Knitting method of inclined jacquard fabric and fabric

Abstract

This disclosure belongs to the field of textile technology, and specifically relates to a knitting method and fabric for a slanted jacquard structure. The knitting method of this disclosure uses single-sided knit stitch, single-sided purl stitch, float stitch, and four-knit stitch, combined with press stitch, turn stitch, and loop-off actions: S0 Starting base unit: forming a flat loop on the right side of the knitted structure; S1 Elastic unit: forming an elastic flat loop on the right side of the knitted structure; S2 First slanted jacquard unit: forming slanted jacquard loops on the wrong side of the knitted structure; S3 Preparatory unit: forming a tight loop on the right side of the knitted structure; S4 Second slanted jacquard unit: forming a slanted tight jacquard loop on the right side of the knitted structure; S5 Third slanted jacquard unit: forming a tight loop on the right side of the knitted structure, subsequently creating a slanted jacquard loop effect; S6 Finishing unit: transitioning the slanted jacquard loops to flat loops. The fabric knitted by this disclosure exhibits a unique slanted effect and a natural color transition.

Description

Technical Field

[0001] This disclosure belongs to the field of textile technology, and specifically relates to a knitting method and fabric for a knitted oblique jacquard structure. Background Technology

[0002] Jacquard weaving is a complex weaving technique that uses independent control of the rise and fall of each warp yarn to interweave warp and weft yarns according to a pre-set pattern. Its core feature is the ability to weave large-area, richly colored three-dimensional patterns.

[0003] There are many existing knitting methods for weft knitted products, but they generally have a straight horizontal and vertical appearance, and the colors and patterns are relatively limited. In addition, compared with modern machine knitting, hand crochet has poor shape retention, a longer product forming cycle, and consumes more labor time, resulting in higher costs and making it unsuitable for widespread use in individual products; moreover, the tightness varies due to the crocheter's technique, making it unsuitable for assembly line production. Summary of the Invention

[0004] The purpose of this disclosure is to overcome the shortcomings of the prior art and to propose a knitting method and fabric for a knitted oblique jacquard structure.

[0005] In a first aspect, this disclosure provides a method for knitting a slanted jacquard structure, the method comprising at least the following steps:

[0006] S0, Knitting Starter Unit: Using the first knitting yarn, a flat loop is formed on the front side of the knitted structure through single-sided knitting.

[0007] S1, Knitting elastic unit: Using the first knitting yarn, a flat loop with elasticity is formed on the front side of the knitted structure by a combination of single-sided knitting needle, single-sided purlting needle, float yarn and four-line knitting needle;

[0008] S2. Knitting the first inclined jacquard unit: Using the first knitting yarn, an inclined jacquard loop is formed on the reverse side of the knitted structure by a combination of single-sided knitting, single-sided purlting, floating yarn and turning needle actions.

[0009] S3, Knitting Preparation Unit: Using the first knitting thread, a tight loop is formed on the front side of the knitted structure through a combination of single-sided knitting, single-sided purling, floating thread, four-knit stitch, press stitch, and turning stitch. Using the second knitting thread, a combination of single-sided purling, floating thread, four-knit stitch, press stitch, and turning stitch is used to connect it to the reverse side of the knitted structure.

[0010] S4. Knitting the second inclined jacquard unit: Using the first knitting yarn, through a combination of single-sided knitting, single-sided purlting, four-line knitting, press stitch, turn stitch, and loop-off actions, a tight jacquard loop inclined in the first direction is formed on the front side of the knitted structure. The second knitting yarn does not move and forms a float on the back side of the knitted structure.

[0011] S5. Knitting the third inclined jacquard unit: Using the first knitting yarn, through a combination of single-sided knitting, single-sided purling, floating yarn, four-knit stitch and press stitch action, turning stitch action and loop-breaking action, using the second knitting yarn, through a combination of single-sided knitting, single-sided purling, floating yarn, four-knit stitch and press stitch action and loop-breaking action, a tight loop is formed on the front side of the knitted structure, and then a jacquard loop effect inclined along the first direction is formed;

[0012] S6, Knitting Finishing Unit: Using the second knitting yarn, the inclined jacquard loop is transitioned into a flat loop through a combination of single-sided knitting, floating yarn, four-knitting and pressing needle actions, turning needle action and loop-off action.

[0013] The first braided thread and the second braided thread are braided threads of different colors.

[0014] In one embodiment, each of the knitting units has at least two operating rows, and each operating row includes eight needle positions, namely the first needle position, the second needle position, the third needle position, the fourth needle position, the fifth needle position, the sixth needle position, the seventh needle position, and the eighth needle position distributed from one end to the other.

[0015] Step S0 includes at least two operation rows, S01 and S02. Each operation row uses the first knitting thread to perform single-sided knitting with eight needle positions.

[0016] In one embodiment, step S1 includes the following operation line using the first braided thread:

[0017] S11: All eight needle positions are knitted using a four-stitch pattern;

[0018] S12: All eight needle positions are knitted using single-sided knit stitches;

[0019] S13: The first, third, fifth, and seventh needle positions are knitted with floating yarn, while the second, fourth, sixth, and eighth needle positions are knitted with single-sided knit yarn.

[0020] S14: All eight needle positions are knitted using single-sided reverse stitches;

[0021] S15: All eight needle positions are knitted using single-sided knit stitches;

[0022] S16: The first, third, fifth, and seventh needle positions are knitted in reverse on one side, while the second, fourth, sixth, and eighth needle positions are knitted in reverse with floating yarn.

[0023] In one embodiment, step S2 includes the following operation line:

[0024] S21: The first, third, fifth, and seventh needle positions perform a needle flipping action from the back plate to the front plate;

[0025] S22: The second, fourth, sixth, and eighth needle positions perform a turning motion from the front plate to the back plate, while simultaneously shifting one position to the subsequent needle position;

[0026] S23: The first, third, fifth, and seventh needle positions perform a needle flipping action from the back plate to the front plate;

[0027] S24: Using the first knitting yarn, the first, third, fifth, and seventh needle positions are knitted with floating yarn, and the second, fourth, sixth, and eighth needle positions are knitted with single-sided knitting.

[0028] S25: Using the first knitting yarn, all eight needle positions are knitted in single-sided reverse stitch;

[0029] S26: Using the first knitting yarn, all eight needle positions are knitted in single-sided knit stitch;

[0030] S27: Using the first knitting yarn, the first, third, fifth, and seventh needle positions are knitted in reverse on one side, while the second, fourth, sixth, and eighth needle positions are knitted in reverse floating yarn.

