TWI792549B - Knitted article having mesh with decoration and manufacture method thereof - Google Patents

Abstract

A knitted article having mesh with decoration includes a surface layer, a middle layer, a bottom layer, a first jacquard unit and a second jacquard unit. The surface layer is knitted by a first ground unit. The middle layer is knitted by a second ground unit. The bottom layer is knitted by a third ground unit. The first jacquard unit is connected to the first ground unit, and the second jacquard unit is connected to the first ground unit and the first jacquard unit. The knitted article having mesh with decoration has a decorated mesh area which is disposed on the surface layer. The decorated mesh area has a mesh which is knitted by the first jacquard unit. The second jacquard unit is connected to both sides of the mesh. Therefore, not only original characteristics of the mesh can be retained, but also the mesh can be decorated.

Description

Braided fabric with double row selvedge mesh and method of manufacturing the same

The invention provides a braided fabric with meshes and a manufacturing method thereof, especially a braided fabric with double-row bordered meshes and a manufacturing method thereof.

With the continuous development and growth of the weaving industry and the development of warp knitting technology, the market is flooded with various warp knitting products. Warp knitting technology is widely used in life and all walks of life. In the fierce competition environment, new technologies are constantly being researched and developed, and old technologies will be eliminated. At present, the improvement of mesh in the industry mostly focuses on the size of the mesh or the effect of the through hole, etc., and the technology for improving the mesh decoration is still rare. In addition, it is necessary to achieve a comfortable environment under the premise of rich visual changes. Hand feeling and excellent structural stability are a big challenge for weaving technology.

In view of this, how to increase the recognition of products and at the same time improve the structural stability of woven fabrics has become a research worth investing in by relevant industries.

One object of the present invention is to provide a kind of manufacturing method of the braided fabric that has double-column selvedge mesh, utilize the disposition of the first Jacquard unit and the second Jacquard unit and take corresponding offset state, make the second Jacquard unit The edge effect can be formed around the mesh, which can increase the recognition of the product, and also has the advantage of smooth weaving.

One embodiment of the present invention provides a method for manufacturing a braided fabric with double-row selvage meshes, including an arranging step and a weaving step. In the configuration step, a first ground comb unit, a first jacquard unit, a second jacquard unit, a second ground comb unit and a third ground comb unit are sequentially arranged on a double-needle bed machine , wherein the double-needle bed machine has a front needle bed and a rear needle bed, the first ground comb unit, the first jacquard unit, the second jacquard unit, the second ground comb unit and the third ground comb unit are formed by the front The direction of the needle bed to the back needle bed is sequentially set on the double needle bed machine table. In the knitting step, the first ground comb unit is knit on the front needle bed to form one face layer. Weaving the first jacquard unit on the front needle bed, and controlling an offset state of the first jacquard unit, so that the first jacquard unit is knitted into an open-pore structure at one of the positions of the surface layer, and forms a mesh. An offset state of the second jacquard unit is controlled so that the second jacquard unit is woven on both sides of the mesh to form an edged mesh area at the position of the surface layer. The third ground comb unit is knitted on the rear needle bed to form a bottom layer, and the second ground comb unit is knitted on the front needle bed and the rear needle bed to connect the surface layer and the bottom layer.

According to the manufacturing method of the braided fabric with double-row selvage meshes according to the aforementioned embodiment, in the configuration step, the first ground comb unit, the first jacquard unit, the second jacquard unit, the second ground comb unit, and the second The three ground comb units can be connected to a positive yarn feeding device, and the positive yarn feeding device feeds yarn to the first ground comb unit, the first jacquard unit, the second jacquard unit, the second ground comb unit and the second ground comb unit in a positive way. Three floor comb unit.

According to the manufacturing method of the braided fabric with double-row selvedge meshes according to the aforementioned embodiment, in the configuration step, the double-needle bed machine table can have a tension bar, and the first jacquard unit and the second jacquard unit can respectively have A plurality of tension sheets are connected to the tension rod.

According to the manufacturing method of the braided fabric with double-row selvedge meshes in the aforementioned embodiment, there is an inclination angle between each tension piece and the tension rod, and the inclination angle can be 25 ^° to 35 ^° .

According to the manufacturing method of the braided fabric with double-row selvage meshes according to the aforementioned embodiment, in the configuration step, the first ground comb unit, the first jacquard unit, the second jacquard unit, the second ground comb unit, and the second There is a comb distance between the three ground comb units, and the comb distance may be 3 mm to 5 mm.

According to the manufacturing method of the braided fabric with double-row selvedge meshes in the aforementioned embodiment, in the weaving step, it may further include controlling the offset state of the first jacquard unit so that the first jacquard unit is placed on the other side of the surface layer. A thick weave is woven at one location and a plain area is formed at another location of the facing.

