CN219363959U - Jacquard single-sided fabric with moisture absorption, quick drying and cool feeling - Google Patents

Abstract

The utility model provides a jacquard single-sided fabric with moisture absorption, quick drying and cool feeling, which can effectively improve the air permeability of the fabric by adding high-elasticity spandex into the fabric through a special weaving structure. The fabric is knitted by yarns comprising moisture-absorbing quick-drying cool-feeling nylon Long Chang filaments and common nylon filaments, the fabric comprises a plane part attached to a human body and a mesh part protruding out of the plane part, the plane part comprises the moisture-absorbing quick-drying cool-feeling nylon Long Chang filaments and spandex filaments, and the mesh part comprises the common nylon filaments.

Description

Jacquard single-sided fabric with moisture absorption, quick drying and cool feeling

Technical Field

The utility model relates to the technical field of knitted fabrics, in particular to a jacquard single-sided fabric with moisture absorption, quick drying and cool feeling.

Background

At present, more and more consumers like clothes with texture, the choice of materials is also very exquisite, and generally polyester fabrics on the market are most, and the advantage of nylon to polyester is that the texture of nylon is firm, the durability is good, and the nylon is not easy to deform. Meanwhile, in order to ensure comfort, some existing clothing fabrics used for summer wear sometimes adopt yarns with moisture absorption and quick drying and cool feeling to weave, and the yarns can be used for making the fabrics absorb moisture and quick drying, and jade powder and other materials are added in the yarns, so that the heat conduction performance of the yarns can be effectively improved, and compared with common varieties, the heat of a human body can be conducted to the outside more quickly, and cool feeling can be brought to people, however, if the fabrics only adopt terylene or chinlon, the fabric has poor air permeability, and the comfort of the fabrics can be influenced.

Disclosure of Invention

Aiming at the problem that the air permeability of the existing fabric with the cool feeling in the moisture absorption and quick drying process is poor, the utility model provides the jacquard single-sided fabric with the cool feeling in the moisture absorption and quick drying process, which can effectively improve the air permeability of the fabric by adding the high-elasticity spandex into the fabric through a special braiding structure.

The technical scheme is as follows: the utility model provides a moisture absorption rapid-curing cutback has jacquard weave single face fabric of cool sense, its by including moisture absorption rapid-curing cutback cool sense Long Chang silk and general nylon filament yarn knitting form, its characterized in that: the fabric comprises a plane part attached to a human body and a mesh part protruding out of the plane part, wherein the plane part comprises the moisture-absorbing quick-drying cool nylon Long Chang filaments and spandex filaments, and the mesh part comprises the common nylon filaments.

It is further characterized by:

the fabric takes 64 paths as a cycle, wherein the 1 st to 6 th paths, the 15 th to 20 th paths, the 33 rd to 38 th paths and the 47 th to 52 th paths are sequentially in a loop forming structure, a loop forming structure and a loop forming structure, the 7 th, 9 th, 11 th and 13 th paths are sequentially in a loop collecting structure, a floating line, a loop forming structure and a loop forming structure, the 8 th, 10 th, 12 th and 14 th paths are sequentially in a floating line, a loop collecting structure, a loop forming structure and a loop forming structure, the 21 st, 23 nd, 25 th, 27 th, 29 nd, 31 nd, 53 nd, 55 nd, 57 th, 59 th, 61 nd, 63 th, 22 nd, 24 nd, 26 th, 28 th, 30 th, 32 nd, 54 th, 56 th, 58 th, 60 th, 62 nd, 64 th, 39 th, 41 th, 43 th, 45 th, 39 th, 41 th, 45 th, and 40 th, 42 th, 44 th, 46 th, and fourth, fifth, sixth, and sixth, respectively, are sequentially the loop structure, float line, loop structure;

the plane part is the 1 st to 6 th, the 15 th to 38 th and the 47 th to 64 th, and the mesh part is the 7 th to 14 th and the 39 th to 46 th;

the plane part is knitted by the moisture-absorbing quick-drying cool feeling yarn Long Chang yarn and the spandex yarn of 75D/72F; the mesh portion was knitted from 50D/72F of the general nylon filaments.

After the fabric structure is adopted, the air permeability of the fabric can be effectively enhanced by forming the mesh part, meanwhile, the moisture-absorbing quick-drying cool feeling nylon Long Chang filaments and the spandex filaments are interwoven to form the fabric plane part attached to the skin of a human body, the moisture-absorbing quick-drying cool feeling nylon filaments can be effectively exerted, the moisture-absorbing quick-drying cool feeling effect is achieved, and the added spandex filaments enhance the elasticity of the plane part, so that ventilation is further facilitated.