[0031] In one embodiment, step S3 includes the following operation line:

[0032] S31: The first, third, fifth, and seventh needle positions perform a needle flipping action from the back plate to the front plate;

[0033] S32: The second, fourth, sixth, and eighth needle positions perform a turning motion from the front plate to the back plate, while each needle position shifts one position to the subsequent needle position.

[0034] S33: The first, third, fifth, and seventh needle positions perform a needle flipping action from the back plate to the front plate;

[0035] S34: Using the first knitting yarn, all eight needle positions are knitted in single-sided reverse stitch;

[0036] S35: The fourth and eighth needle positions perform a needle flipping action from the back plate to the front plate;

[0037] S36: Using the second knitting yarn, the first and fifth needle positions are knitted in single-sided reverse stitch, the second and sixth needle positions are knitted in four-stitch pattern, and the third, fourth, seventh, and eighth needle positions are knitted in reverse stitch with floating yarn.

[0038] S37: The first and fifth needle positions perform a pressing action, the second and sixth needle positions perform a front plate needle position unlooping action, and the rear plate needle position performs a pressing action;

[0039] S38: Using the first knitting thread, the fourth and eighth needle positions perform a turning motion from the front plate to the back plate;

[0040] S39: Using the first knitting yarn, all eight needle positions are knitted in single-sided knit stitch;

[0041] S310: Using the first knitting yarn, the third, fourth, seventh, and eighth needle positions are knitted in a single-sided reverse stitch.

[0042] In one embodiment, step S4 includes the following operation line:

[0043] S41: Using the first knitting yarn, all eight needle positions are knitted in single-sided knit stitch;

[0044] S42: Using the first knitting yarn, the third, fourth, seventh, and eighth needle positions are knitted in reverse stitch on one side.

[0045] S43: The third, fourth, seventh, and eighth needle positions perform a needle flipping action from the back plate to the front plate;

[0046] S44: Using the first knitting yarn, the first, second, third, fifth, sixth, and seventh needle positions are knitted in single-sided knit stitch, and the fourth and eighth needle positions are knitted in four-stitch pattern.

[0047] S45: The first and fifth needle positions perform the front plate needle position pressing action, and the fourth and eighth needle positions perform the back plate needle position uncoiling action;

[0048] S46: The third, fourth, seventh, and eighth needle positions perform a needle-flipping action from the front plate to the rear plate;

[0049] S47: The fourth and eighth needle positions perform a flipping action from the back plate to the front plate, and simultaneously shift one position to the subsequent needle position.

[0050] S48: The third and seventh needle positions perform a flipping action from the back plate to the front plate, and at the same time, the needle position is shifted one position forward;

[0051] S49: The first, second, fifth, and sixth needle positions perform a needle flipping action from the back plate to the front plate, while simultaneously shifting two positions forward.

[0052] In one embodiment, step S5 includes the following operation line:

[0053] S51: Using the second knitting yarn, the first and fifth needle positions are purl floats, the second and sixth needle positions are single-sided purl knitting, the third and seventh needle positions are four-stitch knitting, and the fourth and eighth needle positions are single-sided knitting.

[0054] S52: The third and seventh needle positions perform the front plate needle pressing action and the rear plate needle unlooping action; the fourth and eighth needle positions perform the front plate needle pressing action.

[0055] S53: Using the first knitting yarn, the first and fifth needle positions are knitted in four plain stitches, the second and sixth needle positions are knitted in one side, the third and seventh needle positions are knitted in one side, and the fourth and eighth needle positions are knitted in one side with a purl stitch.

[0056] S54: The first and fifth needle positions perform the front plate needle position pressing action, and the rear plate needle position unlooping action; the second and sixth needle positions perform the front plate needle position pressing action.

[0057] S55: The first, second, fifth, and sixth needle positions perform a turning motion from the front plate to the rear plate, while simultaneously shifting two positions forward.

[0058] S56: The third, fourth, seventh, and eighth needle positions perform a turning motion from the front plate to the rear plate, and simultaneously shift two positions to the subsequent needle position.

[0059] S57: All eight needle positions perform a needle flipping action from the back plate to the front plate;

[0060] S58: Using the first knitting yarn, the first, second, fifth, and sixth needle positions are knitted with a floating stitch, and the third, fourth, seventh, and eighth needle positions are knitted with a plain four-stitch pattern.

[0061] S59: The third, fourth, seventh, and eighth needle positions perform the front plate needle pressing action and the rear plate needle uncoiling action.

[0062] In one embodiment, step S6 includes the following operation line:

[0063] S61: Using the second knitting yarn, the first and fifth needle positions are knitted in four plain stitches, the second and sixth needle positions are knitted in single-sided knit stitches, and the third, fourth, seventh, and eighth needle positions are knitted with floating yarn.

[0064] S62: The first and fifth needle positions perform the front plate needle position pressing action and the rear plate needle position unlooping action; the second and sixth needle positions perform the front plate needle position pressing action.

[0065] S63: The first, second, fifth, and sixth needle positions perform a turning needle action from the front plate to the back plate;

[0066] S64: The third, fourth, seventh, and eighth needle positions perform a turning needle action from the front plate to the rear plate, while simultaneously shifting two positions forward.

[0067] S65: The first, second, fifth, and sixth needle positions perform a turning needle action from the back plate to the front plate;

[0068] S66: Using the second knitting yarn, the first, second, fourth, fifth, sixth, and eighth needle positions are knitted in a single-sided knitting pattern, while the third and seventh needle positions are knitted with a floating knitting pattern.

[0069] S67: Using the second knitting yarn, the first, second, third, fifth, sixth, and seventh needle positions are knitted in a single-sided knitting pattern, while the fourth and eighth needle positions are knitted with a floating knitting pattern.

[0070] In one embodiment, the knitting method further includes step S7: finishing the base unit, step S7 including at least two operation rows S71 and S72, each operation row using the second knitting yarn and performing single-sided knitting with eight needle positions.

[0071] Secondly, this disclosure provides a fabric obtained by cyclically weaving using the weaving method described in any of the above embodiments.

[0072] One of the beneficial effects of this disclosure is that the knitting method provided by this disclosure obtains a knitted structure with slanted jacquard by knitting six different units in sequence, presenting a unique slanted effect. Moreover, the transition between different units makes the different colors of the jacquard structure transition naturally, increasing the sense of layering and three-dimensionality of the fabric, and is suitable for assembly line production.

[0073] Furthermore, the fabric disclosed herein is woven using the aforementioned knitting method, featuring diverse jacquard structures and rich variations in texture and pattern, making it a knitted product with a complex design. Attached Figure Description

[0074] Embodiments of this disclosure are illustrated in conjunction with the accompanying drawings, which are included and form part of this specification, and together with their description serve to explain the principles of this disclosure.

