CN215050975U - Cotton gentle high strength blended yarn - Google Patents

Abstract

The utility model discloses a cotton gentle high strength blended yarn, including second yarn core, the outside of second yarn core closely is provided with polyvinyl chloride fibre, and the fibrous inner chamber cladding of polyvinyl chloride has antibiotic cellosilk, and the fibrous outside of polyvinyl chloride closely overlaps and is equipped with inside coating, and the outside of inside coating closely is provided with nanometer elastic filament, and the outside of inside coating closely is provided with wear-resisting cotton polyester fiber yarn, and the outside of nanometer elastic filament and wear-resisting cotton polyester fiber yarn closely has spinning nanofiber membrane, and the outside transposition winding of spinning nanofiber membrane has bamboo charcoal fiber, and the centre of bamboo charcoal fiber inner chamber is provided with first yarn core. This gentle high strength blended yarn of cotton, the twist winding mode through two bamboo charcoal fiber that set up can increase the toughness of this blended yarn, can increase the stability of fixing between two bamboo charcoal fiber through the ramie fiber silk that sets up, makes its difficult problem that appears alternate segregation.

Description

Cotton gentle high strength blended yarn

Technical Field

The utility model relates to a yarn technical field, in particular to cotton gentle high strength blended yarn.

Background

The spinning yarn is a yarn which is spun by mixing two or more different fibers according to a certain proportion, such as polyester-cotton blended yarn, polyester-viscose blended yarn and the like, and is also a blended yarn which is formed by distributing and adjusting a plurality of fibers according to different proportions, and is high-quality blended yarn, fine in workmanship, free of connection and fine and smooth in weaving, the spinning yarn originally belongs to a very old activity, from the prehistoric times, people can understand that some shorter fibers are spun into long yarns and then weave the long yarns into cloth, so-called spinning is carried out, animal or plant fibers are clasped into continuous infinitely-extending yarns in a twisting mode so as to be suitable for weaving behaviors, the blended yarn in the prior art has the defects of low strength, single function and the like, and therefore, the cotton soft high-strength blended yarn is urgently needed.

SUMMERY OF THE UTILITY MODEL

The utility model discloses a main aim at provides a cotton gentle high strength blended yarn, can effectively solve the problem in the background art.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a soft and high-strength cotton blended yarn comprises a second yarn core, polyvinyl chloride fibers are tightly arranged outside the second yarn core, antibacterial fiber yarns are wrapped in an inner cavity of the polyvinyl chloride fibers, an inner wrapping layer is tightly sleeved outside the polyvinyl chloride fibers, nano elastic yarns are tightly arranged outside the inner wrapping layer, wear-resistant cotton fiber yarns are tightly arranged outside the inner wrapping layer, spinning nano fiber films are tightly wrapped outside the nano elastic yarns and the wear-resistant cotton fiber yarns, bamboo charcoal fibers are twisted and wound outside the spinning nano fiber films, a first yarn core is arranged in the center of an inner cavity of the bamboo charcoal fibers, anti-ultraviolet acrylic fiber yarns are tightly arranged outside the first yarn core, antistatic carbon conductive fiber yarns are tightly arranged outside the first yarn core, and ramie fiber yarns are fixedly bolted at the intersection of the bamboo charcoal fibers, the bamboo charcoal fiber is tightly wrapped with an outer wrapping layer, a first ventilation through hole is formed in the outer surface of the outer wrapping layer, and a second ventilation through hole is formed in the outer surface of the spinning nanofiber membrane.

Preferably, the number of the bamboo charcoal fibers is two, and the two bamboo charcoal fibers are twisted and wound outside the spinning nanofiber membrane.

Preferably, the first air-permeable through holes are communicated with the inner cavity in a circular mode and are evenly arranged on the outer surface of the outer coating layer, the second air-permeable through holes are communicated with the inner cavity in a circular mode and are evenly arranged on the outer surface of the spinning nanofiber membrane, and the diameter of the inner cavity of each second air-permeable through hole is slightly smaller than that of the inner cavity of the first air-permeable through hole.

Preferably, the quantity of ultraviolet resistance acrylic fiber silk is four, and four ultraviolet resistance acrylic fiber silks evenly encircle and set up in the outside of first yarn core, the quantity of antistatic carbon conductive fiber silk is four, and four antistatic carbon conductive fiber silks evenly encircle in the outside of first yarn core to four antistatic carbon conductive fiber silks stagger each other with four ultraviolet resistance acrylic fiber silks respectively.

