CN219044192U - Thickening and heightening light and thin breathable knitted fabric - Google Patents
Thickening and heightening light and thin breathable knitted fabric Download PDFInfo
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- CN219044192U CN219044192U CN202223315622.2U CN202223315622U CN219044192U CN 219044192 U CN219044192 U CN 219044192U CN 202223315622 U CN202223315622 U CN 202223315622U CN 219044192 U CN219044192 U CN 219044192U
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Abstract
The utility model discloses a thickened and heightened light and thin breathable knitted fabric. A38 inch 22 needle weft knitting double-sided circular knitting machine is adopted for the thickening and heightening light and thin breathable knitted fabric, the thickening and heightening light and thin breathable knitted fabric comprises an upper layer surface and a bottom layer surface, an elastic fiber yarn-laying connecting layer is arranged between the upper layer surface and the bottom layer surface, the thickening and heightening light and thin breathable knitted fabric is knitted by adopting a cutting dial structure, a knitting surface corresponding to a needle dial and a needle cylinder is cut into 3mm inwards along the radius, and a two-needle foot circulation needle arrangement and six-way triangle circulation knitting structure is adopted. The utility model has the beneficial effects that: the two-needle foot circulation needle arrangement and six-way triangular circulation knitting structure are adopted and combined with the needle cutting disc structure for knitting, so that the fabric woven by the yarns has unique structural arrangement, the fabric with the same gram weight has thicker and finer hand feeling, the fabric has the effect of smoother, more three-dimensional, more true rebound and meat feeling when in pinching touch, and the fabric has good air permeability and is warm and comfortable to wear.
Description
Technical Field
The utility model relates to the technical field of textile fabric structures, in particular to a thickened, heightened, light and thin breathable knitted fabric.
Background
Along with the development of society and the advancement of technology, the production and processing technology of the textile industry is also advancing continuously. The types of fabrics are more and more, the selectivities of the fabrics are more and more abundant, and different types of fabrics have different functions. The textile technology is deeply favored by consumers through the light and thin knitted fabric prepared by the knitting technology after being continuously integrated and adjusted and improved. However, the existing knitted fabric has the advantages of light weight and air permeability, but in order to ensure that the knitted fabric can achieve the effect of light weight and air permeability, the knitted fabric is enabled to have thick solid touch due to the knitted fabric, wearing comfort is affected, if the touch of the knitted fabric is to be improved, the thickness of the knitted fabric is required to be increased, the yarn consumption is increased, the light weight and air permeability of the knitted fabric is lost, and the problems that heat preservation efficiency is poor, deformation is easy and coloring effect is unsatisfactory due to low wire organization combination tightness exist in the existing knitted fabric.
In view of the defects of the existing knitted fabric, I propose a technical scheme of a novel knitted fabric which has thick three-dimensional touch on the premise of equal gram weight, can give consideration to both air permeability and warmth retention, is comfortable to wear, is not easy to deform, wear-resistant and is easy to color, and meets the demands of consumers on the knitted fabric.
Disclosure of Invention
The utility model aims to overcome the defects of the prior knitted fabric and provide the thickened, heightened, light and thin breathable knitted fabric which is light in weight, has thick, solid and high-rebound touch feeling, is breathable, warm and resistant to wear and is easy to color.
In order to solve the technical problems, the utility model adopts the following technical scheme:
a38 inch 22-needle weft knitting double-sided circular knitting machine is adopted for the thickening high-light-thin breathable knitted fabric, the thickening high-light-thin breathable knitted fabric comprises an upper layer surface and a bottom layer surface, an elastic fiber yarn-laying connecting layer is arranged between the upper layer surface and the bottom layer surface, and the upper layer surface and the bottom layer surface are connected and combined together through the elastic fiber yarn-laying connecting layer to form a breathable and warm-keeping air layer knitted fabric structure. The thick, heightening, light and thin breathable knitted fabric is knitted by adopting a cutting dial structure, the thick, heightening, light and thin breathable knitted fabric adopts two-needle and foot cyclic needle arrangement, and the thick, heightening, light and thin breathable knitted fabric adopts a six-way triangle cyclic knitting structure.
Preferably, the thickening pad is light and thin and breathable knitted fabric is knitted by adopting a cutting needle disc structure, the cutting needle disc structure cuts into 3mm along the radius of a knitted surface corresponding to the needle disc and the needle cylinder, the distance between the knitted surface of the disc cylinder and the knitted surface of the needle cylinder is widened by 3mm, and the routing space of yarns during knitting is enlarged through the cutting needle disc structure, so that the fabric can be knitted into thicker texture under the same gram weight without increasing materials.