[0075] Figure 1 This is a structural diagram of a jacquard weave structure according to an embodiment of the present disclosure;

[0076] Figure 2 This is a schematic diagram of the weaving principle of the starting basic unit of an embodiment of this disclosure;

[0077] Figure 3 This is a schematic diagram of the weaving principle of an elastic unit according to an embodiment of the present disclosure;

[0078] Figure 4 This is a schematic diagram of the weaving principle of the first inclined jacquard unit according to an embodiment of the present disclosure;

[0079] Figure 5 This is a schematic diagram of the weaving principle of a preparatory unit according to an embodiment of this disclosure;

[0080] Figure 6 This is a schematic diagram of the weaving principle of the second inclined jacquard unit according to an embodiment of this disclosure;

[0081] Figure 7 This is a schematic diagram of the weaving principle of the third inclined jacquard unit according to an embodiment of this disclosure;

[0082] Figure 8 This is a schematic diagram of the weaving principle of the finishing unit according to an embodiment of this disclosure;

[0083] Figure 9 This is a schematic diagram of the weaving principle of the finishing basic unit according to an embodiment of this disclosure;

[0084] Figure 10 This is a front view of a fabric woven according to an embodiment of the present disclosure;

[0085] Figure 11 This is a reverse view of a fabric woven according to an embodiment of the present disclosure. Detailed Implementation

[0086] Various exemplary embodiments of the present disclosure will now be described in detail with reference to the accompanying drawings. It should be noted that, unless otherwise specifically stated, the relative arrangement, numerical expressions, and values ​​of the components and steps set forth in these embodiments do not limit the scope of the present disclosure.

[0087] The following description of at least one exemplary embodiment is merely illustrative and is in no way intended to limit this disclosure or its application or use.

[0088] Techniques, methods, and equipment known to those skilled in the art may not be discussed in detail, but where appropriate, such techniques, methods, and equipment should be considered part of the specification.

[0089] In all the examples shown and discussed herein, any specific values ​​should be interpreted as merely exemplary and not as limitations. Therefore, other examples of exemplary embodiments may have different values.

[0090] It should be noted that similar labels and letters in the following figures indicate similar items; therefore, once an item is defined in one figure, it does not need to be discussed further in subsequent figures.

[0091] In this article, terms such as "up," "down," "front," "back," "left," and "right" are used only to indicate the relative positional relationship between related parts, rather than to define the absolute position of these related parts.

[0092] In this article, "first," "second," etc., are used only to distinguish one another, and not to indicate degree of importance, order, or prerequisite for each other.

[0093] In this document, terms such as “equal” and “same” are not strict mathematical and / or geometric limitations, but also include errors that are understandable to those skilled in the art and permissible in manufacturing or use.

[0094] Existing knitting weft knitting technology and mainstream knitting methods generally result in knitted structures characterized by horizontal and vertical linearity. Patterns are limited to basic designs, and color matching and pattern construction are monotonous, leading to significant product homogenization.

[0095] Secondly, compared with modern machine knitting technology, the tightness of hand-crocheted knitted structures is easily affected by the differences in the crocheter's technique, making it difficult to meet the standardized requirements of industrial assembly line production. Limited by the speed of manual operation, the forming cycle of a single product is longer. Furthermore, the tightness varies due to the crocheter's technique, making it unsuitable for assembly line operations.

[0096] Therefore, this disclosure provides a method for knitting a slanted jacquard structure, the knitting method of this disclosure including at least the following steps:

[0097] S0, Knitting Starter Unit: Using the first knitting yarn, a flat loop is formed on the front side of the knitted structure through single-sided knitting.

[0098] S1, Knitting elastic unit: Using the first knitting yarn, a flat loop with elasticity is formed on the front side of the knitted structure through a combination of single-sided knitting, single-sided purlting, float yarn and four-line knitting.

[0099] S2. Knitting the first inclined jacquard unit: Using the first knitting yarn, an inclined jacquard loop is formed on the reverse side of the knitted structure through a combination of single-sided knitting, single-sided purlting, float and turn-over actions.

[0100] S3, Knitting Preparation Unit: Using the first knitting yarn, a tight loop is formed on the front side of the knitted structure through a combination of single-sided knitting, single-sided purling, four-knitting, pressing, and turning actions. Using the second knitting yarn, a combination of single-sided purling, float, four-knitting, pressing, and turning actions is used to connect to the reverse side of the knitted structure.

[0101] S4. Knitting the second inclined jacquard unit: Using the first knitting yarn, through a combination of single-sided knitting, single-sided purlting, four-line knitting, press stitch, turn stitch, and loop-off actions, a tight jacquard loop inclined in the first direction is formed on the front side of the knitted structure. The second knitting yarn does not move and forms a float on the reverse side of the knitted structure.

[0102] S5. Knitting the third inclined jacquard unit: Using the first knitting yarn, through a combination of single-sided knitting, single-sided purling, floating yarn, four-knit stitches and press stitch, turning stitch and loop-breaking action, using the second knitting yarn, through a combination of single-sided knitting, single-sided purling, floating yarn, four-knit stitches and press stitch and loop-breaking action, a tight loop is formed on the front side of the knitted structure, and then a jacquard loop effect inclined along the first direction is formed;

[0103] S6, Knitting Finishing Unit: Using the second knitting yarn, the slanted jacquard loops are transitioned into flat loops through a combination of single-sided knitting, floating yarn, four-knit stitches and press stitch, turning stitch and loop-off actions.

[0104] The first and second braided threads are braided threads of different colors.

[0105] In detail, the knitted structure of this disclosure has two opposing sides, and the jacquard effects on the front and back sides are different. Through seven units in steps S0 to S6, this disclosure gradually transitions from flat loop units to two different slanted jacquard units, finally finishing the process. This allows the knitted structure of this disclosure to exhibit a unique slanted effect, and the transition between different units makes the different colors of the jacquard structure transition naturally, increasing the fabric's layering and three-dimensionality, and making it suitable for assembly line production.

[0106] Furthermore, the fabric disclosed herein is woven using the aforementioned knitting method, featuring diverse jacquard structures and rich variations in texture and pattern, making it a knitted product with a complex design.

[0107] In this disclosure, the first and second knitting threads are knitting threads of different colors. Those skilled in the art can cycle through the knitting method of this disclosure for practical application. Optionally, the knitting threads can be one color, two colors, or multiple colors. Different knitting threads are led to the needle bed through different yarn feeders. The knitting materials can be various knitting yarns, such as cotton, linen, wool, cashmere, silk, chemical fibers, and various fancy yarns. The knitting machine is suitable for various imported computerized flat knitting machines and domestic computerized flat knitting machines, and has a front needle bed and a back needle bed.

