JPH0411053A - Multiple color single jacquard weft knit fabric - Google Patents

Abstract

PURPOSE:To make a pattern by difference in color tone by knitting two or more kinds of knitting yarns, making a ground part and a pattern part of the same plain color and pattern texture and forming texture of each yarn feed position of pattern part behind texture of each yarn feed position of ground part by a certain number of yarn feeds successively. CONSTITUTION:Two or more kinds of knitting yarns having different colors, luster, thickness, etc., are knitted. A ground part A and a pattern part B are made of the same plain color and pattern texture to form one complete texture by 2-4 wales and 2-8 yarns feed and the knitting is carried out in such a way that texture of each yarn feed position of pattern part is behind texture of each yarn feed position of ground part by a certain number of yarn feeds to constitute the same texture.

Description

DETAILED DESCRIPTION OF THE INVENTION (Industrial Application Field) The present invention relates to a multicolored single jacquard weft knitted fabric knitted by a flat knitting machine, a single circular knitting machine, or the like.

(Prior Art) When knitting a multicolored jacquard fabric using a flat knitting machine and a single circular knitting machine equipped with a jacquard, conventionally, the base part and the pattern part are each given a specific color, It is knitted using two or more types of knitting yarns that differ in appearance such as luster and thickness,
The base part and the pattern part each form one complete weave with 2 to 4 wales and 2 to 8 yarns, and the knitting structure of the handle part has a fixed number of yarns in the yarn feeding direction relative to the &W&II weave of the base part. It is characterized by being out of order.

The knitting structure constituting the ground part and pattern part of the knitted fabric of this invention is a combination of knit (front opening) and tuck or welt, such as front rug, front rug, welt jersey, etc.
It is a so-called plain patterned structure, which is a structure in which one complete is formed by ~4 wales and 2 to 8 fed yarns, and when comparing each complete of the base part and the pattern part, both have the same knitting mwIt. That is, if the ground part is knitted as an obote rug, omote rug, or welt jersey, the handle part is also knitted as an omote rug, omote rug, or welt jersey. However, the weave of the handle is the same as the weave of the base, delayed by a certain number of yarns. For example, if the ground part and handle part are knitted with a front pique texture,
Knit, knit, knit, knit is knitted using two or more types of knitting yarns that differ in appearance such as color, luster, thickness, etc. The knitting structure of the pattern part and the pattern part form one complete structure with 2 to 4 wales and 2 to 8 fed yarns, respectively, and the knitting structure of the pattern part is arranged in order in the yarn feeding direction by a constant number of fed yarns with respect to the knitting structure of the base part. It is characterized by being out of alignment.

The knitting structure constituting the ground part and pattern part of the knitted fabric of this invention is a combination of knit (front opening) and tuck or welt, such as front rug, front rug, welt jersey, etc.
It is a so-called plain patterned structure, which is a structure in which one complete is formed of ~4 wales and 2~daily fed yarns, and when the base and pattern parts are compared, both have the same knitting structure. That is, if the ground part is knitted as an obote rug, omote rug, or welt jersey, the handle part is also knitted as an omote rug, omote rug, or welt jersey. However, the weave of the handle is knitted into the same weave sequentially by a certain number of yarns after the weave of the base.For example, if the base and handle are knitted with a front weave, the base part l is completely knitted. In 4 wales, the first fed yarn is knit, knit, knit, knit, 4 wales, 2nd to 8th fed yarns constitute a completely identical &11$@, so the surface feel is completely the same. However, by using two or more types of knitting yarns, in knitted parts where knit, tank, and welt are combined,
Because the degree of visibility of the two types of knitting yarns in the base and pattern is different, the hues of the base and pattern are completely different, creating a shadow effect where the shade changes depending on the viewing angle, and shades of light and shade in the hue. or Moreover, since the base portion and the pattern portion are knitted in the same plain pattern structure, no bending of the stitches occurs and the stitches are formed straight.

(Examples) Example 1 A multicolor single jacquard weft knitted fabric shown in FIG. 1 was knitted using a 30-inch, 28-gauge single circular knitting machine. The numbers 1 to 24 on the right side of FIG. 1 indicate the yarn feeding order, unmarked squares indicate knits, and O and × indicate tucks, respectively. Figure 2 is a diagram of how to knit Omotesakako, which is the basis of the knitting structure shown in Figure 1 above. Since the structure is structured, the surface texture is exactly the same. However, due to the use of two or more types of knitting yarns, in the knitted structure part where knit, tuck, and welt are combined, the degree of visibility of the two types of knitting yarns in the base part and the pattern part is different, so the difference between the base part and the pattern part. The hue of the handle is completely different, creating a shadow effect where the shade changes depending on the viewing angle, and the hue appears varying in shade.

Moreover, since the base portion and the pattern portion are knitted into the same plain pattern structure, no bending of the stitches occurs and the stitches are formed straight.

