TW202248491A - Knitting method and knitted article - Google Patents

Abstract

A knitting method includes a guide bar setting step and a knitting step. In the guide bar setting step, a first ground unit, a first jacquard unit, a second jacquard unit, a second ground unit, a third ground unit and a fourth ground unit are sequentially arranged from a front needle to a back needle. In the knitting step, the first ground unit is knitted to form a surface layer. The third ground unit and the fourth ground unit are knitted to form a bottom layer. The first jacquard unit, the second jacquard unit and the second ground unit are knitted between the front needle and the back needle, wherein an incomplete jacquard is formed by first jacquard unit and the second jacquard unit on the bottom layer forming by the third ground unit and the fourth ground unit. Therefore, an article with 360DEG color-changing effect can be provided.

Description

Weaving method and braided fabric

The invention provides a weaving method and a braided fabric, especially a braided fabric with a 360∘ angle color changing effect and a weaving method thereof.

The braided fabric woven by warp knitting has the characteristics of breathability, lightness, comfort, etc., and can also be designed to have a unique mesh style, so it is widely used in shoe materials. In addition, the warp knitting method has higher production capacity than the weft knitting method, so the warp knitting method is favored by many textile product manufacturers. Three colors have limitations in the variety and change of colors, and the style and design of knitted fabrics produced by warp knitting need to consider the use and matching of the knitted fabric and the adjustment of the machine.

To sum up, developing a kind of color diversity that can increase the color diversity of the braided fabric made by warp knitting has become the goal of related industry efforts.

One purpose of the present invention is to change the conventional bar configuration of the double-needle bed machine into the first ground comb unit, the first jacquard unit, the second jacquard unit, the second ground comb unit, and the third ground comb unit , the fourth floor comb unit, and the surface layer formed by the first jacquard unit and the second jacquard unit on the third floor comb unit and the fourth floor comb unit to form incomplete jacquard, so as to obtain a 360∘ angle color changing effect of knitted fabrics.

One embodiment of the present invention provides a knitting method, which is applied to a double-needle bed machine, and the knitting method includes a bar configuration adjustment step and a knitting step. The bar configuration adjustment step is to adjust the arrangement sequence of the plurality of bars on the double-needle bed machine to the first ground comb unit, the first jacquard unit, the second jacquard unit, the second ground comb unit, and the third ground comb unit, the fourth ground comb unit, and are set on the double-needle bed machine in sequence from the front needle bed to the rear needle bed of the double-needle bed machine. The weaving step includes knitting the first ground comb unit on the front needle bed to form the surface layer; knitting the third ground comb unit and the fourth ground comb unit on the rear needle bed to form the bottom layer; Knit between the front needle bed and the rear needle bed, and connect the first jacquard unit to the surface layer and the bottom layer; knit the second jacquard unit between the front needle bed and the rear needle bed, and connect the second jacquard unit The card unit is connected to the surface layer and the bottom layer; the second ground comb unit is used for knitting between the front needle bed and the rear needle bed, and the second ground comb unit is connected to the surface layer and the bottom layer. Wherein, the first jacquard unit and the second jacquard unit form incomplete jacquards on the bottom layer formed by the third floor comb unit and the fourth floor comb unit.

According to the aforementioned knitting method, the double-needle bed machine can further include two sinkers, and the inclination angle between one sinker and the first jacquard unit can be 55∘ to 65∘.

According to the aforementioned weaving method, the weaving step may further include weaving the first ground comb unit into a thick plain weave.

According to the aforementioned weaving method, the weaving step may further include weaving the first jacquard unit into a mesh weave, a thick plain weave or a double V weave.

According to the aforementioned weaving method, the weaving step may further include weaving the second jacquard unit into a mesh weave, a thick plain weave or a double V weave.

According to the aforementioned weaving method, the weaving step may further include knitting the third ground comb unit into a plurality of vertical strips of tissue, and matching the fourth ground comb unit to color-configure the vertical strips of tissue.

According to the aforementioned knitting method, the number of thin longitudinal strips can be 385 to 395, and the number of needles of each thin longitudinal strip can be 20 to 25 stitches.

According to the aforementioned weaving method, the weaving step may further include weaving the second ground comb unit into a connecting thread structure, and the connecting thread structure connects the surface layer and the bottom layer.