According to the manufacturing method of the knitted fabric with double row selvedge meshes according to the aforementioned embodiment, in the plain cloth area, the second jacquard unit can be knitted on the rear needle bed, and the offset state of the second jacquard unit can be controlled , so that the second jacquard unit is woven into a thick tissue.

According to the manufacturing method of the knitted fabric with double-row selvedge meshes according to the aforementioned embodiment, in the knitting step, it may further include knitting the second jacquard unit on the front needle bed, and controlling the offset of the second jacquard unit In this state, the second jacquard unit forms a V-point jacquard at another position of the surface layer, and the V-point jacquard covers the first jacquard unit to form a single jacquard area.

According to the manufacturing method of the knitted fabric with double-row selvedge meshes according to the aforementioned embodiment, in the knitting step, it may further include knitting the second jacquard unit on the front needle bed, and controlling the offset of the second jacquard unit state, the second jacquard unit forms a plurality of V-point jacquards at another position of the surface layer, the V-point jacquards cover the first jacquard units, and the V-point jacquards overlap each other to form a double jacquard area.

According to the manufacturing method of the braided fabric with double-row selvedge meshes in the aforementioned embodiment, in the weaving step, it may further include weaving the third ground comb unit into a plain cloth open weave.

Another object of the present invention is to provide a braided fabric with a double-row border mesh, through the special structural configuration of the first jacquard unit and the second jacquard unit, the second jacquard unit can achieve bordering around the mesh. The effect of the edge can increase the recognition of the product.

Another embodiment of the present invention provides a braided fabric with double-row selvage meshes, including a surface layer, a middle layer, a bottom layer, a first jacquard unit, and a second jacquard unit. The surface layer is woven by a first ground comb unit, the middle layer is woven by a second ground comb unit, and the bottom layer is woven by a third ground comb unit, wherein the middle layer is arranged between the surface layer and the bottom layer, And the second floor comb unit is connected with the first floor comb unit and the third floor comb unit, so that the surface layer is connected with the bottom layer. The first jacquard unit is connected to the first ground comb unit, and the second jacquard unit is connected to the first ground comb unit and the first jacquard unit. Wherein the braided fabric with double rows of selvage meshes has a selvedge mesh area, the selvedge mesh area is arranged on the surface layer, and the selvedge mesh area has a mesh, and the mesh is woven by the first jacquard unit , and the second jacquard units are respectively connected to both sides of the mesh.

According to the braided fabric with double rows of edged meshes according to the aforementioned embodiment, it may further have a plain cloth area. In the plain cloth area, the first jacquard unit is connected to the top layer, the second jacquard unit is connected to the bottom layer, and the first jacquard unit is connected to the bottom layer, and the first jacquard unit is connected to the bottom layer. The card unit and the second jacquard unit are a thick tissue.

According to the aforementioned embodiment, the braided fabric with double-row selvedge meshes may further have a single jacquard area, which is arranged on the surface layer. In the single jacquard area, the second jacquard unit covers the first jacquard unit, and the second jacquard unit covers the first jacquard unit. Two jacquard units form a V-point jacquard on the surface layer.

According to the braided fabric with double rows of border meshes according to the aforementioned embodiment, it may further have a double jacquard area, which is arranged on the surface layer. When in the double jacquard area, the second jacquard unit covers the first jacquard unit, and the second jacquard unit Jacquard units form multiple V-point jacquards on the surface layer, and the V-point jacquards overlap each other.

According to the braided fabric with double-row selvage meshes according to the aforementioned embodiment, the third floor comb unit can be a plain cloth open structure.

According to the braided fabric with double-row selvedge meshes in the aforementioned embodiment, the first floor comb unit, the second floor comb unit and the third floor comb unit can be respectively transparent yarns.

According to the braided fabric with double rows of border meshes according to the aforementioned embodiment, the material of the first floor comb unit, the material of the first jacquard unit, the material of the second jacquard unit, the material of the second floor comb unit and the material of the second floor comb unit The materials of the three ground comb units can be one polyester, one nylon, one cationic yarn, one spandex, one thermoplastic polyester, one thermoplastic polyurethane, one combined yarn, one core-spun yarn, one covered yarn or one functional yarn .

