Sports fabric capable of keeping dry and comfortable

Abstract

The utility model discloses a sportswear fabric capable of keeping dry and comfortable, which is characterized in that a double-faced weave totally has 24-way weave structures, and the 24-way weave structures are as follows: in the first way, moisture-absorbing and sweat-releasing yarns are fed, and loops are sequentially arranged on the first way; the lower needle comprises a floating ring, a floating ring, a doubling stitch and a floating ring in sequence; in the second path, moisture-conducting polypropylene fiber yarns are fed, and a floating ring and a floating ring are sequentially arranged on an upper needle; the lower stitch is looping, looping, looping and looping in sequence; and the third path to the twenty-fourth path circulate according to a certain rule in sequence. According to the sportswear fabric, the face, close to the body, of the sportswear fabric can be kept dry and comfortable during sports, and meanwhile volatilization of sweat on the other face of the sportswear fabric is accelerated.

Description

Technical Field

[0001] The utility model relates to sports fabrics, in particular to sports fabrics capable of keeping dry. Background Art

[0002] Existing moisture-wicking fabrics operate primarily based on the fibers' absorbency and quick-drying properties. The fiber surface features numerous micropores or grooves connecting the inside and outside, allowing moisture to easily enter the spaces between the fibers. Simultaneously, capillary action within the fibers allows moisture to diffuse and evaporate rapidly between the fibers. When a person sweats, the sweat is first absorbed by the fiber material (the absorption process), then rapidly diffuses through the micropores or grooves on the fiber surface and the spaces between the fibers to the outer layer of the fabric, where it evaporates (the release process), achieving the desired moisture-wicking effect.

[0003] Existing moisture absorption and perspiration technology generally uses moisture absorption and perspiration yarn to accelerate the volatilization of sweat. In this case, a small amount of sweating is not a problem. However, during high-intensity exercise, the amount of sweating is higher than the amount of sweat volatilization. The sweat cannot be discharged in time, and the wet fabric sticks to the body, causing the body to feel soaked. Utility Model Content

[0004] In view of the above-mentioned deficiencies of existing sports fabrics, the present invention provides a sports fabric that can keep dry, which can keep the side of the fabric close to the body (i.e., the back side) dry during exercise, while accelerating the evaporation of sweat from the other side of the fabric (i.e., the front side).

[0005] In order to achieve the above-mentioned purpose, the embodiments of the present invention adopt the following technical solutions:

[0006] A sports fabric capable of staying dry is provided. The sports fabric capable of staying dry is a double-sided fabric with a split bird's eye weave structure. The front side is a tight bird's eye weave and the back side is a plain weave. The fabric has better comfort and dryness. The double-sided weave has a total of 24 weave structures, and the 24 weave structures are:

[0007] In the first route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0008] In the second route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0009] In the third route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0010] The fourth route is to feed the moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0011] In the fifth route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0012] The sixth route is to feed the moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0013] In the seventh route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0014] In the eighth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0015] In the ninth route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0016] The tenth route, feeding moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0017] Eleventh route, feeding moisture-wicking yarn, the upper needle is loop-forming, loop-forming in sequence; the lower needle is float loop, float loop, tuck loop, float loop in sequence;

[0018] In the twelfth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0019] Thirteenth route, feed the moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floated, floated, floated, and tucked;

[0020] The fourteenth route, feeding moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0021] In the fifteenth route, the moisture-wicking yarn is fed, and the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence;

[0022] On the sixteenth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0023] On the 17th route, feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence;

[0024] In the eighteenth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0025] Nineteenth route, feed the moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floated, floated, floated, and tucked;

[0026] The 20th route, feeding the moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0027] Route 21: Feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence;

[0028] Route 22: Feed moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0029] Route 23: Feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence;

[0030] For the twenty-fourth route, moisture-conducting polypropylene yarn is fed, and the upper needles are in the order of floating loops and floating loops; the lower needles are in the order of loops, loops, loops, and loops.

[0031] According to one aspect of the present invention, the specification of the moisture-absorbing and perspiration-wicking yarn used in the sports fabric is 75D / 36F.

[0032] According to one aspect of the present invention, the length of the moisture-absorbing and perspiration-wicking yarn is 12.7CM / 50 stitches.