According to the aforementioned weaving method, wherein the first ground comb unit and the first jacquard unit can have a first color, the second jacquard unit can have a second color, and the third ground comb unit can have a first color and a third color, The fourth ground comb unit may have the first color and the third color.

According to the aforementioned knitting method, wherein when the first jacquard unit is knitted into a double V structure on the rear needle bed, the first color of the first jacquard unit can be combined with the third color of the third ground comb unit and the fourth ground comb unit The third color superimposes to form the fourth color.

According to the aforementioned knitting method, wherein when the second jacquard unit is knitted into a double V structure on the rear needle bed, the second color of the second jacquard unit is the same as the first color of the third ground comb unit and the color of the fourth ground comb unit. The first color is superimposed to form the fifth color.

According to the aforementioned knitting method, wherein when the second jacquard unit is knitted into a double V structure on the rear needle bed, the second color of the second jacquard unit can be combined with the third color of the third ground comb unit and the fourth ground comb unit The third color superimposes to form the sixth color.

According to the aforementioned weaving method, wherein the material of the first ground comb unit, the material of the first jacquard unit, the material of the second jacquard unit, the material of the second ground comb unit, the material of the third ground comb unit, the fourth ground The material of the comb unit can be polyester, nylon, cationic yarn, spandex, thermoplastic polyester, thermoplastic polyurethane, doubled yarn, core-spun yarn, covered yarn or functional yarn.

Another embodiment of the present invention provides a knitted fabric manufactured according to the aforementioned knitting method, the knitted fabric includes a surface layer, a bottom layer and an inner layer. The bottom layer is woven by the third ground comb unit and the fourth ground comb unit. The surface layer is woven by the first ground comb unit. The inner layer is arranged between the surface layer and the bottom layer, and includes the first jacquard unit, the second jacquard unit and the second ground comb unit. The first jacquard unit connects the surface layer and the bottom layer. The second jacquard unit connects the surface layer and the bottom layer. The second ground comb unit connects the surface layer and the bottom layer. Wherein, the braid has a 360∘ angle color changing effect.

In this way, the goal of producing knitted fabrics with diverse colors can be achieved by warp knitting.

Several embodiments of the present invention will be described below with reference to the drawings. For the sake of clarity, many practical details are included in the following narrative. 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 sake of simplifying the drawings, some commonly used structures and elements will be shown in a simple and schematic way in the drawings; and repeated elements may be denoted by the same reference numerals.

Please refer to Fig. 1, Fig. 2 and Fig. 3. Fig. 1 is a schematic diagram showing the steps of a knitting method 100 according to an embodiment of the present invention, and Fig. 2 is a schematic diagram showing the steps of a weaving method 100 according to an embodiment of the present invention. A schematic side sectional view of the needle bed machine 200. FIG. 3 is a schematic side sectional view of a knitted fabric 300 according to another embodiment of the present invention. As shown in FIG. 1 , FIG. 2 and FIG. 3 , the knitting method 100 includes step 110 and step 120 .

Step 110 is a bar configuration adjustment step, which is to adjust the arrangement sequence of the plurality of bar bars 210 of the double-needle bed machine 200 to the first ground comb unit 211, the first jacquard unit 212, the second jacquard unit 213, The second ground comb unit 214 , the third ground comb unit 215 , and the fourth ground comb unit 216 are sequentially arranged on the double needle bed machine 200 from the front needle bed 220 to the rear needle bed 230 of the double needle bed machine 200 .

Step 120 is a knitting step, which includes knitting the first ground comb unit 211 on the front needle bed 220 to form the surface layer 320; knitting the third ground comb unit 215 and the fourth ground comb unit 216 on the rear needle bed 230 , to form the bottom layer 310; the first jacquard unit 212 is woven between the front needle bed 220 and the rear needle bed 230, and the first jacquard unit 212 is connected to the surface layer 320 and the bottom layer 310; the second jacquard unit 213 knits between the front needle bed 220 and the rear needle bed 230, and connects the second jacquard unit 213 to the surface layer 320 and the bottom layer 310; Weaving is performed in between, and the second ground comb unit 214 is connected to the surface layer 320 and the bottom layer 310 . Wherein, the first jacquard unit 212 and the second jacquard unit 213 form an incomplete jacquard on the bottom layer 310 formed by the third ground comb unit 215 and the fourth ground comb unit 216 .

