CN103750584A - Down jacket component, down jacket component manufacturing method and down jacket - Google Patents
Down jacket component, down jacket component manufacturing method and down jacket Download PDFInfo
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- CN103750584A CN103750584A CN201410045866.4A CN201410045866A CN103750584A CN 103750584 A CN103750584 A CN 103750584A CN 201410045866 A CN201410045866 A CN 201410045866A CN 103750584 A CN103750584 A CN 103750584A
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Abstract
The invention discloses a down jacket component which comprises surface layers (301 and 302) and container layers (401 and 402), filler is arranged between the surface layers (301 and 302) and the container layers (401 and 402), the area of the surface layers (301 and 302) is larger than that of the container layers (401 and 402), and the surface layers (301 and 302) and the container layers (401 and 402) are sewn in an easing mode. The invention further discloses a down jacket component manufacturing method and a down jacket formed by the down jacket component. The three-dimensional technology is adopted in the down jacket component, the down jacket component manufacturing method and the down jacket, and the appearance of clothes is more attractive in appearance while the warmth keeping degree of the clothes is improved.
Description
Technical field
The present invention relates to a kind of multi-layer fabric decoration down jackets, relate in particular to a kind of multi-layer fabric decoration down jackets member, down jackets structure manufacture method and down jackets.
Background technology
Along with people's living standard improves day by day, we are also more and more higher to the Functional Requirement of required daily necessities.Enter the winter, it is cold that weather turns gradually, and at this moment down jackets can become the necessity of our life, and quality of the life is required to more and more higher we, to the thermal ressistance of down jackets, requires also more and more higher.
In the art, existing down coat sewing tech technology is carried out direct top-stitching for add two-layer inner bag between clothes surface layer nexine, and without three-dimensional sewing process.Therefore, two-layer inner bag can apply certain pressure to eider down, and the third dimension of down jackets integral body is reduced, thereby has reduced the whole warmth retention property of down coat, also makes the whole visual effect of down jackets not good simultaneously.
Summary of the invention
The object of the present invention is to provide a kind of third dimension of down jackets integral body that can make stronger, can also promote down jackets member, down jackets structure manufacture method and the down jackets of the whole warmth retention property of down jackets simultaneously.
For achieving the above object, the concrete technical scheme of a kind of down jackets member of the present invention, down jackets structure manufacture method and down jackets is:
A down jackets member, comprises surface layer and courage layer, between surface layer and courage layer, is provided with filler, and the area of surface layer is greater than the area of courage layer, between surface layer and courage layer, for eating longitudinal joint, closes.
Further, the large 1.5%-3% of area of the Area Ratio courage layer of surface layer.
On the another side of the courage layer further, being stitched together with surface layer, be provided with nexine.
Further, on down jackets member, be provided with many top-stitchings that prevent that filler from moving arbitrarily.
Further, the material of surface layer is the anti-velvet fabric of 100% polyamide fibre, and the material of courage layer is the anti-velvet fabric of 100% polyester fiber.
Further, the material of nexine is 100% polyester fiber fabric or grabs velvet fabric through compiling.
A preparation method for down jackets member, comprises the following steps: from starting point, to terminating point, along many seams, surface layer and courage layer are eaten to longitudinal joint in turn and close, the area of surface layer need be greater than the area of courage layer; From the opening part filling filler between starting point and terminating point; Sew up the opening between starting point and ending point.
Further, further comprising the steps of: many top-stitchings that prevent that filler from moving are arbitrarily set on the complete down jackets member of stitching.
Further, the stitching of the seam between surface layer and courage floor adopts No. 8-No. 9 round end car pins, and suture adopts polyester thread, and the sewing line needle gage that spreads out is 10-12 pin/3cm.
Down jackets of being made by above-mentioned down jackets member, comprise a plurality of down jackets members, between a plurality of down jackets members, mutually sew up.
Compare with existing down jackets, down jackets member of the present invention, down jackets structure manufacture method and down jackets have the following advantages:
Down jackets member of the present invention, down jackets structure manufacture method and down jackets carry out revolutionary character innovation to existing down coat sewing tech, and the multi-layer fabric decoration method making new advances that is born is that one deck courage has lining or one deck courage without lining, make the third dimension of down jackets integral body stronger, promote the whole warmth retention property of down jackets.
