The technical features of the Multi MIT are the retractable finger points on and/or near the metacarpo-interphalangeal joint on the middle, index and thumb fingers. On the dorsal side of the glove, are magnets that are sewn between the insulated material and the outer fabric which connect when the finger caps are retracted. The finger caps are held back by a positive and a negative magnet on the dorsal side of the glove that firmly holds the finger caps in place. The retracted caps access the inner spandex fleece glove that has touch screen material patches on the tips of the middle, index, and thumb fingers on the palmer side of the inner glove. The inner glove is designed to give the wearer fingertip sensory reception, dexterity and allow touch screen capabilities while providing mild fingertip protection with the finger caps retracted.

A thin, abrasion resistant supported glove, including a knitted liner and a polymeric layer disposed on and within individual strands of yarns of the knitted liner, are disclosed. Methods for manufacturing the thin, abrasion resistant supported glove are also disclosed.

The present invention provides a lightweight glove for baseball or softball that may include an elastic backfinger to provide a conforming fit to the wearer's hand. In general, the elastic backfinger may replace existing, often leather backfingers, the back panel, the liner, and/or other elements of traditional gloves glove with the elastic material, combination of elastic materials, or combination of elastic and inelastic materials.

The present invention relates to a disposable safety glove system featuring a plurality of layers of inter-nested gloves that are worn simultaneously by a user. The improved disposable glove system of the present invention allows a user to peel away the outermost layer of gloves to reveal a new and sterile set of gloves. The glove system also features a relatively thick wristband to support the plurality of glove layers, a tab that can be used to easily peel off the outermost glove layer once the same has been used and a new pair of gloves is desired, and a numbering system that alerts the user to how many glove layers remain in the glove stack.

The present invention provides a lightweight glove for baseball or softball that may include an elastic backfinger to provide a conforming fit to the wearer's hand. In general, the elastic backfinger may replace existing, often leather backfingers, the back panel, the liner, and/or other elements of traditional gloves glove with the elastic material, combination of elastic materials, or combination of elastic and inelastic materials.

Disclosed is a flexible barrier glove manufactured by coating a glove liner with a mixture that includes polyurethane resin and an antibacterial agent.

The method of manufacturing a glove, which glove comprises top layer (10), which top layer is made by knitting or by sewing pieces of fabrics or leather together, an outer surface (12) and an inner surface, which method comprises a step of providing the inner surface with pathogens inactivating compounds by treating the inner surface with a substance containing natural, biodegradable pathogen inactivating compounds. Inner surface is the surface, which is configured to be in skin contact when the glove is worn in hand. The method may comprise a step of manufacturing a lining (18), said lining having an inner surface and attaching the lining inside the top layer, whereby the inner surface of the lining forms the inner surface of the glove.

A supporting glove includes a glove base element made of fiber material, a resin coating applied to at least a part of an outer surface of the glove base element, and an inner glove made of fiber material provided inside the glove base element, wherein a relational expression of d.sub.2<d.sub.1 is satisfied, where d.sub.1 is a volume fraction of solid contents per unit volume of the glove base element, and d.sub.2 is a volume fraction of solid contents per unit volume of the inner glove.

A glove (1) and glove liner (4) is provided, the glove liner (4) comprising a palm portion (11a) and a finger portion (11b); the finger portion (11b) comprising finger sheaths; the liner (4) further comprising a plurality of insulating layers (6,8,10), and the plurality of insulating layers comprising a first insulating layer (6), a second insulating layer (8) and a third insulating layer (10), wherein the first insulating layer (6) extends substantially across the palm portion (11a) and the finger portion (11b), the second insulating layer (8) extends across at least a part of the finger portion (11b), and the third insulating layer (10) extends across at least a part of at least one finger sheath of the finger portion (11b).

A detachable glove comprising at least two layers that are separated by an adhesive layer, wherein the adhesive layer includes a wetting agent, a latex coagulating agent, a synthetic organic polymer and water. A chlorinated detachable bi-layered glove and a method of manufacturing thereof. A polymer coated, detachable, bi-layered glove and a method of manufacturing thereof. A method of peeling a detachable bi-layered glove wherein the method includes (i) pulling cuff area of the outer glove layer until its circumference is detached from the inner glove layer and (ii) peeling off the outer glove layer once the full circumference of the outer glove layer is detached from the inner glove layer to yield the inner glove layer for further usage.