[0033] According to one aspect of the present invention, the specification of the moisture-conducting polypropylene yarn used in the sports fabric is 75D / 48F.

[0034] According to one aspect of the present invention, the length of the moisture-conducting polypropylene yarn is 11.7CM / 50 stitches.

[0035] According to one aspect of the present invention, the upper needles are arranged in a cycle of 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, and the lower needles are arranged in a cycle of 1, 2, 1, 2, 1, 3, 1, 2, 1, 2, 1, 4.

[0036] Advantages of this new fabric: The above-mentioned technical solution adopts a split-line bird's-eye weave structure. The front side is a tight bird's-eye weave with 75D / 36F moisture-wicking yarn, which is very effective in wicking away moisture. The back side is a plain weave with 75D / 48F moisture-conducting polypropylene yarn. When in contact with the skin, sweat is directed through the polypropylene's water-conducting grooves to the front side, while also keeping the back side dry. The 75D / 36F moisture-wicking yarn on the front side quickly evaporates sweat, resulting in a fabric that is more comfortable and dry. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative work.

[0038] Figure 1 This is a schematic diagram of the weaving of a sports fabric capable of keeping dry according to the present invention;

[0039] Figure 2 for Figure 1 Schematic diagram of the symbols in the figure;

[0040] Figure 3 This is a schematic diagram of the front side of the sports fabric capable of keeping dry according to an embodiment of the present invention;

[0041] Figure 4 This is a schematic diagram of the reverse side of the sports fabric capable of keeping dry according to an embodiment of the present invention. DETAILED DESCRIPTION

[0042] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the embodiments described are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative efforts are within the scope of protection of the present invention.

[0043] Example 1

[0044] The sports fabric that can keep dry in this embodiment is a double-sided fabric, which has a total of 24-way fabric structures. The 24-way fabric structures are:

[0045] The first route is to feed moisture-wicking yarn, and the upper needles are in the order of looping and looping; the lower needles are in the order of floating loops, floating loops, tucking and floating loops; the second route is to feed moisture-conducting polypropylene yarn, and the upper needles are in the order of floating loops and floating loops; the lower needles are in the order of looping, looping, looping and looping; the third route is to feed moisture-wicking yarn, and the upper needles are in the order of looping and looping; the lower needles are in the order of floating loops, floating loops, tucking and floating loops; the fourth route is to feed moisture-conducting polypropylene yarn, and the upper needles are in the order of floating loops and floating loops; the lower needles are in the order of looping, looping, looping and looping; the fifth route is to feed moisture-wicking yarn, and the upper needles are in the order of looping and looping; the lower needles are in the order of floating loops, floating loops, tucking and floating loops; the sixth route is to feed moisture-conducting polypropylene yarn, and the upper needles are in the order of floating loops and floating loops; the lower needles are in the order of looping, looping, looping and looping; The seventh route is to feed moisture-wicking yarn, and the upper needle is in the order of looping and looping; the lower needle is in the order of floating loops, floating loops, tucking and floating loops; the eighth route is to feed moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loops and floating loops; the lower needle is in the order of looping, looping, looping and looping; the ninth route is to feed moisture-wicking yarn, and the upper needle is in the order of looping and looping; the lower needle is in the order of floating loops, floating loops, tucking and floating loops; the tenth route is to feed moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loops and floating loops; the lower needle is in the order of looping, looping, looping and looping; the eleventh route is to feed moisture-wicking yarn, and the upper needle is in the order of looping and looping; the lower needle is in the order of floating loops, floating loops, tucking and floating loops; the twelfth route is to feed moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loops and floating loops; the lower needle is in the order of looping, looping, looping and looping. Loop; the thirteenth route, feeding moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floating, floating, floating, and tucking in sequence; the fourteenth route, feeding moisture-conducting polypropylene yarn, the upper needle is floating, floating; the lower needle is looped, looped, looped, and looped in sequence; the fifteenth route, feeding moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floating, floating, floating, and tucking in sequence; the sixteenth route, feeding moisture-conducting polypropylene yarn, the upper needle is floating, floating; the lower needle is looped, looped, looped, and looped in sequence; the seventeenth route, feeding moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floating, floating, floating, and tucking in sequence; the eighteenth route, feeding moisture-conducting polypropylene yarn, the upper needle is floating, floating; the lower needle is looped, looped, and looped. Loop, loop, loop; on the nineteenth route, moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, floated, and tucked in sequence; on the twentieth route, moisture-conducting polypropylene yarn is fed, and the upper needle is floated and floated in sequence; the lower needle is looped, looped, looped, and looped in sequence; on the twenty-first route, moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, floated, and tucked in sequence; on the twenty-second route, moisture-conducting polypropylene yarn is fed, and the upper needle is floated and floated in sequence; the lower needle is looped, looped, looped, and looped in sequence; on the twenty-third route, moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, floated, and tucked in sequence; on the twenty-fourth route, moisture-conducting polypropylene yarn is fed, and the upper needle is floated and floated in sequence;The order of stitching is circle, circle, circle, circle.

