CN224031214U - A type of knitted weft-knitted free-cut fabric - Google Patents
A type of knitted weft-knitted free-cut fabricInfo
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- CN224031214U CN224031214U CN202520767726.1U CN202520767726U CN224031214U CN 224031214 U CN224031214 U CN 224031214U CN 202520767726 U CN202520767726 U CN 202520767726U CN 224031214 U CN224031214 U CN 224031214U
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Abstract
The utility model discloses a weft knitting free-cutting fabric which comprises a surface layer and a bottom layer, wherein the surface layer and the bottom layer are formed by knitting first yarns, second yarns, third yarns and fourth yarns which are sequentially and alternately arranged, one knitting cycle is formed by knitting a first knitting course and a second knitting course, loops of the first knitting course and the second knitting course are knitted into the fabric through repeated cycles, two needle positions of an upper needle dial and a lower needle cylinder are respectively in a needle arrangement cycle, in the first knitting course, the third yarns are knitted with the first yarns in a plating mode, the first needle positions of the upper needle dial are in a loop formation structure, the second needle positions of the lower needle cylinder are in a loop formation structure, in the second knitting course, the fourth yarns are knitted with the second yarns in a plating mode, the first needle positions of the lower needle cylinder are in a loop formation structure, the third yarns and the fourth yarns are all in a low-melting-point spandex, and the low-melting-point spandex is in a semi-melting state and the first yarns and the second yarns are bonded.
Description
Technical Field
The utility model relates to the technical field of knitted fabrics. And more particularly to a weft knitted free-cutting fabric.
Background
The clothes processed by the free-cutting fabric are favored by the vast users due to the characteristics of fresh and cool style, simplicity and easy management. However, most of free-cutting weft knitted fabrics in the market are rib structures and cotton wool structures, and the stiffness and the stability are poor, wherein the knitted fabrics of rib structures have larger elasticity and extensibility in transverse stretching, so that the stability and stiffness of the structures are relatively weak, and the cotton wool structures are too much attention to elasticity, so that the linear density is usually sparse, the structure is loose, easy to deform and cannot be worn out, and the fabric edges are easy to break off after repeated washing, so that the attractive appearance and wearing comfort are affected.
Disclosure of utility model
In view of the above problems, an object of the present utility model is to provide a weft knitted free cutting fabric having high stability and anti-raveling property.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
A weft knitted free cutting fabric comprising:
The surface layer and the bottom layer are formed by knitting first yarns, second yarns, third yarns and fourth yarns which are alternately arranged in sequence;
One knitting cycle in the organization structure of the free-cutting fabric is composed of loops of a first knitting course and a second knitting course, the loops of the first knitting course and the second knitting course are knitted into the fabric through repeated cycles, and two needle positions of an upper needle dial and a lower needle cylinder are respectively in needle arrangement cycle;
in the first knitting course, the first yarn is knitted alternately by the first needle position of the upper needle dial and the second needle position of the lower needle cylinder, and the third yarn is knitted together with the first yarn in a plating mode, wherein the first needle position of the upper needle dial is a looping structure, and the second needle position of the lower needle cylinder is a looping structure;
In the second knitting course, the first needle position of the lower needle cylinder and the second needle position of the upper needle disc alternately knit the second yarn, and the fourth yarn is knitted together with the second yarn in a plating mode, wherein the first needle position of the lower needle cylinder is a looping structure, and the second needle position of the upper needle disc is a looping structure;
The surface layer is formed by mutually stringing a loop forming tissue formed by weaving the first yarn and the third yarn by the first needle position of the upper needle dial and a loop forming tissue formed by weaving the second yarn and the fourth yarn by the second needle position of the upper needle dial;
The bottom layer is formed by mutually stringing a loop forming tissue woven by the second yarn and the fourth yarn through the first needle position of the lower needle cylinder and a loop forming tissue woven by the first yarn and the third yarn through the second needle position of the lower needle cylinder;
the third yarn and the fourth yarn are both low-melting-point spandex, and the low-melting-point spandex is in a semi-melting state and is bonded with the first yarn and the second yarn.
