TWI768486B - Knitting method and knitted article - Google Patents

Abstract

A knitting method applied to a double needle machine includes a setting step and a knitting step. In the setting step, a first jacquard unit, a second jacquard unit, a third jacquard unit, a first ground unit and a second ground unit are sequentially arranged on the double needle machine from a front needle to a back needle of the double needle machine. In the knitting step, the first jacquard unit is knitted to from a surface layer on the front needle. The second ground unit is knitted to from a bottom layer on the back needle. The second jacquard unit is knitted between the front needle and the back needle. The third jacquard unit is knitted between the front needle and the back needle. The first ground unit is knitted between the front needle and the back needle. . Therefore, the empty needles can be avoided, and the weaving can be smoother.

Description

Weaving method and knitted fabric

The present invention provides a knitting method and a knitted fabric, especially a knitting method and a knitted fabric which are applied to a double-needle bed machine and the number of Jacquard units is three.

The knitting technology is becoming more and more mature, especially the related knitting technology related to double needle bed double jacquard has developed and diversified. At the same time, related companies have also begun to develop the knitting technology of the double-needle bed three-jacquard, and have developed the related machines of the double-needle-bed three-jacquard. However, how to highlight the advantages of woven products and solve the structural defects of woven products through weaving methods has become the goal of the relevant industry.

One of the objectives of the present invention is to arrange the first jacquard unit, the second jacquard unit and the third jacquard unit before the first ground comb unit and the second ground comb unit, and match different yarn structures, so as to obtain Richly patterned and structurally stable braid.

An embodiment of the present invention provides a knitting method, which is applied to a double needle bed machine, and includes a configuration step and a knitting step. In the arranging step, the first jacquard unit, the second jacquard unit, the third jacquard unit, the first ground comb unit and the second ground comb unit are sequentially arranged from the front needle bed to the rear needle bed of the double needle bed machine Set up on the double needle bed machine. In the knitting step, the first jacquard unit is knitted on the front needle bed to form the face layer. The second ground comb unit is knitted on the rear needle bed to form the bottom layer. The second jacquard unit is knitted between the front needle bed and the rear needle bed, and the second jacquard unit is connected to the top layer and the bottom layer. The third jacquard unit is knitted between the front needle bed and the rear needle bed, and the third jacquard unit is connected to the top layer and the bottom layer. The first ground comb unit is knitted between the front needle bed and the rear needle bed, and the first ground comb unit is connected to the surface layer and the bottom layer.

According to the knitting method of the aforementioned embodiment, in the arranging step, the first jacquard unit may be connected to the creel before the double-needle bed machine, the second jacquard unit may be connected to the creel after the double-needle bed machine, and the second jacquard unit may be connected to the creel after the double-needle bed machine. Three jacquard units are connected to the warp beam head, wherein the front creel is passively let-off to the first jacquard unit, the rear creel is passively fed to the second jacquard unit, and the warp creel is actively let-off Sent to Unit 3 Jacquard.

According to the knitting method of the aforementioned embodiment, in the knitting step, the first jacquard unit may further comprise knitting into a heavy warp weave, a mesh weave, a plain cloth weave or a weft inlay weave.

According to the knitting method of the foregoing embodiment, in the knitting step, the second jacquard unit may be knitted into a mesh structure or a plain cloth structure.

According to the knitting method of the foregoing embodiment, in the knitting step, the third jacquard unit may be knitted into a mesh structure or a plain cloth structure.

According to the knitting method of the aforementioned embodiment, in the knitting step, it may further comprise knitting the first ground comb unit into a connecting line structure, and the connecting line structure connects the surface layer and the bottom layer.

According to the knitting method of the foregoing embodiment, in the knitting step, it may further comprise knitting the second ground comb unit into a base fabric structure.

The knitting method according to the foregoing embodiment, wherein the first jacquard unit has a first color, the second jacquard unit has a second color, the third jacquard unit has a third color, and the first color, the second color and the third The colors can be different colors.

The knitting method according to the foregoing embodiment, wherein in the knitting step, when the first jacquard unit is knitted into a first plain weave, the second jacquard unit is knitted into a second plain weave on the rear needle bed, and the third jacquard unit is knitted into a second plain fabric weave. When the card unit is knitted into the third plain fabric structure on the rear needle bed, the first color of the first jacquard unit can be displayed on the surface of the surface layer.

