Weft knitting jacquard towel fabric
By flexibly designing the distribution of terry loop and non-terry loop areas in weft-knitted towel fabric, and combining high-needle count machine sizes and knitting methods, the problems of limited pattern variations and difficulty in adjusting terry loop height have been solved, resulting in lightweight and diverse weft-knitted jacquard towel fabric suitable for lightweight clothing.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2025-03-25
- Publication Date
- 2026-03-10
AI Technical Summary
Existing weft-knitted towel fabrics have limited pattern variations, difficulty in adjusting loop height, and equipment limitations result in a simple fabric structure, making them unsuitable for lightweight clothing.
The design features a flexible distribution of terry and non-terry areas, combined with different knitting methods, to achieve arbitrary changes in patterns and free adjustment of terry height. It uses a high-needle count machine for fine knitting and a silk-covered cotton structure to improve the fabric's lightness and moisture absorption.
It achieves a variety of patterns and flexible adjustment of loop height in weft-knitted jacquard towel fabrics, making the fabric lighter and thinner with a stable structure, and providing good moisture absorption and wearing comfort.
Smart Images
Figure CN223983791U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to the field of weft knitting, specifically refers to a weft knitting jacquard towel fabric. BACKGROUND
[0002] The weft knitting towel fabric on the market is woven by a special towel machine. During the weaving process of the towel machine, the yarn on the jaw of the sinker is bent to form a plain stitch, and the sinker arc of the looped yarn on the nose of the sinker is elongated to form a loop. The general weft knitting towel equipment is difficult to realize the arbitrary change of the pattern, resulting in less development of weft knitting jacquard towel fabric products. Moreover, the loop height adjustment of the existing weft knitting towel cloth depends on the height of the sinker nose. When the loop height needs to be adjusted, the sinker with different sinker nose heights also needs to be replaced. Therefore, the loop height cannot be freely adjusted due to the limitation of the loop sinker nose height of the towel machine and the equipment. Meanwhile, the gauge of the current towel machine is relatively thick, mainly below 28 needles. High needles cannot be freely selected. The produced towel fabric is generally thick. Therefore, the conventional towel fabric structure on the market is relatively single, and is not suitable for light and thin clothes. SUMMARY
[0003] Therefore, the utility model provides a weft knitting jacquard towel fabric. The loop of the towel fabric can be set as required. The pattern is not limited. The loop organization of the towel fabric is more fine than the general weft knitting towel fabric on the market, and is suitable for underwear or light and thin clothes.
[0004] As a first aspect of the utility model, a weft knitting jacquard towel fabric is provided, which comprises a loop area and a non-loop area. The loop area and the non-loop area are distributed along the length or width direction of the fabric. The loop area comprises a base layer and a loop layer. In the smallest cycle unit of the loop area, at least two types of yarns are included. The first yarn is distributed in the base layer and the loop layer in turn in the loop organization. The second yarn is distributed in the base layer with the first yarn in the same needle position in the loop organization, and the second yarn is distributed in the float organization in the remaining needle position. The non-loop area comprises a surface layer and a bottom layer. The non-loop area is a cotton wool organization or a rib organization.
[0005] Further, the non-loop area is a cotton wool organization. The loop area comprises a plurality of loop organizations continuously distributed along the transverse direction of the fabric. In the smallest cycle unit of the loop organization, the loop organization comprises at least two types of yarns and two horizontal line organizations.
[0006] The first horizontal line organization comprises: the loop organization formed by the first yarn in the base layer at the first needle position and in the loop layer at the second needle position, and the loop organization formed by the second yarn in the base layer at the first needle position and the float organization formed at the second needle position;
[0007] The second course stitch includes: the first yarn forms loop stitch at the base layer of the first needle position and the terry layer of the second needle position, and the second yarn forms loop stitch at the base layer of the first needle position and forms floating stitch at the second needle position.
[0008] Further, the non-terry area is continuously distributed along the transverse direction of the fabric, and in the smallest cycle unit of the non-terry area, at least two types of yarns and four course stitches are included, wherein:
[0009] The first course stitch includes: the third yarn forms loop stitch at the base layer of the first needle position and the face layer of the second needle position;
[0010] The second course stitch includes: the fourth yarn forms loop stitch at the base layer of the first needle position and forms floating stitch at the face layer of the second needle position;
[0011] The third course stitch includes: the third yarn forms loop stitch at the face layer of the first needle position and the base layer of the second needle position;
[0012] The fourth course stitch includes: the fourth yarn forms loop stitch at the base layer of the second needle position and forms floating stitch at the first needle position.
