35 results about "Cut-resistant gloves" patented technology

A glove or apparel formed at least partially from a knitted thread substrate and including areas on an outer surface which has a substantially continuous surface surrounding ends of the finger portions and thumb portion of the glove and areas which have a substantially non-continuous surface positioned over the palm portion and the back of the hand portion of the glove.

A composite yarn is provided which comprises a core and a covering layer formed by wrapping a covering fiber around the core, the core being composed of a metal thin wire and an attending yarn comprising a filament yarn, wherein the attending yarn is wound around the metal thin wire at 5 to 60 turns per meter of the metal thin wire. A cut-resistant glove formed of the composite yarn is also provided. The composite yarn of the present invention is preferably usable for protective products such as protective fabrics, protective clothes, protective aprons and protective gloves used for protecting workers and a cut-resistant glove formed of the composite fiber is excellent not only in moisture absorption property, but also in putting-on-feeling, use feeling and workability in the state of being put on.

A cut-resistant knit glove comprising cut-resistant composite yarn, companion yarn and lining yarn. The cut-resistant composite yarn having a core comprising at least two core yarns and at least one first wrapping yarn helically wrapped around the core. The companion yarn comprising para-aramid. The lining yarn comprises either (i) composite yarn having an elastomeric yarn core and at least one second wrapping yarn helically wrapped around the yarn core or (ii) yarn comprising aliphatic polyamide fiber, polyester fiber, natural fiber, cellulosic fiber, and mixtures thereof. The cut-resistant composite yarn, the companion yarn, and the lining yarn are co-knit in the glove with the lining yarn plated on the interior of the glove and the cut-resistant composite yarn and companion yarn forming the exterior of the glove.

This invention relates to a cut-resistant knit glove comprising:a) cut-resistant composite yarn having a core yarn and at least one first wrapping yarn helically wrapped around the core yarn, the core yarn including at least one 50 to 200 denier (56 to 220 dtex) glass fiber filament yarn and the first wrapping yarn being one 100 to 600 denier (110 to 680 dtex) para-aramid yarn;b) companion yarn selected from the group consisting of aliphatic polyamide, polyester, and mixtures thereof; andc) lining yarn comprising a composite yarn of from 100 to 500 denier (110 to 560 dtex), the composite yarn having an elastomeric yarn core comprising at least one elastomeric yarn and at least one second wrapping yarn helically wrapped around the yarn core, the second wrapping yarn including at least one 20 to 300 denier (22 to 340 dtex) yarn selected from the group consisting of aliphatic polyamide, polyester, natural fibers, cellulosic fibers, and mixtures thereof;wherein the cut-resistant composite yarn, the companion yarn, and the lining yarn are co-knit in the glove with the lining yarn plated on the interior of the glove and the cut-resistant composite yarn and companion yarn forming the exterior of the glove.

This invention relates to a cut-resistant knit glove comprisinga) cut-resistant composite yarn having a core yarn and at least one first wrapping yarn helically wrapped around the core yarn, the core yarn including at least one 50 to 400 denier (56 to 440 dtex) glass fiber filament yarn and the first wrapping yarn being one 100 to 600 denier (110 to 680 dtex) para-aramid yarn;b) companion yarn of 200 to 1600 denier (220 to 1800 dtex) selected from the group consisting of aliphatic polyamide, polyester, natural fiber, cellulosic fiber, and mixtures thereof; andc) lining yarn comprising a composite yarn of from 250 to 1200 denier (280 to 1300 dtex) comprising aliphatic polyamide fiber, polyester fiber, natural fiber, cellulosic fiber, and mixtures thereof; and wherein the cut-resistant composite yarn, the companion yarn, and the lining yarn are co-knit in the glove with the lining yarn plated on the interior of the glove and the cut-resistant composite yarn and companion yarn forming the exterior of the glove.

Embodiments of the invention include knitted gloves having a cut-resistant yarn in at least one knitted zone of a glove and further including one or more yarns knitted into other knitted zones of the glove in which at least one zone has vertically knitted courses.

Provided is a cut resistant glove having stretchability and being superior in the texture and fit while a string made of a metal or glass fiber is prevented from sticking out, irrespective of the gauge number. A cut resistant glove having a glove main body manufactured by plating knitting using a ground yarn and an additional yarn, in which the ground yarn includes a core material, and a cover yarn wound around the core material, the core material having a string made of a metal or glass fiber, and the additional yarn being made of an organic fiber, and in which the ratio of the average thickness of the additional yarn to the average thickness of the ground yarn is no less than 0.9 and no greater than 2.5. The core material preferably further has a support yarn made of an organic fiber arranged along the string.

The invention discloses a method for producing ultra-high molecular weight polyethylene cotton-type anti-cutting gloves. The gloves are formed by mixing and weaving of yarns such as ultra-high molecular weight polyethylene / polyester staple fiber blended yarns, polyester spandex wrap yarns, polyvinyl chloride (PVC) coated glass fiber spandex filament yarns and elastic yarns, cuffs of woven gloves are closed up by knitted rib cuffs, hot melting edge wrapping and one-time forming are achieved through a hot melting machine at the temperature from 120 DEG C to 180 DEG C, and surface chemical processing is performed through water-proof finishing agents so that finished products can be obtained. According to the method for producing the ultra-high molecular weight polyethylene cotton-type anti-cutting gloves, the process is simple, large-scale automatic production can be achieved, the anti-cutting performance of the gloves is high, the elasticity is good, a user can conveniently and comfortably wear the gloves, and the operation is flexible. Besides, the dust-proof effect is good, and harm to products due to falling of fibers of the gloves can be avoided. The gloves can be widely applied to people in special industries such as automobile assembly industry, glass industry, metal rolling sheet industry, cutting industry, recovery processing industry, police and the like.

This invention also relates to stain-masking cut resistant gloves and methods for making the same, the gloves comprising at least one aramid fiber and at least one lubricating fiber selected from the group consisting of aliphatic polyamide fiber, polyolefin fiber, polyethylene fiber, acrylic fiber, and mixtures thereof; wherein up to and including 15 parts by weight of the total amount of fibers in the glove are provided with a dye or pigment such that they have a color different from the remaining fibers; the dye or pigment selected such that the colored fibers have a measured “L” value that is lower than the measured “L” value for the remaining fibers.