(Examples) Example 1 A multicolor single jacquard weft knitted fabric shown in FIG. 1 was knitted using a 30-inch, 28-gauge single circular knitting machine. The numbers 1 to 24 on the right side of FIG. 1 indicate the yarn feeding order, unmarked squares indicate knits, and Q and × indicate tucks, respectively. FIG. 2 is a diagram of how to knit the front pique which is the basis of the knitting structure shown in FIG. The 13th yarn feeding system of the handle part B and the 14th yarn feeding system of the base part A, and the 14th yarn feeding system of the base part A and the 1st yarn feeding system of the handle part B
The five yarns are each knitted into the same structure, and both the base part A and the pattern part B form a front pique.

, In the obtained knitted fabric, red cotton yarn is tacked in base part A,
Since the blue cotton yarn is tacked in the pattern part B, a pattern pattern due to a change in color tone appears as shown in FIG. and,
In base part A, the tuck part x of the red cotton thread is also in pattern part B.
Now, the tuck part B of the blue cotton thread will be raised, so
A shadow effect occurs, with shading and color shading changing depending on the viewing direction.

Example 2 The fabric shown in FIG. 4 was knitted using the knitting machine of Example 1 and the red cotton yarn and blue cotton yarn. The knitted fabric shown in Figure 4 is
It was knitted in exactly the same way except that the tuck part O of the blue cotton yarn located around the pattern part B in the figure was changed to a welt, and the welt part is shown in Fig. 4 with *. As shown in FIG. 5, the obtained knitted fabric has a thin edge around the triangular pattern B, a 13th yarn feed in the pattern B, a 13th yarn feed in the base A, and a 14th yarn feed in the pattern B. Yarn feeding, 14th yarn feeding of base part A and 1st yarn feeding of handle part B
The five-feeding systems are each knitted into the same structure, and both base part A and handle part B form a front peg.

In the obtained knitted fabric, the red cotton thread is tacked in the ground part A, and the blue cotton thread is tacked in the pattern part B, so that a pattern pattern due to a change in color tone appears as shown in FIG. 3. Then, the tuck part x of the red cotton yarn is raised in the ground part A, and the tuck part B of the blue cotton thread is raised in the handle part B, so a shadow effect is produced, and the shade and color density change depending on the viewing direction.

Example 2 The fabric shown in FIG. 4 was knitted using the knitting machine of Example 1 and the red cotton yarn and blue cotton yarn. The knitted fabric shown in Figure 4 is
It was knitted in exactly the same way except that the tuck part O of the blue cotton yarn located around the pattern part B in the figure was changed to a welt, and the welt part is shown in Fig. 4 with *. As shown in Fig. 5, the obtained knitted fabric has a thin edge around the triangular handle B. Using the knitting machine of Example 1, red cotton yarn and blue cotton yarn, the tuck of Example 1 is attached to the welt. The knitted fabric shown in Figure 7 was knitted in exactly the same manner except for the changes.

That is, the red cotton yarn is arranged in the odd-numbered yarn supply, and the blue cotton yarn is arranged in the even-numbered yarn supply, and in both the background part A and the pattern part B, the complete first yarn supply is knit, knit, knit, Knit, second yarn feeding is knit, welt, knit, well 1
, the third yarn feeder knits, knits, knits, knits, and the fourth yarn feeder knits welts, knits, welts, knits. However, as shown in Figure 7, the welt of the base A is marked with an X, and the welt of the handle B is marked with an ○.
The same structure was knitted by sequentially delaying the feeding of the pattern part B by one yarn each time compared to the base part A. In the obtained knitted fabric, the welt parts × and O are short (floating) on the back side, so the pattern part B appears in a triangular shape due to the difference in color shading.However, in this example, instead of the tuck in Example 1, Since it uses a welt, it does not have a shadow pattern.

(Effects of the Invention) This invention provides knitting using two or more types of knitting yarns, in which the ground portion and the pattern portion constitute the same plain pattern structure, and the structure at each yarn feeding position of the pattern portion is the same as that of the ground portion. Since the same weave is constructed by sequentially delaying the weave by a certain number of yarns from the weave at each yarn feeding position, a pattern pattern due to the difference in color tone appears, and the ground part and pattern part are knitted into the same plain pattern weave. Therefore, there are no long floating threads on the back surface, and no rounding occurs. When the basic structure of the base and pattern is formed by a combination of knit and tuck, a shadow effect occurs, and the shade, luster, or shadow of the pattern changes depending on the viewing angle.

[Brief explanation of the drawing]

Fig. 1 is an organization chart of Example 1 of this invention, Fig. 2 is a weave diagram of Example 1, Fig. 3 is an external view of the knitted fabric of Example 1, and Fig. 4 is an organization chart of Example 2. , Fig. 5 is an external view of the second embodiment, and Fig. 6 is an external view of the second embodiment.
The figure is an organization chart of Example 3, and FIG. 7 is an organization chart of Example 4. A: Ground part, B: Handle part. Figure 3 Figure 5

Claims (1)

[Scope of Claims] [1] Knitted using two or more types of knitting yarns that differ in appearance such as color, gloss, thickness, etc., and the base part and pattern part each have two or more knitting yarns.
One complete structure is formed with 4 wales and 2 to 8 yarns.
A multicolored single jacquard weft knitted fabric characterized in that the knitting structure of the pattern section is sequentially shifted from the knitting structure of the base section by a fixed number of yarns in the yarn feeding direction.