In detail, the known jacquard structure refers to weaving the yarn in a loop on the needle bed, but in the knitting method of the present invention, some yarns are not looped due to the requirement of knitting in a circular arc-curved manner. This structure is called incomplete jacquard in the present invention.

In particular, for a known double-needle bed machine, such as RDPJ6/2_E24, the arrangement sequence of the bar is the first ground comb unit, the second ground comb unit, the first jacquard unit, the second jacquard unit, the third Ground comb unit, the fourth ground comb unit. In the knitting method 100 of the present invention, by adjusting the arrangement sequence of the bar 210, the loop-forming track of the first jacquard unit 212 can be changed to achieve more various weave effects.

In detail, the double needle bed machine 200 may further include two sinkers 240, and the inclination angle θ between one sinker 240 and the first jacquard unit 212 may be 55∘ to 65∘. In this way, the movement trajectories and angles of the plurality of comb bars 210 are different, so that the weaving structure of the first jacquard unit 212 and the second jacquard unit 213 becomes more compact, making the second jacquard unit 212 more compact. The unit 213 does not fully reveal the stitches on the rear needle bed 230, and achieves the effect of overlapping colors later, and the details will be described in the following paragraphs. In FIG. 2, the inclination angle θ between one sinker 240 and the first jacquard unit 212 is 60∘, but the present invention is not limited thereto.

In particular, the first jacquard unit 212 and the second jacquard unit 213 in the present invention can be separated. The first Jacquard unit 212 can be composed of a first Jacquard subunit 2121 and a first Jacquard subunit 2122, and the second Jacquard unit 213 can be composed of a second Jacquard subunit 2131 and a second Jacquard subunit 2132, but the present invention does not This is the limit.

The first ground comb unit 211 , the second ground comb unit 214 , the third ground comb unit 215 and the fourth ground comb unit 216 respectively have a yarn laying structure. The first jacquard unit 212 and the second jacquard unit 213 respectively have an original lapped weave and a jacquard lapped weave, wherein the first jacquard unit 212 and the second jacquard unit 213 are respectively offset according to the jacquard control information. The original lapped yarn structure is the yarn structure before the first jacquard unit 212 and the second jacquard unit 213 are offset, and the jacquard laid yarn structure is the offset of the first jacquard unit 212 and the second jacquard unit 213 Then the next step of the yarn and the changing yarn structure. The offset of the first jacquard unit 212 and the second jacquard unit 213 is controlled by controlling the jacquard control information, so as to achieve the effect of changing the pattern of the tissue.

To be more specific, the laid yarn weave, the original laid yarn weave and the jacquard laid yarn weave respectively have laid yarn numbers, and the said laid yarn numbers can represent the first ground comb unit 211, the first jacquard unit 212, the second jacquard unit 213 , the weaving path of the second floor comb unit 214 , the third floor comb unit 215 and the fourth floor comb unit 216 . In addition, the jacquard control information can receive 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.

Specifically, in step 120, the first floor comb unit 211 can be woven into a thick plain fabric. The first jacquard unit 212 may be woven into a mesh weave, a plank weave, or a double-V weave. The second jacquard unit 213 may be woven into a mesh weave, a plank weave or a double V weave. The third ground comb unit 215 can be woven into a plurality of vertical thin tissues, and can be matched with the fourth ground comb unit 216 to color-configure the vertical thin tissues. The second ground comb unit 214 can be woven into a connecting thread structure, and the connecting thread structure connects the surface layer 320 and the bottom layer 310 . The number of the aforementioned thin longitudinal tissue can be 385 to 395, and the needle number of each vertical thin tissue can be 20 to 25 needles, but the present invention is not limited thereto.