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, Fig. 3, Fig. 4 and Fig. 5. Fig. 1 shows a schematic diagram of a braided fabric 100 with double-row selvage meshes according to an embodiment of the present invention, Fig. 2 Figure 1 shows a partially enlarged view of the braided fabric 100 with double-row selvage meshes according to Figure 1, Figure 3 shows a schematic cross-sectional view of the braided fabric 100 with double-row selvage meshes according to Figure 1, and Figure 4 The figure shows a flow chart of a manufacturing method 200 of a braided fabric with double-row selvage meshes according to another embodiment of the present invention, and FIG. 5 shows the manufacture of a braided fabric with double-row selvage meshes according to FIG. 4 Comb tissue configuration diagram of method 200 . One embodiment of the present invention provides a braided fabric 100 with a double-row selvedge mesh, and another embodiment of the present invention provides a manufacturing method 200 of a braided fabric with a double-row selvedge mesh, wherein the one shown in FIG. 1 has The braided fabric 100 with double-row selvage meshes can be produced by the manufacturing method 200 of the braided fabric with double-row selvage meshes shown in FIG. 4 , and the details of each embodiment will be described below.

As shown in Fig. 1, Fig. 2 and Fig. 3, and please refer to Fig. 5 together, the braided fabric 100 with double-row selvedge mesh comprises top layer 110, middle layer 120 and bottom layer 130, and top layer 110 It is woven by the first floor comb unit 310, the middle layer 120 is woven by the second floor comb unit 340, and the bottom layer 130 is woven by the third floor comb unit 350, wherein the middle layer 120 is arranged on the surface layer 110 and the bottom layer 130 between, and the second floor comb unit 340 is connected to the first floor comb unit 310 and the third floor comb unit 350 , so that the surface layer 110 is connected to the bottom layer 130 . The braided fabric 100 with double rows of selvage meshes further includes a first jacquard unit 320 and a second jacquard unit 330 . The first jacquard unit 320 is connected to the first floor comb unit 310 , and the second jacquard unit 330 is connected to the first floor comb unit 310 and the first jacquard unit 320 .

As shown in Fig. 1 and Fig. 2, the braided fabric 100 with double rows of selvage meshes has a selvage mesh area 140, and the selvedge mesh area 140 is arranged on the surface layer 110, and the selvage mesh area 140 has The mesh 150, the mesh 150 is woven by the first jacquard unit 320, the second jacquard unit 330 is respectively connected to both sides of the mesh 150, and the second jacquard unit 330 is covered on the first jacquard unit 320 .

Furthermore, the second jacquard unit 330 can be woven into a V-shaped shape on both sides of the mesh 150, so that the original monotonous mesh 150 can be more modified, so that the appearance of the mesh 150 can be more impactful, and can Increase product recognition of the woven fabric 100 with double row selvedge mesh. In addition, the user can see through the bottom layer 130 through the mesh 150 , and can also observe the shredded fish effect produced by the first floor comb unit 310 and the third floor comb unit 350 .

On the other hand, the middle layer 120 is formed by weaving through the second ground comb unit 340, and the surface layer 110 and the bottom layer 130 are connected, thereby, in addition to increasing the stability of the overall structure of the braided fabric 100 with double rows of edge meshes, it is also The stiffness of the braided fabric 100 with double-row selvage meshes can be increased, so that the braided fabric 100 with double-row selvage meshes can obtain a solid and comfortable hand feeling.

The third floor comb unit 350 can be a plain cloth with open tissue. Specifically, the second floor comb unit 340 weaves back and forth between the surface layer 110 and the bottom layer 130 , which may cause monofilament exposure on the surface of the surface layer 110 and the bottom layer 130 , thereby reducing the comfort of the cloth surface. The third ground comb unit 350 is configured as a plain cloth open structure, which can solve the problem of exposed monofilaments of the bottom layer 130 . In addition, the problem of exposed monofilaments of the surface layer 110 can be solved by covering the first jacquard unit 320 and the second jacquard unit 330 .

The braided fabric 100 with double rows of selvage meshes may further have a plain cloth area 160, in the plain cloth area 160, the first jacquard unit 320 is connected to the surface layer 110, the second jacquard unit 330 is connected to the bottom layer 130, and the first jacquard unit 320 is connected to the bottom layer 130, and the first The jacquard unit 320 and the second jacquard unit 330 are a thick tissue. Thereby, the first jacquard unit 320 covers the first ground comb unit 310, making the surface layer 110 show the color of the first jacquard unit 320; the second jacquard unit 330 covers the third ground comb unit 350, making the bottom layer 130 show the color of the first jacquard unit 320 Two colors of jacquard unit 330.

The braided fabric 100 with double-row selvedge mesh may further have a single jacquard area 170, which is arranged on the surface layer 110, and in the single jacquard area 170, the second jacquard unit 330 covers the first jacquard unit 320, and the second jacquard unit 330 covers the first jacquard unit 320, and the second The jacquard unit 330 forms a V-dot jacquard on the surface layer 110 .

The braided fabric 100 with double rows of selvage meshes may further have a double jacquard area 180, which is arranged on the surface layer 110. In the double jacquard area 180, the second jacquard unit 330 covers the first jacquard unit 320, and the second jacquard unit 320 covers the second jacquard unit 320. The card unit 330 forms a plurality of V-point jacquards on the surface layer 110 , and the V-point jacquards overlap each other.

