CN214655565U - Breathable tissue fabric of heavy knitted fabric - Google Patents
Breathable tissue fabric of heavy knitted fabric Download PDFInfo
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- CN214655565U CN214655565U CN202120371557.1U CN202120371557U CN214655565U CN 214655565 U CN214655565 U CN 214655565U CN 202120371557 U CN202120371557 U CN 202120371557U CN 214655565 U CN214655565 U CN 214655565U
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Abstract
The utility model discloses a breathable fabric of heavy knitted fabric, which is formed by knitting an upper dial of a 34 needle track and a lower cylinder of the 34 needle track, is a double-sided structure, and enables the heavy knitted fabric to form a mesh structure, thereby greatly improving the breathability of the fabric, greatly increasing the application range of the heavy knitted fabric, being used in autumn and winter originally and being changed into spring and summer; the original jacket suit fabric is changed into a long T fabric.
Description
Technical Field
The utility model relates to a surface fabric especially relates to a ventilative tissue fabric of heavy looped fabric.
Background
The existing double-sided knitted fabric is thicker, and the air permeability of the knitted double-sided cloth with the gram weight of more than 200G is poorer than that of single-sided cloth; based on the national standard test GB/T5453-1997 (standard experiment area 100CM2, pressure difference 100Pa), the ventilation index can reach more than 1500; the conventional double-sided knitted fabric has a low air permeability value which is generally between 800 and 1000, and from 24G needles to 42G needles, the thickness and the density are factors influencing the air permeability value. In order to solve the problem of low air permeability value in the prior art, a coarse needle double-sided tissue with low density is adopted, and air permeable yarns are adopted. The first coarse needle structure has a narrow application range, and some key test indexes are not easy to pass; the second case is relatively costly and is not well suited for wide-scale use.
SUMMERY OF THE UTILITY MODEL
In view of the above-mentioned not enough that exists at present, the utility model provides a ventilative tissue fabric of heavy looped fabric lets the knitted fabric of heavy, forms mesh column structure, has promoted the air permeability of surface fabric greatly.
In order to achieve the above object, the embodiments of the present invention adopt the following technical solutions:
the breathable fabric of the heavy knitted fabric is formed by knitting an upper dial with 34 needle tracks and a lower cylinder with 34 needle tracks, the breathable fabric is a double-sided structure, and according to a minimum pattern, 34 paths of the breathable fabric are a complete cycle:
in the first path, fully drawn yarn 30D/24F is fed, and an upper dial is a floating ring and a tuck ring in sequence; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping by an upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
in the third path, feeding TCD terylene low stretch yarn 75D/72F, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
in the fourth path, fully drawn yarns are fed in at 30D/24F, and the upper dial is sequentially tucked and floated; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
Feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F, lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns of 30D/24F in the seventh path, wherein the upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
in the ninth path, feeding TCD terylene low stretch yarn 75D/72F, lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
in the tenth path, fully drawn yarns are fed in at 30D/24F, and the upper dial is sequentially tucked and floated; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
feeding 75D/72F polyester low stretch yarn in the tenth path, simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
Feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns of 30D/24F in the thirteenth path, wherein the upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
sixthly, feeding 75D/72F polyester low stretch yarns, simultaneously lining 20D spandex yarns, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn in the fifteenth path, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
in the sixteenth path, fully drawn yarns are fed in for 30D/24F, and the upper dial is sequentially provided with a floating ring and a floating ring; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming;
feeding fully drawn yarns of 30D/24F in a seventeenth path, wherein an upper dial sequentially comprises a floating ring and a floating ring; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming;
feeding fully drawn yarns of 30D/24F in an eighteenth way, wherein an upper needle disc sequentially comprises tucks and floating loops; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
In the nineteenth path, feeding 75D/72F polyester low stretch yarns, simultaneously lining 20D spandex yarns, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn in the second ten paths, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns in the twenty-first path at 30D/24F, wherein an upper needle disc sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn into the twenty-second path, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F in the twenty-third path, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns of 30D/24F in a twenty-fourth way, wherein the upper dial is a tuck ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
feeding 75D/72F polyester low stretch yarns and simultaneously lining 20D spandex yarns, and sequentially looping and looping by an upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
Feeding TCD terylene low stretch yarn 75D/72F in a twenty-sixth path, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns in a twenty-seventh path at 30D/24F, wherein an upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns in a thirty-third path, wherein the fully drawn yarns are 30D/24F, and the upper dial is a tuck ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
feeding 75D/72F polyester low stretch yarn in the thirty-first path, simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
Feeding fully drawn yarns 30D/24F in a thirty-third path, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming;
feeding fully drawn yarns in a thirty-fourth path, wherein the fully drawn yarns are 30D/24F, and an upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a looping ring, a floating ring and a looping ring.
