CN210929689U - Multi-layer composite invisible serging boneless warm trousers - Google Patents
Multi-layer composite invisible serging boneless warm trousers Download PDFInfo
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- CN210929689U CN210929689U CN201921419012.2U CN201921419012U CN210929689U CN 210929689 U CN210929689 U CN 210929689U CN 201921419012 U CN201921419012 U CN 201921419012U CN 210929689 U CN210929689 U CN 210929689U
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Abstract
The utility model relates to the field of warm-keeping trousers, in particular to a multi-layer composite invisible serging boneless warm-keeping trousers, which comprises a warm-keeping trousers main body, wherein the warm-keeping trousers main body comprises a whole trouser-shaped warm-keeping layer, the warm-keeping layer comprises two basic cloth layers which are sewed together, and a first connecting area is arranged at the edge of the basic cloth layer close to the sewing position; the surface on cold-proof layer has cup jointed an outer thickening layer, and outer thickening layer includes two external thick cloth pieces of sewing together, and the edge that is close to sewing department on the external thick cloth piece is equipped with the second joining region, is equipped with between first joining region and the second joining region to be used for the interior outer connecting wire of first joining region and second joining region sewing together. The utility model discloses not only effectual thickness that reduces cold-proof trousers main part bone line has promoted the elasticity of this compound stealthy boneless cold-proof trousers of overlocking of multilayer, has also promoted the structural strength of this compound stealthy boneless cold-proof trousers of overlocking of multilayer simultaneously.
Description
Technical Field
The utility model relates to a cold-proof trousers field, specifically speaking relates to a compound stealthy boneless trousers of overlocking of multilayer.
Background
In cold winter, people usually wear thick warm-keeping trousers to keep out the cold when going out, and the warm-keeping degree of the warm-keeping trousers is greatly related to the thickness of the warm-keeping trousers, so that the multilayer warm-keeping trousers are more and more common in the market. When the common multilayer warm-keeping trousers are produced, a plurality of layers of cloth are mostly stacked together and then sewn, and large bone lines are generated at sewing lines after sewing, so that people can feel great discomfort when wearing the warm-keeping trousers.
SUMMERY OF THE UTILITY MODEL
The utility model provides a compound stealthy rib-free trousers that overlock of multilayer to the defect of the comfort when the ordinary multilayer trousers that exist among the prior art influence the dress that exists thicker bone line, the utility model provides a compound stealthy serging of multilayer does not have a bone trousers. The problem of discomfort caused by too large thickness of the rib line of the multi-layer warm-keeping trousers when the trousers are worn can be solved.
In order to solve the technical problem, the utility model discloses a following technical scheme can solve:
a multi-layer composite invisible serging boneless warm-keeping trousers comprises a warm-keeping trousers main body, wherein the warm-keeping trousers main body comprises a whole trousers-shaped warm-keeping layer, the warm-keeping layer comprises two basic cloth layers which are sewn together, and a first connecting area is arranged at the edge of the basic cloth layer close to the sewing position; the surface on cold-proof layer has cup jointed an outer thickening layer, and outer thickening layer includes two external thick cloth pieces of sewing together, and the edge that is close to sewing department on the external thick cloth piece is equipped with the second joining region, is equipped with between first joining region and the second joining region to be used for the interior outer connecting wire of first joining region and second joining region sewing together.
The existing common multilayer warm-keeping trousers mostly overlap multilayer cloth and then sew together in production, although the method has the characteristics of simplicity and rapidness, the problems of poor elasticity of the warm-keeping trousers, lower structural strength of the warm-keeping trousers and large thickness of bone lines can be caused, so that the comfort and stability of the warm-keeping trousers are poor in use, and the situations of discomfort of a wearer, line breakage and the like are easily caused. The utility model connects the warm-keeping layer and the external thickening layer after being sewed separately, which not only effectively reduces the thickness of the main body skeleton line of the warm-keeping trousers and improves the elasticity of the multi-layer composite invisible serging boneless warm-keeping trousers, thereby improving the comfort of the user when wearing the multi-layer composite invisible serging boneless warm-keeping trousers; meanwhile, the structural strength of the multi-layer composite invisible serging boneless warm-keeping trousers is improved, so that the situations of thread breakage and the like when a user wears the trousers are avoided.
Preferably, the base cloth layer comprises an inner warm-keeping cloth piece and at least one outer warm-keeping cloth piece sewn together with the inner warm-keeping cloth piece, and the edge of the inner warm-keeping cloth piece is longer than that of the outer warm-keeping cloth piece; a warm-keeping cloth piece suture line for sewing the inner warm-keeping cloth piece and the outer warm-keeping cloth piece into a basic cloth layer is arranged between the inner warm-keeping cloth piece and the outer warm-keeping cloth piece.
