CN209759703U - Red bean velvet fabric capable of generating heat - Google Patents
Red bean velvet fabric capable of generating heat Download PDFInfo
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- CN209759703U CN209759703U CN201821551784.7U CN201821551784U CN209759703U CN 209759703 U CN209759703 U CN 209759703U CN 201821551784 U CN201821551784 U CN 201821551784U CN 209759703 U CN209759703 U CN 209759703U
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Abstract
The utility model relates to a red bean fine hair surface fabric generates heat belongs to knitted fabric preparation technical field. The utility model discloses a red bean fine hair surface fabric weaves on two-sided weft knitting machine and forms, has good compliance and fluffy style concurrently when giving the product function of generating heat, obviously promotes the soft travelling comfort of dress next to the shin. The utility model provides a red bean fine hair surface fabric generates heat compromises gentle warm and comfortable performance, can solve traditional winter clothes thick and heavy, overstaffed and soft cold-proof difficult contradiction of taking into account between, provides a new scheme for autumn and winter underwear product design, satisfies the demand that the consumer dressed comfortable winter.
Description
Technical Field
The utility model belongs to the technical field of knitted fabric preparation, concretely relates to red bean fine hair surface fabric generates heat.
Background
the traditional winter clothes made of warm-keeping materials such as cotton wool, down feather, fur, various chemical fiber wadding sheets and the like achieve the warm-keeping effect by preventing heat from being dissipated, and have the defects of being thick, heavy and swollen and poor in air permeability. Along with the improvement of aesthetic and comfortable requirements of people, the underwear mainly has the advantages of comfort, ventilation and warmth retention, has both functionality and aesthetic property, and becomes a more ideal choice for the underwear in winter.
Disclosure of Invention
The utility model aims to solve the technical problem that to the not enough of above-mentioned prior art, a red bean fine hair surface fabric generates heat is provided. The utility model discloses from many-sided carrying out surface fabric global design such as fibre, yarn, organizational structure, aftertreatment scheme, have good compliance and fluffy style concurrently when giving product heating function, obviously promote the soft travelling comfort of dress next to the shin.
In order to solve the technical problem, the utility model discloses a technical scheme is: the heating red bean velvet fabric is characterized by comprising the following characteristics:
The utility model provides a red bean fine hair surface fabric generates heat, the surface fabric includes surface course, intermediate level and nexine three-layer, and nexine and surface course are connected to intermediate level yarn, form one and lead wet ventilative passageway, adsorb human moisture fast to give off the heat, the nexine is the layer next to the shin.
The fabric is knitted on a double-sided weft knitting machine with the number of 24 needles/inch or 28 needles/inch,
The upper dial high needles of the first path of yarn are knitted into loops, the lower needles of the upper dial do not participate in knitting to form floating threads, the high needles of the lower needle cylinder do not participate in knitting to form floating threads, and the lower needles of the lower needle cylinder participate in knitting but do not form loops to form tucks;
The upper dial high needles and the upper dial low needles of the second path of yarn are not knitted into floating threads, and the lower cylinder low needles and the lower cylinder high needles are knitted into loops;
the upper dial high needles of the third path of yarns participate in knitting to form loops, and the upper dial low needles participate in knitting but are not looped to form tucks;
The upper dial high needles and the lower cylinder low needles of the fourth path of yarns do not participate in knitting to form floating threads, the upper dial low needles participate in knitting to form loops, and the lower cylinder high needles participate in knitting but do not form loops to form tucks;
the upper dial high needles and the upper dial low needles of the fifth path of yarn do not participate in knitting to form floating threads, and the lower needle cylinder low needles and the lower needle cylinder high needles are all looped;
the lower needle cylinder low needle and the lower needle cylinder high needle of the sixth path of yarn do not participate in knitting to form floating threads, the upper needle disc high needle participates in knitting but is not looped, and the upper needle disc low needle participates in knitting to form loops;
the weaving structures of the seventh path to the tenth path are the same as those of the first path to the sixth path, and the sixth path is taken as a period.
after the fabric is subjected to double ~ sided multiple ~ sanding treatment by an imported planetary carbon brush sanding machine, the average length of fluff on the surface of the fabric is 1 ~ 2 mm.