The knitting method according to the foregoing embodiment, wherein in the knitting step, when the first jacquard unit is knitted into a first weft inlay weave, the second jacquard unit is knitted into a second plain fabric weave on the front needle bed, and the third jacquard unit is knitted into a second plain fabric weave. When the card unit is knitted into the third plain fabric structure on the rear needle bed, the second color of the second jacquard unit can be displayed on the surface of the surface layer.

The knitting method according to the foregoing embodiment, wherein in the knitting step, when the first jacquard unit is knitted into a first plain weave, the second jacquard unit is knitted into a second mesh weave on the front needle bed, and the third jacquard unit is knitted into a second mesh weave. When the card unit is knitted into the third plain fabric structure on the rear needle bed, the first color of the first jacquard unit and the second color of the second jacquard unit can be displayed on the surface of the surface layer.

The knitting method according to the foregoing embodiment, wherein in the knitting step, when the first jacquard unit is knitted into a first mesh weave, the second jacquard unit is knitted into a second plain fabric weave on the front needle bed, and the third jacquard unit is knitted into a second plain fabric weave. When the card unit is knitted into the third mesh structure on the front needle bed, the first color of the first jacquard unit, the second color of the second jacquard unit and the third color of the third jacquard unit can appear on the surface layer. surface.

According to the knitting method of the foregoing embodiment, the material of the first jacquard unit, the material of the second jacquard unit, the material of the third jacquard unit, the material of the first ground comb unit and the material of the second ground comb unit may be Polyester, Nylon, Cationic Yarn, Spandex, Thermoplastic Polyester, Thermoplastic Polyurethane, Double Yarn, Core Yarn, Cover Yarn or Functional Yarn.

Another embodiment of the present invention provides a knitted fabric made by the knitting method of the foregoing embodiments, comprising a surface layer, a bottom layer and an inner layer. The surface layer is woven by the first jacquard unit, and the bottom layer is woven by the second ground comb unit. The inner layer is arranged between the surface layer and the bottom layer, and includes a second jacquard unit, a third jacquard unit and a first ground comb unit. The second jacquard unit connects the surface layer and the bottom layer, the third jacquard unit connects the surface layer and the bottom layer, and the first ground comb unit connects the surface layer and the bottom layer.

Several embodiments of the present invention will be described below with reference to the drawings. For the sake of clarity, many practical details are set forth in the following description. It should be understood, however, that these practical details should not be used to limit the invention. That is, in some embodiments of the present invention, these practical details are unnecessary. In addition, for the purpose of simplifying the drawings, some well-known and conventional structures and elements will be shown in a simplified and schematic manner in the drawings; and repeated elements may be denoted by the same reference numerals.

Please refer to FIG. 1 , FIG. 2 , FIG. 3 and FIG. 4 . FIG. 1 shows a schematic flowchart of a knitting method 100 according to an embodiment of the present invention, and FIG. 2 shows the implementation according to FIG. 1 Fig. 3 shows a schematic diagram of a knitted fabric 300 according to an example of another embodiment of the present invention, and Fig. 4 shows the knitting according to the embodiment of Fig. 3. Partial exploded view of fabric 300. As shown in FIG. 1 , the knitting method 100 includes an arrangement step 110 and a knitting step 120 . Specifically, the knitting method 100 of FIG. 1 can produce the knitted fabric 300 of FIG. 3 . The braid 300 includes a top layer 310 , a bottom layer 330 , and an inner layer 320 . The inner layer 320 is disposed between the surface layer 310 and the bottom layer 330 .

Specifically, as shown in FIG. 3, the knitted fabric 300 may be fabricated into a shoe upper. Specifically, the surface layer 310 is woven from the first jacquard unit 210 , the bottom layer 330 is woven from the second ground comb unit 250 , and the inner layer 320 includes the second jacquard unit 220 , the third jacquard unit 230 and the first jacquard unit 250 . A ground comb unit 240 . The second jacquard unit 220 , the third jacquard unit 230 and the first ground comb unit 240 are connected to the surface layer 310 and the bottom layer 330 . The second jacquard unit 220 and the third jacquard unit 230 can be exposed on the surface of the surface layer 310 in a specific area, so that the knitted fabric 300 can have different jacquard effects in a specific area, and the shoe upper made of the knitted fabric 300 can be more With rich visual effects.