Further, in the single jacquard area 170, the V-point jacquards formed by the second jacquard unit 330 do not overlap each other; Compared with the single jacquard area 170, a more saturated pattern is formed. In this way, the woven fabric 100 with double rows of selvage meshes can provide diverse and rich visual effects on the same surface.

In the embodiment shown in FIG. 1 , the color of the first jacquard unit 320 and the color of the second jacquard unit 330 can be different colors, thereby making the border mesh area 140 more colorful and eye-catching. The first ground comb unit 310 , the second ground comb unit 340 and the third ground comb unit 350 may be transparent yarns respectively. In this way, the colors of the first jacquard unit 320 and the second jacquard unit 330 can be more prominent.

The material of the first ground comb unit 310, the material of the first jacquard unit 320, the material of the second jacquard unit 330, the material of the second ground comb unit 340 and the material of the third ground comb unit 350 can be a polyester, One nylon, one cationic yarn, one spandex, one thermoplastic polyester, one thermoplastic polyurethane, one combined yarn, one core-spun yarn, one covered yarn or one functional yarn. In this way, the braided fabric 100 with double-row border meshes can be matched with the material of each yarn to meet various hand feeling and visual requirements. The manufacturing process of the braided fabric 100 with double-row selvage meshes in FIG. 1 will be described in detail below with the manufacturing method 200 of the braided fabric with double-row selvage meshes in FIG. 4 .

Please refer to FIG. 4 and FIG. 5 again. As shown in FIG. 4 , the manufacturing method 200 of the braided fabric with double-row selvedge mesh includes a disposing step 210 and a weaving step 220 .

First, as shown in Figure 5, in the configuration step 210, the first ground comb unit 310, the first Jacquard unit 320, the second Jacquard unit 330, the second ground comb unit 340 and the third ground comb unit 350 are The sequence is set on a double needle bed machine (not shown in the figure), wherein the double needle bed machine has a front needle bed 301 and a rear needle bed 302, the first ground comb unit 310, the first jacquard unit 320, the second The second jacquard unit 330 , the second ground comb unit 340 and the third ground comb unit 350 are arranged on the double needle bed machine in sequence from the front needle bed 301 to the rear needle bed 302 .

Specifically, in the 5th figure, the model of the double-needle bed machine can be RDPJ6/2, and a comb section (not otherwise marked) can be further included before the first ground comb unit 310, which is implemented in the 5th figure In the mode, the comb section does not thread the yarn, but the present invention is not limited thereto. In other embodiments, the comb section can thread the yarn and add it to the weaving process to produce a richer cloth surface effect .

In the embodiment shown in FIG. 5 , the first jacquard unit 320 and the second jacquard unit 330 can be further divided into two half comb sections. Specifically, the first Jacquard unit 320 may include a first sub-Jacquard unit 321 and a first sub-Jacquard unit 322, and the second Jacquard unit 330 may include a second sub-Jacquard unit 331 and a second sub-Jacquard unit 332. The first sub-Jacquard unit 321 and the first sub-Jacquard unit 322 can take the same or different weaving paths, and the second sub-Jacquard unit 331 and the second sub-Jacquard unit 332 can follow the same or different weaving paths. Different cloth surface effects are formed at different positions of the braided fabric 100 with double-row selvage meshes.

In addition, in the configuration step 210, the first ground comb unit 310, the first jacquard unit 320, the second jacquard unit 330, the second ground comb unit 340 and the third ground comb unit 350 are connected to a positive type yarn feeding device ( The figure is not shown), the positive type yarn feeding device feeds yarn to the first ground comb unit 310, the first jacquard unit 320, the second jacquard unit 330, the second ground comb unit 340 and the third ground comb unit 340 in a positive way. Ground comb unit 350 . In the configuration of a general double-needle bed machine, the creel type yarn feeding device is generally used. However, the creel type yarn feeding device consumes extremely high labor costs and a considerable amount of time, which generates a considerable amount of cost. Therefore, the present invention achieves the cost reduction effect through the positive yarn feeding device and the special machine configuration. Furthermore, through the positive yarn feeding device, the yarn feeding amount of the second jacquard unit 330 can be precisely controlled, so as to achieve the most ideal trimming effect.

As shown in Figure 5, the double needle bed machine has a tension bar 303, the first jacquard unit 320 and the second jacquard unit 330 respectively have a plurality of tension sheets 304, and the tension sheets 304 are connected to the tension bar 303, wherein 5, the first jacquard unit 320 and the second jacquard unit 330 may respectively include two tension pieces 304. There is an inclination angle θ between each tension sheet 304 and the tension rod 303, and the inclination angle θ may be 25 ^° to 35 ^° . The first ground comb unit 310, the first Jacquard unit 320, the second Jacquard unit 330, the second ground comb unit 340 and the third ground comb unit 350 have a comb distance between each other, and the comb distance can be 3 mm to 5 mm.