Preferably, the thickening pad light and thin breathable knitted fabric adopts two-needle and foot circulation needle arrangement in the structure of the fabric: needle dial 1 needle row 1 foot, needle dial 2 needle row 2 feet, needle cylinder 1 needle row 2 feet corresponding to needle dial 1 needle, needle cylinder 2 needle row 1 foot corresponding to needle dial 2 needle, and the combination is the thin ventilative knitting fabric of thickening pad adopts six way row triangle circulation to weave the structure, six way row triangle circulation is woven the structure and is: 1-path needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row flat needle 2 foot row collecting ring; 2 paths of needle disc cams 1 are arranged with flat needles 2 arranged with flat needles, and needle cylinder cams 1 are arranged with loops 2 arranged with loops; 3 paths of needle disc cams 1 are arranged into a circle, 2 pins are arranged into a circle, and needle cylinder cams 1 are arranged into flat needles, 2 pins are arranged into flat needles; 4-way needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row collecting ring 2 foot row flat needle; 5 paths of needle disc cams 1 are used for arranging flat needles 2 are used for arranging flat needles, and needle cylinder cams 1 are used for arranging loops 2 are used for arranging loops; 6-way needle dial triangle 1 foot row is looped, 2 feet row is looped, needle cylinder triangle 1 foot row plain needle and 2 foot row plain needle are combined with two-needle through a cutting dial structure knitting structure, and two-needle cyclic needle row and six-way triangular cyclic knitting finally form the thickened heightening light and thin breathable knitted fabric.
The fabric adopts the following total components: 41% acrylic fiber 15% carbon acrylic fiber 37% viscose 7% spandex, so that the fabric has excellent moisture absorption, ventilation, warmth retention, color fixation by coloring and weather resistance, and has the characteristics of high rebound resilience, good stability, fuzzing resistance, high surface glossiness, and light, soft and thick hand feeling. The upper layer of the fabric comprises the following components: 56% acrylic fiber, 37% viscose fiber and 7% spandex, so that the upper layer is light in weight, high in elasticity and low in fuzzing rate; composition of the bottom layer: 30% of acrylic fibers and 40% of viscose fibers with 30A carbon energy, and the bottom surface has better effects of moisture absorption, skin friendliness and stability.
Preferably, the 1-way fed yarn is 30D spandex; the yarn obtained by 2 paths of feeding is 40s/160 acrylon/40 viscose compact sire blending 30D spandex; the 3-way fed yarn is formed by tightly racing 40s/1 40 viscose/30 acrylic carbon energy/30 acrylic bulk 1.5D; the yarn obtained by 4-way feeding is 30D spandex; the yarn obtained by 5 paths of feeding is 40s/160 acrylic fibers/40 viscose compact sire blending 30D spandex; the 6-way fed yarn is formed by 40s/1 40 viscose/30 acrylic carbon energy/30 acrylic bulk 1.5D compact.
Preferably, the yarn adopted by the thickened padding light and thin breathable knitted fabric has the fiber fineness of 40S and 1.5 D.38 mm bulked fiber, and the spun yarn is adopted to form the high-quality knitted fabric which is compact in texture, fine in texture, light in touch, high in coloring stability and uniform and bright in surface color effect after coloring through combining a two-needle and three-way stitch cyclic needle arrangement and six-way stitch cam cyclic knitting by adopting a knitted structure of a cut needle disc structure.
Preferably, the twist of the yarn adopted by the thickened padding light and thin breathable knitted fabric is 350 twist, and the formed knitted fabric has the effects of soft hand feeling and high glossiness through structural improvement while the yarn with large twist is used.
Preferably, the upper layer of the yarn used for the thickened and heightened light and thin breathable knitted fabric has a yarn loop length of 290mm, the bottom layer has a yarn loop length of 335mm, and the middle elastic fiber yarn-laying connecting layer has a yarn loop length of 120mm, so that the forming strength, anti-loose property, anti-fuzzing property, extensibility and rebound resilience of the knitted fabric are further improved.
Preferably, the gram weight of the thickened heightening light and thin breathable knitted fabric is 300-340g/m 2 Through the structure improvement of the knitting structure combining two needles, the foot circulation needle arrangement and the six-way triangle circulation knitting of the cutting dial structure, the formed knitted fabric has thicker and more three-dimensional pressing touch hand feeling under the same gram weight.