Down jackets member of the present invention, down jackets structure manufacture method and down jackets adopt multi-layer fabric decoration, when improving clothes thermal ressistance, make the outward appearance of clothes also more attractive in appearance, in cold season, can bring more warmly for people, also will be subject to consumer's welcome.
Accompanying drawing explanation
Fig. 1 is the front view of the first embodiment of down jackets of the present invention;
Fig. 2 is the rearview of the first embodiment of down jackets of the present invention;
Fig. 3 is the structural representation of width before the down jackets in Fig. 1;
Fig. 4 is the process schematic representation of width before the down jackets in Fig. 1;
Fig. 5 is the structural representation of the down jackets back panel in Fig. 2;
Fig. 6 is the process schematic representation of the down jackets back panel in Fig. 2;
Fig. 7 is the structural representation of the down jackets sleeve in Fig. 1;
Fig. 8 is the process schematic representation of the down jackets sleeve in Fig. 1;
Fig. 9 is the process schematic representation of the down jackets collar in Fig. 1;
Figure 10 is the overseam process schematic representation of down jackets of the present invention;
Figure 11 is the front view of the second embodiment of down jackets of the present invention;
Figure 12 is the rearview of the second embodiment of down jackets of the present invention;
Figure 13 is the structural representation of width before the down jackets in Figure 11;
Figure 14 is the process schematic representation of width before the down jackets in Figure 11;
Figure 15 is the structural representation of the down jackets back panel in Figure 12;
Figure 16 is the process schematic representation of the down jackets back panel in Figure 12;
Figure 17 is the structural representation of the down jackets sleeve in Figure 11;
Figure 18 is the process schematic representation of the down jackets sleeve in Figure 11;
Figure 19 is the process schematic representation of the down jackets collar in Figure 11.
The specific embodiment
In order better to understand object of the present invention, structure and function, below in conjunction with accompanying drawing, a kind of down jackets member of the present invention, down jackets structure manufacture method and down jackets are done to further detailed description.
Down jackets of the present invention are mutually sewed up and form by a plurality of down jackets members, and wherein, down jackets member comprises surface layer and courage layer, between surface layer and courage layer, is provided with filler, and the area of surface layer is greater than the area of courage layer, between surface layer and courage layer, for eating longitudinal joint, closes.The present invention carries out revolutionary character innovation to existing down coat sewing tech, makes the third dimension of down jackets integral body stronger, has promoted the whole warmth retention property of down jackets.
It should be noted, eating in the present invention between surface layer and courage layer indulged the area large (being preferably 1.5%-3% in the present invention) that sewing process specifically refers to the Area Ratio courage layer of surface layer, by eating vertical mode, surface layer and courage layered suture are closed, and then reach surface layer and be convex effect, refill thus eider down and can make the third dimension of down jackets integral body stronger, promoted the whole warmth retention property of down jackets.In addition, by the flat test of GB/T 11048-1989 method A, the existing down jackets of making without multi-layer fabric decoration by drawing stitch of down jackets contrast that close multi-layer fabric decoration making by eating longitudinal joint of the present invention, when filling equivalent weight eider down, warming value can promote 15% left and right.
Below by two specific embodiments, a kind of down jackets member of the present invention, down jackets structure manufacture method and down jackets are elaborated:
As shown in Figures 1 to 9, it discloses the first embodiment of down jackets of the present invention.In this embodiment down jackets 100 be one deck courage without lining formula structure, wherein, the material of surface layer 301 is the anti-velvet fabric of 100% polyamide fibre, the material of courage layer 401 is the anti-velvet fabric of 100% polyester fiber.
Fig. 1 and Fig. 2 are front view and the rearview of the first embodiment of down jackets of the present invention.As shown in the figure, down jackets 100 comprise front 110, back panel 120, sleeve 130 and collar 140, and wherein, front 110, back panel 120, sleeve 130 and collar 140 sew up to form complete down jackets 100 mutually.It should be noted, the down jackets in the present invention are not limited to above-mentioned composition member, and any structure that can mutually splice to form complete down jackets is all applicable to the present invention.
