the second direction of stretch are orthogonal to one another, one being directed to length and the other to width.

Abstract: An ABCITE® reinforced leather and a method for producing the ABCITE® reinforced leather for use in making shoes, gloves and garments are shown. ABCITE® pellets are ground into a fine powder and floated in a carrier so that they penetrate the fiber structure of a tanned skin. The ABCITE® particles bond to the fiber structure and provide enhanced abrasion resistance and tensile strength to the leather. This ABCITE® impregnated leather can be used to make gloves, shoes and garments. Also, ABCITE® powder can be added to the surface to make the surface more durable and abrasion resistant.

Abstract: An improved leather formed of a leather having an internal matrix and a fiber matrix coupled to the leather matrix, the coupling creating a supplementary fiber matrix in the leather which enhances a characteristic of the leather. The improved leather includes fibers from the fiber matrix which pierce the leather in many locations and interlocking with other fibers both within the internal matrix of the leather and on a first surface of the leather. The improved leather is useful for gloves, shoes, garments, luggage and upholstery.

Abstract: A vibration reducing sports glove. The glove includes a palm panel for covering the inner portion of a wearer's hands and fingers, thumb panel for covering the wearer's thumb, coupled to the palm panel, and a back panel for covering the outer portion of a wearer's hand and fingers. Vibration reducing pads are coupled to the interior of the glove in critical locations for reducing the degree of vibration. As a result, a vibration reducing sports glove provides a reduction in the vibration and shock transmitted to the wearer's hand at the time a shock or vibration is applied to the outer surface of the glove.

Abstract: A glove having palm, back and finger portions with an opening in the back, side or palm portions between a flap portion and the bonding location. A magnetic closure coupled to the flap portion and the bonding location proximate the opening is formed of a soft magnet secured to the back of the glove whereby a comfortable, adjustable and quiet opening closure is provided. The glove provides enhanced fit without the distracting noise of a hook and pad closure when opened. A magnetic golf ball marker releasably attaches to the glove.

Abstract: A thermal regulating sports glove or shoe incorporating an electrostatic field within the fiber structure of the natural or synthetic leather, from which the glove or shoe is formed. The electrostatic field causes the water molecules in the wearer's perspiration to remain in a constant state of agitation thereby breaking down the bond of surface tension of the normal liquid state of water into free water molecules. Free water molecules are then pulled through the natural or synthetic leather by a magnetic process to the surface, where they pass into the air as evaporated water. This evaporation on the outer surface of the glove or shoe, which is now acting much as "second layer of skin", serves to regulate the temperature of the wearer's hand or foot almost as if the evaporation were taking place on the wearer's own skin surface.

Abstract: A graphite lubricated leather and a method for producing a graphite lubricated leather is provided. A chrome tanned leather having internal fiber matrix is lubricated by application of a graphite powder suspended in a gluteraldehyde solution which has the effect of penetrating and bonding with the internal fiber matrix of the chrome tanned leather. A highly lubricated dry metallic appearing leather product is provided by the treatment.

Abstract: An improved design for an anti-slip glove is disclosed. The surface of the glove is adapted to provide an especially strong bond between the palm and/or fingers of the glove and the club, racket or other piece of sports equipment which the athlete is holding, pulling or pushing. The improved anti-slip glove utilizes a thermoplastic polyurethane film panel, incorporated into the glove's design at key pressure points, which is selected to exhibit a strong physical bond with the rubber, plastic, leather or other composite materials used to manufacture the hand grips that are a part of hand-held sporting equipment. The anti-slip panel may be attached separately to the palm and fingers of the glove or made an integral part of the glove.