Preferably, the rebound rate of the yarn adopted by the thickened padding light and thin breathable knitted fabric is weft rebound rate: 93.8, radial rebound: 91.3, the fabric has stable high receipt rate and high stability, and is not easy to deform.
Preferably, the elastic fiber yarn-laying connection layer adopts 30D spandex yarn. The elasticity and the hand feeling of the formed fabric can be further increased by adopting 30D spandex yarns as the elastic fiber cushion yarn connecting layer.
Compared with the prior art, the utility model has the beneficial effects that: according to the utility model, the two-needle and six-row triangle circulation knitting structure is adopted and the knitting is carried out by combining the cutting needle disc structure knitting, so that the fabric woven by yarns has unique structural arrangement, the fabric with the same gram weight has thicker and finer handfeel, the fabric has the effect of smoother, more three-dimensional and more real rebound meat feel when in pinching touch, the formed fabric can have excellent air permeability and simultaneously maintain high-efficiency heat preservation effect, is suitable for being worn in four seasons, has light texture, does not have the feeling of body pressing and encumbrance, has soft handfeel, has excellent skin-friendly effect, is breathable and skin-friendly when worn on the upper body, has high tensile rebound rate, does not shrink after repeated washing, is firm in coloring, is not easy to fuzzing and pilling when worn by friction, and has long service life. The novel fabric provided by the utility model has the advantages of good structure stability effect, fine and clear surface texture of a finished product, and attractive and tidy garment effect.
Drawings
FIG. 1 is a schematic view of a two-needle pair foot-cycle needle arrangement of the present utility model;
FIG. 2 is a schematic diagram of a six-way row triangular endless woven structure in accordance with the present utility model;
FIG. 3 is a schematic view of the structure of the cutting dial of the present utility model;
FIG. 4 is a schematic diagram of a six-way knitted coil of the present utility model;
fig. 5 is a schematic structural view of the fabric of the present utility model.
Reference numerals illustrate:
1-upper layer, 2-bottom layer, and 3-elastic fiber yarn-laying connection layer.
Detailed Description
The utility model is further described below in connection with the following detailed description. Wherein the drawings are for illustrative purposes only and are shown in schematic, non-physical, and not intended to be limiting of the present patent; for the purpose of better illustrating embodiments of the utility model, certain elements of the drawings may be omitted, enlarged or reduced and do not represent the size of the actual product; it will be appreciated by those skilled in the art that certain well-known structures in the drawings and descriptions thereof may be omitted.
The same or similar reference numbers in the drawings of embodiments of the utility model correspond to the same or similar components; in the description of the present utility model, it should be understood that, if there is an azimuth or positional relationship indicated by terms such as "upper", "lower", "left", "right", etc., based on the azimuth or positional relationship shown in the drawings, it is only for convenience of describing the present utility model and simplifying the description, but it is not indicated or implied that the apparatus or element referred to must have a specific azimuth, be constructed and operated in a specific azimuth, and thus terms describing the positional relationship in the drawings are merely illustrative and should not be construed as limitations of the present patent, and specific meanings of the terms described above may be understood by those skilled in the art according to specific circumstances.
For a further understanding of the objects, features and functions of the present utility model, the present utility model will be further described with reference to the following examples and drawings:
fig. 1 to 5 are schematic views for assisting in explaining the present utility model. The utility model relates to a thickening high-light and thin breathable knitted fabric, which adopts a 38 inch 22-needle weft knitting double-sided circular knitting machine, and comprises an upper layer surface 1 and a bottom layer surface 2, wherein an elastic fiber yarn-laying connecting layer 3 is arranged between the upper layer surface 1 and the bottom layer surface 2, and the upper layer surface 1 and the bottom layer surface 2 are connected and combined together through the elastic fiber yarn-laying connecting layer 3 to form a breathable and warm-keeping air layer knitted fabric structure. The thick, heightening, light and thin breathable knitted fabric is knitted by adopting a cutting dial structure, the thick, heightening, light and thin breathable knitted fabric adopts two-needle and foot cyclic needle arrangement, and the thick, heightening, light and thin breathable knitted fabric adopts a six-way triangle cyclic knitting structure.
Preferably, the thickening pad is light and thin and breathable knitted fabric is knitted by adopting a cutting needle disc structure, the cutting needle disc structure cuts into 3mm along the radius of a knitted surface corresponding to the needle disc and the needle cylinder, the distance between the knitted surface of the disc cylinder and the knitted surface of the needle cylinder is widened by 3mm, and the routing space of yarns during knitting is enlarged through the cutting needle disc structure, so that the fabric can be knitted into thicker texture under the same gram weight without increasing materials.