Further alternatively, the free-cutting face material has a cross-machine direction density of 56-58 needles/inch and a machine direction density of 67-70 paths/inch.
Further alternatively, the third and fourth yarns are 20D gauge and have a thread length of 8.5cm/100 needles.
In addition, the material of the first yarn and the material of the second yarn are the same, the spun yarn is one of Modal yarn and cotton yarn, and the thread length is 18-20.5cm/100 needles.
In addition, the material of the first yarn and the material of the second yarn are the same, the filament yarn is one of polyester filament yarn, nylon filament yarn, regenerated cellulose fiber filament yarn and acetate fiber filament yarn, and the thread length is 18-20.5cm/100 needles.
Further, alternatively, one yarn discharge cycle of the stitch structure of the free-cutting fabric includes one knitting cycle.
In addition, the alternative proposal is that the first yarn and the second yarn are the same in material and are all DTY cross section moisture-absorbing and quick-drying terylene low-stretch network yarns;
The length of the DTY cross section moisture-absorbing quick-drying terylene low-stretch network yarn is 19.5cm/100 needles, and the specification is 50D/36F.
In addition, the alternative scheme is that the first yarn and the second yarn are the same in material and are compact spinning yarns woven by 100% Modal, the length of the yarns is 19.5cm/100 needles, and the specification is 100S/1.
Furthermore, alternatively, one yarn-discharging cycle of the stitch structure of the free-cutting fabric includes three knitting cycles.
In addition, the alternative proposal is that the first yarn of the first knitting cycle and the second yarn of the second knitting cycle are DTY semi-gloss high-elastic nylon yarn, the length of the yarn is 19.5cm/100 needle, and the specification is 40D/24F;
The second yarn of the first knitting cycle, the first yarn of the second knitting cycle and the first and second yarns of the third knitting cycle are all compact spinning yarns woven by 100% Modal, the length of the yarns is 19.5cm/100 needles, and the specification is 100S/1.
The beneficial effects of the utility model are as follows:
Aiming at the technical problems in the prior art, the utility model provides the weft knitting free-cutting fabric, which adopts a high-density needle cotton-wool needle knitting mode, and compared with the traditional thread structure and cotton-wool structure, the stability of the fabric is greatly enhanced, so that the fabric can still keep a good form after being washed for many times, the situation of loosening and deformation is not easy to occur, and the service life of the garment is prolonged.
The first yarn and the second yarn are selected from yarns with the specification of 100S and above, and the yarn length of 18-20.5cm/100 needles is combined, so that the fine texture and the compact coil of the fabric can be ensured. Simultaneously, the low-melting-point spandex is woven into the surface layer and the bottom layer in a plating mode, and in the finishing dyeing process, the low-melting-point spandex is in a semi-melting state and is bonded with yarns, so that the fabric is effectively prevented from being scattered, good stiffness is further provided for the fabric, the ready-made garment is more colorful, and the wearing comfort and the aesthetic degree are improved.
The surface layer and the bottom layer of the fabric are fine, smooth and flat, are more stiff and smooth when worn, are softer and more comfortable when contacted with skin, and are suitable for various garments with higher requirements on skin-friendly performance, such as underwear, home wear and the like.
Drawings
The following describes the embodiments of the present utility model in further detail with reference to the drawings.
Fig. 1 shows a schematic structural diagram of a fabric provided by an embodiment of the present utility model.
Fig. 2 shows a schematic microscopic view of the junction of the top layer and the bottom layer of the fabric provided by the embodiment of the utility model.
Fig. 3 shows a weave pattern of one weave cycle of a fabric provided by an embodiment of the utility model.
Fig. 4 shows a weave pattern of one row of yarn loops of the fabric provided by example 3.
Fig. 5 shows a fabric effect diagram of the fabric provided in example 3.
Detailed Description
The utility model is described in further detail below with reference to the drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the utility model and are not limiting thereof. It should be further noted that, for convenience of description, only some, but not all of the structures related to the present utility model are shown in the drawings.