[0046] Example 2

[0047] like Figure 1 、 Figure 2 、 Figure 3 and Figure 4 As shown, the sports fabric that can keep dry in this embodiment is a double-sided fabric with a split bird's eye structure. The front side is a tight bird's eye fabric, and the back side is a plain weave. As a result, the final sports fabric can keep the plain weave on the back side dry during exercise, while accelerating the volatilization of sweat from the tight bird's eye tissue on the front side.

[0048] It should be noted that the double-sided tissue in this embodiment has a total of 24 tissue structures, each of which is as follows: Figure 1 and Figure 2 As shown, according to one aspect of the present invention, the upper needles of the knitting needles are arranged in a cycle of 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, and the lower needles are arranged in a cycle of 1, 2, 1, 2, 1, 3, 1, 2, 1, 2, 1, 4. The 24-way weave structure is:

[0049] In the first route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0050] In the second route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0051] In the third route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0052] The fourth route is to feed the moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0053] In the fifth route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0054] The sixth route is to feed the moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0055] In the seventh route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0056] In the eighth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0057] In the ninth route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence;

[0058] The tenth route, feeding moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0059] Eleventh route, feeding moisture-wicking yarn, the upper needle is loop-forming, loop-forming in sequence; the lower needle is float loop, float loop, tuck loop, float loop in sequence;

[0060] In the twelfth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0061] Thirteenth route, feed the moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floated, floated, floated, and tucked;

[0062] The fourteenth route, feeding moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0063] In the fifteenth route, the moisture-wicking yarn is fed, and the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence;

[0064] On the sixteenth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0065] On the 17th route, feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence;

[0066] In the eighteenth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0067] Nineteenth route, feed the moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floated, floated, floated, and tucked;

[0068] The 20th route, feeding the moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0069] Route 21: Feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence;

[0070] Route 22: Feed moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop;

[0071] Route 23: Feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence;

[0072] For the twenty-fourth route, moisture-conducting polypropylene yarn is fed, and the upper needles are in the order of floating loops and floating loops; the lower needles are in the order of loops, loops, loops, and loops.

[0073] Among them, the specification of the moisture-absorbing and perspiration-wicking yarn is 75D / 36F, and the line length is set to 12.7CM / 50 needles; the specification of the moisture-conducting polypropylene yarn is 75D / 48F, and the line length is set to 11.7CM / 50 needles.

[0074] The machine model is a 34" 28G single-sided machine. The needle plate (i.e. upper needle) is arranged in a cycle of 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, and the needle cylinder (i.e. lower needle) is arranged in a cycle of 1, 2, 1, 2, 1, 3, 1, 2, 1, 2, 1, 4. The specific cycle of the 24-way organization structure is:

[0075] For the first route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the pattern of loop, loop; the syringe (lower needle) follows the pattern of float, float, tuck, float; the line length is set at 12.7CM / 50 needles.

[0076] In the second route, 75D / 48F moisture-conducting polypropylene yarn is fed, and the needle plate (upper needle) follows the principles of floating loops and floating loops; the syringe (lower needle) follows the principles of looping, looping, looping, and looping; the line length is set at 11.7CM / 50 needles.

[0077] In the third route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, tucking, floating; the line length is set at 12.7CM / 50 needles.