[0013] The non-terry area is rib stitch, and the terry area includes a plurality of terry stitches continuously distributed along the transverse direction of the fabric, and in the smallest cycle unit of the terry stitch, the terry stitch includes at least two types of yarns and one course stitch, wherein the first yarn forms loop stitch at the base layer of the first needle position and the terry layer of the second needle position, and the second yarn forms loop stitch at the base layer of the first needle position and forms floating stitch at the second needle position.
[0014] As a second aspect of the utility model, a method for weaving jacquard weft-knitted towel fabric is provided.
[0015] When the terry area and the non-terry area are transversely arranged in a stripe pattern, the terry area in the transverse direction is continuously woven by terry stitch, and the non-terry area in the transverse direction is continuously woven by non-terry area, wherein the weaving of the terry area includes the following weaving methods:
[0016] The first weaving system includes: the first yarn forms loop stitch at the upper needle disc of the first needle position and the lower needle cylinder of the second needle position, and the second yarn forms loop stitch at the upper needle disc of the first needle position and forms floating stitch at the second needle position.
[0017] In the second weaving system, the third yarn is soluble yarn, which forms loop stitch at the second needle position of the lower needle cylinder, and forms floating stitch at the remaining needle positions.
[0018] In the third knitting system, the first yarn is knitted into loop stitches at the lower needle cylinder of the first needle position and the upper needle disc of the second needle position, and the second yarn is knitted into loop stitches at the upper needle disc of the second needle position and into float stitches at the first needle position;
[0019] In the fourth knitting system, the third yarn is a soluble yarn, which is knitted into loop stitches at the first needle position of the lower needle cylinder and into float stitches at the remaining needle positions. After the knitting is completed, the soluble yarn is removed through a dyeing and finishing process, and the first yarn forms terry loops at the loop stitches of the lower needle cylinder.
[0020] In the second knitting system, the third yarn is a soluble yarn, which is knitted into loop stitches at the second needle position of the lower needle cylinder and into float stitches at the remaining needle positions. After the knitting is completed, the soluble yarn is removed through a dyeing and finishing process, and the first yarn forms terry loops at the loop stitches of the lower needle cylinder.
[0021] The knitting of the non-terry area includes the following knitting methods:
[0022] In the first knitting method, the upper needle disc and the lower needle cylinder of the terry machine are set in cotton terry position, and the four-way knitting system is one knitting cycle, and two needles are one needle arrangement cycle. In the first knitting system, the first yarn forms loop stitches at the first needle position of the lower needle cylinder and the second needle position of the upper needle disc.
[0023] In the second knitting system, the fourth yarn forms loop stitches at the first needle position of the lower needle cylinder and float stitches at the second needle position.
[0024] In the third knitting system, the first yarn forms loop stitches at the first needle position of the upper needle disc and the second needle position of the lower needle cylinder.
[0025] In the fourth knitting system, the fourth yarn forms loop stitches at the second needle position of the lower needle cylinder and float stitches at the first needle position.
[0026] In the second knitting method, the upper needle disc and the lower needle cylinder of the terry machine are set in rib position, and the two-way knitting system is one knitting cycle, and two needles are one needle arrangement cycle. In the first knitting system, the first yarn forms loop stitches at the first needle position of the upper needle disc and the second needle position of the lower needle cylinder. In the second knitting system, the fourth yarn forms loop stitches at the second needle position of the lower needle cylinder and float stitches at the first needle position.
[0027] When the terry area and the non-terry area are distributed longitudinally in a vertical stripe pattern, the terry stitches and the non-terry area are alternately knitted, and there are the following knitting methods:
[0028] Method one: the terry stitch adopts the first knitting system and the second knitting system of the knitting method one, the non-terry area adopts the first knitting system and the second knitting system of the knitting method one, and the number of loops arranged by the terry stitch and the number of loops arranged by the non-terry area are the same in the position of each course.
