CN211079501U - Moisture absorption and heating knitted underwear fabric - Google Patents
Moisture absorption and heating knitted underwear fabric Download PDFInfo
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- CN211079501U CN211079501U CN201920431451.9U CN201920431451U CN211079501U CN 211079501 U CN211079501 U CN 211079501U CN 201920431451 U CN201920431451 U CN 201920431451U CN 211079501 U CN211079501 U CN 211079501U
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Abstract
The utility model provides a moisture absorption heating knitted underwear fabric, which is a double-sided weft knitting structure composed of a plurality of yarns, one side of the double-sided weft knitting structure is a fabric of the moisture absorption heating yarn, the fabric shape of the moisture absorption heating yarn is concave-convex thin stripes, the convex stripes are composed of nitrile/viscose blended moisture absorption heating yarn coils, and the concave stripes are composed of nitrile/viscose blended moisture absorption heating yarn coils and spandex bare yarn coils; the fabric surface of the moisture absorption heating yarn is provided with a micro-velvet layer, the other side of the double-sided weft-knitted structure is a weft plain fabric layer, the weft plain fabric layer is thrown into an arc shape between the tuck wales at even intervals, and the polyester textured filaments are arranged between the two sides of the double-sided weft-knitted structure. The moisture absorption and heating knitted underwear fabric provided by the utility model has the advantages that the heat generated by moisture absorption is not easy to dissipate, and an effective air layer is formed to store heat; and is favorable for fully exerting the efficacy of moisture absorption and heat generation and improving the efficacy of moisture absorption and heat generation.
Description
Technical Field
The utility model relates to a knitted fabric technical field especially relates to a moisture absorption knitted underwear surface fabric that generates heat.
Background
The knitted underwear in autumn and winter is warm and comfortable, and has been popularized for a long time. With the pursuit of people for good life and the development of scientific technology, the fabric of the knitted underwear in autumn and winter is continuously developed and is new. The development of knitted underwear is promoted by the continuous development of knitted fabrics from traditional cotton jersey trousers, thermal underwear with better heat preservation performance, moisture absorption and heating knitted underwear with higher technological content. The moisture absorption heating knitted underwear fabric absorbs sweat emitted by a human body and realizes moisture absorption heating by utilizing the principle of phase change heat release from gas to liquid. The fabric is formed by mixing hydrophobic superfine acrylic fibers with rich gaps among the fibers and high-moisture-absorption viscose with good moisture absorption to realize the moisture absorption and heating functions. In order to improve the moisture absorption and heat generation effects of the fabric, the technology is continuously developed.
In the prior art, various developments are made on the function of moisture absorption and heating of the moisture absorption and heating knitted fabric, and the moisture absorption and heating knitted fabric can emit certain heat under the condition of micro-wetting so as to warm the human body. After all, as a textile material, the fabric is self-heating, the heating quantity is limited, and a human body is not a constant humidifier, so that the fabric has the defects that the heat is easy to dissipate after moisture absorption and heating, and the fluctuation of the heat effect is large. The utility model aims at overcoming the aforesaid not enough to the knitting surface fabric that generates heat is generated in the moisture absorption of the novel integrated configuration development of textile material heat of storing the moisture absorption, and the efficiency that full play moisture absorption generated heat, the cold-proof effect of balanced performance.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem that to the defect of prior art, a moisture absorption knitted underwear surface fabric that generates heat is provided.
The utility model discloses a solve above-mentioned technical problem and adopt following technical scheme:
the utility model provides a moisture absorption heating knitted underwear surface fabric, for the double-sided weft knitting knitted structure that multiple yarn constitutes, the one side of double-sided weft knitting knitted structure is the fabric of moisture absorption heating yarn, the fabric form of moisture absorption heating yarn is unsmooth thin stripe, and wherein, protruding stripe comprises the loop of the moisture absorption heating yarn of nitrile/bonding blending, and concave stripe comprises the loop of the moisture absorption heating yarn of nitrile/bonding blending + the bare silk of spandex; the fabric surface of the moisture absorption heating yarn is provided with a micro-velvet layer, the other surface of the double-sided weft-knitted structure is a weft plain fabric layer, the weft plain fabric layer is thrown into an arc shape between the tuck wales at even intervals, and the polyester textured filaments are arranged between the two sides of the double-sided weft-knitted structure.