Preferably, the thickening pad light and thin breathable knitted fabric adopts two-needle and foot circulation needle arrangement in the structure of the fabric: needle dial 1 needle row 1 foot, needle dial 2 needle row 2 feet, needle cylinder 1 needle row 2 feet corresponding to needle dial 1 needle, needle cylinder 2 needle row 1 foot corresponding to needle dial 2 needle, and the combination is the thin ventilative knitting fabric of thickening pad adopts six way row triangle circulation to weave the structure, six way row triangle circulation is woven the structure and is: 1-path needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row flat needle 2 foot row collecting ring; 2 paths of needle disc cams 1 are arranged with flat needles 2 arranged with flat needles, and needle cylinder cams 1 are arranged with loops 2 arranged with loops; 3 paths of needle disc cams 1 are arranged into a circle, 2 pins are arranged into a circle, and needle cylinder cams 1 are arranged into flat needles, 2 pins are arranged into flat needles; 4-way needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row collecting ring 2 foot row flat needle; 5 paths of needle disc cams 1 are used for arranging flat needles 2 are used for arranging flat needles, and needle cylinder cams 1 are used for arranging loops 2 are used for arranging loops; 6-way needle dial triangle 1 foot row is looped, 2 feet row is looped, needle cylinder triangle 1 foot row plain needle and 2 foot row plain needle are combined with two-needle through a cutting dial structure knitting structure, and two-needle cyclic needle row and six-way triangular cyclic knitting finally form the thickened heightening light and thin breathable knitted fabric.
Preferably, the fabric adopts the following total components: 41% acrylic fiber 15% carbon acrylic fiber 37% viscose 7% spandex, so that the fabric has excellent moisture absorption, ventilation, warmth retention, color fixation by coloring and weather resistance, and has the characteristics of high rebound resilience, good stability, fuzzing resistance, high surface glossiness, and light, soft and thick hand feeling.
Preferably, the composition of the upper layer 1 of the fabric: 56% acrylic fiber, 37% viscose fiber and 7% spandex, so that the upper layer 1 has lighter weight, high elasticity and lower fuzzing rate; composition of the bottom layer 2: 30% acrylic fiber and 30A carbon acrylic fiber 40% viscose, and the bottom layer surface 2 has better effects of moisture absorption, skin friendliness and stability.
Preferably, the 1-way fed yarn is 30D spandex; the yarn obtained by 2 paths of feeding is 40s/160 acrylon/40 viscose compact sire blending 30D spandex; the 3-way fed yarn is formed by tightly racing 40s/1 40 viscose/30 acrylic carbon energy/30 acrylic bulk 1.5D; the yarn obtained by 4-way feeding is 30D spandex; the yarn obtained by 5 paths of feeding is 40s/160 acrylic fibers/40 viscose compact sire blending 30D spandex; the 6-way fed yarn is formed by 40s/1 40 viscose/30 acrylic carbon energy/30 acrylic bulk 1.5D compact.
Preferably, the yarn adopted by the thickened padding light and thin breathable knitted fabric has the fiber fineness of 40S and 1.5 D.38 mm bulked fiber, and the spun yarn is adopted to form the high-quality knitted fabric which is compact in texture, fine in texture, light in touch, high in coloring stability and uniform and bright in surface color effect after coloring through combining a two-needle and three-way stitch cyclic needle arrangement and six-way stitch cam cyclic knitting by adopting a knitted structure of a cut needle disc structure.
Preferably, the twist of the yarn adopted by the thickened padding light and thin breathable knitted fabric is 350 twist, and the formed knitted fabric has the effects of soft hand feeling and high glossiness through structural improvement while the yarn with large twist is used.
Preferably, the length of the yarn loop of the upper layer surface 1 of the yarn adopted by the thickened and heightened light and thin breathable knitted fabric is 290mm, the length of the yarn loop of the bottom layer surface 2 is 335mm, the length of the yarn loop of the middle elastic fiber yarn-laying connecting layer 3 is 120mm, and the forming strength, the anti-falling property, the anti-fuzzing property, the extensibility and the rebound resilience of the knitted fabric are further improved.
Preferably, the gram weight of the thickened heightening light and thin breathable knitted fabric is 300-340g/m 2 Through the structure improvement of the knitting structure combining two needles, the foot circulation needle arrangement and the six-way triangle circulation knitting of the cutting dial structure, the formed knitted fabric has thicker and more three-dimensional pressing touch hand feeling under the same gram weight.