The utility model discloses in, through the setting of the concrete structure on basic cloth layer for basic cloth layer has the thermal insulation performance and the elasticity of preferred, thereby has promoted the comfort level that the user was dressing this compound stealthy rib boneless trousers of overlocking.
Preferably, the edges of the inner heat-preservation cloth pieces close to the outer heat-preservation cloth pieces are provided with heat-preservation layer sewing threads for sewing the two base cloth layers into the heat-preservation layers.
In the utility model, the two basic cloth layers can be sewed into the warm-keeping layer through the arrangement of the sewing line of the warm-keeping layer.
Preferably, the first connecting area is formed between the seam of the thermal insulation layer and the edge of the inner thermal insulation cloth piece on the inner thermal insulation cloth piece.
The utility model discloses in, through the setting of first connecting zone position, can comparatively effectual this compound stealthy bonesetting boneless trousers's of overlocking bone line thickness that reduces to the travelling comfort of user when dressing this compound stealthy serosening boneless trousers of multilayer has been promoted.
Preferably, a thickened cloth piece sewing line for sewing the two outer thickened cloth pieces together is arranged between the two outer thickened cloth pieces.
The utility model discloses in, through the setting of thickening sheet suture line, can sew up into outer thickening layer with two outer thickening sheets.
Preferably, the outer gusset forms a second attachment area between the gusset seam and an edge of the outer gusset.
The utility model discloses in, through the setting of the position of second joining region, can comparatively effectual this compound stealthy boneless trousers's of overlocking bone line thickness that reduces to the travelling comfort of user when dressing this compound stealthy serging boneless trousers of multilayer has been promoted.
Preferably, the width of the first connection area and the width of the second connection area are 1-2 cm.
The utility model discloses in, through the setting of the width of first joining region and second joining region, the workman sews up first joining region and second joining region through outer suture line in can enough being convenient for when producing, has avoided again because the length of first joining region and second joining region is too big and lead to there being great gap between cold-proof layer and the outer thickening layer to lead to this compound stealthy limit of copying of multilayer does not have the cold-proof performance of bone cold-proof trousers to reduce.
Preferably, the seam of the thermal cloth piece on the base cloth layer is sewn by a herringbone sewing machine.
The utility model discloses in, adopt the sewing machine of the herringbone machine to make up through the cold-proof cloth piece stylolite on the basic cloth layer and form, compare in ordinary sewing mode, can reach the elasticity on comparatively effectual promotion cold-proof layer, can comparatively effectual promotion this cold-proof layer structural strength again to the emergence of the condition such as broken string has been avoided.
Preferably, the periphery of the warm-keeping layer is connected with an elastic waistband positioned at the waist of the warm-keeping layer.
The utility model discloses in, through the setting of elasticity waistband, can avoid the elasticity of this compound stealthy boneless trousers waist oral area of overlooking of multilayer not enough and lead to when dressing this compound stealthy boneless trousers of overlooking of multilayer take place the landing in waist mouth portion, also promoted the inseparable degree that the user was dressing this compound stealthy trousers main part of overlooking boneless trousers and the laminating of health simultaneously to the thermal insulation performance of this compound stealthy trousers of overlooking of multilayer has been promoted.
Drawings
Fig. 1 is a schematic view of a main body of the thermal pants according to example 1;
fig. 2 is a cross-sectional view of the crotch portion of the main body of the thermal pants in example 1;
FIG. 3 is an enlarged view of part A in example 1;
FIG. 4 is a schematic structural view of a base fabric layer in example 1;
fig. 5 is an enlarged view of part B in example 1.
The names of the parts indicated by the numerical references in the drawings are as follows:
100. a warm pants main body; 210. a thermal insulation layer; 220. externally thickening the layer; 230. an elastic waist band; 310. a base cloth layer; 311. an inner thermal cloth sheet; 312. an outer thermal cloth sheet; 320. a warm-keeping cloth piece suture line; 330. stitching lines are sewn on the heat preservation layer; 340. a first connection region; 350. adding a thick cloth piece; 360. thickening the cloth piece suture line; 370. a second attachment zone; 380. the inner layer and the outer layer are connected.
Detailed Description
For a further understanding of the present invention, reference will be made to the following detailed description taken in conjunction with the accompanying drawings and examples. It is to be understood that the examples are illustrative of the invention only and are not limiting.