[0108] The following examples further illustrate the knitting method of the inclined jacquard structure provided in this disclosure.

[0109] See Figure 1 In one embodiment, this disclosure provides a method for knitting a slanted jacquard structure, the knitting method comprising at least the following steps:

[0110] S0, Knitting Starter Unit: Using the first knitting yarn, a flat loop is formed on the front side of the knitted structure through single-sided knitting.

[0111] S1, Knitting elastic unit: Using the first knitting yarn, a flat loop with elasticity is formed on the front side of the knitted structure through a combination of single-sided knitting, single-sided purlting, float yarn and four-line knitting.

[0112] S2. Knitting the first inclined jacquard unit: Using the first knitting yarn, an inclined jacquard loop is formed on the reverse side of the knitted structure through a combination of single-sided knitting, single-sided purlting, float and turn-over actions.

[0113] S3, Knitting Preparation Unit: Using the first knitting yarn, a tight loop is formed on the front side of the knitted structure through a combination of single-sided knitting, single-sided purling, four-knitting, pressing, and turning actions. Using the second knitting yarn, a combination of single-sided purling, float, four-knitting, pressing, and turning actions is used to connect to the reverse side of the knitted structure.

[0114] S4. Knitting the second inclined jacquard unit: Using the first knitting yarn, through a combination of single-sided knitting, single-sided purlting, four-line knitting, press stitch, turn stitch, and loop-off actions, a tight jacquard loop inclined in the first direction is formed on the front side of the knitted structure. The second knitting yarn does not move and forms a float on the reverse side of the knitted structure.

[0115] S5. Knitting the third inclined jacquard unit: Using the first knitting yarn, through a combination of single-sided knitting, single-sided purling, floating yarn, four-knit stitches and press stitch, turning stitch and loop-breaking action, using the second knitting yarn, through a combination of single-sided knitting, single-sided purling, floating yarn, four-knit stitches and press stitch and loop-breaking action, a tight loop is formed on the front side of the knitted structure, and then a jacquard loop effect inclined along the first direction is formed;

[0116] S6, Knitting Finishing Unit: Using the second knitting yarn, the slanted jacquard loops are transitioned into flat loops through a combination of single-sided knitting, floating yarn, four-knit stitches and press stitch, turning stitch and loop-off actions.

[0117] The first and second braided threads are braided threads of different colors.

[0118] In detail, step S0 of this disclosure uses a first knitting yarn and a single-sided knitting needle to knit the initial basic unit. The surface of the knitted structure is flat and the loops are arranged regularly, which can ensure the uniformity and stability of the knitted structure, and has good elasticity and durability, avoiding skewing or uneven tension.

[0119] Next, in step S1, the first knitting yarn is used, and a combination of stitches is used to knit elastic units. The single-sided knitting provides uniform basic elasticity, the four-sided knitting provides resistance to deformation, and the single-sided purl stitch enhances tensile strength by changing the direction of the loops. The float yarn can form an elastic buffer. At the same time, the alternation of single-sided knitting and single-sided purl stitch can form a wave-like or undulating texture. The external force is dispersed through structural changes to avoid excessive local stretching.

[0120] Then, in step S2, the first knitting yarn is used to form slanted jacquard loops on the reverse side of the knitted structure through a combination of several needle techniques. At the same time, the front side of the knitted structure is still a relatively flat loop structure. In this way, the knitted structure of this disclosure forms breathable pores on the reverse side through slanted jacquard, which improves the breathability of the knitted structure. In addition, the flat loop structure on the front side reduces the generation of lint and extends the life of the knitted structure. The jacquard design on the reverse side can enhance the local tensile strength through slanted loops.

[0121] In the next step, step S3 uses the first knitting thread to form a tight loop on the front side of the knitted structure through a combination of needles, and introduces the second knitting thread on the back side of the knitted structure. It is then connected to the back side of the knitted structure through a combination of needles to prepare for the subsequent slanted jacquard unit. In this way, the introduced thread is firmly connected to the knitted structure body, and the jacquard structure obtained by twisting the introduced thread later also has strong tensile strength.

[0122] Next, in step S4, the first knitting thread is used to form an inclined jacquard structure on the front side of the knitted structure from left to right and pointing to the next knitting unit through a combination of needles. The second knitting thread does not move and forms a float on the back side of the knitted structure. Furthermore, the second inclined jacquard unit formed in this step has a tight loop, which improves the resistance to deformation and can also completely cover the float of the second knitting thread introduced in step S3, thereby enhancing the aesthetics of the knitted structure.

[0123] Step S5 uses the first and second knitting threads and combines stitches to first knit a tight loop structure to enhance support. Then, the second knitting thread introduced in step S3 is twisted to form an inclined jacquard bundle on the front of the knitted structure, running from left to right and pointing to the next knitting unit. At the same time, the original first knitting thread is connected to the second knitting thread from right to left, so that the transition between the two colors is natural and has a three-dimensional effect.

[0124] Then, in step S6, a combination of needle techniques is used, and the second knitting yarn is used to transition the inclined jacquard yarn bundle formed in the previous step into a flat loop. This ensures the continuity of the overall appearance of the knitted structure, avoids the loops from loosening or coming undone due to uneven tension, and at the same time preserves the breathability of the jacquard. This gives the second inclined jacquard unit a hollow structure and an aesthetically pleasing design.

[0125] In summary, this disclosure, through the use of seven units of knitting, enables the knitted structure to exhibit a unique tilting effect. Its natural gradient color transition and structural stability increase the sense of layering and three-dimensionality of the knitted structure.

[0126] See Figure 1 and Figure 2 In one embodiment, each knitting unit has at least two operating rows, and each operating row includes eight needle positions, namely the first needle position, the second needle position, the third needle position, the fourth needle position, the fifth needle position, the sixth needle position, the seventh needle position and the eighth needle position distributed from one end to the other.

[0127] Step S0 includes at least two operation rows, S01 and S02. Each operation row uses the first knitting thread and performs single-sided knitting with eight needle positions.

[0128] In detail, the operating row of this disclosure includes eight needle positions from left to right. Step S0 uses the first knitting yarn and performs single-sided knitting on all needle positions of two operating rows to ensure the uniformity and stability of the knitted structure, providing good elasticity and durability, and avoiding skewing or uneven tension. Optionally, more operating rows can be added to increase the stability of the knitted structure, and this disclosure does not limit this.