Further, as shown in FIG. 3 and FIG. 4 , the first jacquard unit 210 can form a plain cloth (not marked otherwise) and a mesh 311 on the surface layer 310 . The second jacquard unit 220 and the third jacquard unit 230 may connect the surface layer 310 and the bottom layer 330 . In this way, the second jacquard unit 220 and the third jacquard unit 230 can display jacquard in specific areas of the surface layer 310 and the bottom layer 330 respectively, so that the knitted fabric 300 has the effect of double-sided jacquard. The second ground comb unit 250 connects the surface layer 310 and the bottom layer 330 . More specifically, the second ground comb unit 250 connects the surface layer 310 and the bottom layer 330 evenly, and the second ground comb unit 250 is not exposed to the surface layer 310 and bottom layer 330. Through the arrangement of the second ground comb unit 250, the stability of the structure of the knitted fabric 300 can be further increased.

Specifically, the knitting method 100 of the present invention is applied to a double needle bed machine (not shown). As shown in FIG. 2 , the double needle bed machine includes a front needle bed 201 and a rear needle bed 202 .

The knitting method 100 first performs a configuration step 110 . In the configuration step 110 , as shown in FIG. 2 , the first jacquard unit 210 , the second jacquard unit 220 , the third jacquard unit 230 , the first ground comb unit 240 and the second ground comb unit 250 are composed of two The front needle bed 201 to the rear needle bed 202 of the needle bed machine are sequentially arranged on the double needle bed machine. In addition, in the embodiment shown in FIG. 2, the first jacquard unit 210, the second jacquard unit 220 and the third jacquard unit 230 can be further divided into two halves of the comb bar. Further, the first jacquard unit 210 can include a first sub-Jacquard unit 211 and a first sub-Jacquard unit 212, and the second jacquard unit 220 can include a second sub-Jacquard unit 221 and a second sub-Jacquard unit 222. The third Jacquard unit 230 may include a third sub-jacca unit 231 and a third sub-jacca unit 232, but the present invention is not limited thereto.

In the knitting method 100, the double needle bed machine can be connected to a double creel (not shown). Further, in the configuration step 110, the first jacquard unit 210 is connected to the creel before the double-needle bed machine (not shown), and the second jacquard unit 220 is connected to the creel after the double-needle bed machine ( Not shown), and the third jacquard unit 230 is connected to the warp reel head (not shown), wherein the front creel is fed to the first jacquard unit 210 in a passive manner, and the rear creel is fed in a passive manner is passed to the second jacquard unit 220 and the warp reel head is passed to the third jacquard unit 230 in an active manner. Through passive let-off, it can make the tension of each single yarn of the first jacquard unit 210 and the second jacquard unit 220 more uniform, so as to avoid the limitation of the yarn tension and to knit a richer yarn. pattern. In particular, the negative mode and the positive mode refer to two different warp-feeding (or yarn feeding) modes, wherein the negative mode refers to the tension of the yarn by means of the tension of the yarn. The yarn is passively drawn from the bobbin on the creel to the double needle bed machine; the active method refers to actively sending the yarn to the double needle bed machine at a predetermined speed by the warp beam head.

Next, the knitting step 120 is performed. In the knitting step 120 , the first jacquard unit 210 is knitted on the front needle bed 201 to form the surface layer 310 . The second ground comb unit 250 is knitted on the rear needle bed 202 to form the bottom layer 330 . The second jacquard unit 220 is knitted between the front needle bed 201 and the rear needle bed 202 , and the second jacquard unit 220 is connected to the surface layer 310 and the bottom layer 330 . The third jacquard unit 230 is knitted between the front needle bed 201 and the rear needle bed 202 , and the third jacquard unit 230 is connected to the surface layer 310 and the bottom layer 330 . The first ground comb unit 240 is knitted between the front needle bed 201 and the rear needle bed 202 , and the first ground comb unit 240 is connected to the surface layer 310 and the bottom layer 330 . The second jacquard unit 220 , the third jacquard unit 230 and the first ground comb unit 240 form an inner layer 320 between the surface layer 310 and the bottom layer 330 . It is worth mentioning that the first jacquard unit 210 , the second jacquard unit 220 , the third jacquard unit 230 , the first ground comb unit 240 and the second ground comb unit 250 are connected to the front needle bed 201 and the rear needle bed 202 The depth of the underlay is the same.