[0029] Method two: the terry stitch adopts the third knitting system and the fourth knitting system of the knitting method one, the non-terry area adopts the third knitting system and the fourth knitting system of the knitting method one, and the number of loops arranged by the terry stitch and the number of loops arranged by the non-terry area are the same in the position of each course.
[0030] Method three: the terry stitch adopts the first knitting system and the second knitting system of the knitting method two, the non-terry area adopts the first knitting system and the second knitting system of the knitting method two, and the number of loops arranged by the terry stitch and the number of loops arranged by the non-terry area are the same in the position of each course.
[0031] When the terry area and the non-terry area are in a dot or block or other pattern, the same knitting method as the longitudinal interlacing can be adopted, and the difference lies in that the number of loops of the terry stitch and the non-terry area is different, for example, the loops of the terry stitch and the non-terry area are alternately knitted in a 1:1 manner, and when the loops of the terry stitch and the non-terry area are in a staggered position in the adjacent courses, a dot pattern is formed; when the loops of the terry stitch and the non-terry area are in a staggered position in the adjacent courses in a 5:5 or 10:10 or 4:8 alternately knitted manner, a block pattern is formed; when the loops of the terry stitch and the non-terry area are alternately knitted in an irregular ratio, an arbitrary pattern can be formed.
[0032] Further, the non-terry area is continuously distributed along the transverse direction of the fabric, and in the smallest repeating unit of the non-terry area, at least two types of yarns and two courses of stitches are included, wherein:
[0033] The first course of stitches includes: the third yarn forms a loop stitch at the first needle position of the face layer and the second needle position of the bottom layer;
[0034] The second course of stitches includes: the fourth yarn forms a loop stitch at the second needle position of the bottom layer and a floating stitch at the first needle position.
[0035] Further, the terry stitch and the non-terry area are alternately distributed along the transverse direction of the fabric, the non-terry area is a cotton loop stitch, and in the smallest repeating unit of the non-terry area,
[0036] The terry loop area includes: at least one set of looped structures formed by a first yarn in the base layer at the first needle position and a terry loop layer at the second needle position, and a looped structure formed by a second yarn in the base layer at the first needle position and a float structure formed at the second needle position; or at least one set of looped structures formed by a first yarn in the terry loop layer at the first needle position and a base layer at the second needle position, and a looped structure formed by a second yarn in the base layer at the second needle position and a float structure formed at the first needle position.
[0037] The non-terry area includes: at least one set of looped structures formed by a third yarn at the first stitch position of the bottom layer and the second stitch position of the top layer, and a looped structure formed by a fourth yarn at the first stitch position of the bottom layer and a float structure formed at the second stitch position of the top layer, or at least one set of looped structures formed by a third yarn at the first stitch position of the top layer and the second stitch position of the bottom layer, and a looped structure formed by a fourth yarn at the second stitch position of the bottom layer and a float structure formed at the first stitch position.
[0038] Furthermore, the terry loop and non-terry loop areas are alternately distributed along the transverse direction of the fabric, and the non-terry loop areas are rib knit, in which the smallest repeat unit...
[0039] The terry loop area includes: at least one set of first yarns forming a looped structure in the base layer at the first needle position and the terry loop layer at the second needle position, and a second yarn forming a looped structure in the base layer at the first needle position and a float structure formed at the second needle position;
[0040] The non-terry area includes: a looped structure formed by at least one set of third yarns at the first stitch position of the surface layer and the second stitch position of the bottom layer, and a looped structure formed by a fourth yarn at the second stitch position of the bottom layer and a float structure formed at the first stitch position.
[0041] Furthermore, the first yarn is staple fiber yarn; the second yarn is filament yarn.
[0042] Furthermore, the first yarn is either modal yarn or cotton yarn.
[0043] Furthermore, the first yarn includes yarn A and yarn B, wherein yarn A is a filament yarn and yarn B is a staple fiber yarn, and yarn A and yarn B have a silk-covered cotton or cotton-covered silk structure.
[0044] Furthermore, the yarn specification of the first yarn is 120S / 1.
[0045] Furthermore, the first yarn and the third yarn can be either modal yarn or cotton yarn.
[0046] Furthermore, the first yarn and the third yarn are the same type of yarn.
[0047] Furthermore, the second yarn is either polyester filament yarn or nylon filament yarn.