According to one aspect of the present invention, the fully drawn yarn length is 14.8CM/50 needles, the 20D spandex yarn length is 4.7CM/50 needles, and the polyester low stretch yarn length is 13CM/50 needles.
According to one aspect of the present invention, the upper dial needles are arranged in a 1-2-1-2-1-2 circular array, and the lower cylinder needles are arranged in a 1-3-1-2-4-2 circular array.
The utility model discloses the advantage of implementing: the utility model discloses a ventilative organizational fabric of heavy looped fabric, weave by the last dial of 34 needle tracks and the lower cylinder of 34 needle tracks and form, for two-sided structure tissue, let heavy knitted fabric, form mesh-like structure, promoted the air permeability of surface fabric greatly, make the heavy knitted fabric application range greatly increased, use from original autumn and winter, change to spring and summer and also use; the original jacket suit fabric is changed into a long T fabric.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to these drawings without creative efforts.
Fig. 1 is a front schematic view of an air permeable tissue fabric of a heavy knitted fabric according to the present invention;
fig. 2 is a schematic reverse side view of an air permeable tissue fabric of a heavy knitted fabric according to the present invention;
fig. 3 is a schematic diagram showing a symbol of a knitting technique representation of a breathable fabric for heavy knitted fabric according to the present invention;
fig. 4 is a schematic view of a knitting method of the breathable fabric of heavy knitted fabric of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
As shown in fig. 1, fig. 2, fig. 3 and fig. 4, an air-permeable fabric of heavy knitted fabric is formed by knitting an upper dial of 34 needle tracks and a lower cylinder of 34 needle tracks, the air-permeable fabric is a double-sided structure, and according to a minimum pattern, 34 paths of the fabric are a complete cycle:
in practical application, as shown in fig. 3, it is a knitting term, and the knitting and weaving method includes three types, namely looping, tucking and floating; knitting is a process in which a loop is fully worked by a knitting needle, and the yarn is formed into a loop on a knitting machine with the knitting needle and other knitting elements; tucking is that when knitting, old loops on some knitting needles and new yarns enter a needle hook together, so that the new yarns form an unsealed suspended arc, and the old loops form elongated loops; the float stitch is a phenomenon that when a knitting needle is raised to withdraw a stitch at the start of stitch formation, an old stitch is not withdrawn to a needle bar below a latch but is still caught on the latch for some reason, and when the knitting needle is lowered, the old stitch is returned to a hook and a new stitch cannot be formed.
In practical applications, the specific shape of the loop, tuck, and float is common knowledge in the art, and the specific shape is not specifically shown here.
In practical application, as shown in fig. 4, the present embodiment is a double-sided structure with 34 paths of structures, the knitting needles are circularly arranged according to the dial (upper needle) 1-2-1-2-1-2, and the needle cylinder (lower needle) is circularly arranged according to the dial (upper needle) 1-3-1-2-4-2.
In the first path, fully drawn yarn 30D/24F is fed, and an upper dial is a floating ring and a tuck ring in sequence; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring; the length of the thread is 14.8CM/50 needles.
Feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping by an upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
In the third path, feeding TCD terylene low stretch yarn 75D/72F, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
In the fourth path, fully drawn yarns are fed in at 30D/24F, and the upper dial is sequentially tucked and floated; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring; the length of the thread is 14.8CM/50 needles.
Feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
Feeding TCD terylene low stretch yarn 75D/72F, lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
Feeding fully drawn yarns of 30D/24F in the seventh path, wherein the upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring; the length of the thread is 14.8CM/50 needles.
Feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
In the ninth path, feeding TCD terylene low stretch yarn 75D/72F, lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
In the tenth path, fully drawn yarns are fed in at 30D/24F, and the upper dial is sequentially tucked and floated; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring; the length of the thread is 14.8CM/50 needles.