In the description of the present utility model, unless explicitly stated and limited otherwise, the terms "connected," "connected," and "fixed" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally formed, directly connected, indirectly connected through an intermediary, or may be in communication with each other between two elements or in an interaction relationship between two elements. The specific meaning of the above terms in the present utility model will be understood in specific cases by those of ordinary skill in the art.
In the present utility model, unless expressly stated or limited otherwise, a first feature "above" or "below" a second feature may include both the first and second features being in direct contact, as well as the first and second features not being in direct contact but being in contact with each other through additional features therebetween.
In the description of the present embodiment, the terms "upper", "lower", "left", "right", and the like are orientation or positional relationships based on those shown in the drawings, merely for convenience of description and simplicity of operation, and do not indicate or imply that the apparatus or elements referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the utility model. Furthermore, the terms "first," "second," and the like, are used merely for distinguishing between descriptions and not for distinguishing between them.
In view of the drawbacks of the prior art, the present utility model provides a weft knitted free-cutting fabric, as shown in fig. 1 to 5, which includes a surface layer 100 and a bottom layer 200, and is knitted by sequentially and alternately arranging a first yarn 10, a second yarn 20, a third yarn 30 and a fourth yarn 40.
The free-cutting fabric is formed by knitting with a double-sided circular weft knitting machine, the upper needle dial and the lower needle cylinder adopt a cotton-wool needle-pair mode, a minimum knitting cycle in the organization structure of the free-cutting fabric is composed of loops of two knitting courses of a first knitting course A and a second knitting course B, the loops of the first knitting course A and the second knitting course B are knitted into the fabric through repeated cycles, and two needle positions of the upper needle dial and the lower needle cylinder are respectively in a needle arrangement cycle.
In the first knitting course a, the first needle position 1 of the upper dial and the second needle position 4 of the lower cylinder alternately knit the first yarn 10, and the third yarn 30 is knitted together with the first yarn 10 in a plating manner, wherein the first needle position 1 of the upper dial is a loop formation, the second needle position 4 of the lower cylinder is a loop formation, and the continuous unit stitches of the first yarn 10 and the third yarn 30 knitted by the upper dial and the lower cylinder are alternately sleeved with each other between the upper dial and the lower cylinder to connect the face layer 100 and the bottom layer 200.
In the second knitting course B, the first needle position 3 of the lower cylinder and the second needle position 2 of the upper dial alternately knit the second yarn 20, and the fourth yarn 40 is knitted together with the second yarn 20 in a plating manner, wherein the first needle position 3 of the lower cylinder is a loop formation, the second needle position 2 of the upper dial is a loop formation, and the continuous unit stitches of the second yarn 20 and the fourth yarn 40 knitted by the upper dial and the lower cylinder are alternately sleeved with each other between the upper dial and the lower cylinder to connect the face layer 100 and the bottom layer 200.
The facing layer 100 is formed by a loop of the first yarn 10 and the third yarn 30 woven by the first needle position 1 of the upper dial being nested with a loop of the second yarn 20 and the fourth yarn 40 woven by the second needle position 2 of the upper dial.
The bottom layer 200 is formed by a loop formation of the second yarn 20 and the fourth yarn 40 woven by the first needle position 3 of the lower needle cylinder and a loop formation of the first yarn 10 and the third yarn 30 woven by the second needle position 4 of the lower needle cylinder being mutually nested.
The third yarn 30 and the fourth yarn 40 are all low-melting-point spandex, and after knitting, the low-temperature spandex is in a semi-melting state and is meshed with the first yarn 10 and the second yarn 20 through a sizing dyeing and finishing process, so that the anti-falling-off property of the free-cutting fabric is enhanced.