Generally speaking, one yarn unit is only equipped with one tension sheet. The manufacturing method 200 of the braided fabric with double-row selvage meshes of the present invention relieves tension sensitivity by arranging multiple tension sheets 304 in each yarn unit. Cause cloth surface flaws and difficult weaving problems. In addition, the manufacturing method 200 of the braided fabric with double-row selvage meshes of the present invention adjusts the distance between the combs to make them more compact, so that the yarn can be better off loops, and the weaving can be smoother. Through the arrangement of the above-mentioned double-needle bed machine and each yarn unit, various changes of weave patterns are catered for, and the execution of the manufacturing method 200 of the knitted fabric with double-row selvage meshes is smoother.

The weaving step 220 is then performed. In the knitting step 220 , the first ground comb unit 310 is knit on the front needle bed 301 to form the surface layer 110 . Knit the first jacquard unit 320 on the front needle bed 301, and control an offset state of the first jacquard unit 320, so that the first jacquard unit 320 is knitted into an open-hole structure at one position of the surface layer 110, and A mesh 150 is formed on the face layer 110 . An offset state of the second jacquard unit 330 is controlled so that the second jacquard unit 330 is woven on both sides of the mesh 150 to form an edged mesh region 140 at a position of the surface layer 110 . The third ground comb unit 350 is knitted on the rear needle bed 302 to form the bottom layer 130 , and the second ground comb unit 340 is knitted on the front needle bed 301 and the rear needle bed 302 to connect the surface layer 110 and the bottom layer 130 .

By the above-mentioned weaving method, the mesh 150 with a double-row border effect is obtained, and the visual impact of the braided fabric 100 with a double-row border mesh can be increased; in addition, through the weaving of the second floor comb unit 340, more With the advantages of unique visual effects, it can maintain excellent structural stability and comfortable cloth touch.

The weaving step 220 may further include controlling the offset state of the first jacquard unit 320 so that the first jacquard unit 320 is woven into a thick weave at another position of the surface layer 110 and forms a flat cloth at another position of the surface layer 110 District 160. Furthermore, in the plain cloth area 160, the second jacquard unit 330 can be knitted on the rear needle bed 302, and the offset state of the second jacquard unit 330 can be controlled to make the second jacquard unit 330 knit into a thick weave.

The knitting step 220 may further include knitting the second jacquard unit 330 on the front needle bed 301, and controlling the offset state of the second jacquard unit 330, so that the second jacquard unit 330 forms a jacquard at another position of the surface layer 110. V-point jacquard, the V-point jacquard covers the first jacquard unit 320 and forms a single jacquard area 170 .

The knitting step 220 may further include knitting the second jacquard unit 330 on the front needle bed 301, and controlling the offset state of the second jacquard unit 330, so that the second jacquard unit 330 forms a plural number at another position of the surface layer 110. A V-point jacquard, the V-point jacquard covers the first jacquard unit 320 , and the V-point jacquards overlap each other to form a double jacquard area 180 .

In addition, the weaving step 220 may further include weaving the third floor comb unit 350 into a plain cloth open structure, thereby preventing the problem of exposed monofilaments of the second floor comb unit 340 .

The manufacturing method of the selvedge mesh area 140 , the plain fabric area 160 , the single jacquard area 170 and the double jacquard area 180 of the knitted fabric 100 with double-row selvedge meshes will be described below with practical methods and actual yarn paths.

Please refer to Figure 6A, Figure 6B, Figure 6C, Figure 6D and Figure 6E. Figure 6A shows a schematic diagram of the laying structure of the first ground comb unit 310 according to Figure 4, Figure 6B shows a schematic view of the original laying structure of the first jacquard unit 320 according to Figure 4, and Figure 6C Figure 6D shows a schematic diagram of the original laying structure of the second jacquard unit 330 according to Figure 4, Figure 6D shows a schematic view of the second ground comb unit 340 according to Figure 4, and Figure 6E shows a schematic diagram of the second ground comb unit 340 according to Figure 4. The schematic diagram of the laying structure of the third ground comb unit 350 in FIG. 4 .

