CN218951633U - Knitted fabric with cotton sense and ice sense - Google Patents
Knitted fabric with cotton sense and ice sense Download PDFInfo
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- CN218951633U CN218951633U CN202221991490.2U CN202221991490U CN218951633U CN 218951633 U CN218951633 U CN 218951633U CN 202221991490 U CN202221991490 U CN 202221991490U CN 218951633 U CN218951633 U CN 218951633U
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Abstract
The utility model discloses a knitted fabric with cotton sense ice sense, which is made by knitting an upper needle dial with 12 needle tracks and a lower needle cylinder with 12 needle tracks through a dyeing process, wherein the knitted fabric with cotton sense ice sense is a double-sided structure tissue, is knitted by adopting cotton sense yarns 100D/108F and ice sense polyester yarns with 12 needle tracks, and takes 12 paths as a complete cycle according to the minimum pattern; the ice-feeling polyester yarns are blended yarns formed by polyester fibers and ice silk fibers, and the cotton-feeling yarns are formed by blending PTT50D/36F and DTY 50D/72F; after the knitted fabric is dyed, PTT and DTY which form cotton sense yarns are tight and loose to form a concave-convex structure with cotton sense. The ice-feeling polyester yarns and the cotton-feeling yarns are mixed and woven into the fabric, and the cotton-feeling yarns and the ice-feeling polyester yarns respectively account for 50% of the total fabric, so that the fabric has stronger cotton feeling and ice feeling, and smooth, cool and breathable effects are realized.
Description
Technical Field
The utility model relates to a knitted fabric, in particular to a knitted fabric with cotton sense and ice sense.
Background
Ice silk fibers, also called rayon, viscose filaments, etc.; the moisture content of the ice silk is most in accordance with the physiological requirement of human skin, and has the characteristics of smoothness, coolness, ventilation, static resistance, ultraviolet resistance, gorgeous color and the like; so the hand is easy to fall off and hang down; therefore, the ice yarn is widely used as a material of the fabric. However, the existing ice fabric woven by the ice silk fibers has only ice feel, is easy to slip when being lifted into hands, is not easy to manage by hands, is hard to absorb water and harden, and is not good in use experience for users, and the fabric which is too smooth is not easy to be skin-friendly.
Disclosure of Invention
In view of the problem that the existing ice feeling fabric is too smooth and is not skin-friendly, the utility model provides the knitted fabric with the cotton feeling ice feeling, and the knitted fabric also has a certain cotton feeling on the premise of ice feeling, so that better experience is obtained when the knitted fabric is skin-friendly.
In order to achieve the above purpose, the embodiment of the present utility model adopts the following technical scheme:
the knitted fabric with the cotton sense ice sense is made by knitting an upper needle dial with 12 needle tracks and a lower needle cylinder with 12 needle tracks through a dyeing process after finishing knitting, is a double-sided structure, is knitted by adopting cotton sense yarns 100D/108F and ice sense polyester yarns with 12 needle tracks, and takes 12 paths as a complete cycle according to the minimum pattern:
the first path is fed with 100D/108F, and the upper needle dial is provided with a floating ring and a looping in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring;
the second way, feeding 100D/108F, the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop;
the third way is to feed ice sense polyester yarn 90D/48F, and the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring;
a fourth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop;
fifthly, feeding 100D/108F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring;
sixthly, feeding ice-feeling polyester yarns 90D/48F, wherein the upper needle dial is provided with a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop;
seventh, feeding 100D/108F, wherein the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring;
eighth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop;
a ninth path, feeding ice sense polyester yarns 90D/48F, wherein the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring;
a tenth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring;
the tenth path is fed with 100D/108F, and the upper needle dial is orderly formed into a loop and a floating loop; the lower needle cylinder sequentially forms a loop, a loop and a ring;
a twelfth way, feeding ice sense polyester yarns 90D/48F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring;
the ice-feeling polyester yarns are blended yarns formed by polyester fibers and ice silk fibers, and the cotton-feeling yarns 100D/108F are formed by blending PTT50D/36F and DTY 50D/72F; after the knitted fabric is dyed, PTT50D/36F and DTY50D/72F which form cotton sense yarns are tightly and loosely formed into a concave-convex structure with cotton sense.
According to one aspect of the utility model, the ice feeling polyester yarn 90D/48F thread length is set to 19.2CM/50 needle.
According to one aspect of the utility model, the upper dial needles are arranged in a 1-2-2-1-2-2 cycle in sequence, and the lower cylinder needles are arranged in a 1-3-2-1-2-1 cycle in sequence.
According to one aspect of the utility model, the specification of the ice feeling polyester yarn is 32D/1T/R35/65.