[0129] See Figure 1 and Figure 3 In one embodiment, step S1 includes the following operation line using the first braided thread:

[0130] S11: All eight stitches are knitted in plain four stitches;

[0131] S12: All eight needle positions are knitted in single-sided knit stitch;

[0132] S13: Knit stitches are used for the first, third, fifth, and seventh stitches; single-sided knit stitches are used for the second, fourth, sixth, and eighth stitches.

[0133] S14: All eight needle positions are knitted in reverse stitch on one side;

[0134] S15: All eight needle positions are knitted in single-sided knit stitch;

[0135] S16: The first, third, fifth, and seventh stitches are knitted in reverse on one side, while the second, fourth, sixth, and eighth stitches are knitted in reverse with floating yarn.

[0136] In this process, rows S11 to S16 all use the first knitting yarn. Row S11 is knitted with four plain knit stitches, and the density is adjusted to be 0.5 times tighter than the main body density of the knitted structure. The density of rows S12, S13, S14, S15, and S16 are all set to the main body density. By performing different knitting actions at the front and back needle positions, stable and tight loops are formed on the front side of the knitted structure, resulting in good flatness, while loose loops are formed on the back side of the knitted structure, increasing elasticity and breathability.

[0137] Adjusting the density of a local area of ​​the knitted fabric to 0.5 times tighter than the overall density using machine density can reduce the risk of loop unraveling through a tighter loop arrangement, improve local durability, increase the friction between loops, making the fabric more difficult to stretch under stress, and also make the area thicker and more three-dimensional. The tighter loop structure reduces the exposure of fiber ends, lowers the probability of pilling, and improves surface abrasion resistance.

[0138] See Figure 1 and Figure 4 In one embodiment, step S2 includes the following operation line:

[0139] S21: The first, third, fifth, and seventh stitch positions perform a turning stitch action from the back plate to the front plate;

[0140] S22: The second, fourth, sixth, and eighth needle positions perform a turning motion from the front plate to the back plate, while simultaneously shifting one position to the subsequent needle position;

[0141] S23: The first, third, fifth, and seventh stitch positions perform a turning stitch action from the back plate to the front plate;

[0142] S24: Using the first knitting yarn, the first, third, fifth, and seventh stitches are knitted with floating yarn, and the second, fourth, sixth, and eighth stitches are knitted with single-sided knit yarn.

[0143] S25: Uses the first knitting yarn, and all eight needle positions are knitted in single-sided reverse stitch;

[0144] S26: Uses the first knitting yarn, and all eight needle positions are knitted in single-sided knit stitch;

[0145] S27: Using the first knitting yarn, single-sided reverse knitting is performed at the first, third, fifth, and seventh stitch positions, and reverse floating yarn is performed at the second, fourth, sixth, and eighth stitch positions.

[0146] In step S2, the density of the seven operation rows is set to the body density.

[0147] Furthermore, the turning stitch action refers to the action of transferring a loop from one needle position to another, typically used to create a three-dimensional texture or adjust the fabric structure, without using yarn to knit the loop. Operations S21 to S23 perform the turning stitch action, while operations S24 to S27 use the first knitting yarn for knitting.

[0148] Furthermore, step S2 achieves the formation of an inclined jacquard on the back of the knitted structure by turning the needles from the front plate to the back plate and displacing the loops of the turned needles on the back plate. Meanwhile, since the loops of the needle positions on the front plate are not displaced, the front of the knitted structure remains a flat loop structure.

[0149] See Figure 1 and Figure 5 In one embodiment, step S3 includes the following operation line:

[0150] S31: The first, third, fifth, and seventh stitch positions perform a turning stitch action from the back plate to the front plate;

[0151] S32: The second, fourth, sixth, and eighth needle positions perform a turning motion from the front plate to the back plate, while each needle position shifts one position to the subsequent needle position.

[0152] S33: The first, third, fifth, and seventh stitch positions perform a turning stitch action from the back plate to the front plate;

[0153] S34: Uses the first knitting yarn, and all eight needle positions are knitted in single-sided reverse stitch;

[0154] S35: The fourth and eighth stitch positions perform a flipping stitch action from the back plate to the front plate;

[0155] S36: Use the second knitting yarn. The first and fifth stitches are knitted in single-sided reverse stitch, the second and sixth stitches are knitted in stockinette stitch, and the third, fourth, seventh, and eighth stitches are knitted in reverse floating yarn.

[0156] S37: Pressing action is performed at the first and fifth needle positions; the looping action is performed at the second and sixth needle positions at the front plate; and pressing action is performed at the back plate needle positions.

[0157] S38: Using the first knitting thread, the fourth and eighth stitches perform a turning motion from the front plate to the back plate;

[0158] S39: Uses the first knitting yarn, and all eight needle positions are knitted in single-sided knit stitch;

[0159] S310: Use the first knitting yarn, and perform single-sided reverse knitting at the third, fourth, seventh, and eighth needle positions.

[0160] In this process, the density of operation rows S36 and S37 is adjusted to be 0.5 times looser than the main body density of the knitted structure, while the density of operation rows S34, S39, and S310 is set to the main body density. Operation rows S31, S32, and S33 perform needle turning and shifting actions to prepare for the subsequent second slanted jacquard unit, thereby simulating the three-dimensional cross-cutting effect of hand-knitted cable knitting. Operation row S34 uses the first knitting yarn in single-sided reverse knitting to provide stable support for the introduction of the second knitting yarn. Operation row S36 introduces the second knitting yarn into the knitted structure, preparing for subsequent twisting and transition, and performs press-in, loop-dropping, and needle turning actions to hide the loops of the second knitting yarn on the reverse side of the knitted structure and improve stability; afterwards, the first knitting yarn continues to be used to increase the stability of the knitted structure.

[0161] Adjusting the density of certain areas of the knitted fabric to 0.5 times looser than the overall density increases the longitudinal or transverse float of the loops, making the knitted fabric easier to stretch. Simultaneously, the looser density increases the gaps between loops, making the fabric more breathable. More importantly, in special knitting areas (such as the edges of jacquard patterns), appropriately reducing the density can prevent loops from twisting or unraveling due to excessive tightness, and can alleviate knitted fabric twisting or wrinkling caused by uneven tension. This avoids the need for twisting the loops in the next step, which could lead to knitted fabric twisting or wrinkling.

[0162] Pressing the needle involves applying pressure to the knitting needle to control the opening and closing of the needle hook, ensuring that the old loop remains stably inside the needle hook. This compacts the loop at the needle position, providing a stable environment for yarn feeding and the formation of new loops. Loop release occurs after the new loop has been formed, pushing the old loop off the needle hook and combining it with the new loop to form the stitch.