Example 1
As shown in fig. 1 to 5, the present embodiment provides a multi-layer composite invisible serging boneless warm-keeping trousers, which includes a warm-keeping trousers main body 100, the warm-keeping trousers main body 100 includes a whole trousers-shaped warm-keeping layer 210, the warm-keeping layer 210 includes two base fabric layers 310 sewn together, and a first connection area 340 is disposed at an edge of the base fabric layer 310 close to a sewing position; the surface of cold-proof layer 210 has cup jointed an outer thickening layer 220, and outer thickening layer 220 includes two outer thick cloth pieces 350 of sewing together, and the edge that is close to the sewing department on outer thick cloth piece 350 is equipped with second joining region 370, is equipped with between first joining region 340 and the second joining region 370 and is used for sewing interior outer layer connecting wire 380 together with second joining region 370 with first joining region 340.
The existing common multilayer warm-keeping trousers mostly overlap multilayer cloth and then sew together in production, although the method has the characteristics of simplicity and rapidness, the problems of poor elasticity of the warm-keeping trousers, lower structural strength of the warm-keeping trousers and large thickness of bone lines can be caused, so that the comfort and stability of the warm-keeping trousers are poor in use, and the situations of discomfort of a wearer, line breakage and the like are easily caused. In the multilayer composite invisible serging boneless warm keeping trousers in the embodiment, the warm keeping layer 210 and the outer thickening layer 220 are separately sewn and connected, so that the thickness of the 100 skeleton lines of the warm keeping trousers main body is effectively reduced, the elasticity of the multilayer composite invisible serging boneless warm keeping trousers is improved, and the comfort of a user when wearing the multilayer composite invisible serging boneless warm keeping trousers is improved; meanwhile, the structural strength of the warm pants main body 100 is improved, so that the situation that the user breaks when wearing the warm pants is avoided.
In this embodiment, the base fabric layer 310 includes an inner thermal fabric sheet 311 and at least one outer thermal fabric sheet 312 sewn together with the inner thermal fabric sheet 311, and the edge of the inner thermal fabric sheet 311 is longer than the edge of the outer thermal fabric sheet 312; a warm-keeping cloth piece sewing thread 320 for sewing the inner warm-keeping cloth piece 311 and the outer warm-keeping cloth piece 312 into the base cloth layer 310 is arranged between the inner warm-keeping cloth piece 311 and the outer warm-keeping cloth piece 312.
Through the specific structure of the basic fabric layer 310 in this embodiment, the basic fabric layer 310 has better thermal insulation performance and elasticity, so that the comfort level of wearing the multi-layer composite invisible serging boneless thermal trousers by a user is improved.
In this embodiment, the edge of the inner thermal cloth piece 311 close to the outer thermal cloth piece 312 is provided with a thermal layer stitching line 330 for stitching the two base cloth layers 310 into the thermal layer 210.
Through the arrangement of the thermal insulation layer sewing thread 330 in this embodiment, the two base fabric layers 310 can be sewn into the thermal insulation layer 210.
In this embodiment, a first connection area 340 is formed on the inner thermal cloth piece 311 between the thermal layer seam 330 and the edge of the inner thermal cloth piece 311.
Through the arrangement of the position of the first connecting area 340 in the embodiment, the thickness of the bone line of the multi-layer composite invisible serging boneless warm-keeping trousers can be effectively reduced, so that the comfort of a user wearing the multi-layer composite invisible serging boneless warm-keeping trousers is improved.
In this embodiment, a thickened cloth seam 360 for sewing the two outer thickened cloth pieces 350 together is provided between the two outer thickened cloth pieces 350.
By the arrangement of the seam 360 of the thickened cloth pieces in the embodiment, the two outer thickened cloth pieces 350 can be sewn into the outer thickened layer 220.
In this embodiment, a second attachment area 370 is formed on the outer gusset 350 between the gusset seam 360 and the edge of the outer gusset 350.
Through the setting of the position of the second connecting area 370 in this embodiment, the thickness of the bone line of the multi-layer composite invisible serging boneless warm-keeping trousers can be effectively reduced, so that the comfort of a user wearing the multi-layer composite invisible serging boneless warm-keeping trousers is improved.
In the embodiment, the widths of the first connection area 340 and the second connection area 370 are 1-2 cm.
By setting the width of the first connecting area 340 and the width of the second connecting area 370 to 1-2 cm, the first connecting area 340 and the second connecting area 370 can be conveniently sewn through the inner layer sewing line 380 and the outer layer sewing line 380, and the situation that a large gap exists between the heat preservation layer 210 and the outer thickened layer 220 due to the fact that the lengths of the first connecting area 340 and the second connecting area 370 are too large is avoided, and therefore the heat preservation performance of the multi-layer composite invisible serging boneless heat preservation trousers is reduced.