[0048] Furthermore, the first yarn includes yarn A and yarn B, wherein yarn A is a filament yarn and yarn B is a staple fiber yarn, and yarn A and yarn B have a silk-covered cotton or cotton-covered silk structure.
[0049] Furthermore, yarn A and yarn B have different yarn characteristics.
[0050] Furthermore, the first yarn includes polyester filament yarn and modal yarn, wherein the polyester filament yarn and modal yarn have a silk-covered cotton structure, and the second yarn is nylon filament yarn.
[0051] Compared with the prior art, the beneficial effects of this utility model are reflected in:
[0052] The loop area and non-loop area of the weft-knitted jacquard towel fabric of this utility model can be arbitrarily distributed along the length or width of the fabric according to the process design to form horizontal stripes, vertical stripes, geometric patterns or other design patterns.
[0053] 2. The weft-knitted jacquard towel fabric of this utility model is woven with yarn of 100S or higher, which makes the fabric lighter and thinner while ensuring the density of the loops, so that the fabric has both structural stability and lightness.
[0054] 3 The first yarn of the weft-knitted jacquard towel fabric of this utility model adopts a silk-covered cotton structure, which makes the outer layer of the fabric smoother and enhances the overall crispness of the fabric. At the same time, the single yarn with good moisture absorption gives the fabric good moisture absorption, making the fabric more comfortable to wear when used as a skin-friendly fabric. Attached Figure Description
[0055] Figure 1 This is a schematic diagram of the fabric structure according to an embodiment of the present utility model;
[0056] Figure 2 This is a schematic diagram of the fabric structure according to Embodiment 1 of the present invention;
[0057] Figure 3 This is an organizational diagram according to Embodiment 1 of the present invention;
[0058] Figure 4 This is an organizational diagram according to Embodiment 2 of the present invention;
[0059] Figure 5 This is a schematic diagram of the fabric structure according to Embodiment 3 of the present invention;
[0060] Figure 6 This is an organizational diagram according to Embodiment 3 of the present invention;
[0061] Figure 7 This is an organizational diagram according to Embodiment 4 of the present invention;
[0062] Figure 8 This is a schematic diagram of the fabric structure according to Embodiment 6 of the present invention.
[0063] Terry area 1, base layer 1-1, terry layer 1-2, non-terry area 2, bottom layer 2-1, top layer 2-2. Detailed Implementation
[0064] A weft-knitted jacquard towel fabric includes a terry loop region 1 and a non-terry loop region 2, wherein the terry loop region 1 and the non-terry loop region 2 are spaced apart along the length or width of the fabric; as shown Figure 1 As shown, the terry loop region 1 includes a base layer 1-1 and a terry loop layer 1-2. In the smallest loop unit of the terry loop region, at least two types of yarn are included. The first yarn is distributed in a looped structure sequentially in the base layer 1-1 and the terry loop layer 1-2. The second yarn is distributed in a looped structure at the same needle position as the first yarn in the base layer 1-1, and in a float structure at the remaining needle positions. The non-terry loop region includes a top layer 2-1 and a bottom layer 2-2. The non-terry loop region is a cotton-wool weave or a rib weave. The technical solution of this utility model will be further described in detail below with reference to the embodiments and accompanying drawings.
[0065] Example 1: This example proposes a weft-knitted jacquard towel fabric and its manufacturing method. The fabric is knitted using a 40-gauge 34-inch cotton wool knitting machine, with a total of 4272 needles in both the upper cylinder and lower needle plate. Figure 2 As shown, the towel fabric includes a terry loop region 1 and a non-terry loop region 2. The terry loop region 1 and the non-terry loop region 2 are spaced apart along the longitudinal direction of the fabric, and are continuously distributed along the transverse direction of the fabric, forming transverse stripes. The non-terry loop region is a cotton-wool weave. In the smallest repeating unit of the terry loop region, the terry loop region includes yarns A and C, and two transverse rows of weave formed by alternating yarns A and B.
[0066] The first transverse structure includes: the loop structure formed by yarn A in the base layer at the first needle position and the terry layer at the second needle position, and the loop structure formed by yarn C in the base layer at the first needle position and the float structure formed at the second needle position.
