An embodiment of the present invention provides a protective sports glove having a novel combination of liner sections, breathable mesh sections, stretch joints, and shock absorbing cushions to provide maximum protection to the user's fingers, hands, wrists, and lower forearms while r maintaining as much flexibility within the glove and tactile feel on both palmar and dorsal sides of the glove as possible. A novel 2-panel palmar section construction eliminates the presence of seams, stitching or excess material in a critical area on the palmar side of a wearer's hand to further improve tactile feel and grip.

A sports glove is produced by sewing together pieces of fabric assigned for the inside of a hand and the back of the hand. For a middle finger bag, a ring finger bag, and a little finger bag, a piece of fabric for the back of the hand is cut such that a middle finger portion, a ring finger portion, and a little finger portion extend from a palm portion. A piece of fabric for the inside of the hand is cut only into a palm portion, and a middle finger fabric piece, a ring finger fabric piece, and a little finger fabric piece which are separate from the palm portion are sewn to the middle finger portion, the ring finger portion, and the little finger portion of the back of the hand and the palm portion of the inside of the hand.

A glove assembled from plurality of flat parts, at least one part being a thumb-crotch part that is configured to span an area from the base of the index finger on the side facing the thumb to the base of the thumb on the side facing the index finger so as to cover the ridged webbing of soft tissue between those fingers.

A soccer goalie glove have a backhand portion, wherein the backhand portion comprises a first top view shape of four fingers and a top part of a palm and the backhand portion has a first maximum thickness of 2-4 mm and a palm portion, wherein the palm portion comprises a second top view shape of the four fingers, thumb, and the palm, and the palm portion has a second maximum thickness of one and a half times the first maximum thickness. Respective cross-sections of the backhand portion and palm portion comprise each of respective fingers of the fabricated shapes a semi-circle with flat edges comprising stitch regions towards both ends and the stitch regions are flat surfaces with stitching applied to attach the backhand portion to the palm portion at stitch lines.

A protective coating solution, liquid, gel, or film and a method of using such a material to provide a sterile covering for fingers, hands, arms or other selected skin surface for use as a glove substitute.

A novel ultrasonic oscillation-induced sericin extraction method produces a high-molecular-weight sericin solution from silk cocoon threads at room temperature. In one embodiment, unique pH variation-resistant alkaline ionic water is produced from a novel strongly-alkaline ionic water generator device, wherein the unique pH variation-resistant alkaline ionic water is subsequently utilized as a beneficial solvent that contributes to the feasibility of the novel ultrasonic oscillation-induced sericin extraction method at room temperature. The high-molecular-weight sericin solution produced and coated in a glove provides a high coating adhesion for economical manufacturing of sericin-coated gloves, while also providing superb skin moisturizing and protection properties. Furthermore, once coated in a glove, the high molecular weight of sericin beneficially resists a rapid skin seepage of sericin to human skin layers, thereby acting as natural moisturizing factor (NMF) simulants on top of the human skin layers when the glove is worn.

A novel ultrasonic oscillation-induced sericin extraction method produces a high-molecular-weight sericin solution from silk cocoon threads at room temperature. In one embodiment, unique pH variation-resistant alkaline ionic water is produced from a novel strongly-alkaline ionic water generator device, wherein the unique pH variation-resistant alkaline ionic water is subsequently utilized as a beneficial solvent that contributes to the feasibility of the novel ultrasonic oscillation-induced sericin extraction method at room temperature. The high-molecular-weight sericin solution produced and coated in a glove provides a high coating adhesion for economical manufacturing of sericin-coated gloves, while also providing superb skin moisturizing and protection properties. Furthermore, once coated in a glove, the high molecular weight of sericin beneficially resists a rapid skin seepage of sericin to human skin layers, thereby acting as natural moisturizing factor (NMF) simulants on top of the human skin layers when the glove is worn.

A method of producing multi-ply foil sheets intended for the manufacturing of protective covers for body parts, in particular gloves or packaging, comprising of at least two individual plies of film (12) stacked on top of each other and interconnected by means of week and non-continuous bonding, achieved by thermal embossing or ultrasonic welding. The invention also relates to personal protective equipment (PPE) or packaging made of the same multi-ply films.

A method of producing multi-ply foil sheets intended for the manufacturing of protective covers for body parts, in particular gloves or packaging, comprising of at least two individual plies of film (12) stacked on top of each other and interconnected by means of week and non-continuous bonding, achieved by thermal embossing or ultrasonic welding. The invention also relates to personal protective equipment (PPE) or packaging made of the same multi-ply films.

A glove comprising: a plurality of fingers and a thumb, a finger joint, a first lower portion and a second lower portion, wherein, the first lower portion is separable from the second lower portion such that when the first lower portion and second lower portion are separated, the plurality of fingers at the finger joint are at least partially visible through an opening formed between the first lower portion and the second lower portion.