In the weaving step 120, the first jacquard unit 210 may be woven into a heavy warp weave, a mesh weave, a plain cloth weave or a weft inlay weave. The second jacquard unit 220 may be woven into a mesh weave or a plain weave. The third jacquard unit 230 may be woven into a mesh weave or a plain weave. The first ground comb unit 240 may be woven into a connecting line organization that connects the surface layer 310 and the bottom layer 330 . The second ground comb unit 250 may be woven into a base fabric weave.

In the knitting method 100, the jacquard unit (not otherwise marked) includes the first A jacquard unit 210, a second jacquard unit 220 and a third jacquard unit 230, the number of which is three, the ground comb unit (not marked) includes the first ground comb unit 240 and the second ground comb unit 250, the number of which is three for two. The knitted fabric 300 with rich patterns is woven through three jacquard units. In addition, through the configuration of the connecting line structure of the first ground comb unit 240 , the surface layer 310 of the braided fabric 300 can be evenly and tightly connected to the bottom layer 330 , and the structural stability of the braided fabric 300 can be effectively increased.

Generally speaking, in the conventional knitting method, the ground comb unit is arranged before the jacquard unit, so as to avoid the phenomenon of empty needles, which is unfavorable for weaving. However, the knitting method 100 of the present invention is different from the conventional knitting method. In the arranging step 110, the first jacquard unit 210, the second jacquard unit 220 and the third jacquard unit 230 are arranged at the first place Before the comb unit 240 and the second ground comb unit 250, that is to say, there is no ground comb unit in front of the Jacquard unit of the present invention. By knitting between the front needle bed 201 and the rear needle bed 202 by the first ground comb unit 240, the first ground comb unit 240 can be used as the ground comb of the first jacquard unit 210, and the empty needles of the surface layer 310 can be knitted by the first ground comb unit 240. A ground comb unit 240 fills in. Thereby, the effect of no empty needle phenomenon can be achieved, and the knitting can be carried out more smoothly. In addition, with the arrangement of the first jacquard unit 210 , the second jacquard unit 220 and the third jacquard unit 230 , the pattern diversity of the knitted fabric 300 manufactured by the knitting method 100 is further improved.

On the other hand, the first jacquard unit 210 has a first color, the second jacquard unit 220 has a second color, and the third jacquard unit 230 has a third color, and the first color, the second color and the third color may be for different colors. In this way, the first jacquard unit 210 and the second jacquard unit 210 in the knitting step 120 are combined. The card unit 220 and the third jacquard unit 230 are woven into a plain fabric or mesh structure, so that the surface of the surface layer 310 of the knitted fabric 300 can obtain patterns of different colors.

In addition, in order to increase the functionality of the knitted fabric 300, the material of the first jacquard unit 210, the material of the second jacquard unit 220, the material of the third jacquard unit 230, the material of the first ground comb unit 240 and the material of the second ground The material of the comb unit 250 can be polyester, nylon, cationic yarn, spandex, thermoplastic polyester (Thermoplastic Polyester Elastomer, TPEE), thermoplastic polyurethane (Thermoplastic Polyurethane, TPU), double yarn, core yarn, covered yarn or functional yarn Wire. It is particularly noted that the present invention is not limited by this disclosure.

Specifically, the first floor comb unit 240 and the second floor comb unit 250 respectively have underlay weave. The first jacquard unit 210, the second jacquard unit 220 and the third jacquard unit 230 respectively have original underlay weave and jacquard underlay weave, the first jacquard unit 210, the second jacquard unit 220 and the third jacquard unit The units 230 are respectively shifted according to a jacquard control message. The original underlay weave is the yarn weave before the offset of the first jacquard unit 210, the second jacquard unit 220 and the third jacquard unit 230, and the jacquard underlay is the first jacquard unit 210, the first jacquard unit 220 and the third jacquard unit 230. After the second jacquard unit 220 and the third jacquard unit 230 are offset, the yarn structure of the yarn to go next and change. The offset of the first jacquard unit 210 , the second jacquard unit 220 and the third jacquard unit 230 is controlled by controlling the jacquard control information, so as to achieve the effect of changing the tissue pattern.