In one embodiment, the free-cutting fabric has a transverse density of 56-58 needles/inch, a longitudinal density of 67-70 courses/inch, and a tightly and uniformly distributed loop on the surface of the fabric, exhibiting a stiff and smooth appearance, and the third yarn 30 and the fourth yarn 40 are woven into the top layer 100 and the bottom layer 200 as backing yarns and are tightly bonded with the first yarn 10 and the second yarn 20 to form a stable knitted structure, reduce the possibility of deformation, and ensure the stability of the finished garment size.
In one particular embodiment, the third yarn 30 and the fourth yarn 40 are low melting point spandex of 20D gauge with a gauge of 8.5cm/100 gauge needle. The melting range of the low-melting-point spandex is 90-125 ℃.
The first yarn 10 and the second yarn 20 are the same material, and spun yarn or filament yarn may be selected according to the desired fabric characteristics. In a specific embodiment, the first yarn 10 and the second yarn 20 are spun yarns, with a gauge of 100S/1 and a thread length of 18-20.5cm/100 needles. The surface of the spun yarn has hairiness, the fabric has cotton-type feel or wool-type feel, the feeling of softness, fullness and fluffiness is given to people, the spun yarn is comfortable to contact with skin when being worn, and autumn and winter clothing is manufactured by common expression, so that the warmth retention property is better. The spun yarn generally has good hygroscopicity, and the spun yarn fabric has large spreadability and small transparency, and is suitable for manufacturing clothes such as underwear, household clothes and the like which need covering property. In this embodiment, the free-cutting fabric uses modal yarn or cotton yarn in the spun yarn as the first yarn 10 and the second yarn 20.
In a specific embodiment, the first yarn 10 and the second yarn 20 are filament yarns, with a gauge of 100S/1 and a thread length of 18-20.5cm/100 needles. The filament yarn has the advantages of high parallelism and compact arrangement of fibers, high utilization coefficient of fiber strength, good durability, difficult breakage, good stability, long service life and difficult shrinkage deformation of the manufactured fabric, and is suitable for clothing with high requirements on the layout. In this embodiment, the free-cutting fabric uses one of polyester filament yarn, nylon filament yarn, regenerated cellulose fiber filament yarn and acetate fiber filament yarn as the first yarn 10 and the second yarn 20.
Example 1
The free-cutting fabric is woven by a 40-needle 34-inch cotton wool machine, and the total needle number of an upper needle dial and a lower needle cylinder of the cotton wool machine is 4272 needles respectively. During knitting, the upper needle dial and the lower needle cylinder of the cotton and wool machine are aligned. As shown in fig. 3, in the knitting process, two needle positions of the upper dial and the lower needle cylinder are respectively in a needle arrangement cycle, two knitting courses form a knitting cycle, and one yarn arrangement cycle is formed by one knitting cycle.
In the first knitting course a, the first needle position 1 of the upper dial and the second needle position 4 of the lower cylinder alternately knit the first yarn 10, and the third yarn 30 is knitted together with the first yarn 10 in a plating manner, wherein the first needle position 1 of the upper dial is a loop formation, the second needle position 4 of the lower cylinder is a loop formation, and the continuous unit stitches of the first yarn 10 and the third yarn 30 knitted by the upper dial and the lower cylinder are alternately sleeved with each other between the upper dial and the lower cylinder to connect the face layer 100 and the bottom layer 200.
In the second knitting course B, the first needle position 3 of the lower cylinder and the second needle position 2 of the upper dial alternately knit the second yarn 20, and the fourth yarn 40 is knitted together with the second yarn 20 in a plating manner, wherein the first needle position 3 of the lower cylinder is a loop formation, the second needle position 2 of the upper dial is a loop formation, and the continuous unit stitches of the second yarn 20 and the fourth yarn 40 knitted by the upper dial and the lower cylinder are alternately sleeved with each other between the upper dial and the lower cylinder to connect the face layer 100 and the bottom layer 200.
