CN210581159U - Template for rapidly calculating and drawing various looseness prototypes of garment upper garment - Google Patents
Template for rapidly calculating and drawing various looseness prototypes of garment upper garment Download PDFInfo
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- CN210581159U CN210581159U CN201921093439.8U CN201921093439U CN210581159U CN 210581159 U CN210581159 U CN 210581159U CN 201921093439 U CN201921093439 U CN 201921093439U CN 210581159 U CN210581159 U CN 210581159U
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Abstract
The utility model discloses a template for rapidly calculating and drawing each bulk prototype of a coat, which comprises a front garment piece bulk example template, a rear garment piece bulk example template and a sleeve prototype template; front panel bulk example templates comprise front panel prototype examples with different bulk; a rear panel bulk example template, which comprises a plurality of rear panel prototype examples with corresponding bulk; the sleeve prototype template comprises a front sleeve arc line, a rear sleeve arc line, a plurality of groups of sleeve center lines with corresponding looseness, rear sleeve bottom sleeve sewing lines and front sleeve bottom sleeve sewing lines. When the costume jacket is subjected to plate making of prototype with different looseness, the costume prototype can be directly drawn for the looseness covered on the template, and the positions of all parts corresponding to other looseness can be directly calculated according to the position difference rule of the existing prototype example. The scheme can effectively improve the manufacturing efficiency of the garment types, is applicable to the prototype manufacturing of garments with different sizes and the same size and different types, and improves the production benefit of garment enterprises.
Description
Technical Field
The utility model relates to a dress designing platemaking technical field, concretely relates to calculate template of drawing each loose measure prototype of clothing jacket fast.
Background
The common tailoring method is to measure the basic size of each part of the body, calculate the edge and draw lines on the cloth or paper, and then tailor according to the drawn lines. On one hand, the garment cutting calculation method is complex, the method is low in efficiency and prone to errors, and particularly, partial curve parts are not accurately drawn, so that the garment quality is affected. On the other hand, with the rapid development of the clothing industry, people have higher and higher requirements on the diversified degree of the clothing styles and the exquisite degree of the clothing, and the diversified tailoring is often required to meet the dressing requirements of different styles and different body types, and for different requirements, particularly different styles, line drawing calculation is often required by means of different prototypes, so that the manufacturing efficiency and accuracy of the clothing styles are influenced.
SUMMERY OF THE UTILITY MODEL
For solving the current not good problem of clothing plate-making efficiency and precision, the utility model provides a fast reckoning draws template of each loose volume prototype of clothing jacket.
The template comprises a front garment piece bulk sample template, a rear garment piece bulk sample template and a sleeve prototype template;
front garment piece looseness example template comprises a plurality of front piece prototype examples with different looseness, wherein the edges of each front piece prototype example are surrounded by a front center line, a front collar circle arc line, a front shoulder line, a front sleeve cage arc line, a front side seam line and a front waist line with corresponding looseness; each front center line is respectively provided with a front chest dart, and a first chest circumferential line is further arranged on the front cut piece bulk sample template;
the rear garment piece looseness example template comprises a plurality of rear garment piece prototype examples which correspond to each front garment piece prototype example one by one, and the edge of each rear garment piece prototype example is formed by surrounding a rear center line, a rear collar circle arc line, a rear shoulder line, a rear armhole arc line, a rear side seam line and a rear waist line with corresponding looseness; each back shoulder line is provided with a back shoulder province, and a second chest line is further arranged on the back cut piece loose quantity sample template;
a sleeve prototype template matching said front panel bulk case template and said back panel bulk case template, comprising front sleeve crown arcs, back sleeve crown arcs, and sets of sleeve centerlines, back sleeve bottom sleeve stitches, and front sleeve bottom sleeve stitches of corresponding bulk, wherein said front sleeve crown arcs are mated with each of said front sleeve arc lines, and said back sleeve crown arcs are mated with each of said back sleeve arc lines.
Preferably, a chest protractor is further arranged on the front garment piece looseness sample template.
Preferably, the back width line is further arranged on the back panel loose-weight sample template.
Preferably, the front waistline, the back waistline and the back center line are all provided with scale marks.
The system also comprises a loose part specification table which is used for checking and correcting the prototype manufacture of the clothes with different loose quantities.
Preferably, the bulk part specification table is provided on the front panel bulk example template and/or the rear panel bulk example template.
A shirt collar style paradigm with scale is also included for rapid collar drawing.
Preferably, the shirt collar type example is arranged on the front panel loose quantity example template.
Preferably, the sleeve prototype template is provided on the rear panel bulk example template.
Preferably, the template for rapidly estimating and drawing each looseness prototype of the jacket is marked with the step difference of each part corresponding to the corresponding looseness.