More carefully, weave weave, original weave weave and jacquard weave The weaves respectively have underlay numbers, which can represent the knitting of the first jacquard unit 210 , the second jacquard unit 220 , the third jacquard unit 230 , the first ground comb unit 240 and the second ground comb unit 250 path. In addition, the Jacquard control information has an offset signal, and the offset signal is represented by a letter H and a letter T, wherein the letter H represents a non-offset signal, and the letter T represents an offset signal. The knitting method of the knitted fabric 300 with different visual effects will be described in detail below.

Please refer to FIG. 5 , which is a schematic diagram of the yarn structure of the surface layer 310 of the knitted fabric 300 according to the embodiment of FIG. 3 . In the embodiment of FIG. 5 , the first jacquard unit 210 can be a common tissue, and the first ground comb unit 240 can fill the empty needles of the first jacquard unit 210 to achieve the effect of no empty needles. More specifically, in FIG. 5, the first jacquard unit 210a is the first jacquard unit 210 shifted according to the cell offset signal of the jacquard control information. As shown in FIG. 5 , the weaving number of the original weaving weave of the first jacquard unit 210 is 1-0-1-1/1-2-1-1//. The first jacquard unit 210 is shifted according to the mesh offset signal of the jacquard control information to obtain the first jacquard unit 210a, which is a mesh organization. The first jacquard unit 210 is shifted according to the plain cloth offset signal of the jacquard control information to obtain the plain cloth weave, wherein the mesh offset signal is TTHHHHHH, the thread number of the mesh weave is 2111/1211, and the plain cloth offset is 2111/1211. The shift signal is HHHHTTHH, and the number of underlays for plain weave is 1011/2311. In addition, the yarn laying number of the laying yarn structure of the first ground comb unit 240 is 1000/0111. Thereby, as shown in FIG. 5 , the first ground comb unit 240 can fill the empty needles of the first jacquard unit 210 .

FIG. 6 is a schematic diagram of the yarn structure of the surface layer 310 of the knitted fabric 300 according to another embodiment of the embodiment in FIG. 3 . In the embodiment of FIG. 6 , the first jacquard unit 210 can be woven into a heavy warp structure, so as to avoid the occurrence of the phenomenon of empty needles. The heavy warp is organized as double coils, so it will not form empty needles to affect weaving. More specifically, in FIG. 6, the first jacquard unit 210a is the first jacquard unit 210 shifted according to the cell offset signal of the jacquard control information. As shown in FIG. 6 , the stitch number of the original stitch weave of the first jacquard unit 210 is 1-0-0-0/0-1-1-1//, and the first jacquard unit 210 according to the jacquard The mesh offset signal of the control information is shifted to obtain the first jacquard unit 210a, which is a mesh organization, and the first jacquard unit 210 is shifted according to the plain cloth offset signal of the jacquard control information to obtain the plain cloth Weave, in which the mesh offset signal is TTHHTTHH, the weave number of mesh weave is 2100/1211, the offset signal of plain cloth is THHHHTHH, and the weave number of plain weave is 2000/0211. Thereby, as shown in FIG. 6 , the first jacquard unit 210 can weave the surface layer 310 with meshes but no empty needles without the assistance of the first ground comb unit 240 .

Through the arrangement of the bar in the arrangement step 110 of the knitting method 100 and the knitting method in the knitting step 120, the user can knit the first jacquard unit 210 into a common weave or a heavy warp weave according to product requirements, and both can achieve no Empty needle effect.

On the other hand, the first jacquard unit 210 , the second jacquard unit 220 and the third jacquard unit 230 can cooperate with each other, so as to increase the expressive ability of the color of the knitted fabric 300 . In detail, in other embodiments, in the knitting step 120, the stitch number of the original stitch weave of the first jacquard unit 210 It is 1-0-1-1/1-2-1-1//, and the weaving number of the original weaving weave of the second jacquard unit 220 is 1-0-1-0/1-2-1-2 //, the weave number of the original weave weave of the third jacquard unit 230 is 0-1-1-0/2-1-1-2//. The yarn laying number of the laying yarn structure of the first ground comb unit 240 is 0-1-0-1/2-1-2-1// or 0-1-0-1/1-0-1-0// , wherein the first ground comb unit 240 can fill the empty needle of the first jacquard unit 210 . The yarn laying number of the laying weave of the second ground comb unit 250 is 0-0-0-1/1-1-1-0// or 1-1-2-3/2-2-1-0// . The following will illustrate the detailed actions of the first jacquard unit 210 , the second jacquard unit 220 and the third jacquard unit 230 to offset according to different jacquard control information to form different visual effects.