In this embodiment, the seam 320 of the thermal cloth sheet on the base cloth layer 310 is sewn by a herringbone sewing machine.
The thermal cloth piece sewing thread 320 on the base cloth layer 310 in the embodiment is sewn by a herringbone sewing machine, so that compared with a common sewing mode, the elasticity of the thermal layer 210 can be effectively improved, the structural strength of the thermal layer 210 can be effectively improved, and the situations such as thread breakage are avoided.
In this embodiment, the periphery of the thermal layer 210 is connected with an elastic waistband 230 located at the waist of the thermal layer 210.
Through the arrangement of the elastic waistband 230 in the embodiment, the waist opening part can be prevented from slipping off when the multi-layer composite invisible serging boneless warm-keeping trousers are worn due to insufficient elasticity of the waist opening part, and the tightness of the body fitting of the main body 100 of the multi-layer composite invisible serging boneless warm-keeping trousers is worn by a user is improved, so that the warm-keeping performance of the multi-layer composite invisible serging boneless warm-keeping trousers is improved.
The embodiment provides a production process for producing the multi-layer composite invisible serging boneless warm keeping trousers, which comprises the following steps:
firstly, preparing an inner thermal cloth piece 311 and an outer thermal cloth piece 312 which are required for producing a basic cloth layer, placing the inner thermal cloth piece 311 on a working table of a sewing machine, then placing the outer thermal cloth piece 312 on the inner thermal cloth piece 311, adjusting the position of the outer thermal cloth piece 312, enabling the edges of the outer thermal cloth piece 312 at the upper end and the lower end to be overlapped, enabling the distances between the edges of the outer thermal cloth piece 312 and the inner thermal cloth piece 311 to be equal, and then sewing an upper thermal cloth piece sewing line 320 between the inner thermal cloth piece 311 and the outer thermal cloth piece 312 by using a sewing line to form the basic cloth layer 310;
secondly, placing two pieces of the base cloth layer 310 manufactured in the first step on a sewing machine table, overlapping the inner thermal cloth pieces 311 together, and sewing thermal layer stitching lines 330 on one sides of the outer thermal cloth pieces 312 on the two inner thermal cloth pieces 311 by using the sewing machine to form a thermal layer 210 which is integrally in a trouser shape;
step three, folding the warm-keeping layer 210 manufactured in the step two to enable the inner warm-keeping cloth piece 311 to be positioned on the outermost layer of the trousers-shaped warm-keeping layer 210, then placing the waistband on the outer warm-keeping cloth piece 312 at the inner end of the warm-keeping layer 210 to enable the edge of the waistband to be superposed with the edge of the waist of the warm-keeping layer 210, and then sewing the waistband 230 on the warm-keeping layer 210 by using a sewing machine;
step four, taking two outer thick cloth pieces 350 for producing the outer thick layer 220, placing the two outer thick cloth pieces 350 on a sewing machine table, overlapping the edges of the two outer thick cloth pieces 350, and sewing a thick cloth piece sewing line 360 between the two outer thick cloth pieces 350 by using a sewing machine to form the outer thick layer 220 formed by the waist part and the crotch part;
step five, sleeving the outer thickening layer 220 with the formed waist and crotch on the periphery of the warm-keeping layer 210 processed in the step three, then placing the outer thickening layer on a hemming machine, overlapping the waist opening edge of the outer thickening layer 220 and the waist opening edge of the warm-keeping layer 210 together, and hemming the waist opening of the outer thickening layer 220 and the waist opening of the warm-keeping layer 210 by using a hemming machine;
step six, placing the warm-keeping layer 210 and the outer thickening layer 220 processed in the step five on a sewing machine table, turning over the warm-keeping layer 210 to enable the inner warm-keeping cloth piece 311 to be located at the innermost layer of the warm-keeping layer 210, and then sewing a thickening cloth piece sewing thread 360 on the outer thickening cloth piece 350 by using a sewing machine to form the trouser leg part of the outer thickening layer 220; then, the outer thickened layer 220 is turned over the thermal insulation layer 210, so that the edge of the outer thickened layer 220 is overlapped with the edge of the thermal insulation layer 210, the first connecting area 340 and the second connecting area 370, which are attached to each other, between the thermal insulation layer 210 and the outer thickened layer 220 are turned over to one side, and then the first connecting area 240 and the second connecting area 270, which are not turned over, of the thermal insulation layer 210 and the outer thickened layer 220 are sewn with the inner and outer layer connecting lines 380 by using a sewing machine;
step seven: drawing one trouser leg of the warm-keeping layer 210 processed in the sixth step into the corresponding trouser leg of the outer thickened layer 220, then attaching the first connecting area 340 and the second connecting area 370 which are not sewn in the sixth warm-keeping layer 210 and the outer thickened layer 220 together, sewing the inner layer connecting line 380 and the outer layer connecting line 380 in the first connecting area 340 and the second connecting area 370 which are not sewn by using a sewing machine, and then drawing the other trouser leg of the warm-keeping layer 210 into the corresponding trouser leg in the outer thickened layer 220;
step eight: the cuffs of the thermal layer 210 and the outer thickening layer 220 from step seven are subjected to edge sealing treatment.