More specifically, the first ground comb unit 211 and the first jacquard unit 212 may have a first color, the second jacquard unit 213 may have a second color, and the third ground comb unit 215 may have a first color and a third color. Color, the fourth floor comb unit 216 may have a first color and a third color. Wherein when the first jacquard unit 212 is knitted into a double V structure on the rear needle bed 230, the first color of the first jacquard unit 212 can overlap with the third color of the third ground comb unit 215 and the fourth ground comb unit 216 Combine to form the fourth color. When the second jacquard unit 213 is knitted into a double V structure on the rear needle bed 230, the second color of the second jacquard unit 213 can be superimposed with the first color of the third ground comb unit 215 and the fourth ground comb unit 216 , forming the fifth color. When the second jacquard unit 213 is woven into a double V structure on the rear needle bed 230, the second color of the second jacquard unit 213 can overlap with the third color of the third ground comb unit 215 and the fourth ground comb unit 216 , forming the sixth color. The details will be described in subsequent embodiments, and will not be repeated here.

In detail, in the weaving method 100, the material of the first ground comb unit 211, the material of the first jacquard unit 212, the material of the second jacquard unit 213, the material of the second ground comb unit 214, the third ground comb The material of unit 215 and the material of the fourth ground comb unit 216 can be polyester, nylon, cationic yarn, spandex, thermoplastic polyester, thermoplastic polyurethane, doubling yarn, core-spun yarn, covering yarn or functional yarn, but this The invention is not limited thereto.

The knitted fabric 300 includes a bottom layer 310 , a surface layer 320 and an inner layer 330 . The bottom layer 310 is woven by the third floor comb unit 215 and the fourth floor comb unit 216 . The surface layer 320 is woven by the first floor comb unit 211 . The inner layer 330 is disposed between the surface layer 320 and the bottom layer 310 , and includes the first jacquard unit 212 , the second jacquard unit 213 and the second ground comb unit 214 . The first jacquard unit 212 connects the surface layer 320 and the bottom layer 310 . The second jacquard unit 213 connects the surface layer 320 and the bottom layer 310 . The second floor comb unit 214 is connected to the surface layer 320 and the bottom layer 310 . Wherein, the first jacquard unit 212 and the second jacquard unit 213 form an incomplete jacquard on the bottom layer 310 formed by the third floor comb unit 215 and the fourth floor comb unit 216, so that the knitted fabric 300 has a 360∘ angle color changing effect. The structure and color-changing details of the braided fabric 300 will be described in subsequent embodiments, and will not be repeated here.

Please refer to Figure 4, Figure 5, Figure 6A, Figure 6B, Figure 6C, Figure 6D, Figure 6E, Figure 6F, Figure 6G, Figure 6H, Figure 7A, Figure 7B, Fig. 7C, Fig. 8A, Fig. 8B and Fig. 8C, Fig. 4 is a photo of the surface layer 320 of the braided fabric 301 of an example of another embodiment of the present invention, and Fig. 5 is another embodiment of the present invention The surface photo of the bottom layer 310 of the braided fabric 301 in one embodiment of the method, the 6A figure is a schematic diagram of the laying yarn structure of the first ground comb unit 211, and the 6B figure is a drawing of the original laying yarn of a first Jacquard subunit 2121 Schematic diagram of the organization, Figure 6C is a schematic diagram of the original lapped yarn structure of another first Jacquard subunit 2122, Figure 6D is a schematic diagram of the original lapped yarn structure of a second Jacquard subunit 2131, and Figure 6E is a schematic diagram of the original lapped yarn structure of the second Jacquard subunit 2131 Another schematic diagram of the original laying structure of the second jacquard subunit 2132, Figure 6F is a schematic diagram of the laying structure of the second ground comb unit 214, and Figure 6G is a schematic view of the laying structure of the third ground comb unit 215 , Figure 6H is a schematic diagram of the laying yarn structure of the fourth floor comb unit 216, and Figure 7A is a schematic diagram of the jacquard laying yarn structure of the first Jacquard unit 212 signal shifted to knit the mesh structure of the previous needle bed 220 , Figure 7B is a schematic diagram showing the signal offset of the first jacquard unit 212 as a jacquard lap yarn weaving weaving a thick plain fabric on the front needle bed 220, and Figure 7C is a schematic diagram showing the signal offset of the first jacquard unit 212 as Schematic diagram of the jacquard lap weave weaving the double V weave on the rear needle bed 230. Figure 8A is a schematic diagram of the jacquard lap weave knitting the mesh weave on the front needle bed 220 with the signal offset of the second jacquard unit 213. Figure 8B Figure 8C shows the signal offset of the second jacquard unit 213 as the front needle bed 220 weaving the jacquard lap weave of thick plain fabric. Figure 8C shows the signal offset of the second jacquard unit 213 as the rear needle Schematic diagram of jacquard lap yarn weaving double V weave on bed 230.