When the first jacquard unit 210 is knitted into the first plain weave, the second jacquard unit 220 is knitted into the second plain weave on the rear needle bed 202, and the third jacquard unit 230 is knitted on the rear needle bed 202 into the first jacquard The first color of the first jacquard unit 210 can be displayed on the surface of the surface layer 310 when the three-plain cloth is used.

More specifically, the first jacquard unit 210 is offset according to the first offset signal of the jacquard control information, and obtains the first plain weave from the front needle bed 201, wherein the first offset signal is HHHHTTHH, the first The weave number is 1-0-1-1/2-3-1-1. The second jacquard unit 220 is shifted according to the second offset signal of the jacquard control information, and obtains a second plain fabric weave in the rear needle bed 202. The second offset signal is HTHHTHTT, and the number of underlays of the second plain fabric is 1-1-1-0/2-2-2-3//. The third jacquard unit 230 is offset according to the third offset signal of the jacquard control information, and obtained from the rear needle bed 202 The third plain weave is obtained. More specifically, the third plain weave is a plain warp pile weave, wherein the third offset signal is THHHHTTT, and the padding number of the third plain weave is 1-1-1-0 /2-2-2-3//.

When the first jacquard unit 210 is knitted into the first weft inlay, the second jacquard unit 220 is knitted on the front needle bed 201 to form the second plain weave, and the third jacquard unit 230 is knitted on the rear needle bed 202 into the first weft The second color of the second jacquard unit 220 can be displayed on the surface of the surface layer 310 when the three-plain cloth is used.

More specifically, the first jacquard unit 210 is offset according to the first offset signal of the jacquard control information, so that the first jacquard unit 210 lays yarn on the needle back of the front needle bed 201 and obtains the first weft insertion structure , the first weft insertion structure makes the first jacquard unit 210 have the function of visual concealment on the surface of the surface layer 310, wherein the first offset signal is HTHHTHHH, and the number of the yarn underlay of the first weft insertion structure is 1-1-1- 1/2-2-1-1//. The second jacquard unit 220 is shifted according to the second offset signal of the jacquard control information, and obtains a second plain cloth weave in the front needle bed 201, more specifically, the second plain cloth weave is a plain cloth warp weave, Wherein the second offset signal is HHHTTTTH, and the yarn number of the second plain weave is 1-0-1-1/2-3-2-2//. The third jacquard unit 230 shifts according to the third offset signal of the jacquard control information, and obtains a third plain weave in the rear needle bed 202. More specifically, the third plain weave is a plain warp pile weave, The third offset signal is THHHHTTT, and the yarn number of the third plain weave is 1-1-1-0/2-2-2-3//.

When the first jacquard unit 210 is knitted into the first plain weave, the second jacquard unit 220 is knitted into the second mesh weave on the front needle bed 201 , and the third jacquard unit 230 is knitted into the second mesh weave on the rear needle bed 202 When the three-flat cloth is organized, the first A first color of a jacquard unit 210 and a second color of a second jacquard unit 220 can be displayed on the surface of the surface layer 310 .

More specifically, the first jacquard unit 210 is offset according to the first offset signal of the jacquard control information, and obtains the first plain weave from the front needle bed 201, wherein the first offset signal is HHHHTTHH, the first The weave number is 1-0-1-1/2-3-1-1//. The second jacquard unit 220 offsets according to the second offset signal of the jacquard control information, and obtains the second mesh weave in the front needle bed 201 , wherein the second offset signal is TTHTHHTH, the underlay of the second mesh weave The numbers are 2-1-1-1/1-2-2-2//. The third jacquard unit 230 shifts according to the third offset signal of the jacquard control information, and obtains a third plain weave in the rear needle bed 202. More specifically, the third plain weave is a plain warp pile weave, The third offset signal is THHHHTTT, and the yarn number of the third plain weave is 1-1-1-0/2-2-2-3//.