The implementation of the utility model has the advantages that:
the ice feeling polyester yarn is formed by weaving an upper needle dial with 12 needle tracks and a lower needle cylinder with 12 needle tracks, is a double-sided structure tissue, and is spun into 90D/48F ice feeling polyester yarn by mixing the ice yarn fibers and the polyester yarn under the smooth and cool and breathable effects of the ice yarn fibers. The ice-feeling polyester yarns and the cotton-feeling yarns are mixed and woven into the fabric, the cotton-feeling yarns and the ice-feeling polyester yarns respectively account for 50% of the total fabric, and the cotton-feeling yarns 100D/108F are formed by blending one PTT50D/36F and one DTY50D/72F, the two yarns are elasticized into one yarn, the two yarns shrink differently when dyeing, the one is tight and the one is loose, so that the loose one can cause bulges, concave-convex cotton feeling is finally formed on the fabric, the ice-feeling polyester yarns also enable the fabric to have ice feeling, the technical problem that the ice-feeling polyester yarns are smooth in surface and lead to the fabric not being skin-friendly is solved, and the DTY50D/72F is cool-feeling yarns and can provide cool feeling. The fabric tissue in the scheme is a diamond tissue, the contact area of the fabric and air is increased by the diamond tissue, the moisture absorption effect of the ice silk fiber can be exerted more effectively, smooth cooling and ventilation are realized, and the soft feeling comfort of the fabric is improved due to the contact of the cotton feeling yarns 100D/108F and the skin.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present utility model, the drawings that are needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present utility model, and other drawings may be obtained according to these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a schematic front view of a knitted fabric with a cotton feeling and ice feeling according to the utility model;
FIG. 2 is a schematic view of a knitted fabric with a cotton feeling and ice feeling;
FIG. 3 is a schematic diagram of a knitting technique according to the present utility model;
FIG. 4 is a schematic diagram of a knitting pattern according to the present utility model;
fig. 5 is a schematic structural diagram of dyed cotton yarn according to an embodiment of the utility model.
Detailed Description
The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.
As shown in figure 3, the knitting method is a knitting term, and comprises three types of knitting, tucking and floating ring; looping is a process in which loops are fully worked by the needles, which are used to form loops of yarn on the knitting machine with the needles and other looping components; during knitting, the old loops on some knitting needles and the new yarns enter needle hooks together to form an unclosed suspension arc for the new yarns, and the old loops form an elongated loop; the float ring is that when the knitting needle is lifted to withdraw the loop, the old loop is not withdrawn to the needle bar below the latch for some reason, but still hangs on the latch, and when the knitting needle is lifted, the old loop is returned to the needle hook to form a new loop, which is called a float ring. The specific shape of the loops, tuck loops, and floating loops is common knowledge in the art, and the shape thereof is not specifically shown here.
As shown in fig. 1, 2 and 4, the knitted fabric with the cotton sense ice sense is formed by knitting an upper needle dial with 12 needle tracks and a lower needle cylinder with 12 needle tracks, the knitted fabric with the cotton sense ice sense is of a double-sided structure, ice sense polyester yarns 90D/48F of cotton sense yarns 100D/108F and 32D/1T/R35/65 are adopted, and the ice sense polyester yarns are blended yarns formed by polyester fibers and ice silk fibers; the cotton sense yarn 100D/108F is formed by stretch blending of a PTT50D/36F and a DTY50D/72F, the cotton sense yarn and the ice sense polyester yarn are knitted into a fabric by 12 paths, 12 paths are used as a complete cycle according to the minimum pattern, the upper dial knitting needles are circularly arranged in sequence of 1-2-2-1-2-2, and the lower needle cylinder knitting needles are circularly arranged in sequence of 1-3-2-1-2-1. Wherein, the DTY50D/72F is cool sense yarn stretched by low elasticity, the DTY50D/72F and the polytrimethylene terephthalate (PTT) fiber are different in heat shrinkage, and the PTT shrinkage is relatively large and the DTY50D/72F shrinkage is relatively small in the dyeing process.
The first path is fed with 100D/108F, and the upper needle dial is provided with a floating ring and a looping in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring; the wire length is set to be 19.2CM/50 needle;
the second way, feeding 100D/108F, the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop; the wire length is set to be 19.2CM/50 needle;
the third way is to feed ice sense polyester yarn 90D/48F, and the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring; the wire length is set to be 19.2CM/50 needle;
a fourth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop; the wire length is set to be 19.2CM/50 needle;
fifthly, feeding 100D/108F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring; the wire length is set to be 19.2CM/50 needle;
sixthly, feeding ice-feeling polyester yarns 90D/48F, wherein the upper needle dial is provided with a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop; the wire length is set to be 19.2CM/50 needle;
seventh, feeding 100D/108F, wherein the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring; the wire length is set to be 19.2CM/50 needle;
eighth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop; the wire length is set to be 19.2CM/50 needle;
a ninth path, feeding ice sense polyester yarns 90D/48F, wherein the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring; the wire length is set to be 19.2CM/50 needle;
a tenth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring; the wire length is set to be 19.2CM/50 needle;
the tenth path is fed with 100D/108F, and the upper needle dial is orderly formed into a loop and a floating loop; the lower needle cylinder sequentially forms a loop, a loop and a ring; the wire length is set to be 19.2CM/50 needle;
a twelfth way, feeding ice sense polyester yarns 90D/48F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring; the wire length was set to 19.2CM/50 needle.