[0067] The second row of weaves includes: the looped weave formed by yarn A in the terry layer at the first needle position and the base layer at the second needle position, and the looped weave formed by yarn C in the base layer at the second needle position and the float weave formed at the first needle position.
[0068] In the smallest loop unit of the non-terry loop area, such as Figure 3 As shown in (2), it includes yarn A and yarn D, and a four-row weave formed by yarn A and yarn D, wherein:
[0069] The first transverse structure includes: the loop structure formed by yarn A at the first stitch position of the bottom layer and the second stitch position of the top layer;
[0070] The second transverse structure includes: the loop structure formed by the D yarn at the first stitch position of the bottom layer and the float structure formed at the second stitch position of the top layer;
[0071] The third transverse structure includes: the loop structure formed by the A yarn at the first stitch position of the surface layer and the second stitch position of the bottom layer;
[0072] The fourth row of structures includes: the loop structure formed by the D yarn at the second stitch position of the bottom layer and the float structure formed at the first stitch position.
[0073] Since this fabric is woven on a cotton-wool loom, the following methods can be used to successfully form the loop structure during the weaving process:
[0074] Set the upper needle plate and lower needle cylinder of the cotton wool machine to be aligned, such as Figure 3 As shown in part (1), a four-way knitting system is a knitting cycle, and two needles are a row of needles. In the first knitting system, yarn A is knitted into a loop structure on the upper needle plate at the first needle position and the lower needle cylinder at the second needle position, and yarn C is knitted into a loop structure on the upper needle plate at the first needle position and forms a float structure at the second needle position.
[0075] In the second knitting system, the soluble yarn is knitted into a loop structure at the second needle position of the lower needle cylinder, and the remaining needle positions form a float structure.
[0076] In the third knitting system, yarn A is knitted into a loop structure in the lower cylinder of the first needle position and the upper needle plate of the second needle position, while yarn C is knitted into a loop structure in the upper needle plate of the second needle position and forms a float structure in the first needle position.
[0077] In the fourth knitting system, the soluble yarn is knitted into a loop structure at the first needle position of the lower needle cylinder, and the remaining needle positions form a float structure.
[0078] After weaving, the soluble yarn is removed through the dyeing and finishing process, and yarn A forms loops in the lower needle cylinder.
[0079] Because cotton and wool knitting machines have higher gauges, finer yarns can be used for weaving. For example, yarns A, C, and D can be made of modal, cotton, polyester filament, or nylon filament, respectively, with yarn specifications such as 120S / 1 or 30D. Soluble yarns can be yarns that can be removed during the dyeing and finishing process, such as DTY alkali-soluble yarn.
[0080] Example 2: This example proposes a weft-knitted jacquard towel fabric and its manufacturing method. The distribution of the terry and non-terry areas is the same as in Example 1, except that the non-terry area is rib knit. In the smallest repeat unit of the terry knit, the terry knit includes yarn A and yarn C, as well as a horizontal row of knit. Yarn A forms a loop in the base layer at the first needle position and the terry layer at the second needle position, while yarn C forms a loop in the base layer at the first needle position and a float in the second needle position. The non-terry area is continuously distributed along the transverse direction of the fabric. In the smallest repeat unit of the non-terry area... Figure 4 As shown in part (2), it includes at least yarn A and yarn D and two rows of weave, wherein:
[0081] The first transverse structure includes: the loop structure formed by yarn A at the first stitch position on the surface layer and the second stitch position on the bottom layer;
[0082] The second row of weaves includes: the looped weave formed by the D yarn at the second stitch position of the bottom layer and the float weave formed at the first stitch position.
[0083] Since this fabric is woven on a cotton-wool loom, the following methods can be used to successfully form the loop structure during the weaving process:
[0084] Set the upper needle plate and lower needle cylinder threads of the cotton wool machine to be aligned, such as Figure 4 As shown in part (1), the two-way knitting system constitutes one knitting cycle, and the two needles constitute one row of needles. In the first knitting system, yarn A forms a looped structure in the base layer at the first needle position and a terry loop layer at the second needle position, while yarn C forms a looped structure in the base layer at the first needle position and a float structure at the second needle position. In the second knitting system, the soluble yarn forms a looped structure at the second needle position of the lower cylinder, and the remaining needle positions form a float structure. After knitting, the soluble yarn is removed through a dyeing and finishing process, and yarn A forms terry loops in the looped structure of the lower cylinder.