Fig. 3 and Fig. 4 are structure and a process schematic representation of 110 before down jackets in the present embodiment.As shown in the figure, front 110 comprises surface layer 301 and courage layer 401, is provided with filler (as eider down etc.) between surface layer 301 and courage layer 401, wherein, the large 1.5%-3% of area of the Area Ratio courage layer 401 of surface layer 301, surface layer 301 and courage layer 401 close by eating longitudinal joint.In addition, also can arrange many on front 110 and prevent filler mobile top-stitchings 601 arbitrarily in front 110.Below the manufacturing process of front 110 in the present embodiment is briefly described:
First, take a1 as starting point, b1 is terminating point, from seam 111, seam 112, seam 113, seam 114, seam 115 and seam 116, surface layer 301 and courage layer 401 is eaten to longitudinal joint successively close along clockwise direction; Then, from the opening part filling filler between starting point a1 and terminating point b1; Finally, after filler filling, sew up the opening between starting point a1 and terminating point b1.The stitching of the seam between above-mentioned surface layer 301 and courage floor 401 preferably adopts round end car pin No. 8-No. 9, and suture adopts the polyester thread of high-quality, the sewing line needle gage 10-12 pin/3cm that spreads out.
In addition, according to actual needs, also can carry out making of top-stitching 601 sewing up on complete front 110.Wherein, the shape of top-stitching 601 can be V-type, bias type or parallel line type etc., and the spacing between adjacent top-stitching is preferably 80mm-120mm.
Fig. 5 and Fig. 6 are structure and the process schematic representation of the down jackets back panel 120 in the present embodiment.As shown in the figure, back panel 120 comprises surface layer 301 and courage layer 401, is provided with filler (as eider down etc.) between surface layer 301 and courage layer 401, wherein, the large 1.5%-3% of area of the Area Ratio courage layer 401 of surface layer 301, surface layer 301 and courage layer 401 close by eating longitudinal joint.In addition, many top-stitchings 601 that prevent that filler from moving arbitrarily in back panel 120 also can be set on back panel 120.Below the manufacturing process of the back panel 120 in the present embodiment is briefly described:
First, take c1 as starting point, d1 is terminating point, from seam 121, seam 122, seam 123, seam 124, seam 125, seam 126, seam 127 and seam 128, surface layer 301 and courage layer 401 is eaten to longitudinal joint successively close along clockwise direction; Then, from the opening part filling filler between starting point c1 and terminating point d1; Finally, after filler filling, sew up the opening between starting point c1 and terminating point d1.The stitching of the seam between above-mentioned surface layer 301 and courage floor 401 preferably adopts round end car pin No. 8-No. 9, and suture adopts the polyester thread of high-quality, the sewing line needle gage 10-12 pin/3cm that spreads out.
In addition, according to actual needs, on the complete back panel 120 of stitching, also can carry out making of top-stitching 601.Wherein, the shape of top-stitching 601 can be V-type, bias type or parallel line type etc., and the spacing between adjacent top-stitching is preferably 80mm-120mm.
Fig. 7 and Fig. 8 are structure and the process schematic representation of the down jackets sleeve 130 in the present embodiment.As shown in the figure, sleeve 130 comprises surface layer 301 and courage layer 401, is provided with filler (as eider down etc.) between surface layer 301 and courage layer 401, wherein, the large 1.5%-3% of area of the Area Ratio courage layer 401 of surface layer 301, surface layer 301 and courage layer 401 close by eating longitudinal joint.In addition, many top-stitchings 601 that prevent that filler from moving arbitrarily in sleeve 130 also can be set on sleeve 130.Below the manufacturing process of the sleeve 130 in the present embodiment is briefly described:
First, take e1 as starting point, f1 is terminating point, from seam 131, seam 132, seam 133 and seam 134, surface layer 301 and courage layer 401 is eaten to longitudinal joint successively close along clockwise direction; Then, from the opening part filling filler between starting point e1 and terminating point f1; Finally, after filler filling, sew up the opening between starting point e1 and terminating point f1.The stitching of the seam between above-mentioned surface layer 301 and courage floor 401 preferably adopts round end car pin No. 8-No. 9, and suture adopts the polyester thread of high-quality, the sewing line needle gage 10-12 pin/3cm that spreads out.
In addition, according to actual needs, on the complete sleeve 130 of stitching, also can carry out making of top-stitching 601.Wherein, the shape of top-stitching 601 can be V-type, bias type or parallel line type etc., and the spacing between adjacent top-stitching is preferably 80mm-120mm.