Wherein the first yarn 10 and the second yarn 20 are DTY cross section moisture-absorbing and quick-drying terylene low-elastic network yarns with the specification of 50D/36F, DYY cross section moisture-absorbing and quick-drying terylene low-elastic network yarns are filament yarns, the thread length is 19.5cm/100 needles, the third yarn 30 and the fourth yarn 40 are low-melting-point spandex with the specification of 20D, and the thread length is 8.5cm/100 needles. After the weaving is finished, the low-melting-point spandex is in a semi-melting state to form a net and is bonded with the DTY cross-section moisture-absorbing and quick-drying terylene low-elastic net yarn through a sizing and dyeing process, so that the free-cutting moisture-absorbing and quick-drying fabric which is not easy to loose is formed. The fabric has fine and soft texture, is not easy to break off, is suitable for manufacturing sportswear clothes, has the characteristics of moisture absorption and quick drying, can meet the requirement of perspiration of a human body during exercise, keeps skin dry and comfortable, and reduces uncomfortable feeling.
Example 2
The free-cutting fabric is woven by a 40-needle 34-inch cotton wool machine, and the total needle number of an upper needle dial and a lower needle cylinder of the cotton wool machine is 4272 needles respectively. During knitting, the upper needle dial and the lower needle cylinder of the cotton and wool machine are aligned. As shown in fig. 3, in the knitting process, two needle positions of the upper dial and the lower needle cylinder are respectively in a needle arrangement cycle, two knitting courses form a knitting cycle, and one yarn arrangement cycle is formed by one knitting cycle.
In the first knitting course a, the first needle position 1 of the upper dial and the second needle position 4 of the lower cylinder alternately knit the first yarn 10, and the third yarn 30 is knitted together with the first yarn 10 in a plating manner, wherein the first needle position 1 of the upper dial is a loop formation, the second needle position 4 of the lower cylinder is a loop formation, and the continuous unit stitches of the first yarn 10 and the third yarn 30 knitted by the upper dial and the lower cylinder are alternately sleeved with each other between the upper dial and the lower cylinder to connect the face layer 100 and the bottom layer 200.
In the second knitting course B, the first needle position 3 of the lower cylinder and the second needle position 2 of the upper dial alternately knit the second yarn 20, and the fourth yarn 40 is knitted together with the second yarn 20 in a plating manner, wherein the first needle position 4 of the lower cylinder is a loop formation, the second needle position 2 of the upper dial is a loop formation, and the continuous unit stitches of the second yarn 20 and the fourth yarn 40 knitted by the upper dial and the lower cylinder are alternately sleeved with each other between the upper dial and the lower cylinder to connect the face layer 100 and the bottom layer 200.
The first yarn 10 and the second yarn 20 are compact spinning yarns which are spun by 100% of superfine modal and have the specification of 100S/1, the compact spinning yarns which are spun by 100% of superfine modal are spun staple yarns, the yarn length is 19.5cm/100 needles, the third yarn 30 and the fourth yarn 40 are low-melting-point spandex with the specification of 20D, and the yarn length is 8.5cm/100 needles. After the weaving is finished, the low-melting-point spandex is bonded with the compact spinning yarn through a sizing and dyeing process to form the free-cutting moisture-absorbing quick-drying fabric which is not easy to loose. The fabric has fine texture, is skin-friendly, stiff and smooth, is not easy to break off, and is suitable for household, leisure and underwear clothing. The modal yarn is used to make the fabric softer and more comfortable, and can bring excellent touch feeling when worn next to the skin.
Example 3
The free-cutting fabric is woven by a 40-needle 34-inch cotton wool machine, and the total needle number of an upper needle dial and a lower needle cylinder of the cotton wool machine is 4272 needles respectively. During knitting, the upper needle dial and the lower needle cylinder of the cotton and wool machine are aligned. As shown in fig. 4, in the knitting process, two needle positions of the upper dial and the lower needle cylinder are respectively in a needle arrangement cycle, two knitting courses form a knitting cycle, and one yarn arrangement cycle is formed by three knitting cycles.