[0078] For the fourth route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle disc (upper needle) follows the principles of floating loops and floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, and looping; the line length is set at 11.7CM / 50 needles.

[0079] For the fifth route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, tucking, floating; the line length is set at 12.7CM / 50 needles.

[0080] For the sixth route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle disc (upper needle) follows the principles of floating loops and floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, and looping; the line length is set at 11.7CM / 50 needles.

[0081] For the seventh route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, tucking, floating; the line length is set at 12.7CM / 50 needles.

[0082] For the eighth route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle disc (upper needle) follows the principles of floating loops and floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, and looping; the line length is set at 11.7CM / 50 needles.

[0083] For the ninth route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, tucking, floating; the line length is set at 12.7CM / 50 needles.

[0084] For the tenth route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle disc (upper needle) follows the principles of floating loops and floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, and looping; the line length is set at 11.7CM / 50 needles.

[0085] For the eleventh route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of float, float, tuck, float; the line length is set at 12.7CM / 50 needles.

[0086] For the twelfth route, feed 75D / 48F moisture-conducting polypropylene yarn. The needle disc (upper needle) follows the steps of floating loops and floating loops; the needle cylinder (lower needle) follows the steps of looping, looping, looping, and looping. The thread length is set at 11.7CM / 50 needles.

[0087] For the thirteenth route, feed 75D / 36F moisture-wicking yarn, and the needle disc (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, floating, and tucking; the line length is set at 12.7CM / 50 needles.

[0088] For the fourteenth route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle plate (upper needle) follows the principles of floating loops, floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, looping; the line length is set at 11.7CM / 50 needles.

[0089] For the fifteenth route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, floating, and tucking; the line length is set at 12.7CM / 50 needles.

[0090] For the sixteenth route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle disc (upper needle) follows the principles of floating loops, floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, looping; the line length is set at 11.7CM / 50 needles.

[0091] For the seventeenth route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, floating, and tucking; the line length is set at 12.7CM / 50 needles.

[0092] For the eighteenth route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle disc (upper needle) follows the principles of floating loops and floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, and looping; the line length is set at 11.7CM / 50 needles.

[0093] For the nineteenth route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, floating, and tucking; the line length is set at 12.7CM / 50 needles.

[0094] For the twentieth route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle disc (upper needle) follows the principles of floating loops, floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, looping; the line length is set at 11.7CM / 50 needles.

[0095] For the 21st route, feed 75D / 36F moisture-wicking yarn, and the needle disc (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, floating, and tucking; the line length is set at 12.7CM / 50 needles.

[0096] For the 22nd route, feed 75D / 48F moisture-conducting polypropylene yarn, and the needle disc (upper needle) follows the principles of floating loops and floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, and looping; the line length is set at 11.7CM / 50 needles.

[0097] For the 23rd route, feed 75D / 36F moisture-wicking yarn, and the needle plate (upper needle) follows the principle of looping, looping; the syringe (lower needle) follows the principle of floating, floating, floating, and tucking; the line length is set at 12.7CM / 50 needles.

[0098] For the 24th route, feed 75D / 48F moisture-conducting polypropylene yarn, the needle disc (upper needle) follows the principles of floating loops, floating loops; the needle cylinder (lower needle) follows the principles of looping, looping, looping, looping; the line length is set at 11.7CM / 50 needles.

[0099] Among them, loop formation, tuck and float are knitting terms. There are three types of knitting needles: loop formation, tuck and float. Loop formation is a process in which a coil is fully worked through the knitting needle, and the yarn is formed into a coil using the knitting needle and other loop-forming parts on the knitting machine. Tuck is when the old coils on some knitting needles enter the needle hook together with the new yarn, so that the new yarn forms an unclosed hanging arc, and the old coil forms an elongated coil. Float refers to when the knitting needle rises to withdraw the coil at the beginning of loop formation, for some reason, the old coil does not withdraw to the needle rod below the needle tongue, but remains hanging on the needle tongue. When the knitting needle drops, the old coil returns to the needle hook and cannot form a new coil. This phenomenon is called float.

[0100] The final front structure of the sports fabric is as follows Figure 3 As shown, the reverse organization is as Figure 4 shown.