Furthermore, on the fabric of the moisture absorption and heating knitted underwear, the concave-convex thin stripes are alternately distributed in a convex longitudinal row of stitches and a concave longitudinal row of stitches.
Furthermore, on the moisture absorption and heating knitted underwear fabric, the weft plain knitted fabric layer is thrown into an arc shape between the tucking wales at even intervals, so that one wale is tucked and connected with other parts of the fabric after every 17 or 35 wales, and the weft plain knitted fabric between the two connected wales is a straight strip thrown into an arc shape.
Preferably, the polyester textured filaments are transversely distributed in the middle of the fabric on the moisture absorption and heating knitted underwear fabric and are connected with the wales connected with the tucks, and the polyester textured filaments are arched and are distributed in a fluffy manner after the weft plain knitted fabric is in an arc-shaped thrown straight strip.
Further, on the moisture absorption and heating knitted underwear fabric, the nitrile/viscose blended moisture absorption and heating yarn is a blended yarn of 32-40 English superfine acrylic fibers and high moisture absorption viscose.
Further preferably, on the moisture absorption heating knitted underwear fabric, the single fiber fineness of the superfine acrylic fibers is 0.6-0.9D, and the blending ratio of the superfine acrylic fibers to the high moisture absorption viscose is 60: 40.
Further preferably, on the fabric of the moisture absorption and heating knitted underwear, the weft plain knitted fabric is made of 30-36 cotton yarn, and is thicker than the moisture absorption and heating yarn.
Further preferably, on the moisture absorption and heating knitted underwear fabric, the fineness of the bare spandex yarn is 30-40D.
Further preferably, on the moisture absorption and heating knitted underwear fabric, the fineness of the polyester textured filament is 200-300D.
The utility model adopts the above technical scheme, compare with prior art, have following technological effect:
(1) the heat generated by moisture absorption is not easy to dissipate, and an air layer structure is arranged in the fabric to store the heat;
(2) fibers in the air layer structure with the arc-shaped protrusions are fluffy, so that an effective air layer is formed and heat is stored;
(3) the fabric structure of the moisture absorption heating yarn is concave-convex, so that the surface area is increased, and the moisture absorption heating effect is fully exerted;
(4) the fabric structure of the moisture absorption heating yarn is concave-convex, dense micro fluff is brushed at the end of the protrusion, and the moisture absorption heating effect is improved through better moisture absorption.
Drawings
FIG. 1 is a schematic view of the structure of the fabric of the moisture-absorbing and heat-generating knitted underwear;
fig. 2 is a schematic view of the loop structure of the moisture absorption and heat generation yarn in the inner layer of the fabric of the moisture absorption and heat generation knitted underwear fabric of the utility model;
FIG. 3 is a schematic view of the outer layer of the fabric of the moisture-absorbing and heat-generating knitted underwear fabric;
wherein the reference symbols are:
1-convex wale, 2-concave wale, 3-blended yarn of superfine acrylic and high moisture absorption viscose, 4-blended yarn of superfine acrylic and high moisture absorption viscose plus bare spandex filament, 5-weft plain knitted fabric layer, 6-polyester textured filament, 7-micro velvet layer and 8-tuck connected wale.
Detailed Description
Exemplary embodiments that embody features and advantages of the present invention will be described in detail in the following description. It is to be understood that the invention is capable of other and different embodiments and its several details are capable of modification without departing from the scope of the invention, and that the description and drawings are to be regarded as illustrative in nature and not as restrictive.