When the first jacquard unit 210 is knitted into the first mesh weave, the second jacquard unit 220 is knitted on the front needle bed 201 into a second plain weave, and the third jacquard unit 230 is knitted on the front needle bed 201 into the first jacquard unit When the three meshes are organized, the first color of the first jacquard unit 210 , the second color of the second jacquard unit 220 and the third color of the third jacquard unit 230 can be displayed on the surface of the surface layer 310 .

More specifically, the first jacquard unit 210 is offset according to the first offset signal of the jacquard control information, and obtains the first mesh structure in the front needle bed 201, wherein the first offset signal is TTHHHHHH, the first mesh The number of stitches of hole weave is 2-1-1-1/1-2-1-1//. The second jacquard unit 220 is offset according to the second offset signal of the jacquard control information, and obtained from the front needle bed 201 The second plain weave is obtained. More specifically, the second plain weave is a plain warp pile weave, wherein the second offset signal is HHHTTTTH, and the yarn number of the second plain weave is 1-0-1-1 /2-3-2-2//. The third jacquard unit 230 offsets according to the third offset signal of the jacquard control information, and obtains the third mesh weave in the front needle bed 201, wherein the third offset signal is TTHTHHTH, the underlay of the third mesh weave The number is 1-2-1-1/2-1-2-2//, and the third jacquard unit 230 forms a V-dot effect on the surface of the surface layer 310 .

By changing the jacquard underlay weave of the first jacquard unit 210, the second jacquard unit 220 and the third jacquard unit 230, the knitted fabric 300 with different visual effects can be obtained, and the surface layer 310 of the knitted fabric 300 can be The surface obtains two-color, multi-color, mixed-color or changing color effects. In particular, the first jacquard unit 210 , the second jacquard unit 220 , the third jacquard unit 230 , the first ground comb unit 240 and the second ground comb unit 250 have the original laying weave, the jacquard laying weave and the The underlay weave can be adjusted and combined according to product requirements, and the present invention is not limited to this disclosure.

In the knitting method of the present invention, the first jacquard unit, the second jacquard unit and the third jacquard unit are all arranged before the first ground comb unit and the second ground comb unit, and the first ground comb unit is passed through the front needle. The bed and the rear needle bed are alternately knitted to avoid the phenomenon of empty needles in the first jacquard unit, the second jacquard unit and the third jacquard unit, and in addition, the structural stability of the knitted fabric can be increased. In addition, the first jacquard unit, the second jacquard unit and the third jacquard unit can be woven into plain fabric or mesh organization according to product requirements, so as to obtain rich patterns on the surface of the knitted fabric.

Although the present invention has been disclosed above in embodiments, it is not intended to To limit the present invention, any person skilled in the art can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the protection scope of the present invention should be regarded as defined by the appended patent application scope.

100: Weaving Method

110: Configuration steps

120: Weaving Steps

201: Front needle bed

202: Rear needle bed

210, 210a: First Jacquard Unit

211, 212: First Son Jacquard Unit

220: Second Jacquard Unit

221, 222: Second child Jacquard unit

230: Unit 3 Jacquard

231, 232: Third Son Jacquard Unit

240: The first ground comb unit

250: Second ground comb unit

300: Braid

310: Surface Layer

311: Mesh

320: inner layer

330: Ground Floor

In order to make the above and other objects, features, advantages and embodiments of the present invention more clearly understood, the accompanying drawings are described as follows: FIG. 1 is a schematic flowchart of a knitting method according to an example of an embodiment of the present invention; Fig. 2 shows the arrangement of the knuckle structure according to the knitting method of the embodiment of Fig. 1; Fig. 3 is a schematic diagram of a knitted fabric according to an example of another embodiment of the present invention; Fig. 4 shows a partial exploded view of the braid according to the embodiment of Fig. 3; Fig. 5 is a schematic diagram showing the yarn structure of the surface layer of the knitted fabric according to the embodiment of Fig. 3; and FIG. 6 is a schematic diagram of the yarn structure of the surface layer of the knitted fabric according to another example of the embodiment in FIG. 3 .