[0085] The transverse stripe structure in Examples 1 and 2 can be uniformly distributed, gradually distributed, or unevenly distributed. Specifically, it can be adjusted by adjusting the number of weaves in the terry area and the non-terry area.
[0086] Example 3: This example proposes a weft-knitted jacquard towel fabric and its manufacturing method, such as... Figure 5As shown, the terry and non-terry areas are alternately distributed along the transverse direction of the fabric, forming a longitudinal stripe structure. The non-terry area is a cotton-wool weave. In its smallest cycle unit, the terry weave includes: a loop structure formed by yarn A in the base layer at the 1st needle position and the terry layer at the 2nd needle position, and a loop structure formed by yarn B in the base layer at the 1st needle position and a float structure formed at the 2nd needle position. The non-terry area is as follows... Figure 6 As shown in part (2), it includes a looped structure formed by the first stitch of the bottom layer and the second stitch of the top layer of the A yarn, and a looped structure formed by the first stitch of the bottom layer and a float structure formed by the second stitch of the top layer of the D yarn.
[0087] To ensure the successful formation of the terry loop, when knitting the terry loop, such as... Figure 6 As shown in part (1), the terry loop structure includes at least two knitting systems. In the first knitting system, yarn A forms a loop structure in the base layer at the first needle position and the loop layer at the second needle position, and yarn B forms a loop structure in the base layer at the first needle position and a float structure at the second needle position. In the second knitting system, soluble yarn is knitted into a loop structure at the second needle position of the lower needle cylinder, and float structures are formed at the remaining needle positions. After knitting, the soluble yarn is removed by a dyeing and finishing process, and yarn A forms loops in the loop structure of the lower needle cylinder.
[0088] Example 4: This example proposes a weft-knitted jacquard towel fabric and its manufacturing method. The terry and non-terry areas are alternately distributed laterally along the fabric, forming a longitudinal stripe structure. The non-terry area is a cotton-wool weave. In its smallest repeat unit, the terry weave includes: a loop structure formed by a loop layer of yarn A at the first stitch position and a base layer at the second stitch position, and a loop structure formed by yarn C at the base layer at the second stitch position and a float structure formed at the first stitch position; the non-terry area... Figure 7 As shown in part (2), it includes a looped structure formed by a group of A yarns at the first needle position of the surface layer and the second needle position of the bottom layer, and a looped structure formed by D yarns at the second needle position of the bottom layer and a float structure formed at the first needle position.
[0089] When knitting terry loops Figure 7 As shown in section (1), the terry loop structure comprises at least two knitting systems. In the first knitting system, yarn A is knitted into a loop structure at the lower cylinder at position 1 and the upper cylinder at position 2, while yarn C is knitted into a loop structure at the upper cylinder at position 2 and forms a float structure at position 1. In the second knitting system, soluble yarn is knitted into a loop structure at position 1 of the lower cylinder, and float structures are formed at the remaining positions. After knitting, the soluble yarn is removed by a dyeing and finishing process, and yarn A forms a loop in the loop structure of the lower cylinder.
[0090] Example 5: This example is a weft-knitted jacquard towel fabric and its manufacturing method as described in Example 3. The loop area and non-loop area are alternately distributed along the transverse direction of the fabric. The loop area and non-loop area form a longitudinal stripe structure. The non-loop area is a rib knit. In its smallest repeat unit, the loop knit includes a group of A yarns forming a loop structure in the base layer at the first needle position and the loop layer at the second needle position, as well as a group of C yarns forming a loop structure in the base layer at the first needle position and a float structure formed at the second needle position. The non-loop area includes a group of A yarns forming a loop structure in the first needle position of the surface layer and the second needle position of the bottom layer, as well as a group of D yarns forming a loop structure in the second needle position of the bottom layer and a float structure formed at the first needle position.
[0091] When knitting a terry loop, the terry loop includes at least two knitting systems. In the first knitting system, yarn A forms a loop in the base layer at the first needle position and a loop layer at the second needle position, while yarn C forms a loop in the base layer at the first needle position and a float in the second needle position. In the second knitting system, soluble yarn is knitted into a loop at the second needle position of the lower cylinder and forms a float in the remaining needle positions. After knitting, the soluble yarn is removed through a dyeing and finishing process, and yarn A forms loops in the loop structure of the lower cylinder.