Feeding 75D/72F polyester low stretch yarn in the tenth path, simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
Feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
Feeding fully drawn yarns of 30D/24F in the thirteenth path, wherein the upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring; the length of the thread is 14.8CM/50 needles.
Sixthly, feeding 75D/72F polyester low stretch yarns, simultaneously lining 20D spandex yarns, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
Feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn in the fifteenth path, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
In the sixteenth path, fully drawn yarns are fed in for 30D/24F, and the upper dial is sequentially provided with a floating ring and a floating ring; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming; the length of the thread is 7.2CM/50 needles.
Feeding fully drawn yarns of 30D/24F in a seventeenth path, wherein an upper dial sequentially comprises a floating ring and a floating ring; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming; the length of the thread is 7.2CM/50 needles.
Feeding fully drawn yarns of 30D/24F in an eighteenth way, wherein an upper needle disc sequentially comprises tucks and floating loops; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring; the length of the thread is 14.8CM/50 needles.
In the nineteenth path, feeding 75D/72F polyester low stretch yarns, simultaneously lining 20D spandex yarns, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
Feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn in the second ten paths, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
Feeding fully drawn yarns in the twenty-first path at 30D/24F, wherein an upper needle disc sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring; the length of the thread is 14.8CM/50 needles.
Feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn into the twenty-second path, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
Feeding TCD terylene low stretch yarn 75D/72F in the twenty-third path, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
Feeding fully drawn yarns of 30D/24F in a twenty-fourth way, wherein the upper dial is a tuck ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring; the length of the thread is 14.8CM/50 needles.
Feeding 75D/72F polyester low stretch yarns and simultaneously lining 20D spandex yarns, and sequentially looping and looping by an upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
Feeding TCD terylene low stretch yarn 75D/72F in a twenty-sixth path, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
Feeding fully drawn yarns in a twenty-seventh path at 30D/24F, wherein an upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring; the length of the thread is 14.8CM/50 needles.
Feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
Feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
Feeding fully drawn yarns in a thirty-third path, wherein the fully drawn yarns are 30D/24F, and the upper dial is a tuck ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring; the length of the thread is 14.8CM/50 needles.
Feeding 75D/72F polyester low stretch yarn in the thirty-first path, simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring; the length of the 75D/72F thread of the terylene low stretch yarn is 13CM/50 needles, and the length of the 20D thread of the spandex yarn is 4.7CM/50 needles.
Feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped; the length of the thread is set to be 13CM/50 needles, and the length of the spandex filament 20D thread is set to be 4.7CM/50 needles.
Feeding fully drawn yarns 30D/24F in a thirty-third path, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming; the length of the thread is 7.2CM/50 needles.
Feeding fully drawn yarns in a thirty-fourth path, wherein the fully drawn yarns are 30D/24F, and an upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming; the length of the thread is 7.2CM/50 needles.
In practical application, fabric tissues are arranged according to a mesh-shaped structure, and the arrangement of yarns and knitting needles is utilized to form concave-convex parts, so that the gram weight of the fabric can be effectively reduced due to the concave-convex parts, the breathability of the fabric is increased due to the mesh shape, and the yarns 75D/72F and the yarns 30D/24F are combined with the knitting needles to form an empty net structure.
In practical application, as shown in fig. 1 and fig. 2, the front surface of the fabric forms a mesh-shaped structure, and the back surface forms a strip-shaped structure.
The utility model discloses the advantage of implementing: the utility model discloses a ventilative organizational fabric of heavy looped fabric, weave by the last dial of 34 needle tracks and the lower cylinder of 34 needle tracks and form, for two-sided structure tissue, let heavy knitted fabric, form mesh-like structure, promoted the air permeability of surface fabric greatly, make the heavy knitted fabric application range greatly increased, use from original autumn and winter, change to spring and summer and also use; the original jacket suit fabric is changed into a long T fabric.