As shown in Fig. 2 and Fig. 4 to Fig. 8C, in the braided fabric 301 of Fig. 4 and Fig. 5, the first ground comb unit 211 and the first jacquard unit 212 have a first color, and the second jacquard unit 212 has a first color. The card unit 213 has a second color, the third floor comb unit 215 has a first color and a third color, and the fourth floor comb unit 216 has a first color and a third color. The laying numbers of the laying weave of the first ground comb unit 211 are 2-3-2-2/1-0-1-1//, and the thick plain weave is formed on the front needle bed 220 to form the surface layer 320 . The lapping number of the original lapping structure of the first jacquard unit 212 is 1-0-1-1/1-2-1-1//, and the lapping number of the original lapping structure of the second jacquard unit 213 is 1-0-1-1/1-2-1-1//.

The first jacquard unit 212 is offset according to the mesh offset signal of the jacquard control information, so that the first jacquard unit 212 is knitted into a mesh structure on the front needle bed 220, and forms a region 410 with a first color, wherein The mesh offset signal is TTHHHHHH, and the lapping number of the mesh structure is 2-1-1-1/1-2-1-1//. At this time, the second jacquard unit 213 is thick and flat according to the jacquard control information. The cloth offset signal is offset to weave the second jacquard unit 213 on the front needle bed 220 into a thick plain fabric, and the first jacquard unit 212 and the second jacquard unit 213 respectively form an area 420 with a second color And area 430, wherein the offset signal of the thick plain cloth is TTHHHHHH, and the laying number of the thick plain cloth is 0-1-1-1/1-2-1-1//.

When the first jacquard unit 212 is set to shift according to the jacquard offset signal of the jacquard control information, the first jacquard unit 212 is woven into a thick plain weave on the front needle bed 220, wherein the thick plain fabric offset signal It is HHHHTTHH, the laying number of the thick plain fabric is 1-0-1-1/1-2-1-1//, and can be used with the second jacquard unit 213 to form a mixed color effect on the surface layer 320 .

In addition, the yarn-laying numbers of the yarn-laying organization of the third ground comb unit 215 are 1-1-1-0/1-1-1-2//, and the yarn-laying numbers of the yarn-laying organization of the fourth ground comb unit 216 are 1-1-1-0/0-0-0-1//, as shown in area 440, the third ground comb unit 215 is woven into a plurality of vertical thin tissues, and is matched with the fourth ground comb unit 216 for the The longitudinal thin tissue is color-configured to form the bottom layer 310, so that the longitudinal thin tissue has a first color and a third color. Specifically, in this embodiment, the third ground comb unit 215 penetrates 387 vertical strips of thin tissue on the rear needle bed 230, and the number of needles is 24 needles, but the number of strips and the number of needles can be set according to requirements Changes, the present invention is not limited thereto.

When the first jacquard unit 212 is set to shift according to the double-V offset signal of the jacquard control information, so as to weave the first jacquard unit 212 into a double-V structure on the rear needle bed 230, wherein the double-V offset signal is HTHTTHTH, The lapping number of double V organization is 1-1-1-2/2-2-2-1//. The double V structure of the first jacquard unit 212 is combined with the third ground comb unit 215 and the fourth ground comb unit 216 on the rear needle bed 230 to form an incomplete jacquard, and the first color of the first jacquard unit 212 and the third The third color of the floor comb unit 215 and the third color of the fourth floor comb unit 216 overlap to form a region 450 with a fourth color.

Specifically, when the second jacquard unit 213 is shifted according to the double V offset signal of the jacquard control information, the second jacquard unit 213 is knitted into a double V structure on the rear needle bed 230, wherein the double V offset signal It is THTHHTHT, and the lap yarn number of double V organization is 0-0-0-1/1-1-1-0//. The double V structure of the second jacquard unit 213 is combined with the third ground comb unit 215 and the fourth ground comb unit 216 on the rear needle bed 230 to form incomplete jacquard. The first color of the ground comb unit 215 and the first color of the fourth ground comb unit 216 overlap to form a region 460 with the fifth color. The third color and the third color of the fourth floor comb unit 216 overlap to form a region 470 with a sixth color.