As shown in fig. 1, the utility model provides a moisture absorption knitted underwear surface fabric that generates heat, the two-sided weft knitting knitted structure who constitutes by multiple yarn forms, the one side of two-sided weft knitting knitted structure is used for generating heat for the fabric layer of moisture absorption yarn that generates heat, and the another side is the heat preservation fabric layer of air bed structure and is used for storing the heat that the moisture absorption generates heat, and is cold-proof. The shape of the double-sided fabric is configured by that spandex is arranged at every other wale on the surface which absorbs moisture and generates heat, so that every other wale with the spandex on the surface which absorbs moisture and generates heat of the fabric is closer due to elasticity, the other every other wale without the spandex is extruded to be protruded out of the surface of the fabric, and the shape of the double-sided fabric is provided with a concave wale 2 and a convex concave and convex fine stripe of the wale 1. The other side of the fabric is an even fabric layer, the fabric layer elastically contracts under the opposite surface to absorb moisture and generate heat, arcs are thrown among the tuck wales at even intervals, and the polyester textured filaments 6 which are not looped in the middle of the fabric are fluffy among the connecting wales and are arched to fill arc spaces in the fabric. The surface area of the moisture absorption heating yarn fabric is increased by the concave-convex shape of the moisture absorption heating surface of the structure, and the moisture absorption heating effect is better exerted.
On the basis of the technical scheme, as shown in fig. 2, the convex stripes are formed by nitrile/viscose blended hygroscopic and heating yarn coils, the concave stripes are formed by nitrile/viscose blended hygroscopic and heating yarn and spandex bare yarn coils, the nitrile/viscose blended hygroscopic and heating yarn is a blended yarn 3 of 32-40 counts of superfine acrylon and high hygroscopic viscose, the single fiber fineness of the superfine acrylon is 0.6-0.9D, and the blending ratio of the superfine acrylon to the high hygroscopic viscose is 60: 40; namely, the concave stripes are formed by blended yarns of superfine acrylon and high moisture absorption viscose and bare spandex filaments 4. The fineness of the bare spandex yarn is 30-40D. The fabric surface of the moisture absorption heating yarn is provided with the micro-fluff layer 7, the micro-fluff brushed at the protruding end is dense, and the moisture absorption heating effect of the fabric is improved through better moisture absorption. The other side of the double-sided weft knitting structure is a weft plain knitted fabric layer 5, and cotton yarns with 30-36 English counts are thicker than the used moisture absorption heating yarns. Every other certain coil wale is connected with the moisture absorption heating fabric layer, the weft plain knitted fabric is in an arc-shaped thrown straight strip shape to form a rich air layer, the terylene textured filament 6 is arranged between the two sides of the double-sided weft knitted structure, and the fineness of the terylene textured filament 6 is 200D and 300D. The fiber of the terylene textured filaments 6 between the connecting wales connected with the fabric is in a fluffy state and is filled with an arc air layer structure, thereby being beneficial to the effect of an effective air layer and storing heat
On the basis of the technical scheme, as shown in fig. 3, the weft plain knitted fabric is in a form of being periodically thrown, namely, after every 17 or 35 wales, one wale is tucked and connected with other parts of the fabric to form tucked and connected wales 8, and the weft plain knitted fabric between the two tucked and connected wales 8 is in a straight strip which is thrown in an arc shape. The polyester textured filaments 6 are transversely distributed in the middle of the fabric and connected with the wales 8 connected with the tucks, and are arched and distributed in a fluffy manner in the straight strips of the weft plain knitted fabric which are thrown in an arc manner.
The present invention will be described in detail and specifically with reference to the following examples so as to provide a better understanding of the present invention, but the following examples do not limit the scope of the present invention.
Example 1
The embodiment provides a moisture absorption and heating knitted underwear fabric which is formed by a double-sided weft knitting structure formed by multiple yarns. The fabric layer with the moisture absorption and heating yarns on one side of the double-sided weft knitting structure is a close-fitting surface when being worn, and the heat insulation fabric layer with the air layer structure on the other side is the outer side surface of the fabric when being worn, so that the underwear fabric with the moisture absorption and heating and heat preservation functions is formed.