Drawings

FIG. 1 is a triangle arrangement diagram of the 1 st to 24 th paths;

FIG. 2 is a triangle arrangement of lanes 25-48;

FIG. 3 is a road triangle arrangement of FIGS. 49-64;

FIG. 4 is a schematic view of the reverse side of the fabric;

in the figure, "-" represents a float, "∈" represents a lower needle loop, and "∈" represents a lower needle loop.

Detailed Description

The jacquard single-sided fabric with moisture absorption, quick drying and cool feeling as shown in fig. 4 is knitted by yarns comprising moisture absorption, quick drying and cool feeling nylon Long Chang filaments and common nylon filaments, the fabric comprises a plane part 1 attached to a human body and a mesh part 2 protruding out of the plane part 1, the plane part 1 comprises moisture absorption, quick drying and cool feeling nylon Long Chang filaments and spandex filaments, and the mesh part 2 comprises common nylon filaments.

The hygroscopic quick-drying cool nylon filament is 75D/72F HIGHOOL-N hygroscopic quick-drying cool nylon Long Chang filament, and the general nylon filament is 50D/72F nylon filament (the general nylon filament is used for distinguishing the hygroscopic quick-drying cool nylon filament and is common nylon filament without special effect), the fineness of the filament is D, namely the thickness of the filament, and the number of micro fibers in a chemical fiber is F.

The specific fabric structure is shown by combining figures 1-3, the fabric forms jacquard single-sided fabric by taking 64 paths as a cycle, wherein the 1 st to 6 th paths, the 15 th to 20 th paths, the 33 th to 38 th paths and the 47 th to 52 th paths are sequentially in a loop forming structure, a loop forming structure and a loop forming structure, the 7 th, 9 th, 11 th and 13 th paths are sequentially in a loop collecting structure, a floating line, a loop forming structure and a loop forming structure, the 8 th, 10 th, 12 th and 14 th paths are sequentially in a floating line, a loop collecting structure, a loop forming structure and a loop forming structure, the 21 st, 23 nd, 25 th, 27 th, 29 nd, 31 nd, 53 nd, 55 nd, 57 th, 59 th, 61 nd, 63 th, 22 nd, 24 nd, 26 th, 28 th, 30 th, 32 nd, 54 th, 56 th, 58 th, 60 th, 62 nd, 64 th, 39 th, 41 th, 43 th, 45 th, 39 th, 41 th, 45 th, and 40 th, 42 th, 44 th, 46 th, and fourth, fifth, sixth, and sixth, respectively, are sequentially the loop structure, float line, loop structure; the 1 st to 6 th paths, the 15 th to 38 th paths and the 47 th to 64 th paths are plane parts 1, and preferably 75D/72F HIGHOOL-N moisture absorption quick-drying cool feeling yarn Long Chang yarns and 30DOP spandex yarns are used as jacquard plane parts, can be directly attached to the skin and act on the skin; the 7 th to 14 th and 39 th to 46 th paths are the raised mesh portions 2 of the jacquard portion, and nylon filaments of 50D/72F are preferable, so that the air permeability can be increased.