Preferably, the rebound rate of the yarn adopted by the thickened padding light and thin breathable knitted fabric is weft rebound rate: 93.8, radial rebound: 91.3, the fabric has stable high receipt rate and high stability, and is not easy to deform.
Preferably, the elastic fiber yarn-laying connection layer 3 adopts 30D spandex yarn. The elasticity and the hand feeling of the formed fabric can be further increased by adopting 30D spandex yarn as the elastic fiber cushion yarn connecting layer 3.
Example 1:
the embodiment provides a thickening bed hedgehopping frivolous ventilative knitted fabric adopts 38 cun 22 needle weft knitting double-sided circular knitting machines, thickening bed hedgehopping frivolous ventilative knitted fabric includes top surface 1 and bottom surface 2 be equipped with elastic fiber and fill up yarn tie-layer 3 between top surface 1 and the bottom surface 2, top surface 1 adopts acrylic fiber viscose spandex blended yarn, bottom surface 2 adopts acrylic fiber carbon energy acrylic fiber viscose blended yarn, and middle elastic fiber fills up yarn tie-layer 3 and adopts 30D spandex silk as the connection to fill up yarn.
Adopting a needle cutting disc structure which cuts into 3mm inwards along the radius on a knitting surface corresponding to a needle cylinder and is matched with needle 1 needle row 1 feet of the needle disc, needle 2 needle row 2 feet of the needle disc, needle 1 needle row 2 feet of the needle cylinder corresponding to the needle 1 needle, two needles of needle 2 needle row 1 feet of the needle cylinder corresponding to the needle 2 needles of the needle disc, cyclic needle arrangement of feet, flat needle 2 foot row tucking with 1-path needle disc triangle 1 foot row flat needle 2 foot row tucking with the needle triangle 1 foot row flat needle 2 foot row tucking; 2 paths of needle disc cams 1 are arranged with flat needles 2 arranged with flat needles, and needle cylinder cams 1 are arranged with loops 2 arranged with loops; 3 paths of needle disc cams 1 are arranged into a circle, 2 pins are arranged into a circle, and needle cylinder cams 1 are arranged into flat needles, 2 pins are arranged into flat needles; 4-way needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row collecting ring 2 foot row flat needle; 5-way needle dial cam 1 foot row plain needle 2 foot row plain needle, needle cylinder cam 1 foot row loop 2 foot rowA ring; 6 paths of needle dial cams 1 are arranged into loops, 2 pins are arranged into loops, the needle cylinder cams 1 are arranged into flat needles, 2 pins are arranged into six paths of cam circulation knitting structures for knitting, wherein 30D spandex yarns are fed into 1,4 paths of knitting, 2, 5 paths of acrylic viscose spandex blended yarns are fed into 2, 6 paths of acrylic carbon acrylic viscose blended yarns are fed into 3, 6 paths of knitting weight of the fabric is 330g/m finally 2 Is made of a thin breathable knitted fabric with thickened padding.
Example 2:
the embodiment provides a thickening bed hedgehopping frivolous ventilative knitted fabric, adopts 38 cun 22 needle weft knitting double-sided circular knitting machines, thickening bed hedgehopping frivolous ventilative knitted fabric includes top surface 1 and bottom surface 2 be equipped with elastic fiber and fill up yarn tie layer 3 between top surface 1 and the bottom surface 2, top surface 1 adopts 56% acrylic fiber 37% viscose 7% spandex blend yarn, bottom surface 2 adopts 30% acrylic fiber 30A carbon acrylic fiber 40% viscose blend yarn, middle elastic fiber fills up yarn tie layer 3 and adopts 30D spandex silk as the connection to fill up yarn.