[0163] See Figure 1 and Figure 6 In one embodiment, step S4 includes the following operation line:

[0164] S41: Using the first knitting yarn, all eight needle positions are knitted in single-sided knit stitch;

[0165] S42: Use the first knitting yarn, and perform single-sided reverse knitting at the third, fourth, seventh, and eighth stitch positions;

[0166] S43: The third, fourth, seventh, and eighth stitch positions perform a flipping stitch action from the back plate to the front plate;

[0167] S44: Using the first knitting yarn, single-sided knit stitches are performed at the first, second, third, fifth, sixth, and seventh stitches, and four-stitch knit stitches are performed at the fourth and eighth stitches.

[0168] S45: The first and fifth needle positions perform the front plate needle position pressing action, and the fourth and eighth needle positions perform the back plate needle position unlooping action.

[0169] S46: The third, fourth, seventh, and eighth stitch positions perform a turning stitch action from the front plate to the back plate;

[0170] S47: The fourth and eighth stitch positions perform a flipping motion from the back plate to the front plate, while simultaneously shifting one position to the subsequent stitch position;

[0171] S48: The third and seventh needle positions perform a flipping motion from the back plate to the front plate, while simultaneously shifting the needle position forward one position.

[0172] S49: The first, second, fifth, and sixth needle positions perform a turning motion from the back plate to the front plate, while simultaneously shifting the needle position forward two positions.

[0173] Among them, the density of operation row S45 is adjusted to be 0.5 times looser than the main body density of the knitted structure, and the densities of operation rows S41, S42 and S44 are all set to the main body density.

[0174] Meanwhile, in step S4, the loops on the front plate needle position are turned and shifted, and combined with the full-stitch loops on the front plate needle position, so that the front side of the knitted structure forms an inclined jacquard structure, the loops form an oblique path, and finally present an inclined texture, and the loops are tight without openwork.

[0175] Furthermore, by controlling the number of positions the coil moves on the needle, the tilt angle of the formed jacquard structure can be adjusted. In this disclosure, by shifting the coil one or two positions on the needle, a second tilted jacquard structure with a tilt angle of 45° from the lower left to the upper right is formed.

[0176] See Figure 1 and Figure 7 In one embodiment, step S5 includes the following operation line:

[0177] S51: Use the second knitting yarn. The first and fifth stitches are purl floats, the second and sixth stitches are single-sided purl knitting, the third and seventh stitches are knit four stitches, and the fourth and eighth stitches are single-sided knitting.

[0178] S52: The third and seventh needle positions perform the front plate needle pressing action, and the back plate needle position performs the loop release action. The fourth and eighth needle positions perform the front plate needle pressing action.

[0179] S53: Using the first knitting yarn, the first and fifth stitches are knitted in stockinette stitch, the second and sixth stitches are knitted in single-sided knit stitch, the third and seventh stitches are knitted in single-sided purl stitch, and the fourth and eighth stitches are knitted in purl float.

[0180] S54: The first and fifth needle positions perform the front plate needle pressing action, and the back plate needle position performs the loop release action. The second and sixth needle positions perform the front plate needle pressing action.

[0181] S55: The first, second, fifth, and sixth needle positions perform a turning motion from the front plate to the back plate, while simultaneously shifting two positions forward.

[0182] S56: The third, fourth, seventh, and eighth stitch positions perform a turning motion from the front plate to the back plate, while simultaneously shifting two positions to the subsequent stitch position;

[0183] S57: All eight needle positions perform a turning needle action from the back plate to the front plate;

[0184] S58: Using the first knitting yarn, the first, second, fifth, and sixth stitches are knitted with a floating stitch, and the third, fourth, seventh, and eighth stitches are knitted with a four-stitch pattern.

[0185] S59: The third, fourth, seventh, and eighth needle positions perform the front plate needle pressing action, and the back plate needle position performs the loop release action.

[0186] In this process, the density of operation rows S51, S52, S53, S54, S58, and S59 is adjusted to be 0.5 times looser than the density of the main body of the knitted structure. Operation row S51 is used to knit the second knitting thread introduced in the previous steps through a combination of needle techniques.

[0187] Through the loop release action and press-down action of the loop on the needle position in S52, the loop of the second knitting thread in S51 is further formed into multiple bundles. Then, due to the loosening of the density of the operation row, after the loop is formed by the first knitting thread in S53, the needle flipping action and displacement action are performed, which can pull the second knitting thread to produce a more obvious twist and fix its angle, so that they work together to knit an inclined jacquard structure, and then further reinforced by the first knitting thread in S58.

[0188] Furthermore, in step S5, the loop of the first braided thread is moved and pulled at the needle position to pull the loop of the second braided thread, thereby forming a third inclined jacquard structure with the second braided thread tilting at an angle of 45° from the lower left to the upper right. Since multiple sets of thread bundles are constructed first, the third inclined jacquard structure of this disclosure has a hollow structure.

[0189] See Figure 1 and Figure 8 In one embodiment, step S6 includes the following operation line:

[0190] S61: Use the second knitting yarn. Knit four stitches at the first and fifth stitches, single-sided knit stitches at the second and sixth stitches, and knit floating yarn at the third, fourth, seventh, and eighth stitches.

[0191] S62: The first and fifth needle positions perform the front plate needle pressing action, and the back plate needle position performs the loop release action. The second and sixth needle positions perform the front plate needle pressing action.

[0192] S63: The first, second, fifth, and sixth stitch positions perform a turning stitch action from the front plate to the back plate;

[0193] S64: The third, fourth, seventh, and eighth needle positions perform a turning motion from the front plate to the back plate, while simultaneously shifting two positions forward.

[0194] S65: The first, second, fifth, and sixth stitch positions perform a flipping stitch action from the back plate to the front plate;

[0195] S66: Using the second knitting yarn, single-sided knitting is performed at the first, second, fourth, fifth, sixth, and eighth stitch positions, and knitting float is performed at the third and seventh stitch positions;

[0196] S67: Using the second knitting yarn, single-sided knitting is performed at the first, second, third, fifth, sixth, and seventh stitch positions, and knitting floats are performed at the fourth and eighth stitch positions.

[0197] In this process, the density of operation rows S61 and S62 is adjusted to be 0.5 times looser than the density of the main body of the knitted structure. The density of operation rows S66 and S67 is set to the density of the main body. Operation rows S61, S66 and S67 knit the second knitting thread introduced in the aforementioned steps through a combination of needle techniques.

[0198] After knitting with the second knitting thread in operation S61, the second knitting thread forms a hollow structure through the loop-off action, the needle flipping action, and the displacement action. Then, combined with operation S66 and S67, the interval of the hollow structure is gradually reduced, thus finishing the previous step S5. The two work together to make the hollow structure obvious and stable.