Fig. 9 is the process schematic representation of the down jackets collar 140 in the present embodiment.As shown in the figure, collar 140 only comprises surface layer 301, is provided with filler (as eider down etc.) between two-layer surface layer 301.Below the manufacturing process of the collar 140 in the present embodiment is briefly described:
First, take g1 as starting point, h1 is terminating point, along clockwise direction, from seam 141, seam 142 and seam 143, two-layer surface layer 301 is sewed up successively; Then, from the opening part filling filler between starting point g1 and terminating point h1; Finally, after filler filling, sew up the opening between starting point g1 and terminating point h1.The stitching of the seam between above-mentioned surface layer 301 preferably adopts round end car pin No. 8-No. 9, and suture adopts the polyester thread of high-quality, the sewing line needle gage 10-12 pin/3cm that spreads out.
Figure 10 is the overseam process schematic representation of down jackets of the present invention.The above-mentioned down jackets member completing (front 110, back panel 120, sleeve 130 and collar 140) need to mutually sew up and could form complete down jackets, as shown in Figure 1.Each seam (as shoulder seam 150, clamping ring seam 160, front side piece 170 etc.) forming between member can be made by overseam technique as shown in figure 10, wherein, overseam optimal process in the present embodiment adopts the 100% polyamide fibre ultrathin shell fabric that width is 7mm, to prevent from boring suede problem.In addition, cuff 180 and the bottom 190 also can be set on down jackets 100, wherein, it is that the elastic ribbon of 10mm carries out overseam that cuff 180 and the bottom 190 places preferably adopt width.
As shown in Figure 11 to Figure 19, it discloses the second embodiment of down jackets of the present invention.In this embodiment, down jackets 200 have lining formula structure for one deck courage, wherein, the material of surface layer 302 is the anti-velvet fabric of 100% polyamide fibre, and the material of courage layer 402 is the anti-velvet fabric of 100% polyester fiber, and the material of nexine 502 is 100% polyester fiber fabric or grabs velvet fabric through compiling.
Figure 11 and Figure 12 are front view and the rearview of the second embodiment of down jackets of the present invention.As shown in the figure, down jackets 200 comprise front 210, back panel 220, sleeve 230 and collar 240, and wherein, front 210, back panel 220, sleeve 230 and collar 240 sew up to form complete down jackets 200 mutually.It should be noted, the down jackets in the present invention are not limited to above-mentioned composition member, and any structure that can mutually splice to form complete down jackets is all applicable to the present invention.
Figure 13 and Figure 14 are structure and a process schematic representation of 210 before down jackets in the present embodiment.As shown in the figure, comprise surface layer 302, courage layer 402 and nexine 502 for front 210, wherein, between surface layer 302 and courage layer 402, be provided with filler (as eider down etc.), the large 1.5%-3% of area of the Area Ratio courage layer 402 of surface layer 302, surface layer 302 and courage layer 402 close by eating longitudinal joint, and nexine 502 is made in the inner side of courage layer 402, on the another side of the courage layer 402 being also stitched together with surface layer 301.In addition, also can arrange many on front 210 and prevent filler mobile top-stitchings 602 arbitrarily in front 210.Below the manufacturing process of front 210 in the present embodiment is briefly described:
First, take a2 as starting point, b2 is terminating point, from seam 211, seam 212, seam 213, seam 214, seam 215 and seam 216, surface layer 302 and courage layer 402 is eaten to longitudinal joint successively close along clockwise direction; Then, from the opening part filling filler between starting point a2 and terminating point b2; Finally, after filler filling, sew up the opening between starting point a2 and terminating point b2.The stitching of the seam between above-mentioned surface layer 302 and courage floor 402 preferably adopts round end car pin No. 8-No. 9, and suture adopts the polyester thread of high-quality, the sewing line needle gage 10-12 pin/3cm that spreads out.
In addition, according to actual needs, also can carry out making of top-stitching 602 sewing up on complete front 210.Wherein, the shape of top-stitching 602 can be V-type, bias type or parallel line type etc., and the spacing between adjacent top-stitching is preferably 80mm-120mm.