Compared with the prior art, the utility model has the following advantage:
1. an innovative three-layer warm-keeping organizational structure. The heating red bean velvet fabric adopts a three-layer weave structure and is respectively provided with an inner layer, a middle layer and a surface layer from inside to outside, wherein the inner layer adopts bulked acrylic fiber/combed cotton blended yarn, the middle layer adopts viscose fiber/acrylic fiber functional blended yarn, the surface layer adopts blended yarn of combed cotton and spandex, the surface layer and the inner layer are connected by using the viscose fiber/acrylic fiber blended functional yarn, the ratio of the process line length of the surface layer yarn to the process line length of the inner layer connecting yarn is kept between 1:0.8 and 1:0.75, the number of static air in the fabric and the adsorption capacity to moisture are improved to the maximum extent, and the heat preservation performance and the moisture absorption index are improved. The three-layer tissue design enables the heat of a human body to be not easy to lose, the heat preservation performance is enhanced, and the heating red bean velvet fabric is soft, fluffy and elastic due to the selection of the elastic spandex, the bulked acrylic fiber and the cotton fiber, so that the heating red bean velvet fabric has good heating, heat preservation and comfort performance, and is suitable for being used in winter or in cold environments.
2. application of superfine fiber is provided. The functional fibers of the inner-layer bulk acrylic fiber and the middle-layer acrylic fiber are 0.9D, namely 1dtex, and belong to superfine fibers, the inner-layer superfine bulk acrylic fiber can bring more fluffy, soft and comfortable experience to a human body, and can enable fluff to be more dense and soft when napping finishing is carried out, the superfine fibers can be used for filling more fibers in the same size space, and the effect of blocking heat radiation loss of a human body is stronger.
3. And (5) performing multiple sanding processes. The multiple sanding process is adopted in the after-finishing process, so that the cloth cover fluff has the characteristics of short, fine, dense and uniform fluff, the fine fluff enables the fabric to have softer touch, and the short, uniform and dense fluff enables the cloth cover to be neat and not prone to fluff and pilling.
4. And dyeing is uniform. The blended yarn is adopted for weaving in the process design process, the dyeing is more uniform by utilizing the excellent dyeing performance of cotton and viscose, the washing effect is more stable, and the cloth cover effect is more attractive.
drawings
FIG. 1 is a knitting structure diagram of the first path and the second path of yarns of the red bean velvet fabric of the present invention;
FIG. 2 is a knitting structure diagram of the third and fourth yarns of the red bean velvet fabric of the present invention;
fig. 3 is a knitting structure diagram of the fifth and sixth yarns of the red bean velvet fabric of the present invention.
description of reference numerals: 1. a high needle of the upper dial; 2. the upper dial is used for lowering the needle; 3. a lower needle cylinder is provided with a lower needle; 4. a lower needle cylinder is high; 11. a first path of yarn; 12. a second path of yarns; 13. a third path of yarns; 14. a fourth yarn; 15. a fifth yarn path; 16. and a sixth yarn path.
Detailed Description
the invention will be further described with reference to the accompanying drawings and examples.
Example 1:
A heating red bean velvet fabric comprises a surface layer, a middle layer and an inner layer, wherein yarns of the middle layer are connected with the inner layer and the surface layer to form a moisture-conducting and breathable channel which can quickly adsorb moisture of a human body and emit heat, and the inner layer is a close-fitting layer; the middle layer adopts 50S 70/30 viscose/acrylic blended yarn, the inner layer adopts bulked acrylic/combed cotton blended yarn, and the surface layer adopts the interwoven yarn of combed cotton and spandex.