Adopting a needle cutting disc structure which cuts into 3mm inwards along the radius on a knitting surface corresponding to a needle cylinder and is matched with needle 1 needle row 1 feet of the needle disc, needle 2 needle row 2 feet of the needle disc, needle 1 needle row 2 feet of the needle cylinder corresponding to the needle 1 needle, two needles of needle 2 needle row 1 feet of the needle cylinder corresponding to the needle 2 needles of the needle disc, cyclic needle arrangement of feet, flat needle 2 foot row tucking with 1-path needle disc triangle 1 foot row flat needle 2 foot row tucking with the needle triangle 1 foot row flat needle 2 foot row tucking; 2 paths of needle disc cams 1 are arranged with flat needles 2 arranged with flat needles, and needle cylinder cams 1 are arranged with loops 2 arranged with loops; 3 paths of needle disc cams 1 are arranged into a circle, 2 pins are arranged into a circle, and needle cylinder cams 1 are arranged into flat needles, 2 pins are arranged into flat needles; 4-way needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row collecting ring 2 foot row flat needle; 5 paths of needle disc cams 1 are used for arranging flat needles 2 are used for arranging flat needles, and needle cylinder cams 1 are used for arranging loops 2 are used for arranging loops; 6-way dial triangle 1 foot row is looped, 2 feet row is looped, the needle cylinder triangle 1 foot row plain needle and 2 foot row plain needle are woven through a six-way triangle circulation weaving structure, wherein 30D spandex yarn is fed into 1, 4-way dial triangle 1 foot row plain needle, 7% spandex blended yarn is fed into 2, 5-way dial triangle 30A carbon energy acrylic fiber 40% viscose blended yarn is fed into 3, 6-way dial triangle 1 foot row plain needle 2 foot row plain needle, and preferably, the twist of yarn adopted by the thickening high light and thin breathable knitted fabric is 350 twists. The final fabric has a grammage of 340g +.m 2 Is made of a thin breathable knitted fabric with thickened padding.
Example 3:
the embodiment provides a thickening bed hedgehopping frivolous ventilative knitted fabric, adopts 38 cun 22 needle weft knitting double-sided circular knitting machines, thickening bed hedgehopping frivolous ventilative knitted fabric includes top surface 1 and bottom surface 2 be equipped with elastic fiber and fill up yarn tie layer 3 between top surface 1 and the bottom surface 2, top surface 1 adopts 56% acrylic fiber 37% viscose 7% spandex blend yarn, bottom surface 2 adopts 30% acrylic fiber 30A carbon acrylic fiber 40% viscose blend yarn, middle elastic fiber fills up yarn tie layer 3 and adopts 30D spandex silk as the connection to fill up yarn.
Adopting a needle cutting disc structure which cuts into 3mm inwards along the radius on a knitting surface corresponding to a needle cylinder and is matched with needle 1 needle row 1 feet of the needle disc, needle 2 needle row 2 feet of the needle disc, needle 1 needle row 2 feet of the needle cylinder corresponding to the needle 1 needle, two needles of needle 2 needle row 1 feet of the needle cylinder corresponding to the needle 2 needles of the needle disc, cyclic needle arrangement of feet, flat needle 2 foot row tucking with 1-path needle disc triangle 1 foot row flat needle 2 foot row tucking with the needle triangle 1 foot row flat needle 2 foot row tucking; 2 paths of needle disc cams 1 are arranged with flat needles 2 arranged with flat needles, and needle cylinder cams 1 are arranged with loops 2 arranged with loops; 3 paths of needle disc cams 1 are arranged into a circle, 2 pins are arranged into a circle, and needle cylinder cams 1 are arranged into flat needles, 2 pins are arranged into flat needles; 4-way needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row collecting ring 2 foot row flat needle; 5 paths of needle disc cams 1 are used for arranging flat needles 2 are used for arranging flat needles, and needle cylinder cams 1 are used for arranging loops 2 are used for arranging loops; 6-way needle dial triangle 1 foot row is looped, 2 feet row is looped, the needle cylinder triangle 1 foot row plain needle 2 foot row plain needle six-way triangle circulation weaving structure is woven, wherein 30D spandex yarn is fed into 1,4 ways, further, the yarn loop length of 30D spandex yarn is 120mm,2, 5 ways of 40s/160 acrylic fiber/40 viscose compact blended 30D spandex yarn fed with 56% acrylic fiber 37% viscose 7% spandex, further, the yarn loop length of 40s/160 acrylic fiber/40 viscose compact blended 30D spandex blended yarn is 290mm,3, 6 ways of 40s/1 40 acrylic fiber/30 acrylic fiber carbon energy/30 acrylic fiber bulk 1.5D compact blended yarn fed with 30% acrylic fiber 30A carbon energy acrylic fiber 40% viscose, further, the yarn loop length of 40 s/1/40 acrylic fiber carbon energy/30 acrylic fiber bulk 1.5D compact blended yarn is mm, preferably, the knitted mattress is light and thin and light and thin, and permeable, 335 fabric is knittedThe fineness of the yarn used was 40S containing 1.5 d.38 mm bulk fiber. Preferably, the twist of the yarn adopted by the thickened heightening light and thin breathable knitted fabric is 350 twists. Preferably, the rebound rate of the yarn adopted by the thickened padding light and thin breathable knitted fabric is radial rebound rate: 91.3, weft rebound rate: 93.8. the gram weight of the finally formed fabric is 300g/m 2 Is made of a thin breathable knitted fabric with thickened padding.