Specifically, the lapping number of the lapping structure of the second ground comb unit 214 is 0-1-0-1/1-0-1-0//, to form monofilaments between the surface layer 320 and the bottom layer 310 The spacer yarn is used to connect the surface layer 320 and the bottom layer 310, and increase the thickness, stiffness and elasticity of the cloth surface.

With the above color matching, the entire braided fabric 301 can present six texture color matching effects, but the present invention is not limited thereto. And the color change can be produced by different viewing angles to achieve a 360∘ angle color change effect. In other embodiments, the color of the yarns of each bar can also be changed to achieve more variety of color changes.

In particular, in other embodiments, the lapping number of the lapping structure of the first ground comb unit can be set as 1-0-0-0/0-0-0-1//, and the A jacquard unit is woven into a mesh structure on the front needle bed, so that the effect of opening holes can be increased on the cloth surface, and the holes can be arranged between the thin longitudinal strips to produce a perspective effect, but the present invention does not This is the limit.

In this way, the knitting method and knitted fabric of the present invention can change the knitting track of the jacquard unit by adjusting the bar configuration of the double-needle bed machine, and match the color of the yarn with the overlapping of the jacquard unit and the ground comb unit. Combined, so that the braid produces more variety of color changes, and has a 360∘ angle color changing effect.

The present invention has been disclosed as above in terms of implementation, but it is not intended to limit the present invention. Anyone 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 The one defined in the scope of the appended patent application shall prevail.

-1,0,1,2,3: Pad yarn digital 100: Weaving method 110,120: steps 200: double needle bed machine 210: comb 211: The first ground comb unit 212: The first jacquard unit 2121, 2122: First Jacquard Subunit 213: Second Jacquard Unit 2131, 2132: Second Jacquard Subunit 214: The second ground comb unit 215: The third ground comb unit 216: The fourth ground comb unit 220: Front needle bed 230: rear needle bed 240: sinker 300,301: braided fabric 310: bottom layer 320: surface layer 330: inner layer 410,420,430,440,450,460,470: area θ: tilt angle

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: Figure 1 is a schematic diagram showing the steps of a weaving method according to an embodiment of the present invention; Fig. 2 is a schematic side sectional view of a double-needle-bed machine of a knitting method according to an embodiment of the present invention; Fig. 3 is a schematic side sectional view of a braided fabric according to another embodiment of the present invention; Fig. 4 is a photo of the surface layer of the braided fabric of an example of another embodiment of the present invention; Fig. 5 is a photo of the bottom surface of the braided fabric of an example of another embodiment of the present invention; Figure 6A is a schematic diagram of the lapping structure of the first floor comb unit; Figure 6B is a schematic diagram of the original lapped yarn structure of a first jacquard subunit; Figure 6C is a schematic diagram of the original lapped yarn structure of another first jacquard subunit; Figure 6D is a schematic diagram of the original lapped yarn structure of a second jacquard subunit; Figure 6E is a schematic diagram of the original lapped yarn structure of another second jacquard subunit; Figure 6F is a schematic diagram of the lapping structure of the second ground comb unit; Figure 6G is a schematic diagram of the lapping structure of the third ground comb unit; Figure 6H is a schematic diagram of the lapping structure of the fourth ground comb unit; Fig. 7A is a schematic diagram of the jacquard lap yarn structure in which the signal offset of the first jacquard unit is knitting the mesh structure on the previous needle bed; Fig. 7B is a schematic diagram showing the jacquard lap weave of the first jacquard unit signal offset for knitting thick plain fabric on the front needle bed; Fig. 7C is a schematic diagram of a jacquard lap weave for knitting a double V weave on the rear needle bed with the signal offset of the first jacquard unit; Fig. 8A is a schematic diagram of a jacquard lap weave where the signal offset of the second jacquard unit is knitting a mesh weave on the previous needle bed; Fig. 8B is a schematic diagram showing the signal offset of the second jacquard unit as a jacquard lap weave for knitting a thick plain fabric on the front needle bed; and Fig. 8C is a schematic diagram of a jacquard lap weave for knitting a double V weave on the rear needle bed with the signal offset of the second jacquard unit.