Preferably, the quantity of nanometer elastic filament is four, and four nanometer elastic filaments evenly encircle in the outside of inside coating, the quantity of wear-resisting cotton silk is four, and four wear-resisting cotton silk evenly encircle in the outside of inside coating to four wear-resisting cotton silk stagger each other with four nanometer elastic filaments respectively.

Preferably, the number of the polyvinyl chloride fibers is four, the four polyvinyl chloride fibers uniformly surround the outer portion of the second yarn core respectively, the antibacterial fiber filaments are four groups, the number of each group is three, the four groups of antibacterial fiber filaments are arranged in inner cavities of the four polyvinyl chloride fibers respectively, and the three antibacterial fiber filaments of each group are in mutual twisted connection.

Compared with the prior art, the utility model discloses following beneficial effect has:

the cotton soft high-strength blended yarn has the advantages that the toughness of the blended yarn can be improved through the arranged twisting and winding mode of the two bamboo charcoal fibers, the air permeability and moisture removal performance of the blended yarn can be improved through the arranged first air-permeable through hole and the arranged second air-permeable through hole, the fixed stability between the two bamboo charcoal fibers can be improved through the arranged ramie fiber yarns, the problem of mutual separation is not easy to occur, when clothes are subjected to external force, the blended yarn is stretched, the distance between the blended yarns is reduced, the compactness of the blended yarn is improved, the structural strength is improved, the antibacterial performance of the blended yarn is improved through the arranged antibacterial fiber yarns which are twisted and wound mutually, the toughness is increased, the elasticity of the blended yarn can be improved through the arranged polyvinyl chloride fibers and the arranged nano elastic yarns, the wear resistance of the blended yarn can be improved through the arranged wear-resistant cotton fiber yarns, the problem of single function of the traditional cotton soft high-strength blended yarn is solved by the mutual matching of the ultraviolet-resistant acrylic fiber yarns and the antistatic carbon conductive fiber yarns.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

fig. 2 is a schematic cross-sectional view of bamboo charcoal fiber according to the present invention;

fig. 3 is a schematic view of the cross-sectional structure of the spinning nanofiber membrane of the present invention.

In the figure: 1. an outer coating layer; 2. a first vent through hole; 3. bamboo charcoal fiber; 4. ramie fiber; 5. a second vent through hole; 6. spinning the nanofiber membrane; 7. anti-ultraviolet acrylic fiber yarn; 8. a first yarn core; 9. a second yarn core; 10. polyvinyl chloride fibers; 11. nano elastic wires; 12. an inner cladding layer; 13. antibacterial fiber filaments; 14. antistatic carbon conductive fiber; 15. wear-resistant cotton fiber yarns.

Detailed Description

In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand, the present invention is further described below with reference to the following embodiments.