The thickened, heightened, light and thin breathable knitted fabrics of examples 1-3 were compared to comparative group 1 (common breathable knitted fabric-fabric basis weight 330 g/m) 2 Thickness of 2.1 mm) and comparative group 2 (thickened warm-keeping knitted fabric-fabric gram weight of 420 g/m) 2 A thickness of 3.6 mm) were subjected to the same test items and the test results were compared, and the comparison results are shown in table 1.
Wherein detecting the item comprises: the heat preservation rate of the fabric is measured by a reference assessment method: GB/T11048-1989; the air permeability of the fabric is measured by the reference assessment method: GB/T5453-1997; softness of the fabric, and reference checking method: GB/T18318.1-2009; the fabric tensile strength recovery rate is measured by a reference assessment method: FZ/T70006-2504; the fabric washing shrinkage rate is measured by a reference assessment method: GB/T8628-1513; fuzzing and pilling rate of the fabric is measured by a reference assessment method: GB/T4802.1-2008; the dry and wet friction color fastness of the fabric is evaluated by a reference method: GB/T3921-2508;
table 1: comparison table of detection results
From the comparative analysis of table 1, the conclusion can be drawn as follows:
the thickened pad light and thin breathable knitted fabric provided in examples 1 to 3 is light and thin breathable knitted fabric compared with comparative group 1, the comparative group 1 is light and thin breathable knitted fabric, examples 1 to 3 have the same gram weight as comparative group 1, but the thickness is thicker than that of comparative group 1, the breathability is slightly better than that of comparative group 1, the performance in terms of heat preservation effect is obviously better than that of comparative group 1, on the premise of the same gram weight, examples 1 to 3 have thicker touch feeling than that of comparative group 1, the breathability and the heat preservation effect are better than those of comparative group 1, and the softness similar to that of comparative group 1 can be maintained.
Compared with the comparative group 2, the thickened, heightened, light and thin breathable knitted fabric provided in examples 1 to 3 is the thickened, warm-keeping knitted fabric in comparative group 2, the thickness of examples 1 to 3 is the same as that of comparative group 1, but the gram weight is lighter than that of comparative group 2, the examples 1 to 3 do not feel a pressing sense after wearing the knitted fabric, and as can be seen by comparison, in order to raise the thickness of the fabric in comparative group 2, the softness of the fabric is poor, the examples 1 to 3 have the same thickness but can keep excellent softness, and the examples 1 to 3 with lighter gram weight are better than that of comparative group 2 in the warm-keeping effect, and the breathability is also obviously better than that of comparative group 2.
The comprehensive analysis of the table 1 can also obtain that the examples 1 to 3 have better tensile recovery rate compared with the comparative examples 1 and 2, are not easy to deform when being worn and have lower washing shrinkage, can keep the outline of the ready-made clothes for a long time, prolong the wearing service life of the clothes, have high coloring firmness and convenient processing, do not have the fading condition, are not easy to fuzzing and pilling after being worn for a long time, and keep the integral attractive appearance of the surface of the clothes. Wherein the thickened pad light and thin breathable knitted fabric provided in example 3 has the most desirable fabric performance.
According to analysis, compared with the fabric with the same gram weight, the novel structure of the thickened pad light and thin breathable knitted fabric can have thicker and more stereoscopic touch, maintain high air permeability and effective heat preservation effect, is soft in texture and provides more comfortable wearing experience.
It is to be understood that the above examples of the present utility model are provided by way of illustration only and not by way of limitation of the embodiments of the present utility model. Other variations or modifications of the above teachings will be apparent to those of ordinary skill in the art. It is not necessary here nor is it exhaustive of all embodiments. Any modification, equivalent replacement, improvement, etc. which come within the spirit and principles of the utility model are desired to be protected by the following claims.
Claims (9)
1. A thickening bed hedgehopping frivolous ventilative knitted fabric adopts 38 cun 22 needle weft knitting two-sided circular knitting machine, its characterized in that: the thickening rim light and thin breathable knitted fabric comprises an upper layer surface (1) and a lower layer surface (2), an elastic fiber rim yarn connecting layer (3) is arranged between the upper layer surface (1) and the lower layer surface (2), the thickening rim light and thin breathable knitted fabric is woven by adopting a cutting dial structure, the thickening rim light and thin breathable knitted fabric is woven by adopting a two-needle foot circulation needle arrangement structure, and the thickening rim light and thin breathable knitted fabric is woven by adopting a six-way triangle circulation weaving structure.