In a first knitting course a of three knitting cycles, the first needle position 1 of the upper dial and the second needle position 4 of the lower needle cylinder alternately knit the first yarn 10, and the third yarn 30 is knitted together with the first yarn 10 in a plating manner, wherein the first needle position 1 of the upper dial is a loop formation, the second needle position 4 of the lower needle cylinder is a loop formation, and the continuous unit loops of the first yarn 10 and the third yarn 30 knitted by the upper dial and the lower needle cylinder are alternately strung with each other between the upper dial and the lower needle cylinder to connect the face layer 100 and the bottom layer 200.
In a second knitting course B of three knitting cycles, the first needle position 3 of the lower needle cylinder and the second needle position 2 of the upper needle dial alternately knit the second yarn 20, and the fourth yarn 40 is knitted together with the second yarn 20 in a plating manner, wherein the first needle position 3 of the lower needle cylinder is a loop formation, the second needle position 2 of the upper needle dial is a loop formation, and the continuous unit stitches of the second yarn 20 and the fourth yarn 40 knitted by the upper needle dial and the lower needle cylinder are alternately strung with each other between the upper needle dial and the lower needle cylinder to connect the face layer 100 and the bottom layer 200.
The first yarns 10 of the first knitting cycle a and the second yarns 20 of the second knitting cycle b are DTY semi-gloss high-elastic nylon yarns with the specification of 40D/24F, the yarn length is 19.5cm/100 needles, and the proportion of all yarns of the DTY semi-gloss high-elastic nylon yarns in the whole fabric is 23.2%. The second yarn 20 of the first knitting cycle a, the first yarn 10 of the second knitting cycle b and the first yarn 10 and the second yarn 20 of the third knitting cycle c are all compact spinning yarns which are 100% superfine modal in specification of 100S/1 and are 19.5cm/100 needles in length, and the proportion of all yarns of the compact spinning yarns in the whole fabric is 61.6%. The third yarn 30 and the fourth yarn 40 are low melting point spandex of 20D gauge with a thread length of 8.5cm/100 needles. The DTY semi-gloss high-elastic nylon yarn is filament yarn, the compact spinning yarn is spun staple yarn, after knitting is finished, loops formed by the DTY semi-gloss high-elastic nylon yarn of the surface layer 100 are arranged in a delta shape, in fig. 5, two yarn-arranging loops are knitted by three needle-arranging loops to obtain a fabric, a grid with section lines represents that the loops are nylon yarn, and each thickening frame represents a knitting structure formed by knitting one yarn-arranging loop by one needle-arranging loop.
After the weaving is finished, the low-melting-point spandex is in a semi-molten state to form a net together with the first yarns and the second yarns through a sizing and dyeing process, so that the free-cutting moisture-absorbing quick-drying fabric which is not easy to loose is formed. The fabric has the advantages of small yarn fineness, high coil density, light weight, flexibility, suitability for leisure, fashion and underwear clothes, and capability of presenting various styles through different yarn arrangements. The nylon yarn and the Modal yarn are matched, so that the strength and the wear resistance of the fabric are improved, the soft and skin-friendly characteristics are ensured, and the requirements of fashion clothing on beauty and quality are met.
It should be understood that the foregoing examples of the present utility model are provided merely for clearly illustrating the present utility model and are not intended to limit the embodiments of the present utility model, and that various other changes and modifications may be made therein by one skilled in the art without departing from the spirit and scope of the present utility model as defined by the appended claims.