[0092] The longitudinal stripe structure in Examples 3-5 can be uniformly distributed, gradually distributed, or unevenly distributed. Specifically, it can be adjusted by adjusting the number of knitting loops in the terry loop and non-terry loop areas.
[0093] Example 6: This example proposes a weft-knitted jacquard towel fabric and its manufacturing method, wherein the terry loop area and the non-terry loop area are alternately distributed along the transverse and longitudinal directions of the fabric, as exemplified by... Figure 8 As shown, a dotted or block-shaped jacquard structure is formed on the entire fabric. The non-terry area is a cotton-wool weave, which is formed by weaving according to the terry and non-terry area weaving methods of Embodiment 3 or Embodiment 4. The difference lies in the different number of loops when the terry and non-terry areas are alternately woven. This can be set according to the graphic structure of this embodiment. For example, the number of loops in the terry area can be 6, and the number of loops in the non-terry area can be 3. During the weaving process, the number of loops can also be varied. For example, in the first 8 rows of weaving, the number of loops in the terry area is 6 and the number of loops in the non-terry area is 3. In the last 4 rows of weaving, the number of loops in the terry area is 4 and the number of loops in the non-terry area is 4, thus forming a varied jacquard structure.
[0094] In the above embodiments, yarn A is staple fiber yarn; yarn C is filament yarn. Yarn A can be any of modal yarn or cotton yarn, including but not limited to pure yarn and blended yarn. As a preferred option, for example, modal / silk blended yarn, cotton / modal blended yarn, etc.
[0095] Example 7: This example is an extended example of the above example. In this example, yarn A includes two yarns that are fed in at the same time. One yarn is a filament yarn, including but not limited to polyester filament, nylon filament, etc., and the other yarn is a staple fiber yarn, including but not limited to modal yarn, cotton yarn, etc. The two yarns form a silk-covered cotton or cotton-covered silk structure.
[0096] As a preferred option, yarn A is fed in using a silk-covered cotton weaving method. That is, the actual weaving of yarn A includes two types of yarn. These two types of yarn are fed into the weaving through the entire filling structure with plain knit as the ground. The polyester yarn is on the front side of the process, which increases the crispness of the fabric, while the modal / silk blended yarn is on the back side of the process, which can increase the moisture absorption and softness of the fabric against the skin, thereby improving the hand feel and performance of the fabric.
[0097] The above are merely preferred embodiments of this utility model, but do not limit the patent scope of this utility model. Although this utility model has been described in detail with reference to the foregoing embodiments, those skilled in the art can still modify the technical solutions described in the foregoing specific embodiments, or make equivalent substitutions for some of the technical features. Any equivalent structures made using the content of this utility model specification, directly or indirectly applied to other related technical fields, are similarly within the patent protection scope of this utility model.
Claims
1. A weft knitted terry fabric with jacquard, characterized in that: The invention relates to a knitted fabric comprising a terry area and a non-terry area, the terry area and the non-terry area being spaced apart along the length or width direction of the fabric; the terry area comprising a base layer and a terry layer, in the smallest repeating unit of the terry area, comprising at least two types of yarns, wherein the first yarns are arranged in the base layer and the terry layer in turn in a loop formation, and the second yarns are arranged in the base layer and the first yarns in the same needle position in a loop formation, and the second yarns are arranged in the remaining needle positions in a float formation; the non-terry area comprising a face layer and a bottom layer, the non-terry area being a cotton-pile or a rib structure.
2. A weft knitted terry towel fabric according to claim 1, characterized in that: The non-terry area is a cotton-pile structure, and the terry area comprises a plurality of terry structures continuously distributed along the lateral direction of the fabric, in the smallest repeating unit of the terry structure, the terry structure comprises at least two types of yarns and two courses of stitches, wherein: the first course of stitches comprises: the loop formation of the first yarns in the base layer at the first needle position and in the terry layer at the second needle position, and the loop formation of the second yarns in the base layer at the first needle position and the float formation at the second needle position; the second course of stitches comprises: the loop formation of the first yarns in the terry layer at the first needle position and in the base layer at the second needle position, and the loop formation of the second yarns in the base layer at the second needle position and the float formation at the first needle position.