[0101] Combine Figure 3 and Figure 4 It can be seen that the sports fabric that can keep dry is a double-sided fabric with a split bird's eye structure. The front of this fabric is a tight bird's eye fabric, and the back is a plain weave. This fabric is very conducive to moisture absorption and perspiration. The front side uses 75D / 36F moisture absorption and perspiration yarn, and the back side uses 75D / 48F moisture-conducting polypropylene yarn.

[0102] The 75D / 48F moisture-conducting polypropylene yarn contacts the skin, directing sweat through the polypropylene's water-conducting grooves to the bird's eye surface 1, while keeping the surface close to the body dry.

[0103] Advantages of this new fabric: The above-mentioned technical solution adopts a split-line bird's-eye weave structure. The front side is a tight bird's-eye weave with 75D / 36F moisture-wicking yarn, which is very effective in wicking away moisture. The back side is a plain weave with 75D / 48F moisture-conducting polypropylene yarn. When in contact with the skin, sweat is directed through the polypropylene's water-conducting grooves to the front side, while also keeping the back side dry. The 75D / 36F moisture-wicking yarn on the front side quickly evaporates sweat, resulting in a fabric that is more comfortable and dry.

[0104] The above description is merely a specific embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any changes or substitutions that can be easily conceived by a person skilled in the art within the technical scope disclosed in the present invention should be included in the scope of protection of the present invention. Therefore, the scope of protection of the present invention should be based on the scope of protection of the claims.

Claims

1. A sports fabric that can keep dry, characterized in that: The sports fabric capable of keeping dry adopts a 24-way weave structure, and the 24-way weave structure is: In the first route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence; In the second route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; In the third route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence; The fourth route is to feed the moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; In the fifth route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence; The sixth route is to feed the moisture-conducting polypropylene yarn, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; In the seventh route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence; In the eighth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; In the ninth route, the moisture-wicking yarn is fed, and the upper needle is looped and looped in sequence; the lower needle is floated, floated, tucked, and floated in sequence; The tenth route, feeding moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; Eleventh route, feeding moisture-wicking yarn, the upper needle is loop-forming, loop-forming in sequence; the lower needle is float loop, float loop, tuck loop, float loop in sequence; In the twelfth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; Thirteenth route, feed the moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floated, floated, floated, and tucked; The fourteenth route, feeding moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; In the fifteenth route, the moisture-wicking yarn is fed, and the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence; On the sixteenth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; On the 17th route, feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence; In the eighteenth route, the moisture-conducting polypropylene yarn is fed, and the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; Nineteenth route, feed the moisture-wicking yarn, the upper needle is looped, looped; the lower needle is floated, floated, floated, and tucked; The 20th route, feeding the moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; Route 21: Feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence; Route 22: Feed moisture-conducting polypropylene yarn, the upper needle is in the order of floating loop, floating loop; the lower needle is in the order of loop, loop, loop, loop; Route 23: Feed the moisture-wicking yarn, the upper needles are looped and looped in sequence; the lower needles are floated, floated, floated, and tucked in sequence; For the twenty-fourth route, moisture-conducting polypropylene yarn is fed, and the upper needles are in the order of floating loops and floating loops; the lower needles are in the order of loops, loops, loops, and loops.

2. The sports fabric according to claim 1, characterized in that: The specification of the moisture-absorbing and perspiration-wicking yarn used in the sports fabric is 75D / 36F.

3. The sports fabric according to claim 1, characterized in that: The moisture absorbing and perspiration wicking yarn has a thread length of 12.7 cm / 50 stitches.

4. The sports fabric according to claim 1, characterized in that: The specification of the moisture-conducting polypropylene yarn used in the sports fabric is 75D / 48F.

5. The sports fabric according to claim 1, characterized in that: The length of the moisture-conducting polypropylene yarn is set to 11.7CM / 50 stitches.

6. The sports fabric according to claim 1, characterized in that: The upper needles are arranged in a cycle of 1, 2, 1, 2, 1, 2, 1, 2, 1, 2, and the lower needles are arranged in a cycle of 1, 2, 1, 2, 1, 3, 1, 2, 1, 2, 1, 4.

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