Claims (10)
1. The weft knitting free-cutting fabric is characterized by comprising a surface layer and a bottom layer, wherein the surface layer and the bottom layer are formed by knitting first yarns, second yarns, third yarns and fourth yarns which are alternately arranged in sequence;
One knitting cycle in the organization structure of the free-cutting fabric is composed of loops of a first knitting course and a second knitting course, the loops of the first knitting course and the second knitting course are knitted into the fabric through repeated cycles, and two needle positions of an upper needle dial and a lower needle cylinder are respectively in needle arrangement cycle;
in the first knitting course, the first yarn is knitted alternately by the first needle position of the upper needle dial and the second needle position of the lower needle cylinder, and the third yarn is knitted together with the first yarn in a plating mode, wherein the first needle position of the upper needle dial is a looping structure, and the second needle position of the lower needle cylinder is a looping structure;
In the second knitting course, the first needle position of the lower needle cylinder and the second needle position of the upper needle disc alternately knit the second yarn, and the fourth yarn is knitted together with the second yarn in a plating mode, wherein the first needle position of the lower needle cylinder is a looping structure, and the second needle position of the upper needle disc is a looping structure;
The surface layer is formed by mutually stringing a loop forming tissue formed by weaving the first yarn and the third yarn by the first needle position of the upper needle dial and a loop forming tissue formed by weaving the second yarn and the fourth yarn by the second needle position of the upper needle dial;
The bottom layer is formed by mutually stringing a loop forming tissue woven by the second yarn and the fourth yarn through the first needle position of the lower needle cylinder and a loop forming tissue woven by the first yarn and the third yarn through the second needle position of the lower needle cylinder;
the third yarn and the fourth yarn are both low-melting-point spandex, and the low-melting-point spandex is in a semi-melting state and is bonded with the first yarn and the second yarn.
2. The weft knitted free-cutting fabric of claim 1, wherein the free-cutting fabric has a cross-machine direction density of 56-58 needles/inch and a machine direction density of 67-70 courses/inch.
3. The weft knitted free cutting fabric according to claim 1, wherein the third yarn and the fourth yarn have a gauge of 20D and a thread length of 8.5cm/100 needles.
4. The weft knitting free-cutting fabric according to claim 1, wherein the first yarn and the second yarn are made of the same material and are spun yarns, the spun yarns are one of modal yarns and cotton yarns, and the thread length is 18-20.5cm/100 needles.
5. The weft knitted free-cutting fabric according to claim 1, wherein the first yarn and the second yarn are the same material and are filament yarns, the filament yarns are one of polyester filament yarns, nylon filament yarns, regenerated cellulose fiber filament yarns and acetate fiber filament yarns, and the thread length is 18-20.5cm/100 needles.
6. The weft knitted free cutting fabric according to claim 1, wherein one row yarn cycle of the stitch structure of the free cutting fabric comprises one knitting cycle.
7. The weft knitted free-cutting fabric according to claim 6, wherein the first yarn and the second yarn are the same material and are all DTY cross-section moisture-absorbing and quick-drying polyester low-stretch network yarns;
The length of the DTY cross section moisture-absorbing quick-drying terylene low-stretch network yarn is 19.5cm/100 needles, and the specification is 50D/36F.
8. The weft knitted free cutting fabric according to claim 6, wherein the first yarn and the second yarn are made of the same material, are compact spinning yarns woven by 100% modal, and have a yarn length of 19.5cm/100 needles and a specification of 100S/1.
9. The weft knitted free cutting fabric according to claim 1, wherein one row yarn cycle of the stitch structure of the free cutting fabric comprises three knitting cycles.
10. The weft knitted free-cutting fabric according to claim 9, wherein the first yarn of the first knitting cycle and the second yarn of the second knitting cycle are DTY semi-gloss high-elastic nylon yarn, the length of the yarn is 19.5cm/100 needle, and the specification is 40D/24F;
The second yarn of the first knitting cycle, the first yarn of the second knitting cycle and the first and second yarns of the third knitting cycle are all compact spinning yarns woven by 100% Modal, the length of the yarns is 19.5cm/100 needles, and the specification is 100S/1.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202520767726.1U CN224031214U (en) | 2025-04-22 | 2025-04-22 | A type of knitted weft-knitted free-cut fabric |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202520767726.1U CN224031214U (en) | 2025-04-22 | 2025-04-22 | A type of knitted weft-knitted free-cut fabric |
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| CN224031214U true CN224031214U (en) | 2026-03-24 |
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| CN202520767726.1U Active CN224031214U (en) | 2025-04-22 | 2025-04-22 | A type of knitted weft-knitted free-cut fabric |
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| Country | Link |
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| CN (1) | CN224031214U (en) |
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