To form the fabric described in this example, a UP472 type pick-UP type small jacquard double-sided circular knitting machine was used to knit the fabric of the described construction, having a gauge of 24, a cylinder diameter of 34 inches, and a knitting system of 84 courses. Every 4 paths of complete structures comprise a stitch row on each side, and the fabric of the whole fabric is continuously woven in cycles. The yarn woven in the 1 st path is blended yarn 3 of 32-inch superfine acrylic fibers and high moisture absorption viscose glue, and the blending ratio is 60:40, the single fiber fineness of the superfine acrylic fiber is 0.8D, a high-heel needle of a dial is adopted for looping, and other needles are not woven. The yarn woven in the 2 nd path is the blended yarn of the 32-inch superfine acrylic and the high moisture absorption viscose plus 40D bare spandex 4, the low-heel needle of the dial is adopted for looping, the high-heel needle of the dial is not woven, and 35 needles of the cylinder needle are not woven for 1 needle to be looped in a tucking way. The yarn knitted in the 3 rd path is DTY 300D/144F polyester textured yarn 6, the cylinder needles in the previous path are tucked again, and other cylinder needles and all dial needles are not knitted. The 4 th path of knitted yarns are 30-inch combed cotton yarns, the cylinder needles are looped, and the dial needles are not knitted. The knitted fabric with the structure and the shape after being knitted forms the moisture absorption heating knitted underwear fabric after being dyed and finished, and the moisture absorption heating knitted underwear fabric comprises the moisture absorption heating face brushed and fabric sizing processing.
The surface of the fabric, which is worn next to the skin, is of a concave-convex fine stripe structure, and the surface of the fabric is provided with micro-velvet, so that the fabric has good moisture absorption and heating effects. The outer side face of the fabric is a cotton weft plain knitted fabric which is fully covered with a straight arched stripe, and the arched stripe is filled with arched and fluffy polyester textured filament fibers, so that the fabric has a better effect of storing moisture absorption and heating heat. The whole fabric is also good in elasticity, good in hand feeling and comfortable to wear.
Example 2
The present embodiment provides a sweater made of a double-sided weft-knitted fabric made of a plurality of yarns. The fabric layer with the moisture absorption and heating yarns on one side of the double-sided weft knitting structure is a close-fitting surface when being worn, and the heat insulation fabric layer with the air layer structure on the other side is the outer side surface of the fabric when being worn, so that the underwear fabric with the moisture absorption and heating and heat preservation functions is formed.
To form the fabric described in this example, a UP472 type pick-UP type small jacquard double-sided circular knitting machine was used to knit the fabric of the described construction, having a gauge of 28, a cylinder diameter of 34 inches, and a knitting system of 84 courses. Every 4 paths of complete structures comprise a stitch row on each side, and the fabric of the whole fabric is continuously woven in cycles. The yarn woven in the 1 st path is blended yarn 3 of 40-count superfine acrylic fibers and high moisture absorption viscose glue, and the blending ratio is 60:40, the single fiber fineness of the superfine acrylic fiber is 0.8D, a high-heel needle of a dial is adopted for looping, and other needles are not woven. The yarn woven in the 2 nd path is the blended yarn of the 32-inch superfine acrylic and the high moisture absorption viscose plus the 30D bare spandex yarn 4, the low-heel needle of the dial is adopted for looping, the high-heel needle of the dial is not woven, and 17 needles of the cylinder needle are not woven for 1 needle to be looped in a tucking way. The yarn knitted in the 3 rd path is DTY 200D/96F polyester textured yarn 6, the cylinder needles in the previous path are tucked again, and other cylinder needles and all dial needles are not knitted. The 4 th path of knitted yarns are 36-inch combed cotton yarns, and are knitted by cylinder needles and are not knitted by dial needles. The knitted fabric with the structure and the shape after being knitted forms the moisture absorption heating knitted underwear fabric after being dyed and finished, and the moisture absorption heating knitted underwear fabric comprises the moisture absorption heating face brushed and fabric sizing processing.
The utility model provides a moisture absorption knitted underwear surface fabric that generates heat to the fabric layer of moisture absorption yarn that generates heat is the face next to the shin when wearing, freezes knitted underwear according to the autumn and designs, tailors, sews, irones the arrangement back, has made a moisture absorption knitted underwear surface fabric that generates heat's pullover. The underwear sweater has the advantages that the wearing surface of the underwear sweater is of a concave-convex fine stripe structure, the surface of the underwear sweater is provided with micro-velvet, the wearing is comfortable, and the effects of moisture absorption and heating are good. The outer side surface of the sweater is a cotton weft plain knitted fabric which is fully covered with a strip of arched straight stripes, and the arched stripes are filled with fluffy polyester textured filament fibers, so that the sweater has a better effect of storing moisture absorption and heating heat and has good heat preservation.