100: Weaving method

110,120: steps

Claims (14)

A knitting method applied to a double needle bed machine, comprising: A bar configuration adjustment step is to adjust the arrangement sequence of one of the plurality of bars of the double-needle bed machine to a first ground comb unit, a first jacquard unit, a second jacquard unit, and a second jacquard unit. A ground comb unit, a third ground comb unit, and a fourth ground comb unit are sequentially arranged on the double needle bed machine platform from one front needle bed to a rear needle bed; and A weaving step comprising; knitting the first ground comb unit on the front needle bed to form one face layer; knitting the third ground comb unit and the fourth ground comb unit on the rear needle bed to form a bottom layer; knitting the first jacquard unit between the front needle bed and the rear needle bed, and connecting the first jacquard unit to the surface layer and the bottom layer; knitting the second jacquard unit between the front needle bed and the rear needle bed, and connecting the second jacquard unit to the top layer and the bottom layer; and knitting the second ground comb unit between the front needle bed and the rear needle bed, and connecting the second ground comb unit to the surface layer and the bottom layer; Wherein, the first jacquard unit and the second jacquard unit form an incomplete jacquard on the bottom layer formed by the third ground comb unit and the fourth ground comb unit. The knitting method according to claim 1, wherein the double-needle bed machine further includes two sinkers, and the inclination angle between one of the sinkers and the first jacquard unit is 55∘ to 65∘. The weaving method according to claim 1, wherein the weaving step further includes weaving the first ground comb unit into a thick plain fabric. The weaving method according to claim 1, wherein the weaving step further includes weaving the first jacquard unit into a mesh weave, a thick plain weave or a double V weave. The weaving method according to claim 1, wherein the weaving step further comprises weaving the second jacquard unit into a mesh weave, a thick plain weave or a double V weave. The weaving method as described in claim 1, wherein the weaving step further includes weaving the third ground comb unit into a plurality of vertical thin tissues, and cooperating with the fourth ground comb unit to carry out these vertical thin tissues color configuration. The knitting method as described in claim 6, wherein the number of the thin longitudinal weaves is 385 to 395, and the number of needles of each of the thin longitudinal weaves is 20 to 25 needles. The weaving method as described in claim 1, wherein the weaving step further includes weaving the second floor comb unit into a connecting thread structure, and the connecting thread structure connects the surface layer and the bottom layer. The weaving method as described in claim 1, wherein the first ground comb unit and the first jacquard unit have a first color, the second jacquard unit has a second color, and the third ground comb unit has the A first color and a third color, the fourth floor comb unit has the first color and the third color. The knitting method according to claim 9, wherein when the first jacquard unit is knitted into a double V structure on the rear needle bed, the first color of the first jacquard unit and the first color of the third ground comb unit The third color and the third color of the fourth floor comb unit are combined to form a fourth color. The knitting method according to claim 9, wherein when the second jacquard unit is knitted into a double V structure on the rear needle bed, the second color of the second jacquard unit and the second color of the third ground comb unit The first color and the first color of the fourth floor comb unit are combined to form a fifth color. The knitting method according to claim 9, wherein when the second jacquard unit is knitted into a double V structure on the rear needle bed, the second color of the second jacquard unit and the second color of the third ground comb unit The third color and the third color of the fourth floor comb unit are combined to form a sixth color. The weaving method as described in claim 1, wherein a material of the first ground comb unit, a material of the first jacquard unit, a material of the second jacquard unit, a material of the second ground comb unit , One material of the third ground comb unit, one material of the fourth ground comb unit are polyester, nylon, cationic yarn, spandex, thermoplastic polyester, thermoplastic polyurethane, doubling, core-spun yarn, covered yarn or functional sexual yarn. A knitted fabric made by the weaving method described in any one of Claims 1-13, comprising: The bottom layer is woven by the third floor comb unit and the fourth floor comb unit; The surface layer is woven by the first floor comb unit; and The inner layer is disposed between the surface layer and the bottom layer, and includes: the first jacquard unit connects the surface layer and the bottom layer; the second jacquard unit connecting the surface and the ground floor; and The second floor comb unit is connected to the surface layer and the bottom layer; Among them, the braid has a 360∘ angle color changing effect.

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