As shown in fig. 1-3, a cotton soft high-strength blended yarn comprises a second yarn core 9, wherein polyvinyl chloride fibers 10 are tightly arranged outside the second yarn core 9, the number of the polyvinyl chloride fibers 10 is four, the four polyvinyl chloride fibers 10 are respectively and uniformly surrounded outside the second yarn core 9, the inner cavity of each polyvinyl chloride fiber 10 is wrapped with antibacterial fiber filaments 13, the antibacterial performance of the blended yarn is improved by twisting and winding the antibacterial fiber filaments 13, the toughness is increased, the blended yarn is not easy to break, the antibacterial fiber filaments 13 are four groups, the number of each group is three, the four groups of antibacterial fiber filaments 13 are respectively arranged in the inner cavities of the four polyvinyl chloride fibers 10, the three antibacterial fiber filaments 13 of each group are twisted and connected with each other, an inner coating layer 12 is tightly sleeved outside the polyvinyl chloride fibers 10, and a nano elastic filament 11 is tightly arranged outside the inner coating layer 12, the number of the elastic nano-filaments 11 is four, the four elastic nano-filaments 11 are uniformly wound on the outer portion of the inner coating layer 12, the elasticity of the blended yarn can be improved through the arranged polyvinyl chloride fibers 10 and the elastic nano-filaments 11, the outer portion of the inner coating layer 12 is tightly provided with the wear-resistant cotton fiber filaments 15, the wear-resistant performance of the blended yarn can be improved through the arranged wear-resistant cotton fiber filaments 15, the number of the wear-resistant cotton fiber filaments 15 is four, the four wear-resistant cotton fiber filaments 15 are uniformly wound on the outer portion of the inner coating layer 12, the four wear-resistant cotton fiber filaments 15 are respectively staggered with the four elastic nano-filaments 11, the outer portions of the elastic nano-filaments 11 and the wear-resistant cotton fiber filaments 15 are tightly coated with the spinning nano-fiber film 6, the bamboo carbon fibers 3 are twisted and wound on the outer portion of the spinning nano-fiber film 6, the number of the bamboo carbon fibers 3 is two, the two bamboo carbon fibers 3 are twisted and wound on the outer portion of the nano-fiber film 6, the toughness of the blended yarn can be improved by the twisting and winding mode of the two bamboo charcoal fibers 3, a first yarn core 8 is arranged in the center of the inner cavity of the bamboo charcoal fibers 3, the ultraviolet-resistant acrylic fiber filaments 7 are tightly arranged outside the first yarn core 8, the number of the ultraviolet-resistant acrylic fiber filaments 7 is four, the four ultraviolet-resistant acrylic fiber filaments 7 are uniformly arranged outside the first yarn core 8 in a surrounding manner, the antistatic carbon conductive fiber filaments 14 are tightly arranged outside the first yarn core 8, the number of the antistatic carbon conductive fiber filaments 14 is four, the four antistatic carbon conductive fiber filaments 14 are uniformly arranged outside the first yarn core 8 in a surrounding manner, the four antistatic carbon conductive fiber filaments 14 are respectively staggered with the four ultraviolet-resistant acrylic fiber filaments 7, and the problem of single function of the traditional cotton high-strength blended yarn is solved by the mutual matching of the ultraviolet-resistant carbon fiber filaments 7 and the antistatic conductive fiber filaments 14, the outer fixing bolt of the cross of the bamboo charcoal fiber 3 is connected with ramie fiber 4, the stability of the fixation between two bamboo charcoal fibers 3 can be increased through the arranged ramie fiber 4, so that the mutual separation problem is not easy to occur, when the clothes is subjected to external force, the blended yarns are stretched to reduce the distance between a plurality of blended yarns, the compactness of the blended yarns is increased, thereby improving the structural strength, the outer part of the bamboo charcoal fiber 3 is tightly wrapped with an outer wrapping layer 1, the outer surface of the outer wrapping layer 1 is provided with a first ventilation through hole 2, the first ventilation through hole 2 is round and communicated with the inner cavity and is uniformly arranged on the outer surface of the outer wrapping layer 1, the outer surface of the spinning nano fiber membrane 6 is provided with a second ventilation through hole 5, the second ventilation through hole 5 is round and communicated with the inner cavity and is uniformly arranged on the outer surface of the spinning nano fiber membrane 6, the diameter of the inner cavity of the second air-permeable through hole 5 is slightly smaller than that of the inner cavity of the first air-permeable through hole 2, and the air permeability and moisture removal performance of the blended yarn can be improved through the arranged first air-permeable through hole 2 and the second air-permeable through hole 5.

It should be noted that, the utility model relates to a cotton soft high-strength blended yarn, the twisting and winding manner of two bamboo charcoal fibers 3 can increase the toughness of the blended yarn during use, the first ventilation through hole 2 and the second ventilation through hole 5 can increase the ventilation and moisture removal performance of the blended yarn, the stability of the fixation between the two bamboo charcoal fibers 3 can be increased under the binding action of the ramie fiber filaments 4, so that the mutual separation problem is not easy to occur, when the clothes is subjected to external force, the blended yarn is stretched to reduce the distance between a plurality of blended yarns, the compactness of the blended yarn is increased, thereby the structural strength is improved, the ramie fiber filaments 4 have extremely high toughness and are not easy to break, the antibacterial performance of the blended yarn is improved under the mutual twisting and winding action of the antibacterial fiber filaments 13, the elasticity of the blended yarn can be improved under the mutual matching of the polyvinyl chloride fibers 10 and the nano elastic filaments 11, the wear-resisting property of the blended yarn can be improved under the arrangement of the wear-resisting cotton fiber yarns 15, and the problem of single function of the traditional cotton soft high-strength blended yarn is solved through the mutual matching of the ultraviolet-resisting acrylic fiber yarns 7 and the antistatic carbon conductive fiber yarns 14.