Specifically, the high-absorption quick-drying cool nylon ammonia high-elastic jacquard single-sided fabric comprises a HIGHOOL-N moisture absorption quick-drying cool nylon Long Chang yarn with the speed of 75D/72F and a nylon filament yarn with the speed of 50D/72F plus spandex yarn, and 64 paths are used as a cycle, wherein the 1 st path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 2 nd path is lower needle looping, lower needle looping and lower needle looping in sequence; the 3 rd path is lower needle looping, lower needle looping and lower needle looping in sequence; the 4 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 5 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 6 th path is lower needle looping, lower needle looping and lower needle looping in sequence; the 7 th path is sequentially lower needle collecting ring, lower needle floating line, lower needle looping and lower needle looping; the 8 th path is sequentially lower needle floating thread, lower needle collecting ring, lower needle looping and lower needle looping; the 9 th path is sequentially lower needle collecting ring, lower needle floating line, lower needle looping and lower needle looping; the 10 th path sequentially comprises lower needle floating thread, lower needle collecting ring, lower needle looping and lower needle looping; the 11 th path is sequentially lower needle collecting ring, lower needle floating line, lower needle looping and lower needle looping; the 12 th path is sequentially lower needle floating thread, lower needle collecting ring, lower needle looping and lower needle looping; the 13 th path is sequentially lower needle collecting ring, lower needle floating line, lower needle looping and lower needle looping; the 14 th path sequentially comprises lower needle floating thread, lower needle collecting ring, lower needle looping and lower needle looping; the 15 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 16 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 17 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 18 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 19 th path is lower needle looping, lower needle looping and lower needle looping in sequence; the 20 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 21 st path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 22 nd path is sequentially lower needle tucking, lower needle looping, lower needle tucking and lower needle looping; the 23 rd path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 24 th path sequentially comprises lower needle tucking, lower needle looping, lower needle tucking and lower needle looping; the 25 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 26 th path is sequentially lower needle tucking, lower needle looping, lower needle tucking and lower needle looping; the 27 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 28 th path is sequentially lower needle tucking, lower needle looping, lower needle tucking and lower needle looping; the 29 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 30 th path sequentially comprises lower needle tucking, lower needle looping, lower needle tucking and lower needle looping; the 31 st path is orderly formed by lower needle looping, lower needle looping and lower needle looping; the 32 nd path is orderly formed by needle setting, needle looping and needle looping; the 33 th path is lower needle looping, lower needle looping and lower needle looping in sequence; the 34 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 35 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 36 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 37 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 38 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 39 th path is orderly lower needle looping, lower needle gathering and lower needle floating thread; the 40 th path is sequentially lower needle looping, lower needle floating thread and lower needle gathering ring; the 41 st path is orderly lower needle looping, lower needle gathering and lower needle floating thread; the 42 th path is orderly formed by lower needle looping, lower needle floating thread and lower needle gathering loop; the 43 rd path is sequentially lower needle looping, lower needle gathering and lower needle floating thread; the 44 th path is sequentially lower needle looping, lower needle floating thread and lower needle gathering ring; the 45 th path is sequentially lower needle looping, lower needle gathering and lower needle floating thread; the 46 th path is sequentially lower needle looping, lower needle floating line and lower needle gathering ring; the 47 th path is lower needle looping, lower needle looping and lower needle looping in sequence; the 48 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 49 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 50 th path sequentially comprises lower needle looping, lower needle looping and lower needle looping; the 51 st path is lower needle looping, lower needle looping and lower needle looping in sequence; the 52 th path is lower needle looping, lower needle looping and lower needle looping in sequence; the 53 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 54 th path sequentially comprises lower needle tucking, lower needle looping, lower needle tucking and lower needle looping; the 55 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 56 th path is sequentially lower needle collecting ring, lower needle forming ring, lower needle collecting ring and lower needle forming ring; the 57 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 58 th path is sequentially lower needle tucking, lower needle looping, lower needle tucking and lower needle looping; the 59 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 60 th path is sequentially lower needle tucking, lower needle looping, lower needle tucking and lower needle looping; the 61 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 62 th path is a lower needle tuck, a lower needle loop, a lower needle tuck and a lower needle loop in sequence; the 63 th path is sequentially lower needle looping, lower needle gathering, lower needle looping and lower needle gathering; the 64 th path is sequentially lower needle tucking, lower needle looping, lower needle tucking and lower needle looping.

The present utility model is not limited to the above-mentioned embodiments, and any changes or substitutions that can be easily understood by those skilled in the art within the scope of the present utility model are intended to be included in the scope of the present utility model. Therefore, the protection scope of the present utility model should be subject to the protection scope of the claims.

Claims (4)

1. The utility model provides a moisture absorption rapid-curing cutback has jacquard weave single face surface fabric of cool sense which characterized in that: the fabric comprises a plane part attached to a human body and a mesh part protruding out of the plane part, wherein the plane part is knitted by moisture-absorbing quick-drying cool nylon filaments and spandex filaments, and the mesh part is knitted by common nylon filaments.

2. The jacquard single-sided fabric with moisture absorption and quick drying and cooling effect according to claim 1, which is characterized in that: the fabric takes 64 paths as a cycle, wherein the 1 st to 6 th paths, the 15 th to 20 th paths, the 33 rd to 38 th paths and the 47 th to 52 th paths are sequentially in a loop forming structure, a loop forming structure and a loop forming structure, the 7 th, 9 th, 11 th and 13 th paths are sequentially in a loop collecting structure, a floating line, a loop forming structure and a loop forming structure, the 8 th, 10 th, 12 th and 14 th paths are sequentially in a floating line, a loop collecting structure, a loop forming structure and a loop forming structure, the 21 st, 23 nd, 25 th, 27 th, 29 nd, 31 nd, 53 nd, 55 nd, 57 th, 59 th, 61 nd, 63 th, 22 nd, 24 nd, 26 th, 28 th, 30 th, 32 nd, 54 th, 56 th, 58 th, 60 th, 62 nd, 64 th, 39 th, 41 th, 43 th, 45 th, and 46 th.

3. The jacquard single-sided fabric with moisture absorption and quick drying and cooling effect according to claim 2, which is characterized in that: the plane part is the 1 st to 6 th, the 15 th to 38 th and the 47 th to 64 th, and the mesh part is the 7 th to 14 th and the 39 th to 46 th.

4. The jacquard single-sided fabric with moisture absorption and quick drying and cooling effect according to claim 3, which is characterized in that: the plane part is knitted by the moisture-absorbing quick-drying cool feeling yarn Long Chang yarn and the spandex yarn of 75D/72F; the mesh portion was knitted from 50D/72F of the general nylon filaments.