Armored glove fingers

Claim 2

A biocompatible armored glove finger comprising a tubular, seamless fabric element having an open end and an end closed with a seam, said tubular, seamless fabric element being adapted to receive a human finger therein through said open end with the tip of said finger substantially abutting said closed end and said seam disposed over the fingernail of said finger, said tubular, seamless fabric element comprising a first fiber of about 100 to about 650 denier, said first fiber comprising at least one yarn having a tensile strength in excess of about 120,000 psi.

Claim 3

The biocompatible armored glove finger according to claim 1, wherein said first fiber comprises a yarn of 185 denier.

Claim 4

The biocompatible armored glove finger according to claim 1, wherein said first fiber comprises two yarns, each of 100 denier.

Claim 5

The biocompatible armored glove finger according to claim 1, wherein said tubular, seamless fabric element comprises a rib knit fabric tube.

Claim 6

The biocompatible armored glove finger according to claim 1, wherein said at least one yarn has a modulus in excess of about 4,500,000 psi.

Claim 7

The biocompatible armored glove finger according to claim 5, wherein said at least one yarn comprises an ultra-high- molecular-weight polyethylene yarn.

Claim 8

The biocompatible armored glove finger according to claim 1, further comprising at least one fabric reinforcement patch disposed proximate said closed end of said tubular, seamless fabric element and fixed thereto so as to substantially cover at least the fingertip of a finger received within said tubular, seamless fabric element, said at least one fabric reinforcement patch comprising a total second fiber weight of at least 375 denier, said second fiber comprising at least one yarn having a tensile strength in excess of about 120,000 psi.

Claim 9

The biocompatible armored glove finger according to claim 7, wherein said at least one fiber reinforcement patch comprises a single woven patch.

Claim 10

The biocompatible armored glove finger according to claim 8, wherein said second fiber comprises a single yarn of 650 denier.

Claim 11

The biocompatible armored glove finger according to claim 7, wherein said tubular, seamless fabric element has said first fiber disposed in interlocked loops in two substantially perpendicular directions; and wherein said at least one fabric reinforcement patch has said second fiber disposed in two interwoven substantially perpendicular directions; said two substantially perpendicular directions of said first fiber being disposed at an angle to said two substantially perpendicular directions of said second fiber.

Claim 12

The biocompatible armored glove finger according to claim 7, wherein said at least one yarn of said second fiber has a modulus in excess of about 4,500,000 psi.

Claim 13

The biocompatible armored glove finger according to claim 11, wherein said at least one yarn of said second fiber comprises an ultra-high-molecular-weight polyethylene yarn.

Claim 14

The biocompatible armored glove finger according to claim 7, wherein said at least one fabric reinforcement patch comprises a first end and a second end, said first end being smaller than said second end; said first end being adapted to substantially cover the fingernail of a finger; said second end being adapted to fold over the fingertip and back to at least the first joint of the finger, closing over the sides of the fingernail forming seams substantially over the fingernail.

Claim 15

An armored glove finger comprising a tubular, seamless fabric element having an open end and an end closed with a seam, said tubular, seamless fabric element being adapted to receive a human finger therein through said open end with the tip of said finger substantially abutting said closed end and said seam disposed over the fingernail of said finger, said tubular, seamless fabric element comprising a first fiber of about 100 to about 650 denier, said first fiber comprising at least one yarn having a tensile strength in excess of about 120,000 psi; and a fabric reinforcement patch disposed proximate said closed end of said tubular, seamless fabric element on the interior of said tubular, seamless fabric element and fixed thereto so as to substantially cover at least the fingertip of a finger received within said tubular, seamless fabric element, said fabric reinforcement patch comprising a yarn having a tensile strength in excess of about 120,000 psi and of 650 denier; said tubular, seamless fabric element having said first fiber disposed in interlocked loops in two substantially perpendicular directions; said fabric reinforcement patch having said yarn of 650 denier being disposed in two interwoven substantially perpendicular directions; said two substantially perpendicular directions of said first fiber being disposed at an angle to said two substantially perpendicular directions said yarn of 650 denier.

Claim 16

An armored glove finger comprising a tubular, seamless fabric element having an open end and an end closed with a seam, said tubular, seamless fabric element being adapted to receive a human finger therein through said open end with the tip of said finger substantially abutting said closed end and said seam disposed over the fingernail of said finger, said tubular, seamless fabric element comprising a first fiber of about 100 to about 650 denier, said first fiber comprising at least one yarn having a tensile strength in excess of about 120,000 psi; and a fabric reinforcement patch disposed proximate said closed end of said tubular, seamless fabric element on the interior of said tubular, seamless fabric element and fixed thereto so as to substantially cover at least the fingertip of a finger received within said tubular, seamless fabric element, said fabric reinforcement patch comprising a yarn having a tensile strength in excess of about 120,000 psi and of 650 denier; said tubular, seamless fabric element having said first fiber disposed in interlocked loops in two substantially perpendicular directions; said fabric reinforcement patch having said yarn of 650 denier being disposed in two interwoven substantially perpendicular directions; said two substantially perpendicular directions of said first fiber being disposed at an angle to said two substantially perpendicular directions said yarn of 650 denier.

Claim 17

The armored glove finger according to claim 14, wherein said angle is 45°.

Claim 18

The armored glove finger according to claim 14, wherein said first fiber is a single yarn of 185 denier.

Claim 19

The armored glove finger according to claim 14, wherein said first fiber comprises two yarns, each of 100 denier.

Claim 20

The armored glove finger according to claim 14, wherein said tubular, seamless fabric element is rib knit.

Claim 21

The armored glove finger according to claim 14, wherein said at least one yarn has a modulus in excess of about 4,500,000 psi.

Claim 22

The armored glove finger according to claim 19, wherein at least one yarn is an ultra-high-molecular-weight polyethylene yarn.

Claim 23

The armored glove finger according to claim 14, wherein said yarn of 650 denier has a modulus in excess of about 4,500,000 psi.

Claim 24

The armored glove finger according to claim 21, wherein said yarn of 650 denier is an ultra-high-molecular-weight polyethylene yarn.