The basic principles and the main features of the invention and the advantages of the invention have been shown and described above. It will be understood by those skilled in the art that the present invention is not limited to the above embodiments, and that the foregoing embodiments and descriptions are provided only to illustrate the principles of the present invention without departing from the spirit and scope of the present invention. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims (6)

1. The utility model provides a soft high strength blended yarn of cotton, includes second yarn core (9), its characterized in that: the outer part of the second yarn core (9) is tightly provided with a polyvinyl chloride fiber (10), the inner cavity of the polyvinyl chloride fiber (10) is wrapped with an antibacterial fiber (13), the outer part of the polyvinyl chloride fiber (10) is tightly sleeved with an inner wrapping layer (12), the outer part of the inner wrapping layer (12) is tightly provided with a nano elastic yarn (11), the outer part of the inner wrapping layer (12) is tightly provided with a wear-resistant cotton fiber yarn (15), the outer parts of the nano elastic yarn (11) and the wear-resistant cotton fiber yarn (15) are tightly wrapped with a spinning nano fiber film (6), the outer part of the spinning nano fiber film (6) is twisted and wound with a bamboo charcoal fiber (3), a first yarn core (8) is arranged in the center of the inner cavity of the bamboo charcoal fiber (3), and the outer part of the first yarn core (8) is tightly provided with an ultraviolet-resistant fiber yarn (7), the anti-static carbon conductive fiber yarn is tightly arranged outside the first yarn core (8), ramie fiber yarns (4) are fixedly bolted at the outer part of the intersection of the bamboo charcoal fibers (3), an outer coating layer (1) is tightly coated outside the bamboo charcoal fibers (3), a first ventilation through hole (2) is formed in the outer surface of the outer coating layer (1), and a second ventilation through hole (5) is formed in the outer surface of the spinning nanofiber membrane (6).

2. The cotton soft high-strength blended yarn according to claim 1, characterized in that: the number of the bamboo charcoal fibers (3) is two, and the two bamboo charcoal fibers (3) are twisted and wound outside the spinning nanofiber membrane (6).

3. The cotton soft high-strength blended yarn according to claim 1, characterized in that: the first air-permeable through holes (2) are communicated with the inner cavity in a circular mode and are evenly arranged on the outer surface of the outer coating layer (1), the second air-permeable through holes (5) are communicated with the inner cavity in a circular mode and are evenly arranged on the outer surface of the spinning nanofiber membrane (6), and the diameter of the inner cavity of each second air-permeable through hole (5) is slightly smaller than that of the inner cavity of each first air-permeable through hole (2).

4. The cotton soft high-strength blended yarn according to claim 1, characterized in that: the quantity of ultraviolet resistance acrylic fiber silk (7) is four, and four ultraviolet resistance acrylic fiber silks (7) evenly encircle and set up in the outside of first yarn core (8), the quantity of antistatic carbon conductive fiber silk (14) is four, and four antistatic carbon conductive fiber silks (14) evenly encircle in the outside of first yarn core (8) to four antistatic carbon conductive fiber silks (14) stagger each other with four ultraviolet resistance acrylic fiber silk (7) respectively.

5. The cotton soft high-strength blended yarn according to claim 1, characterized in that: the quantity of nanometer elastic filament (11) is four, and four nanometer elastic filament (11) evenly encircle in the outside of inside coating (12), the quantity of wear-resisting cotton silk (15) is four, and four wear-resisting cotton silk (15) evenly encircle in the outside of inside coating (12) to four wear-resisting cotton silk (15) stagger each other with four nanometer elastic filament (11) respectively.

6. The cotton soft high-strength blended yarn according to claim 1, characterized in that: the number of the polyvinyl chloride fibers (10) is four, the four polyvinyl chloride fibers (10) uniformly surround the outer portion of the second yarn core (9) respectively, the antibacterial fiber yarns (13) are four groups, the number of each group is three, the four groups of the antibacterial fiber yarns (13) are arranged in inner cavities of the four polyvinyl chloride fibers (10) respectively, and the three antibacterial fiber yarns (13) of each group are connected in a mutually twisted mode.

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