Figure 15 and Figure 16 are structure and the process schematic representation of the down jackets back panel 220 in the present embodiment.As shown in the figure, back panel 220 comprises surface layer 302, courage layer 402 and nexine 502, wherein, between surface layer 302 and courage layer 402, be provided with filler (as eider down etc.), the large 1.5%-3% of area of the Area Ratio courage layer 402 of surface layer 302, surface layer 302 and courage layer 402 close by eating longitudinal joint, and nexine 502 is made in the inner side of courage layer 402, on the another side of the courage layer 402 being also stitched together with surface layer 301.In addition, many top-stitchings 602 that prevent that filler from moving arbitrarily in back panel 220 also can be set on back panel 220.Below the manufacturing process of the back panel 220 in the present embodiment is briefly described:
First, take c2 as starting point, d2 is terminating point, from seam 221, seam 222, seam 223, seam 224, seam 225, seam 226, seam 227 and seam 228, surface layer 302 and courage layer 402 is eaten to longitudinal joint successively close along clockwise direction; Then, from the opening part filling filler between starting point c2 and terminating point d2; Finally, after filler filling, sew up the opening between starting point c2 and terminating point d2.The stitching of the seam between above-mentioned surface layer 302 and courage floor 402 preferably adopts round end car pin No. 8-No. 9, and suture adopts the polyester thread of high-quality, the sewing line needle gage 10-12 pin/3cm that spreads out.
In addition, according to actual needs, on the complete back panel 220 of stitching, also can carry out making of top-stitching 602.Wherein, the shape of top-stitching 602 can be V-type, bias type or parallel line type etc., and the spacing between adjacent top-stitching is preferably 80mm-120mm.
Figure 17 and Figure 18 are structure and the process schematic representation of the down jackets sleeve 230 in the present embodiment.As shown in the figure, sleeve 230 comprises surface layer 302, courage layer 402 and nexine 502, wherein, between surface layer 302 and courage layer 402, be provided with filler (as eider down etc.), the large 1.5%-3% of area of the Area Ratio courage layer 402 of surface layer 302, surface layer 302 and courage layer 402 close by eating longitudinal joint, and nexine 502 is made in the inner side of courage layer 402, on the another side of the courage layer 402 being also stitched together with surface layer 301.In addition, many top-stitchings 602 that prevent that filler from moving arbitrarily in sleeve 230 also can be set on sleeve 230.Below the manufacturing process of the sleeve 230 in the present embodiment is briefly described:
First, take e2 as starting point, f2 is terminating point, from seam 231, seam 232, seam 233 and seam 234, surface layer 302 and courage layer 402 is eaten to longitudinal joint successively close along clockwise direction; Then, from the opening part filling filler between starting point e2 and terminating point f1; Finally, after filler filling, sew up the opening between starting point e2 and terminating point f2.The stitching of the seam between above-mentioned surface layer 302 and courage floor 402 preferably adopts round end car pin No. 8-No. 9, and suture adopts the polyester thread of high-quality, the sewing line needle gage 10-12 pin/3cm that spreads out.
In addition, according to actual needs, on the complete sleeve 230 of stitching, also can carry out making of top-stitching 602.Wherein, the shape of top-stitching 602 can be V-type, bias type or parallel line type etc., and the spacing between adjacent top-stitching is preferably 80mm-120mm.
Figure 19 is the process schematic representation of the down jackets collar 240 in the present embodiment.As shown in the figure, collar 240 only comprises surface layer 302, wherein, is provided with filler (as eider down etc.) between two-layer surface layer 302.Below the manufacturing process of the collar 240 in the present embodiment is briefly described:
First, take g2 as starting point, h2 is terminating point, along clockwise direction, from seam 241, seam 242 and seam 243, two-layer surface layer 302 is sewed up successively; Then, from the opening part filling filler between starting point g2 and terminating point h2; Finally, after filler filling, sew up the opening between starting point g2 and terminating point h2.The stitching of the seam between above-mentioned surface layer 302 preferably adopts round end car pin No. 8-No. 9, and suture adopts the polyester thread of high-quality, the sewing line needle gage 10-12 pin/3cm that spreads out.