2. The thickened and raised light and thin breathable knitted fabric according to claim 1, wherein the thickened and raised light and thin breathable knitted fabric adopts two-needle p-foot cyclic needle arrangement: needle dial 1 needle row 1 foot, needle dial 2 needle row 2 feet, needle cylinder 1 needle row 2 feet that correspond with needle dial 1 needle, needle cylinder 2 needle row 1 feet that correspond with needle dial 2 needle, thickening rim light and thin ventilative knitting fabric adopts the cutting dial structure to weave, cutting dial structure inwards cuts 3mm along the radius at the knitting face that needle dial corresponds with the needle cylinder, and the interval of the knitting face of a dish section of thick bamboo and the knitting face of needle cylinder widens 3mm, thickening rim light and thin ventilative knitting fabric adopts six way row triangle circulation to weave the structure, six way row triangle circulation to weave the structure and is: 1-path needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row flat needle 2 foot row collecting ring; 2 paths of needle disc cams 1 are arranged with flat needles 2 arranged with flat needles, and needle cylinder cams 1 are arranged with loops 2 arranged with loops; 3 paths of needle disc cams 1 are arranged into a circle, 2 pins are arranged into a circle, and needle cylinder cams 1 are arranged into flat needles, 2 pins are arranged into flat needles; 4-way needle dial triangle 1 foot row flat needle 2 foot row collecting ring, needle cylinder triangle 1 foot row collecting ring 2 foot row flat needle; 5 paths of needle disc cams 1 are used for arranging flat needles 2 are used for arranging flat needles, and needle cylinder cams 1 are used for arranging loops 2 are used for arranging loops; 6-way needle dial triangle 1 foot row is looped, 2 feet row is looped, and needle cylinder triangle 1 foot row plain needle and 2 feet row plain needle.
3. The thickened and heightened light and thin breathable knitted fabric of claim 2, wherein the 1-way fed yarn is 30D spandex; the yarn obtained by 2 paths of feeding is 40s/160 acrylon/40 viscose compact sire blending 30D spandex; the 3-way fed yarn is formed by tightly racing 40s/1 40 viscose/30 acrylic carbon energy/30 acrylic bulk 1.5D; the yarn obtained by 4-way feeding is 30D spandex; the yarn obtained by 5 paths of feeding is 40s/160 acrylic fibers/40 viscose compact sire blending 30D spandex; the 6-way fed yarn is formed by 40s/1 40 viscose/30 acrylic carbon energy/30 acrylic bulk 1.5D compact.
4. The thickened and heightened light and thin breathable knitted fabric according to claim 2, wherein the thickened and heightened light and thin breathable knitted fabric adopts yarns with fineness of 40S and contains 1.5 d.38 mm bulked fibers.
5. The thickened and raised light and thin breathable knitted fabric of claim 2, wherein the yarn used in the thickened and raised light and thin breathable knitted fabric has a twist of 350.
6. The thickened and heightened light and thin breathable knitted fabric according to claim 2, wherein the thickened and heightened light and thin breathable knitted fabric adopts yarns, the yarn loop length of an upper layer surface (1) of yarns is 290mm, the yarn loop length of a bottom layer surface (2) is 335mm, and the yarn loop length of an intermediate elastic fiber yarn-laying connection layer (3) is 120mm.
7. The thickened and raised light and thin breathable knitted fabric as claimed in claim 2, wherein the thickened and raised light and thin breathable knitted fabric has a gram weight of 300-340g/m 2 。
8. The thickened and heightened light and thin breathable knitted fabric according to claim 2, wherein the yarn used in the thickened and heightened light and thin breathable knitted fabric has a rebound rate of weft rebound rate: 93.8, radial rebound: 91.3.
9. the thickened and heightened light and thin breathable knitted fabric according to claim 1, wherein the elastic fiber yarn-laying connecting layer (3) adopts 30D spandex yarn.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202223315622.2U CN219044192U (en) | 2022-12-09 | 2022-12-09 | Thickening and heightening light and thin breathable knitted fabric |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202223315622.2U CN219044192U (en) | 2022-12-09 | 2022-12-09 | Thickening and heightening light and thin breathable knitted fabric |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN219044192U true CN219044192U (en) | 2023-05-19 |
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ID=86318246
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202223315622.2U Active CN219044192U (en) | 2022-12-09 | 2022-12-09 | Thickening and heightening light and thin breathable knitted fabric |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN219044192U (en) |
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2022
- 2022-12-09 CN CN202223315622.2U patent/CN219044192U/en active Active
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