100: Weaving Method

110: Configuration steps

120: Weaving Steps

Claims (13)

A knitting method, applied to a double needle bed machine, comprises: a disposing step of combining a first jacquard unit, a second jacquard unit, a third jacquard unit, a first ground comb unit and a The second ground comb unit is sequentially arranged on the double needle bed machine from a front needle bed to a rear needle bed of the double needle bed machine; and a knitting step includes: placing the first jacquard unit on the front needle bed The needle bed is knitted to form a face layer, and the first jacquard unit is knitted into a first plain fabric; the second ground comb unit is knitted on the rear needle bed to form a bottom layer; the second jacquard unit is knitted to form a bottom layer; The card unit is knitted between the front needle bed and the rear needle bed, and the second jacquard unit is connected to the surface layer and the bottom layer, and the second jacquard unit is knitted on the rear needle bed to form a second flat cloth structure; the third jacquard unit is knitted between the front needle bed and the rear needle bed, and the third jacquard unit is connected to the top layer and the bottom layer, and the third jacquard unit is in the The rear needle bed is knitted into a third plain weave; and the first ground comb unit is knitted between the front needle bed and the rear needle bed, and the first ground comb unit is connected to the surface layer and the bottom layer; The first jacquard unit has a first color, and the first color of the first jacquard unit appears on a surface of the surface layer. The knitting method as claimed in claim 1, wherein in the arranging step, the first jacquard unit is connected to a front yarn of the double needle bed machine frame, the second jacquard unit is connected to a rear creel of the double needle bed machine, and the third jacquard unit is connected to a warp beam head; wherein the front creel feeds the warp in a passive manner The first jacquard unit, the rear creel is let-off in the passive mode to the second jacquard unit, and the beam reel head is let-off in a positive mode to the third jacquard unit. The knitting method according to claim 1, wherein the knitting step further comprises knitting the first jacquard unit into a double warp weave, a mesh weave, a plain cloth weave or a weft inlay weave. The knitting method according to claim 1, wherein the knitting step further comprises knitting the second jacquard unit into a mesh structure or a plain cloth structure. The knitting method according to claim 1, wherein the knitting step further comprises knitting the third jacquard unit into a mesh structure or a plain cloth structure. The weaving method as claimed in claim 1, wherein the weaving step further comprises weaving the first ground comb unit into a connecting line organization, and the connecting line organization connects the surface layer and the bottom layer. The knitting method according to claim 1, wherein the knitting step further comprises knitting the second ground comb unit into a base fabric structure. The weaving method of claim 1, wherein the second jacquard unit has a second color, the third jacquard unit has a third color, and the first color, the second color, and the third color for different colors. The knitting method of claim 8, wherein in the knitting step, when the first jacquard unit is knitted into a first weft inlay structure, the second jacquard unit is knitted into a second plain fabric on the front needle bed When the third jacquard unit is knitted into a third plain weave on the rear needle bed, the second color of the second jacquard unit will appear on a surface of the surface layer. The knitting method of claim 8, wherein in the knitting step, when the first jacquard unit is knitted into a first plain weave, the second jacquard unit is knitted into a second mesh on the front needle bed When the third jacquard unit is knitted into a third plain weave on the rear needle bed, the first color of the first jacquard unit and the second color of the second jacquard unit will appear in the one of the surfaces. The knitting method of claim 8, wherein in the knitting step, when the first jacquard unit is knitted into a first mesh structure, the second jacquard unit is knitted into a second plain cloth on the front needle bed and the third jacquard unit is knitted into a third mesh weave on the front needle bed, the first color of the first jacquard unit, the second color of the second jacquard unit and the third The third color of the jacquard unit will appear on one of the surfaces of the facing. The weaving method of claim 1, wherein a material of the first jacquard unit, a material of the second jacquard unit, a material of the third jacquard unit, and a material of the first ground comb unit and a material of the second ground comb unit is a polyester, a nylon, a cationic yarn, a spandex, a thermoplastic polyester, a thermoplastic polyurethane, a combined yarn, a core yarn, a covered yarn or a functional yarn. A knitted fabric made by using the knitting method described in any one of claims 1-12, comprising: the surface layer knitted by the first jacquard unit; the bottom layer knitted by the second ground comb unit an inner layer, disposed between the surface layer and the bottom layer, and comprising: the second jacquard unit, connecting the surface layer and the bottom layer; the third jacquard unit, connecting the surface layer and the bottom layer ; and the first ground comb unit, connecting the surface layer and the bottom layer.

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