In short, the above description is only a preferred embodiment of the present invention, and all the equivalent changes and modifications made in accordance with the claims of the present invention should be covered by the scope of the present invention.
Claims (9)
1. Multilayer composite invisible serging boneless warm keeping trousers are characterized in that: the thermal trousers comprise a thermal trousers main body (100), wherein the thermal trousers main body (100) comprises a thermal layer (210) which is integrally in a trousers shape, the thermal layer (210) comprises two basic cloth layers (310) which are sewn together, and a first connecting area (340) is arranged at the edge of the basic cloth layer (310) close to the sewing position; the surface on cold-proof layer (210) has cup jointed an outer thickening layer (220), and outer thickening layer (220) include two outer thick cloth pieces (350) of sewing together, and the edge that is close to the sewing department on outer thick cloth piece (350) is equipped with second joining region (370), is equipped with between first joining region (340) and second joining region (370) to be used for the interior outer connecting wire (380) of sewing together first joining region (340) and second joining region (370).
2. The multi-layer composite invisible serging boneless warm keeping trousers according to claim 1, wherein: the basic cloth layer (310) comprises an inner thermal cloth piece (311) and at least one outer thermal cloth piece (312) sewn with the inner thermal cloth piece (311), and the edge of the inner thermal cloth piece (311) is longer than the edge of the outer thermal cloth piece (312); a warm-keeping cloth piece sewing line (320) for sewing the inner warm-keeping cloth piece (311) and the outer warm-keeping cloth piece (312) into the basic cloth layer (310) is arranged between the inner warm-keeping cloth piece (311) and the outer warm-keeping cloth piece (312).
3. The multi-layer composite invisible serging boneless warm keeping trousers according to claim 1, wherein: the edge of the inner warm-keeping cloth piece (311) close to the outer warm-keeping cloth piece (312) is provided with a warm-keeping layer sewing line (330) for sewing the two basic cloth layers (310) into the warm-keeping layer (210).
4. The multi-layer composite invisible serging boneless warm keeping trousers according to claim 3, wherein: a first connecting area (340) is formed between the seam (330) of the heat-insulating layer and the edge of the inner heat-insulating cloth piece (311) on the inner heat-insulating cloth piece (311).
5. The multi-layer composite invisible serging boneless warm keeping trousers according to claim 1, wherein: a thickened cloth sheet sewing line (360) for sewing the two outer thickened cloth sheets (350) together is arranged between the two outer thickened cloth sheets (350).
6. The multi-layer composite invisible serging boneless warm keeping trousers according to claim 5, wherein: a second attachment area (370) is formed on the outer gusset (350) between the gusset seam (360) and the edge of the outer gusset (350).
7. The multi-layer composite invisible serging boneless warm keeping trousers according to claim 1, wherein: the width of the first connecting area (340) and the second connecting area (370) is 1-2 cm.
8. The multi-layer composite invisible serging boneless warm keeping trousers according to claim 2, wherein: the warm-keeping cloth piece sewing thread (320) on the basic cloth layer (310) is sewn by a herringbone sewing machine.
9. The multi-layer composite invisible serging boneless warm keeping trousers according to claim 1, wherein: the periphery of the warm-keeping layer (210) is connected with an elastic waistband (230) positioned at the waist of the warm-keeping layer (210).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921419012.2U CN210929689U (en) | 2019-08-29 | 2019-08-29 | Multi-layer composite invisible serging boneless warm trousers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921419012.2U CN210929689U (en) | 2019-08-29 | 2019-08-29 | Multi-layer composite invisible serging boneless warm trousers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210929689U true CN210929689U (en) | 2020-07-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921419012.2U Active CN210929689U (en) | 2019-08-29 | 2019-08-29 | Multi-layer composite invisible serging boneless warm trousers |
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|---|---|
| CN (1) | CN210929689U (en) |
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2019
- 2019-08-29 CN CN201921419012.2U patent/CN210929689U/en active Active
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