A volumetric weaving approach employs a vertical aspect of woven warp and weft fibers to generate volumetric structures through formation of tie-downs. Tie downs define warp and weft fibers that take a vertical path or component extending perpendicular to a weave plane. Independently controlled heddles provide selective warp fibers control, and a two-dimensional creel that dispenses the warp fibers at differing feed rates allows manipulation of the fibers into three dimensional structures or portions. As a shuttle draws the weft fiber, different layers are raised and lowered to lend a vertical axis to the resulting volumetric structure. Interconnections between the portions include the use of the tie downs to connect multiple portions to define 3-dimensional panels of a finished article such as a shoe. A single pass defining all the interconnected portions of the shoe generates the fully formed shoe without subsequent cutting and seaming of different textile panels.

A volumetric weaving approach employs a vertical aspect of woven warp and weft fibers to generate volumetric structures through formation of tie-downs. Tie downs define warp and weft fibers that take a vertical path or component extending perpendicular to a weave plane. Independently controlled heddles provide selective warp fibers control, and a two-dimensional creel that dispenses the warp fibers at differing feed rates allows manipulation of the fibers into three dimensional structures or portions. As a shuttle draws the weft fiber, different layers are raised and lowered to lend a vertical axis to the resulting volumetric structure. Interconnections between the portions include the use of the tie downs to connect multiple portions to define 3-dimensional panels of a finished article such as a shoe. A single pass defining all the interconnected portions of the shoe generates the fully formed shoe without subsequent cutting and seaming of different textile panels.

A loom includes a loom frame including a pair of side frames, and heddle frame guides. An inner wall of at least one side frame has, as a reference position, a position of a part, which supports the heddle frame guide in a warp direction, of an inner surface of the inner wall with respect to a width direction of the loom and at least one support part is formed to be an offset support part at which an inner end in a support position of a bearing is located on a more inner side of the loom frame than the reference position.

A loom includes a loom frame including a pair of side frames, and heddle frame guides. An inner wall of at least one side frame has, as a reference position, a position of a part, which supports the heddle frame guide in a warp direction, of an inner surface of the inner wall with respect to a width direction of the loom and at least one support part is formed to be an offset support part at which an inner end in a support position of a bearing is located on a more inner side of the loom frame than the reference position.

A device for forming a leno selvedge has two lifter seats and a metallic approximately U-shaped half heddle with two legs, which are connected by a web, wherein each lifting heddle has a lifting heddle foot having an opening extending in the longitudinal direction of the heddle, wherein the lifting heddle foot at least on one side of the slot at least one magnet, with which the one leg of the half heddle cooperates, wherein the opening extends over the entire height of the heddle foot continuously.

A device for forming a leno selvedge has two lifter seats and a metallic approximately U-shaped half heddle with two legs, which are connected by a web, wherein each lifting heddle has a lifting heddle foot having an opening extending in the longitudinal direction of the heddle, wherein the lifting heddle foot at least on one side of the slot at least one magnet, with which the one leg of the half heddle cooperates, wherein the opening extends over the entire height of the heddle foot continuously.

A volumetric weaving approach employs a vertical aspect of woven warp and weft fibers to generate volumetric structures through formation of tie-downs. Tie downs define warp and weft fibers that take a vertical path or component extending perpendicular to a weave plane. Independently controlled heddles provide selective warp fibers control, and a two-dimensional creel that dispenses the warp fibers at differing feed rates allows manipulation of the fibers into three dimensional structures or portions. As a shuttle draws the weft fiber, different layers are raised and lowered to lend a vertical axis to the resulting volumetric structure. Interconnections between the portions include the use of the tie downs to connect multiple portions to define 3-dimensional panels of a finished article such as a shoe. A single pass defining all the interconnected portions of the shoe generates the fully formed shoe without subsequent cutting and seaming of different textile panels.

A device for forming a leno selvedge has two lifter seats and a metallic approximately U-shaped half heddle with two legs, which are connected by a web, wherein each lifting heddle has a lifting heddle foot having an opening extending in the longitudinal direction of the heddle, wherein the lifting heddle foot at least on one side of the slot at least one magnet, with which the one leg of the half heddle cooperates, wherein the opening extends over the entire height of the heddle foot continuously.

The present disclosure relates to a multiple woven fabric including a ground weave and a pattern weave, in which the ground weave and the pattern weave are arranged to be neighboring, the ground weave includes a plain weave woven so that a warp and a weft participate in weaving, and the pattern weave is a multi-layer weave including a first weave forming a first layer and a second weave separated from the first layer to form a second layer.

A weaving loom of the present disclosure includes a base and a heddle. The base has a first portion and a second portion. The first portion has a heddle base and first fins extending from the heddle base. The heddle is detachably coupled with the heddle base and has an axis and a central part. The heddle further includes a plurality of shedding sections formed on the central part and around the axis. The shedding sections are arranged along the axis for the central part to have a plurality of longitudinal rows having different topographies across different longitudinal portions of the central part. The heddle is configured to move between a plurality of positions with one of the longitudinal rows facing vertically upward.