A method and a system for forming a pentagonal woven fabric including a pentagon pattern loom. The pentagon pattern loom includes loom pins. The loom pins are arranged in a pentagonal pattern to form a structure for engaging a continuous yarn strand. The loom pins include a first pin, a second pin, a third pin, a fourth pin, and a fifth pin positioned at the edges of the pentagonal pattern with center pins therebetween. A bias weaving process uses the continuous yarn strand for forming a top woven triangle fabric section, a bottom woven triangle fabric section, and a middle section of parallel yarn strand portions of the single continuous yarn strand. A second continuous weaving uses the continuous yarn strand as weft strands in the middle section of parallel yarn strand portions for forming a rectangular woven fabric section with remaining loom pins of the pentagonal pattern.

A method and a system for forming a pentagonal woven fabric including a pentagon pattern loom. The pentagon pattern loom includes loom pins. The loom pins are arranged in a pentagonal pattern to form a structure for engaging a continuous yarn strand. The loom pins include a first pin, a second pin, a third pin, a fourth pin, and a fifth pin positioned at the edges of the pentagonal pattern with center pins therebetween. A bias weaving process uses the continuous yarn strand for forming a top woven triangle fabric section, a bottom woven triangle fabric section, and a middle section of parallel yarn strand portions of the single continuous yarn strand. A second continuous weaving uses the continuous yarn strand as weft strands in the middle section of parallel yarn strand portions for forming a rectangular woven fabric section with remaining loom pins of the pentagonal pattern.

A method and system for forming a hexagonal woven fabric provide a hexagonal pattern loom including loom pins arranged in a hexagonal pattern to form a structure for engaging a continuous yarn strand. The loom pins form a top angled side of the hexagonal pattern and a bottom angled side of the hexagonal pattern. A set of the loom pins form two opposite straight sides of the hexagonal pattern forming the hexagonal pattern loom. A bias weaving process uses the continuous yarn strand for forming a top woven triangle fabric section, a bottom woven triangle fabric section, and a middle section of parallel yarn strand portions of the single continuous yarn strand. Traditional back-and-forth weaving uses the continuous yarn strand as weft strands in the middle section of parallel yarn strand portions for forming a rectangular woven fabric section. A hexagonal woven fabric uses the continuous yarn strand.

A method and system for forming a hexagonal woven fabric provide a hexagonal pattern loom including loom pins arranged in a hexagonal pattern to form a structure for engaging a continuous yarn strand. The loom pins form a top angled side of the hexagonal pattern and a bottom angled side of the hexagonal pattern. A set of the loom pins form two opposite straight sides of the hexagonal pattern forming the hexagonal pattern loom. A bias weaving process uses the continuous yarn strand for forming a top woven triangle fabric section, a bottom woven triangle fabric section, and a middle section of parallel yarn strand portions of the single continuous yarn strand. Traditional back-and-forth weaving uses the continuous yarn strand as weft strands in the middle section of parallel yarn strand portions for forming a rectangular woven fabric section. A hexagonal woven fabric uses the continuous yarn strand.

A method and a system for forming a pentagonal woven fabric including a pentagon pattern loom. The pentagon pattern loom includes loom pins. The loom pins are arranged in a pentagonal pattern to form a structure for engaging a continuous yarn strand. The loom pins include a first pin, a second pin, a third pin, a fourth pin, and a fifth pin positioned at the edges of the pentagonal pattern with center pins therebetween. A bias weaving process uses the continuous yarn strand for forming a top woven triangle fabric section, a bottom woven triangle fabric section, and a middle section of parallel yarn strand portions of the single continuous yarn strand. A second continuous weaving uses the continuous yarn strand as weft strands in the middle section of parallel yarn strand portions for forming a rectangular woven fabric section with remaining loom pins of the pentagonal pattern.

A method and system for forming a hexagonal woven fabric provide a hexagonal pattern loom including loom pins arranged in a hexagonal pattern to form a structure for engaging a continuous yarn strand. The loom pins form a top angled side of the hexagonal pattern and a bottom angled side of the hexagonal pattern. A set of the loom pins form two opposite straight sides of the hexagonal pattern forming the hexagonal pattern loom. A bias weaving process uses the continuous yarn strand for forming a top woven triangle fabric section, a bottom woven triangle fabric section, and a middle section of parallel yarn strand portions of the single continuous yarn strand. Traditional back-and-forth weaving uses the continuous yarn strand as weft strands in the middle section of parallel yarn strand portions for forming a rectangular woven fabric section. A hexagonal woven fabric uses the continuous yarn strand.

A device including: (a) a plurality of pegs, each including a rotational axis along a length; (b) a plurality of weft guides and each individual weft guide is in communication with an individual peg, and the plurality of weft guides are in an alternating relationship so that some of the plurality of weft guides extend in a first direction and some of the plurality of weft guides extend in a second direction; and (c) a translation mechanism in communication with the plurality of pegs so that movement of the translation mechanism results in rotation of the plurality of pegs around the rotational axis moving some of the plurality of weft guides from extending in the first direction to extending in the second direction and some of the plurality of weft guides from extending in the second direction to extending in the first direction.

A device including: (a) a plurality of pegs, each including a rotational axis along a length; (b) a plurality of weft guides and each individual weft guide is in communication with an individual peg, and the plurality of weft guides are in an alternating relationship so that some of the plurality of weft guides extend in a first direction and some of the plurality of weft guides extend in a second direction; and (c) a translation mechanism in communication with the plurality of pegs so that movement of the translation mechanism results in rotation of the plurality of pegs around the rotational axis moving some of the plurality of weft guides from extending in the first direction to extending in the second direction and some of the plurality of weft guides from extending in the second direction to extending in the first direction.

A device comprising: (a) housing structure; (b) a plurality of pegs in communication with the housing structure; wherein at least a portion of the plurality of pegs extend at an angle relative to a plane so that the extends between at least a portion of the plurality of pegs, and wherein the angle of the plurality of pegs are in different directions so that the at least a portion of the plurality of pegs are movable from a first side of the plane to the second side of the plane.

A device comprising: (a) housing structure; (b) a plurality of pegs in communication with the housing structure; wherein at least a portion of the plurality of pegs extend at an angle relative to a plane so that the extends between at least a portion of the plurality of pegs, and wherein the angle of the plurality of pegs are in different directions so that the at least a portion of the plurality of pegs are movable from a first side of the plane to the second side of the plane.