The above description is only for the specific embodiments of the present invention, but the protection scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are all covered by the protection scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (3)
1. The breathable fabric of the heavy knitted fabric is formed by knitting an upper dial with 34 needle tracks and a lower needle cylinder with 34 needle tracks, and is characterized in that the breathable fabric is a double-sided structure, and 34 paths of the breathable fabric are a complete cycle according to a minimum pattern:
in the first path, fully drawn yarn 30D/24F is fed, and an upper dial is a floating ring and a tuck ring in sequence; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping by an upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
in the third path, feeding TCD terylene low stretch yarn 75D/72F, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
In the fourth path, fully drawn yarns are fed in at 30D/24F, and the upper dial is sequentially tucked and floated; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F, lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns of 30D/24F in the seventh path, wherein the upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
in the ninth path, feeding TCD terylene low stretch yarn 75D/72F, lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
in the tenth path, fully drawn yarns are fed in at 30D/24F, and the upper dial is sequentially tucked and floated; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
Feeding 75D/72F polyester low stretch yarn in the tenth path, simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns of 30D/24F in the thirteenth path, wherein the upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
sixthly, feeding 75D/72F polyester low stretch yarns, simultaneously lining 20D spandex yarns, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn in the fifteenth path, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
in the sixteenth path, fully drawn yarns are fed in for 30D/24F, and the upper dial is sequentially provided with a floating ring and a floating ring; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming;
feeding fully drawn yarns of 30D/24F in a seventeenth path, wherein an upper dial sequentially comprises a floating ring and a floating ring; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming;
Feeding fully drawn yarns of 30D/24F in an eighteenth way, wherein an upper needle disc sequentially comprises tucks and floating loops; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
in the nineteenth path, feeding 75D/72F polyester low stretch yarns, simultaneously lining 20D spandex yarns, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn in the second ten paths, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns in the twenty-first path at 30D/24F, wherein an upper needle disc sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn into the twenty-second path, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F in the twenty-third path, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns of 30D/24F in a twenty-fourth way, wherein the upper dial is a tuck ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
Feeding 75D/72F polyester low stretch yarns and simultaneously lining 20D spandex yarns, and sequentially looping and looping by an upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F in a twenty-sixth path, simultaneously lining 20D spandex yarn, and sequentially arranging a floating ring and a floating ring on an upper dial; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns in a twenty-seventh path at 30D/24F, wherein an upper dial sequentially comprises a floating ring and a tuck ring; the lower needle cylinder is sequentially provided with a tuck ring, a floating ring and a tuck ring;
feeding 75D/72F polyester low stretch yarn and simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns in a thirty-third path, wherein the fully drawn yarns are 30D/24F, and the upper dial is a tuck ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a tucking ring and a floating ring;
feeding 75D/72F polyester low stretch yarn in the thirty-first path, simultaneously lining 20D spandex yarn, and sequentially looping and looping the upper dial; the lower needle cylinder is sequentially provided with a floating ring, a floating ring and a floating ring;
Feeding TCD terylene low stretch yarn 75D/72F and lining 20D spandex yarn at the same time, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially looped, looped and looped;
feeding fully drawn yarns 30D/24F in a thirty-third path, wherein the upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a loop forming, a floating ring and a loop forming;
feeding fully drawn yarns in a thirty-fourth path, wherein the fully drawn yarns are 30D/24F, and an upper dial is a floating ring and a floating ring in sequence; the lower needle cylinder is sequentially provided with a floating ring, a looping ring, a floating ring and a looping ring.
2. The air-permeable knitted fabric according to claim 1, wherein the length of the fully drawn yarn is 14.8CM/50 needles, the length of the 20D spandex yarn is 4.7CM/50 needles, and the length of the polyester low stretch yarn is 13CM/50 needles.
3. The air-permeable knitted fabric of heavy knitted fabric according to claim 1, wherein the upper dial needles are arranged in a 1-2-1-2-1-2 repeat arrangement, and the lower cylinder needles are arranged in a 1-3-1-2-4-2 repeat arrangement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120371557.1U CN214655565U (en) | 2021-02-17 | 2021-02-17 | Breathable tissue fabric of heavy knitted fabric |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120371557.1U CN214655565U (en) | 2021-02-17 | 2021-02-17 | Breathable tissue fabric of heavy knitted fabric |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214655565U true CN214655565U (en) | 2021-11-09 |
Family
ID=78447805
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120371557.1U Active CN214655565U (en) | 2021-02-17 | 2021-02-17 | Breathable tissue fabric of heavy knitted fabric |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214655565U (en) |
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2021
- 2021-02-17 CN CN202120371557.1U patent/CN214655565U/en active Active
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