A heating red bean velvet fabric which is woven on a double-sided weft knitting machine with the number of 24 needles/inch, the structure chart of the knitting is shown in the attached drawing,
the first path of yarn 11 adopts heating functional yarn which is 50S 70/30 viscose/acrylic blended yarn, the upper needle disc high needle 1 is knitted into a loop, the upper needle disc low needle 2 does not participate in knitting to form a floating line, the lower needle cylinder high needle 4 does not participate in knitting to form a floating line, and the lower needle cylinder low needle 3 participates in knitting but does not form a loop to form a tuck;
The second path of yarn 12 adopts 40S combed cotton yarn, 40D spandex and cotton yarn are fed into the fabric together to be knitted on the fabric surface layer to form a loop, the upper dial high needle 1 and the upper dial low needle 2 are not knitted into a floating thread, and the lower needle cylinder low needle 3 and the lower needle cylinder high needle 4 are knitted into a loop;
The third path of yarn 13 adopts 50N pure bulked acrylic yarn, 1 needle of the high needle of the upper dial participates in knitting to form a loop, and 2 needles of the low needle of the upper dial participates in knitting but does not form a loop;
the fourth path of yarn 14 is the same as the first path of yarn, the upper dial high needles 1 and the lower needle cylinder low needles 3 do not participate in knitting to form floating threads, the upper dial low needles 2 participate in knitting to form loops, and the lower needle cylinder high needles 4 participate in knitting but do not form loops to form tucks;
The fifth path of yarn 15 is the same as the second path of yarn, the upper needle plate high needles 1 and the upper needle plate low needles 2 do not participate in knitting to form floating threads, and the lower needle cylinder low needles 3 and the lower needle cylinder high needles 4 are all looped;
The sixth path of yarn 16 is the same as the third path of yarn, the lower needle cylinder low needle 3 and the lower needle cylinder high needle 4 do not participate in knitting to form floating threads, the upper dial high needle 1 participates in knitting but is not looped, and the upper dial low needle 2 participates in knitting to form loops;
the weaving structures of the seventh path to the tenth path are the same as those of the first path to the sixth path, and the sixth path is taken as a period.
after the fabric is subjected to double-sided multiple-sanding treatment by an imported planetary carbon brush sanding machine, the average length of fluff on the surface of the fabric is 1 mm.
Example 2:
a heating red bean velvet fabric comprises a surface layer, a middle layer and an inner layer, wherein yarns of the middle layer are connected with the inner layer and the surface layer to form a moisture-conducting and breathable channel which can quickly adsorb moisture of a human body and emit heat, and the inner layer is a close-fitting layer; the middle layer adopts 50S 70/30 viscose/acrylic blended yarn, the inner layer adopts bulked acrylic/combed cotton blended yarn, and the surface layer adopts the interwoven yarn of combed cotton and spandex.
a heating red bean velvet fabric which is woven on a double-sided weft knitting machine with the number of 28 needles/inch, the structure chart of the knitting is shown in the attached drawing,
The first path of yarn 11 adopts heating functional yarn which is 50S 70/30 viscose/acrylic blended yarn, the upper needle disc high needle 1 is knitted into a loop, the upper needle disc low needle 2 does not participate in knitting to form a floating line, the lower needle cylinder high needle 4 does not participate in knitting to form a floating line, and the lower needle cylinder low needle 3 participates in knitting but does not form a loop to form a tuck;
the second path of yarn 12 adopts 40S combed cotton yarn, 40D spandex and cotton yarn are fed into the fabric together to be knitted on the fabric surface layer to form a loop, the upper dial high needle 1 and the upper dial low needle 2 are not knitted into a floating thread, and the lower needle cylinder low needle 3 and the lower needle cylinder high needle 4 are knitted into a loop;
the third path of yarn 13 adopts 50N pure bulked acrylic yarn, 1 needle of the high needle of the upper dial participates in knitting to form a loop, and 2 needles of the low needle of the upper dial participates in knitting but does not form a loop;
the fourth path of yarn 14 is the same as the first path of yarn, the upper dial high needles 1 and the lower needle cylinder low needles 3 do not participate in knitting to form floating threads, the upper dial low needles 2 participate in knitting to form loops, and the lower needle cylinder high needles 4 participate in knitting but do not form loops to form tucks;
The fifth path of yarn 15 is the same as the second path of yarn, the upper needle plate high needles 1 and the upper needle plate low needles 2 do not participate in knitting to form floating threads, and the lower needle cylinder low needles 3 and the lower needle cylinder high needles 4 are all looped;
The sixth path of yarn 16 is the same as the third path of yarn, the lower needle cylinder low needle 3 and the lower needle cylinder high needle 4 do not participate in knitting to form floating threads, the upper dial high needle 1 participates in knitting but is not looped, and the upper dial low needle 2 participates in knitting to form loops;
the weaving structures of the seventh path to the tenth path are the same as those of the first path to the sixth path, and the sixth path is taken as a period.