[0199] See Figure 1 and Figure 9 In one embodiment, the knitting method further includes step S7: finishing the base unit. Step S7 includes at least two operation rows, S71 and S72, each operation row using the second knitting thread and performing single-sided knitting with eight needle positions.

[0200] Step S7 involves single-sided knitting of all needle positions in two operation rows. Optionally, more operation rows can be added to increase the stability of the knitted structure, which is not limited in this disclosure.

[0201] See Figure 10 and Figure 11 This disclosure also provides a fabric obtained by cyclic weaving using the weaving method described in any of the above embodiments.

[0202] The fabric disclosed herein features a unique slanted jacquard weave, and the connection of the knitting units allows for a natural transition between different colors, increasing the fabric's layering and three-dimensionality. This results in rich variations in texture and pattern. Furthermore, the fabric woven in this disclosure has good breathability and is easy to combine with other materials. In addition, the knitted weft knitted products produced by the computerized flat knitting machine have high output and large output per unit time, making them suitable for mass production with stable patterns.

[0203] The following section will illustrate the knitting method of the disclosed inclined jacquard structure using an application scenario.

[0204] First, prepare the yarn. Choose suitable knitting yarn, determining its color, material, and thickness based on design requirements. For example, wool yarn can be used for warmer autumn and winter clothing, while cotton yarn can be chosen for breathable summer clothing. Different colored yarns will be used to construct different parts of the jacquard pattern.

[0205] Next, configure the flat knitting machine by setting parameters, including adjusting the needle bed, the machine head speed, and the yarn feeder position. Ensure the machine is in normal working order and that all components can accurately execute knitting instructions.

[0206] Then, input the command and use computer software to input and save the knitting method of the disclosed oblique jacquard structure.

[0207] Finally, the knitting process begins. The knitting machine head moves back and forth on the needle bed according to a preset program, driving the yarn feeder to feed the yarn into the needle hooks. The needles then perform corresponding knitting actions according to the pattern design. In the sections forming the slanted pattern, by controlling the alternating work of the needles on different needle beds and the timely feeding of yarn from the yarn feeder, the arrangement of the loops in the horizontal and vertical directions changes, thus presenting a slanted visual effect.

[0208] This cycle repeats, see below. Figure 10 and Figure 11 Operators can obtain fabric products using the knitting method disclosed herein. The knitted loops of the fabric have a 45-degree angle of inclination, and the addition of different colors enhances the richness of the pattern.

[0209] The various embodiments of this disclosure have been described above. These descriptions are exemplary and not exhaustive, and are not limited to the disclosed embodiments. Many modifications and variations will be apparent to those skilled in the art without departing from the scope and spirit of the described embodiments. The terminology used herein is chosen to best explain the principles, practical application, or technical improvements to the embodiments in the market, or to enable others skilled in the art to understand the embodiments disclosed herein. The scope of this disclosure is defined by the appended claims.

Claims

1. A method for knitting a slanted jacquard structure, characterized in that, The weaving method includes at least the following steps: S0, Knitting Starter Unit: Using the first knitting yarn, a flat loop is formed on the front side of the knitted structure through single-sided knitting. S1, Knitting elastic unit: Using the first knitting yarn, a flat loop with elasticity is formed on the front side of the knitted structure by a combination of single-sided knitting needle, single-sided purlting needle, float yarn and four-line knitting needle; S2. Knitting the first inclined jacquard unit: Using the first knitting yarn, an inclined jacquard loop is formed on the reverse side of the knitted structure by a combination of single-sided knitting, single-sided purlting, floating yarn and turning needle actions. S3, Knitting Preparation Unit: Using the first knitting thread, a tight loop is formed on the front side of the knitted structure through a combination of single-sided knitting, single-sided purling, four-knitting, pressing, and turning actions. Using the second knitting thread, a combination of single-sided purling, floating, four-knitting, pressing, and turning actions is used to connect it to the reverse side of the knitted structure. S4. Knitting the second inclined jacquard unit: Using the first knitting yarn, through a combination of single-sided knitting, single-sided purlting, four-line knitting, press stitch, turn stitch, and loop-off actions, a tight jacquard loop inclined in the first direction is formed on the front side of the knitted structure. The second knitting yarn does not move and forms a float on the back side of the knitted structure. S5. Knitting the third inclined jacquard unit: Using the first knitting yarn, through a combination of single-sided knitting, single-sided purling, floating yarn, four-knit stitch and press stitch action, turning stitch action and loop-breaking action, using the second knitting yarn, through a combination of single-sided knitting, single-sided purling, floating yarn, four-knit stitch and press stitch action and loop-breaking action, a tight loop is formed on the front side of the knitted structure, and then a jacquard loop effect inclined along the first direction is formed; S6, Knitting Finishing Unit: Using the second knitting yarn, the inclined jacquard loop is transitioned into a flat loop through a combination of single-sided knitting, floating yarn, four-knitting and pressing needle actions, turning needle action and loop-off action. The first braided thread and the second braided thread are braided threads of different colors.

2. The knitting method of a knitted oblique jacquard structure according to claim 1, characterized in that, Each of the knitting units has at least two operating rows, and each operating row includes eight needle positions, namely the first needle position, the second needle position, the third needle position, the fourth needle position, the fifth needle position, the sixth needle position, the seventh needle position, and the eighth needle position, which are distributed from one end to the other. Step S0 includes at least two operation rows, S01 and S02. Each operation row uses the first knitting thread to perform single-sided knitting with eight needle positions.

3. The knitting method of a knitted oblique jacquard structure according to claim 2, characterized in that, Step S1 includes the following operation using the first braided thread: S11: All eight needle positions are knitted using a four-stitch pattern; S12: All eight needle positions are knitted using single-sided knit stitches; S13: The first, third, fifth, and seventh needle positions are knitted with floating yarn, while the second, fourth, sixth, and eighth needle positions are knitted with single-sided knit yarn. S14: All eight needle positions are knitted using single-sided reverse stitches; S15: All eight needle positions are knitted using single-sided knit stitches; S16: The first, third, fifth, and seventh needle positions are knitted in reverse on one side, while the second, fourth, sixth, and eighth needle positions are knitted in reverse with floating yarn.