Specifically, the first ground comb unit 310 , the second ground comb unit 340 and the third ground comb unit 350 respectively have a lapping structure. The first jacquard unit 320 and the second jacquard unit 330 respectively have an original lapped weave and a jacquard lapped weave, wherein the first jacquard unit 320 and the second jacquard unit 330 are respectively offset according to a jacquard control information. The original laying weave is the yarn weave before the first jacquard unit 320 and the second jacquard unit 330 are offset, and the jacquard laying weave is the first jacquard unit 320 and the second jacquard unit 330 are offset Then the next step of the yarn and the changing yarn structure. The offset of the first jacquard unit 320 and the second jacquard unit 330 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 310, the first jacquard unit 320, the second jacquard unit 330 , the weaving paths of the second floor comb unit 340 and the third floor comb unit 350 . 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. The weaving method of different regions of the braided fabric 100 with double rows of selvedge meshes will be described in detail below.

Please refer to Figure 7 and please also refer to Figure 6A. FIG. 7 shows a schematic diagram of the offset state of the first jacquard unit 320 in the border mesh area 140 according to FIG. 4 . As shown in FIG. 6A, set the lapping number of the lapping structure of the first ground comb unit 310 to 1000/0111//, so as to cooperate with the first jacquard unit 320 to make holes on the front needle bed 301. In addition, as shown in Figure 7, set the lapping number of the original lapping structure of the first jacquard unit 320 as 1011/1211//, and set the offset signal as TTHH-HHHH, so that the jacquard lapping structure is 2111// 1211//, with the lapping weave of the first jacquard unit 320, holes can be made in any area.

Please refer to Figure 8A, Figure 8B and Figure 8C. Figure 8A shows a schematic diagram of the offset state of the second Jacquard unit 330 in the left column of the mesh 150 according to Figure 4, and Figure 8B shows the position of the second Jacquard unit 330 in the middle of the mesh 150 according to Figure 4 Schematic diagram of the offset state, FIG. 8C shows a schematic diagram of the offset state of the second jacquard unit 330 in the right column of the mesh 150 according to FIG. 4 . As shown in Figure 6C, the lapping number of the original lapping structure of the second jacquard unit 330 is set to 1110/1112//, and then according to the position of the mesh 150, different offset signals are received to make the second jacquard Cells 330 are woven on both sides of mesh 150 .

Specifically, as shown in FIG. 8A, set the offset signal to HHHH-HTHT, make the jacquard lap weave 1110/1011//, and make the second jacquard unit 330 knit on the left column of the mesh 150. As shown in FIG. 8B , set the offset signal to THTH-HTHT, make the jacquard lap weave 0100/1011//, and make the second jacquard unit 330 knit in the middle of the mesh 150 . As shown in FIG. 8C, set the offset signal to THTH-TTTT, make the jacquard lap weave 0100/0001//, and make the second jacquard unit 330 knit on the right column of the mesh 150. Through the perfect cooperation between the combinations of the above-mentioned lapping weaves, an ideal fringe effect can be achieved on both sides of the mesh 150 .

Please refer to Figure 9A and Figure 9B. Figure 9A shows a schematic diagram of the offset state of the first Jacquard unit 320 in the plain cloth area 160 according to Figure 4, and Figure 9B shows the offset state of the second Jacquard unit 330 in the plain cloth area 160 according to Figure 4 Schematic diagram of the shift state. In the plain fabric area 160, the first jacquard unit 320 and the second jacquard unit 330 can be a thick weave to form a thick plain fabric. Specifically, as shown in Figure 9A, the first jacquard unit 320 is knitting on the front needle bed 301, and the offset signal is set to HHHH-TTHH, so that the jacquard lap yarn structure of the first jacquard unit 320 is 1011/2311/ /. As shown in Figure 9B, the second jacquard unit 330 is knitting on the rear needle bed 302, and the offset signal is set to HHTT-HHHH, so that the jacquard lap yarn structure of the second jacquard unit 330 is 110(-1)/1112/ /.

Please refer to FIG. 10 , which shows a schematic diagram of the offset state of the second jacquard unit 330 in the single jacquard area 170 according to FIG. 4 . As shown in Fig. 10, in the single jacquard area 170, set the offset signal of the second jacquard unit 330 as THTH-TTTT, so that the jacquard lap weave is 0100/0001//. As shown in FIG. 1 and FIG. 2 , the second jacquard unit 330 forms V-point jacquards on the surface layer 110 , and the V-point jacquards do not overlap each other.

Please refer to FIG. 11 , which shows a schematic diagram of the offset state of the second jacquard unit 330 in the double jacquard area 180 according to FIG. 4 . As shown in Fig. 11, in the double jacquard area 180, set the offset signal of the second jacquard unit 330 as THTH-HTHT, so that the jacquard lap weave is 0100/1011//. As shown in FIG. 1 and FIG. 2 , the second jacquard unit 330 forms a plurality of V-point jacquards on the surface layer 110 , and the V-point jacquards overlap each other.