Furthermore, the utility model provides a moisture absorption knitted underwear surface fabric characteristics that generate heat are showing, extend the moisture absorption knitted underwear that generates heat, are welcomed by the user deeply, have established stable production line, have exploited the development of moisture absorption knitted underwear that generates heat, and market prospect is good.
The present invention has been described in detail with reference to the specific embodiments, but the present invention is only by way of example and is not limited to the specific embodiments described above. Any equivalent modifications and substitutions to those skilled in the art are intended to be within the scope of the present invention. Accordingly, variations and modifications in equivalents may be made without departing from the spirit and scope of the invention, which is intended to be covered by the following claims.
Claims (8)
1. A moisture absorption and heating knitted underwear fabric is a double-sided weft knitting knitted structure formed by multiple yarns, and is characterized in that one side of the double-sided weft knitting structure is a fabric of the moisture absorption and heating yarns, the fabric of the moisture absorption and heating yarns is in a concave-convex thin stripe shape, the convex stripe is formed by a loop of nitrile/viscose blended moisture absorption and heating yarns, and the concave stripe is formed by a loop of nitrile/viscose blended moisture absorption and heating yarns and a loop of spandex bare yarn; the fabric surface of the moisture absorption heating yarn is provided with a micro-velvet layer, the other surface of the double-sided weft-knitted structure is a weft plain fabric layer, the weft plain fabric layer is thrown into an arc shape between the tuck wales at even intervals, and the polyester textured filaments are arranged between the two sides of the double-sided weft-knitted structure.
2. The fabric for absorbing moisture and generating heat knitted underwear according to claim 1, wherein the concave-convex thin stripes are alternately distributed in a convex wale and a concave wale.
3. The fabric for moisture absorbing and heat emitting knitted underwear of claim 1, wherein the weft jersey fabric layer is thrown in an arc shape between the tuck wales evenly spaced so that one wale is tucked to connect with other portions of the fabric after every 17 or 35 wales, and the weft jersey fabric between two connected wales is in an arc-thrown straight strip.
4. The fabric for moisture absorption and heating knitted underwear according to claim 3, wherein the polyester textured filaments are transversely distributed in the middle of the fabric, are connected with the wales connected with the tucks, and are arched and distributed in a fluffy manner after the weft plain knitted fabric is in an arc-shaped thrown straight strip.
5. The moisture absorption and heat generation knitted underwear fabric according to claim 1, characterized in that the nitrile/viscose blended moisture absorption and heat generation yarn is a blended yarn of 32-40 English count ultra-fine acrylic fibers and high moisture absorption viscose.
6. The fabric for hygroscopic and exothermic knitted underwear according to claim 1, wherein the weft plain knitted fabric is made of 30 to 36 cotton yarn, which is thicker than the hygroscopic and exothermic yarn.
7. The moisture absorption and heat generation knitted underwear fabric according to claim 1, wherein the fineness of the bare spandex yarn is 30-40D.
8. The moisture-absorbing and heat-emitting knitted underwear fabric as claimed in claim 1, wherein the fineness of the textured polyester filament is 200-300D.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920431451.9U CN211079501U (en) | 2019-04-01 | 2019-04-01 | Moisture absorption and heating knitted underwear fabric |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920431451.9U CN211079501U (en) | 2019-04-01 | 2019-04-01 | Moisture absorption and heating knitted underwear fabric |
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| CN211079501U true CN211079501U (en) | 2020-07-24 |
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| CN201920431451.9U Active CN211079501U (en) | 2019-04-01 | 2019-04-01 | Moisture absorption and heating knitted underwear fabric |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113668126A (en) * | 2021-07-26 | 2021-11-19 | 信泰(福建)科技有限公司 | Knitted fabric with shaking table bending and bulging effects, knitting method and shoe upper |
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2019
- 2019-04-01 CN CN201920431451.9U patent/CN211079501U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113668126A (en) * | 2021-07-26 | 2021-11-19 | 信泰(福建)科技有限公司 | Knitted fabric with shaking table bending and bulging effects, knitting method and shoe upper |
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