4. The knitting method of a knitted oblique jacquard structure according to claim 3, characterized in that, Step S2 includes the following operation lines: S21: The first, third, fifth, and seventh needle positions perform a needle flipping action from the back plate to the front plate; S22: The second, fourth, sixth, and eighth needle positions perform a turning motion from the front plate to the back plate, while simultaneously shifting one position to the subsequent needle position; S23: The first, third, fifth, and seventh needle positions perform a needle flipping action from the back plate to the front plate; S24: Using the first knitting yarn, the first, third, fifth, and seventh needle positions are knitted with floating yarn, and the second, fourth, sixth, and eighth needle positions are knitted with single-sided knitting. S25: Using the first knitting yarn, all eight needle positions are knitted in single-sided reverse stitch; S26: Using the first knitting yarn, all eight needle positions are knitted in single-sided knit stitch; S27: Using the first knitting yarn, the first, third, fifth, and seventh needle positions are knitted in reverse on one side, while the second, fourth, sixth, and eighth needle positions are knitted in reverse floating yarn.

5. The knitting method of a knitted oblique jacquard structure according to claim 4, characterized in that, Step S3 includes the following operation lines: S31: The first, third, fifth, and seventh needle positions perform a needle flipping action from the back plate to the front plate; S32: The second, fourth, sixth, and eighth needle positions perform a turning motion from the front plate to the back plate, while each needle position shifts one position to the subsequent needle position. S33: The first, third, fifth, and seventh needle positions perform a needle flipping action from the back plate to the front plate; S34: Using the first knitting yarn, all eight needle positions are knitted in single-sided reverse stitch; S35: The fourth and eighth needle positions perform a needle flipping action from the back plate to the front plate; S36: Using the second knitting yarn, the first and fifth needle positions are knitted in single-sided reverse stitch, the second and sixth needle positions are knitted in four-stitch pattern, and the third, fourth, seventh, and eighth needle positions are knitted in reverse stitch with floating yarn. S37: The first and fifth needle positions perform a pressing action, the second and sixth needle positions perform a front plate needle position unlooping action, and the rear plate needle position performs a pressing action; S38: Using the first knitting thread, the fourth and eighth needle positions perform a turning motion from the front plate to the back plate; S39: Using the first knitting yarn, all eight needle positions are knitted in single-sided knit stitch; S310: Using the first knitting yarn, the third, fourth, seventh, and eighth needle positions are knitted in a single-sided reverse stitch.

6. The knitting method of a knitted oblique jacquard structure according to claim 5, characterized in that, Step S4 includes the following operation lines: S41: Using the first knitting yarn, all eight needle positions are knitted in single-sided knit stitch; S42: Using the first knitting yarn, the third, fourth, seventh, and eighth needle positions are knitted in reverse stitch on one side. S43: The third, fourth, seventh, and eighth needle positions perform a needle flipping action from the back plate to the front plate; S44: Using the first knitting yarn, the first, second, third, fifth, sixth, and seventh needle positions are knitted in single-sided knit stitch, and the fourth and eighth needle positions are knitted in four-stitch pattern. S45: The first and fifth needle positions perform the front plate needle position pressing action, and the fourth and eighth needle positions perform the back plate needle position uncoiling action; S46: The third, fourth, seventh, and eighth needle positions perform a needle-flipping action from the front plate to the rear plate; S47: The fourth and eighth needle positions perform a flipping action from the back plate to the front plate, and simultaneously shift one position to the subsequent needle position. S48: The third and seventh needle positions perform a flipping action from the back plate to the front plate, and at the same time, the needle position is shifted one position forward; S49: The first, second, fifth, and sixth needle positions perform a needle flipping action from the back plate to the front plate, while simultaneously shifting two positions forward.

7. The knitting method of a knitted oblique jacquard structure according to claim 6, characterized in that, Step S5 includes the following operation lines: S51: Using the second knitting yarn, the first and fifth needle positions are purl floats, the second and sixth needle positions are single-sided purl knitting, the third and seventh needle positions are four-stitch knitting, and the fourth and eighth needle positions are single-sided knitting. S52: The third and seventh needle positions perform the front plate needle position pressing action and the rear plate needle position unlooping action; the fourth and eighth needle positions perform the front plate needle position pressing action. S53: Using the first knitting yarn, the first and fifth needle positions are knitted in four plain stitches, the second and sixth needle positions are knitted in one side, the third and seventh needle positions are knitted in one side, and the fourth and eighth needle positions are knitted in one side with a purl stitch. S54: The first and fifth needle positions perform the front plate needle position pressing action, and the rear plate needle position unlooping action; the second and sixth needle positions perform the front plate needle position pressing action. S55: The first, second, fifth, and sixth needle positions perform a turning motion from the front plate to the rear plate, while simultaneously shifting two positions forward. S56: The third, fourth, seventh, and eighth needle positions perform a turning motion from the front plate to the rear plate, and simultaneously shift two positions to the subsequent needle position. S57: All eight needle positions perform a needle flipping action from the back plate to the front plate; S58: Using the first knitting yarn, the first, second, fifth, and sixth needle positions are knitted with a floating stitch, and the third, fourth, seventh, and eighth needle positions are knitted with a plain four-stitch pattern. S59: The third, fourth, seventh, and eighth needle positions perform the front plate needle pressing action and the rear plate needle uncoiling action.

8. The knitting method of a knitted oblique jacquard structure according to claim 7, characterized in that, Step S6 includes the following operation lines: S61: Using the second knitting yarn, the first and fifth needle positions are knitted in four plain stitches, the second and sixth needle positions are knitted in single-sided knit stitches, and the third, fourth, seventh, and eighth needle positions are knitted with floating yarn. S62: The first and fifth needle positions perform the front plate needle position pressing action and the rear plate needle position unlooping action; the second and sixth needle positions perform the front plate needle position pressing action. S63: The first, second, fifth, and sixth needle positions perform a turning needle action from the front plate to the back plate; S64: The third, fourth, seventh, and eighth needle positions perform a turning needle action from the front plate to the rear plate, while simultaneously shifting two positions forward. S65: The first, second, fifth, and sixth needle positions perform a turning needle action from the back plate to the front plate; S66: Using the second knitting yarn, the first, second, fourth, fifth, sixth, and eighth needle positions are knitted in a single-sided knitting pattern, while the third and seventh needle positions are knitted with a floating knitting pattern. S67: Using the second knitting yarn, the first, second, third, fifth, sixth, and seventh needle positions are knitted in a single-sided knitting pattern, while the fourth and eighth needle positions are knitted with a floating knitting pattern.

9. A method for knitting a slanted jacquard structure according to any one of claims 2 to 8, characterized in that, The knitting method further includes step S7: finishing the basic unit. Step S7 includes at least two operation rows, S71 and S72. Each operation row uses the second knitting thread and performs single-sided knitting with eight needle positions.

10. A fabric, characterized in that, It is obtained by cyclic weaving using the weaving method described in any one of claims 1 to 9.

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