After above-mentioned front 210, back panel 220 and sleeve 230 complete, first mutually sew up to form semi-finished product, and then corresponding nexine 502 is sewn on semi-finished product, finally sew up collar 240, to form finished product.Wherein, down jackets member in the present embodiment (front 210, back panel 220, sleeve 230 and collar 240) also can adopt overseam technique as shown in figure 10 at seam crossing (as shoulder seam 250, clamping ring seam 260, front side piece 270 etc.) when mutually sewing up, to prevent from boring suede problem.
By specific embodiment, the present invention is further described above; but it should be understood that; here concrete description; should not be construed as the restriction to the spirit and scope of the invention; one of ordinary skilled in the art, reading the various modifications of after this description, above-described embodiment being made, belongs to the scope that the present invention protects.
Claims (10)
1. a down jackets member, is characterized in that, comprises surface layer (301,302) and courage layer (401,402), surface layer (301,302) with courage layer (401,402) between, be provided with filler, the area of surface layer (301,302) is greater than courage layer (401,402) area, between surface layer (301,302) and courage layer (401,402), for eating longitudinal joint, close.
2. down jackets member according to claim 1, is characterized in that, the large 1.5%-3% of area of the Area Ratio courage layer (401,402) of surface layer (301,302).
3. down jackets member according to claim 1, is characterized in that, on the another side of the courage layer (401,402) being stitched together with surface layer (301,302), is provided with nexine (502).
4. down jackets member according to claim 1, is characterized in that, is provided with many top-stitchings (601,602) that prevent that filler from moving arbitrarily on down jackets member.
5. down jackets member according to claim 1, is characterized in that, the material of surface layer (301,302) is the anti-velvet fabric of 100% polyamide fibre, and the material of courage layer (401,402) is the anti-velvet fabric of 100% polyester fiber.
6. down jackets member according to claim 3, is characterized in that, the material of nexine (502) is 100% polyester fiber fabric or grabs velvet fabric through compiling.
7. a preparation method for down jackets member, is characterized in that, comprises the following steps:
From starting point, to terminating point, along many seams, surface layer (301,302) and courage layer (401,402) are eaten to longitudinal joint in turn and close, the area of surface layer (301,302) need be greater than the area of courage layer (401,402);
From the opening part filling filler between starting point and terminating point;
Sew up the opening between starting point and ending point.
8. the preparation method of down jackets member according to claim 7, is characterized in that, further comprising the steps of: many top-stitchings (601,602) that prevent that filler from moving are arbitrarily set on the complete down jackets member of stitching.
9. the preparation method of down jackets member according to claim 7, is characterized in that, surface layer (301,302) and courage layer (401,402) stitching of the seam between adopts No. 8-No. 9 round end car pins, and suture adopts polyester thread, and the sewing line needle gage that spreads out is 10-12 pin/3cm.
10. the down jackets that arbitrary described down jackets member is made in claim 1-6, is characterized in that, comprise a plurality of down jackets members, between a plurality of down jackets members, mutually sew up.
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| CN201410045866.4A CN103750584A (en) | 2014-02-08 | 2014-02-08 | Down jacket component, down jacket component manufacturing method and down jacket |
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| CN201410045866.4A CN103750584A (en) | 2014-02-08 | 2014-02-08 | Down jacket component, down jacket component manufacturing method and down jacket |
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| CN104116195A (en) * | 2014-08-04 | 2014-10-29 | 李宁体育(上海)有限公司 | Elastic down jacket and manufacturing method thereof |
| CN104824867A (en) * | 2015-04-29 | 2015-08-12 | 李宁体育(上海)有限公司 | Woven elastic down jacket member, down jacket and manufacturing method thereof |
| CN109661184A (en) * | 2016-09-02 | 2019-04-19 | 耐克创新有限合伙公司 | Ventilation clothes |
| CN111920113A (en) * | 2019-04-28 | 2020-11-13 | 波司登羽绒服装有限公司 | Manufacturing method of extremely light down jacket |
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| US11229250B2 (en) | 2012-04-18 | 2022-01-25 | Nike, Inc. | Cold weather vented garment |
| US11406148B2 (en) | 2015-10-07 | 2022-08-09 | Nike, Inc. | Vented garment |
| US11606992B2 (en) | 2012-04-18 | 2023-03-21 | Nike, Inc. | Vented garment |
| CN116649663A (en) * | 2023-05-23 | 2023-08-29 | 泰兴七舍服饰有限公司 | Garment down filling process and down jacket |
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Application publication date: 20140430 |