The knitted fabric woven by the upper needle dial with 12 needle tracks and the lower needle cylinder with 12 needle tracks is subjected to dyeing process operation, and the knitted fabric with cotton sense and ice sense can be obtained by adopting a conventional dyeing process. Because PTT50D/36F and DTY50D/72F shrink differently when dyeing, one is tight and one is loose, PTT shrink is relatively more, and DTY50D/72F shrink is relatively less, so that cotton sense yarns form a concave-convex structure as shown in figure 5, and finally, the knitted fabric has concave-convex cotton sense.
The front surface of the fabric is diamond-shaped, and the back surface is in a plurality of strip shapes. The diamond structure is more beneficial to air circulation; the weaving circular machine is 30' 32G, the tissue is compact and elastic, and the high-grade property of the fabric is more displayed; the back surface texture is more Bao Xianping dense, and cotton sense yarns enable the cotton sense of the fabric to be enhanced, so that the skin affinity is high, and the comfort is improved.
The foregoing is merely illustrative of the present utility model, and the present utility model is not limited thereto, and any changes or substitutions easily contemplated by those skilled in the art within the technical scope of the present utility model should be included in the scope of the present utility model. Therefore, the protection scope of the present utility model shall be subject to the protection scope of the claims.
Claims (4)
1. The knitted fabric with the cotton sense ice sense is made by knitting an upper needle dial with 12 needle tracks and a lower needle cylinder with 12 needle tracks through a dyeing process after finishing knitting, and is characterized in that the knitted fabric with the cotton sense ice sense is of a double-sided structure, is knitted by adopting cotton sense yarns 100D/108F with 12 needle tracks, and takes 12 paths as a complete cycle according to the minimum pattern:
the first path is fed with 100D/108F, and the upper needle dial is provided with a floating ring and a looping in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring;
the second way, feeding 100D/108F, the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop;
the third way is to feed ice sense polyester yarn 90D/48F, and the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring;
a fourth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop;
fifthly, feeding 100D/108F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring;
sixthly, feeding ice-feeling polyester yarns 90D/48F, wherein the upper needle dial is provided with a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop;
seventh, feeding 100D/108F, wherein the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a looping ring;
eighth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a floating ring in sequence; the lower needle cylinder sequentially comprises a loop, a loop and a floating loop;
a ninth path, feeding ice sense polyester yarns 90D/48F, wherein the upper needle dial is a looping ring and a floating ring in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring;
a tenth path, feeding 100D/108F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring;
the tenth path is fed with 100D/108F, and the upper needle dial is orderly formed into a loop and a floating loop; the lower needle cylinder sequentially forms a loop, a loop and a ring;
a twelfth way, feeding ice sense polyester yarns 90D/48F, wherein the upper needle dial is a floating ring and a looping in sequence; the lower needle cylinder sequentially forms a loop, a loop and a ring;
the ice-feeling polyester yarns are blended yarns formed by polyester fibers and ice silk fibers, and the cotton-feeling yarns 100D/108F are formed by blending PTT50D/36F and DTY 50D/72F; after the knitted fabric is dyed, PTT50D/36F and DTY50D/72F which form cotton sense yarns are tightly and loosely formed into a concave-convex structure with cotton sense.
2. The knitted fabric with cotton feeling ice feeling according to claim 1, wherein the ice feeling polyester yarn 90D/48F thread length is set to 19.2CM/50 needle.
3. The knitted fabric with the cotton feeling ice feeling according to claim 1, wherein the upper dial knitting needles are circularly arranged in sequence of 1-2-2-1-2-2, and the lower needle cylinder knitting needles are circularly arranged in sequence of 1-3-2-1-2-1.
4. The knitted fabric with cotton feeling ice feeling according to claim 1, wherein the specification of the ice feeling polyester yarn is 32D/1T/R35/65.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221991490.2U CN218951633U (en) | 2022-07-31 | 2022-07-31 | Knitted fabric with cotton sense and ice sense |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202221991490.2U CN218951633U (en) | 2022-07-31 | 2022-07-31 | Knitted fabric with cotton sense and ice sense |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN218951633U true CN218951633U (en) | 2023-05-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202221991490.2U Active CN218951633U (en) | 2022-07-31 | 2022-07-31 | Knitted fabric with cotton sense and ice sense |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN218951633U (en) |
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2022
- 2022-07-31 CN CN202221991490.2U patent/CN218951633U/en active Active
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