3. A weft knitted terry towel fabric according to claim 2, characterized in that: The non-terry area is continuously distributed along the lateral direction of the fabric, in the smallest repeating unit of the non-terry area, comprising at least two types of yarns and four courses of stitches, wherein: the first course of stitches comprises: the loop formation of the third yarns in the bottom layer at the first needle position and in the face layer at the second needle position; the second course of stitches comprises: the loop formation of the fourth yarns in the bottom layer at the first needle position and the float formation in the face layer at the second needle position; the third course of stitches comprises: the loop formation of the third yarns in the face layer at the first needle position and in the bottom layer at the second needle position; the fourth course of stitches comprises: the loop formation of the fourth yarns in the bottom layer at the second needle position and the float formation at the first needle position.
4. A weft knitted terry towel fabric according to claim 1, characterized in that: The non-terry area is a rib structure, and the terry area comprises a plurality of terry structures continuously distributed along the lateral direction of the fabric, in the smallest repeating unit of the terry structure, the terry structure comprises at least two types of yarns and one course of stitches, the first yarns of which are arranged in the base layer at the first needle position and in the terry layer at the second needle position in a loop formation, and the second yarns are arranged in the base layer at the first needle position in a loop formation and in the second needle position in a float formation.
5. A weft knitted terry towel fabric according to claim 4, characterized in that: The non-terry area is continuously distributed along the lateral direction of the fabric, in the smallest repeating unit of the non-terry area, comprising at least two types of yarns and two courses of stitches, wherein: the first course of stitches comprises: the loop formation of the third yarns in the face layer at the first needle position and in the bottom layer at the second needle position; the second course of stitches comprises: the loop formation of the fourth yarns in the bottom layer at the second needle position and the float formation at the first needle position.
6. A weft knitted terry towel fabric according to claim 1, characterized in that: The terry area and the non-terry area are alternately distributed along the lateral direction of the fabric, the non-terry area is a cotton-pile structure, in the smallest repeating unit of which, The terry region comprises: at least one group of loop stitches formed by the first yarn at the base layer of the first needle position and the terry layer of the second needle position and loop stitches formed by the second yarn at the base layer of the first needle position and floats formed at the second needle position, or at least one group of loop stitches formed by the first yarn at the terry layer of the first needle position and the base layer of the second needle position and loop stitches formed by the second yarn at the base layer of the second needle position and floats formed at the first needle position; The non-terry region comprises: at least one group of loop stitches formed by the third yarn at the first needle position of the bottom layer and the second needle position of the face layer and loop stitches formed by the fourth yarn at the first needle position of the bottom layer and floats formed at the second needle position of the face layer, or at least one group of loop stitches formed by the third yarn at the first needle position of the face layer and the second needle position of the bottom layer and loop stitches formed by the fourth yarn at the second needle position of the bottom layer and floats formed at the first needle position.
7. A weft knitted terry towel fabric according to claim 1, characterized in that: The terry region and the non-terry region are alternately distributed along the transverse direction of the fabric, and the non-terry region is a rib stitch, and in the smallest cycle unit of the rib stitch, The terry region comprises: at least one group of loop stitches formed by the first yarn at the base layer of the first needle position and the terry layer of the second needle position and loop stitches formed by the second yarn at the base layer of the first needle position and floats formed at the second needle position; The non-terry region comprises: at least one group of loop stitches formed by the third yarn at the first needle position of the face layer and the second needle position of the bottom layer and loop stitches formed by the fourth yarn at the second needle position of the bottom layer and floats formed at the first needle position.
8. A weft knitted terry towel fabric according to claim 1, characterized in that: The first yarn is a spun yarn; and the second yarn is a filament yarn.
9. A weft knitted terry towel fabric according to claim 2, characterized in that: The first yarn is any one of modal yarn and cotton yarn.
10. A weft knitted terry towel fabric according to claim 1, characterized in that: The first yarn comprises an A yarn and a B yarn, wherein the A yarn is a filament yarn, the B yarn is a spun yarn, and the A yarn and the B yarn are in a silk-covering-cotton or cotton-covering-silk structure. The first yarn is any one of modal yarn and cotton yarn.