The special structural configuration of the second jacquard unit of the braided fabric with double-row border meshes of the present invention not only keeps the original characteristics of the mesh, but also adds a layer of modification to the original monotonous mesh. Increase the product recognition of the braided fabric with double-row selvage meshes of the present invention. On the other hand, through the manufacturing method of the braided fabric with double-row selvedge meshes of the present invention, the effects of smooth weaving and cost reduction can be achieved while obtaining special products.

Although the present invention has been disclosed above in terms of implementation, it is not intended to limit the present invention. Anyone skilled in this art can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the protection of the present invention The scope shall be defined by the appended patent application scope.

-1,0,1,2,3: Pad yarn digital 100: Braid with double row selvedge mesh 110: surface layer 120: middle layer 130: bottom layer 140: Border mesh area 150: mesh 160: flat cloth area 170: single jacquard area 180: double jacquard area 200: Manufacturing method of braided fabric with double row selvedge mesh 210: Configuration steps 220: Weaving step 301: Front needle bed 302: rear needle bed 303: tension rod 304: tension film 310: The first ground comb unit 320: The first jacquard unit 321,322: The first sub-Jaka unit 330: The second jacquard unit 331,332: The second sub-Jaka unit 340: The second ground comb unit 350: The third ground comb unit 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 shows a schematic diagram of a braided fabric with double-row selvage meshes according to an embodiment of the present invention; Figure 2 shows a partially enlarged view of the braided fabric with double row selvedge mesh according to Figure 1; Figure 3 shows a schematic cross-sectional view of the braided fabric with double-row selvedge mesh according to Figure 1; Fig. 4 shows a flow chart of a method for manufacturing a braided fabric with double row border meshes according to another embodiment of the present invention; Fig. 5 shows the arrangement diagram of the knuckle joint according to the manufacturing method of the braided fabric with double-row selvedge meshes in Fig. 4; Fig. 6A shows a schematic diagram of the laying structure of the first floor comb unit according to Fig. 4; Fig. 6B shows a schematic diagram of the original lapping structure of the first jacquard unit according to Fig. 4; Fig. 6C shows a schematic diagram of the original lapping structure of the second jacquard unit according to Fig. 4; Fig. 6D shows a schematic diagram of the laying structure of the second ground comb unit according to Fig. 4; Figure 6E shows a schematic diagram of the laying structure of the third ground comb unit according to Figure 4; Fig. 7 shows a schematic diagram of the offset state of the first jacquard unit in the border mesh area according to Fig. 4; Figure 8A shows a schematic diagram of the offset state of the second jacquard unit in the left column of the mesh according to Figure 4; Fig. 8B shows a schematic diagram of the offset state of the second jacquard unit in the middle of the mesh according to Fig. 4; Figure 8C shows a schematic diagram of the offset state of the second jacquard unit in the right column of the mesh according to Figure 4; Figure 9A shows a schematic diagram of the offset state of the first Jacquard unit in the flat cloth area according to Figure 4; Figure 9B shows a schematic diagram of the offset state of the second Jacquard unit in the flat cloth area according to Figure 4; Figure 10 shows a schematic diagram of the offset state of the second jacquard unit in the single jacquard area according to Figure 4; and Fig. 11 is a schematic diagram showing the offset state of the second jacquard unit in the double jacquard area according to Fig. 4 .

150: mesh 170: single jacquard area 180: double jacquard area 330: Second Jacquard Unit

Claims (16)