after the fabric is subjected to double-sided multiple-sanding treatment by an imported planetary carbon brush sanding machine, the average length of fluff on the surface of the fabric is 2 mm.
the above description is only for the preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Any simple modification, change and equivalent changes made to the above embodiments according to the utility model all still belong to the protection scope of the technical scheme of the utility model.
Claims (3)
1. the utility model provides a red bean fine hair surface fabric generates heat which characterized in that, the surface fabric includes surface course, intermediate level and nexine three-layer, and nexine and surface course are connected to intermediate level yarn, form one and lead wet ventilative passageway, adsorb human moisture fast to give off heat, the nexine is the layer next to the shin.
2. The heat-generating red bean velvet fabric according to claim 1, wherein the fabric is knitted on a double-sided weft knitting machine with the gauge of 24 needles/inch or 28 needles/inch,
The upper dial high needles (1) of the first path of yarn (11) are knitted into loops, the upper dial low needles (2) do not participate in knitting to form floating threads, the lower needle cylinder high needles (4) do not participate in knitting to form floating threads, and the lower needle cylinder low needles (3) participate in knitting but do not form loops to form tucks;
the upper dial high needles (1) and the upper dial low needles (2) of the second path of yarn (12) are not knitted into floating threads, and the lower needle cylinder low needles (3) and the lower needle cylinder high needles (4) are knitted into loops;
the upper dial high needles (1) of the third path of yarns (13) participate in knitting to form loops, and the upper dial low needles (2) participate in knitting but are not looped to form tucks;
the upper dial high needles (1) and the lower cylinder low needles (3) of the fourth path of yarn (14) do not participate in knitting to form floating threads, the upper dial low needles (2) participate in knitting to form loops, and the lower cylinder high needles (4) participate in knitting but do not form loops to form tucks;
The upper dial high needles (1) and the upper dial low needles (2) of the fifth path of yarn (15) do not participate in knitting to form floating threads, and the lower needle cylinder low needles (3) and the lower needle cylinder high needles (4) are all looped;
the lower needle cylinder low needle (3) and the lower needle cylinder high needle (4) of the sixth path of yarn (16) do not participate in knitting to form floating threads, the upper dial high needle (1) participates in knitting but is not looped, and the upper dial low needle (2) participates in knitting to form loops;
the weaving structures of the seventh path to the tenth path are the same as those of the first path to the sixth path, and the sixth path is taken as a period.
3. the heating red bean velvet fabric according to claim 1, wherein after double ~ sided multiple ~ sanding treatment is performed on the fabric through an inlet planetary carbon brush sanding machine, the average length of the surface velvet of the fabric is 1 ~ 2 mm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821551784.7U CN209759703U (en) | 2018-09-21 | 2018-09-21 | Red bean velvet fabric capable of generating heat |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821551784.7U CN209759703U (en) | 2018-09-21 | 2018-09-21 | Red bean velvet fabric capable of generating heat |
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| CN209759703U true CN209759703U (en) | 2019-12-10 |
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| CN201821551784.7U Active CN209759703U (en) | 2018-09-21 | 2018-09-21 | Red bean velvet fabric capable of generating heat |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108950832A (en) * | 2018-09-21 | 2018-12-07 | 无锡红豆纺织服装有限公司 | A kind of fever red bean velvet fabric |
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2018
- 2018-09-21 CN CN201821551784.7U patent/CN209759703U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108950832A (en) * | 2018-09-21 | 2018-12-07 | 无锡红豆纺织服装有限公司 | A kind of fever red bean velvet fabric |
| CN108950832B (en) * | 2018-09-21 | 2024-02-23 | 无锡红豆纺织服装有限公司 | Red bean velvet fabric generates heat |
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