A method for manufacturing a braided fabric with double-row edging meshes, comprising: a configuration step of combining a first ground comb unit, a first Jacquard unit, a second Jacquard unit, a second ground comb unit, and A third ground comb unit is sequentially arranged on a double-needle-bed machine platform, wherein the double-needle-bed machine platform has a front needle bed and a rear needle bed, the first ground comb unit, the first jacquard unit, the The second jacquard unit, the second ground comb unit and the third ground comb unit are sequentially arranged on the double-needle bed machine from the front needle bed to the rear needle bed, wherein the double needle bed machine There is a tension rod, the first jacquard unit and the second jacquard unit respectively have a plurality of tension sheets, and the tension sheets are connected to the tension rod; and a weaving step includes: placing the first ground comb unit on the knitting on the front needle bed to form a face layer; knitting the first jacquard unit on the front needle bed, and controlling an offset state of the first jacquard unit so that the first jacquard unit is between the surface layer A position is woven into an open-pore tissue, and a mesh is formed on the surface layer; an offset state of the second jacquard unit is controlled, so that the second jacquard unit is woven on both sides of the mesh, so as to The position of the surface layer forms a border mesh area; and the third ground comb unit is knitted on the rear needle bed to form a bottom layer, and the second ground comb unit is knitted on the front needle bed and the rear needle bed A bed of needles is knitted to join the top layer and the bottom layer. The manufacturing method of the braided fabric with double-row selvedge meshes as described in claim 1, wherein in the configuration step, the first ground comb unit, the first jacquard unit, the second jacquard unit, the The second ground comb unit and the third ground comb unit are connected to a positive yarn feeding device, and the positive yarn feeding device feeds yarn to the first ground comb unit, the first jacquard unit, and the second ground comb unit in a positive way. Jacquard unit, the second ground comb unit and the third ground comb unit. The manufacturing method of the braided fabric with double-row selvedge meshes as claimed in claim 1, wherein there is an inclination angle between each tension sheet and the tension rod, and the inclination angle is 25° to 35°. The manufacturing method of the braided fabric with double-row selvedge meshes as described in claim 1, wherein in the configuration step, the first ground comb unit, the first jacquard unit, the second jacquard unit, the There is a comb distance between the second ground comb unit and the third ground comb unit, and the comb distance is 3 mm to 5 mm. The manufacturing method of the braided fabric with double-row selvedge meshes as described in claim 1, wherein in the weaving step, it further includes controlling the offset state of the first jacquard unit so that the first jacquard unit A thick weave is woven at another position of the surface layer, and a plain cloth area is formed at the other position of the surface layer. Weaving with double row selvedge meshes as described in claim 5 The manufacturing method of the article, wherein in the plain cloth area, the second jacquard unit is knitted on the rear needle bed, and the offset state of the second jacquard unit is controlled, so that the second jacquard unit is knitted into a thick tissue. The manufacturing method of the braided fabric with double-row selvedge meshes as described in claim 1, wherein in the knitting step, further comprising knitting the second jacquard unit on the front needle bed, and controlling the second jacquard unit The offset state of the card unit makes the second jacquard unit form a V-point jacquard at another position of the surface layer, and the V-point jacquard covers the first jacquard unit and forms a single jacquard area. The manufacturing method of the braided fabric with double-row selvedge meshes as described in claim 1, wherein in the knitting step, further comprising knitting the second jacquard unit on the front needle bed, and controlling the second jacquard unit The offset state of the card unit makes the second jacquard unit form a plurality of V-point jacquards at another position of the surface layer, and these V-point jacquards cover the first jacquard unit, and these V-point jacquards are mutually overlap and form a pair of jacquard areas. The manufacturing method of the braided fabric with double-row selvage meshes as described in claim 1, wherein in the weaving step, further comprising weaving the third ground comb unit into a plain cloth open weave. A braided fabric with double rows of selvedge meshes, comprising: a one-sided layer woven by a first floor comb unit; A middle layer is woven by a second ground comb unit; a bottom layer is woven by a third ground comb unit, wherein the middle layer is arranged between the surface layer and the bottom layer, and the second ground comb The unit is connected to the first ground comb unit and the third ground comb unit, so that the surface layer is connected to the bottom layer; a first jacquard unit is connected to the first ground comb unit; and a second jacquard unit is connected to the The first ground comb unit and the first jacquard unit; wherein the braided fabric with double rows of border meshes has a border mesh area, the border mesh area is arranged on the surface layer, and the border mesh area The zone has a mesh, the mesh is woven by the first jacquard unit, and the second jacquard unit is respectively connected to two sides of the mesh. The braided fabric with double-row selvedge mesh as described in claim 10 further has a plain cloth area, and in the plain cloth area, the first jacquard unit is connected to the surface layer, and the second jacquard unit is connected to the bottom layer, and the first jacquard unit and the second jacquard unit are a thick tissue. The braided fabric with double-row selvedge mesh as described in claim 10 further has a single jacquard area, which is arranged on the surface layer, and the second jacquard unit covers the first jacquard in the single jacquard area card unit, and the second jacquard unit forms a V-point jacquard on the surface layer. The braided fabric with double-row selvage meshes as described in claim 10 further has a double jacquard area, which is arranged on the surface layer, and on the double jacquard When zoned, the second jacquard unit covers the first jacquard unit, and the second jacquard unit forms a plurality of V-point jacquards on the surface layer, and the V-point jacquards overlap each other. The braided fabric with double-row selvage meshes as claimed in claim 10, wherein the third floor comb unit is a plain cloth open weave. The braided fabric with double-row selvage meshes as claimed in claim 10, wherein the first ground comb unit, the second ground comb unit and the third ground comb unit are respectively transparent yarns. The braided fabric with double-row border meshes as described in claim 10, wherein the material of the first floor comb unit, the material of the first Jacquard unit, the material of the second Jacquard unit, the second floor The material of the comb unit and the material of the third ground comb unit are respectively a polyester, a nylon, a cationic yarn, a spandex, a thermoplastic polyester, a thermoplastic polyurethane, a combined yarn, a core-spun yarn, and a covered yarn or a functional yarn.

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