The utility model relates to an embodiment's beneficial effect:
the front and rear garment piece looseness sample templates and the sleeve prototype templates respectively comprise a plurality of front and rear garment piece prototypes and sleeve prototype samples with different looseness, when the garment jacket is subjected to prototype plate making with different looseness, the garment prototype can be directly drawn for the looseness covered on the templates, and for other looseness, the positions of all parts corresponding to other looseness can be directly calculated according to the position difference rule of the existing prototype sample without complex calculation. Further, a loose part specification table is provided, and the specification of each part can be quickly and accurately obtained. The scheme can effectively improve the manufacturing efficiency of the clothes prototype, is applicable to the manufacturing of clothes prototypes with different sizes and the same size and different types, and improves the production benefit of clothes enterprises.
Drawings
FIG. 1 is a drawing of a template of an exemplary bulk of a front panel according to an embodiment of the present invention;
FIG. 2 is a template diagram of an exemplary back panel bulk corresponding to FIG. 1;
FIG. 3 is an example of a bulk region specification table;
in the figure: 101 front center line, 102 front neckline arc line, 103 front side neck point, 104 front shoulder line, 105 front shoulder width end point, 106 front sleeve cage arc line, 106a front inflection point, 107 front sleeve cage deep line, 108 front sleeve cage wide line, 109 front side suture line, 110 front waist line, 111 front chest dart, 112 chest dart protractor, 113 shirt collar style example, 114 front collar mouth deep midpoint, 115 first chest dart line; 201 posterior centerline, 202 posterior neckline arc, 203 posterior shoulder line, 204 posterior shoulder width endpoint, 205 posterior shoulder dart, 206 posterior armhole arc, 206a posterior inflection point, 207 posterior armhole width line, 208 posterior armhole depth line, 209 posterior lateral suture, 210 posterior lumbar girth line, 211 anterior sleeve mountain arc, 212 posterior sleeve mountain arc, 213 sleeve midline, 214 posterior sleeve bottom sleeve suture, 215 anterior sleeve bottom sleeve suture, 216 looseness portion specification sheet, 217 posterior cervical point, 218 second chest girth line, 219 posterior lateral width line.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. Thus, the following detailed description of the embodiments of the present invention, presented in the accompanying drawings, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention.
The templates for fast reckoning and drawing various looseness prototypes (model 165/86A as an example) of the coat as shown in FIGS. 1-2 include a front panel looseness sample template, a rear panel looseness sample template and a sleeve prototype template.
The front garment piece looseness example template comprises 4 looseness front piece prototype examples, the edges of each front piece prototype example are surrounded by a front center line 101, a front collar arc line 102, a front shoulder line 104, a front sleeve cage arc line 106, a front side seam line 109 and a front waist line 110 of corresponding looseness, and the looseness of each front piece prototype example is increased from inside to outside. The front garment piece looseness sample template is further provided with a front chest dart 111, a first chest line 115 and a chest dart protractor 112 arranged on the first chest line 115 and used for adjusting the angle of the front chest dart 111.
The model template of the back panel looseness comprises 4 back panel prototype examples with corresponding looseness, and each edge of the back panel prototype example is surrounded by a back center line 201, a back collar arc line 202, a back shoulder line 203, a back armhole arc line 206, a back side seam line 209 and a back waist line 210 with corresponding looseness. A back shoulder area 205 is provided on each back shoulder line 203, and a second chest line 218 is provided on the back cut piece bulk example template.
Sleeve prototype templates, which match the front panel bulk example templates and the back panel bulk example templates, may be provided on the back panel bulk example templates, including front sleeve camber lines 211, back sleeve camber lines 212, and 4 sets of corresponding bulk sleeve center lines 213, back sleeve bottom sleeve stitch lines 214, front sleeve bottom sleeve stitch lines 215, wherein the front sleeve camber lines 211 match the front sleeve front panel camber lines 106 of each back panel prototype example, and the back sleeve camber lines 212 match the back sleeve camber lines 206 of each back panel prototype example.
Because the front and rear garment piece looseness example templates and the sleeve prototype templates respectively comprise a plurality of prototype examples with different looseness, when the garment jacket is subjected to prototype plate making with different looseness, a garment prototype can be directly drawn for the looseness covered on the templates, and for other looseness, positions of all parts corresponding to other looseness can be directly calculated according to a position difference rule of the existing prototype examples, so that a complex calculation process is omitted, the manufacturing efficiency of the garment prototype is improved, the production benefit of a garment enterprise is improved, and the garment prototype template has a remarkable application value. In this embodiment, 4 sets of prototype examples are designed, so that prototype sizes of other loose quantities can be calculated conveniently, and in practical application, the number of prototype examples can be increased or decreased according to needs.
An illustrative example is as follows:
front cut piece bulk sample template
The front center line 101 corresponds to four looseness steps, respectively, and the step of the front center line 101 is 0.2cm for every 2cm of chest looseness step. The respective slack steps of the length of the anterior chest dart 111 are the same as the respective slack steps of the anterior centerline 101.
On each front collar arc 102, the step difference between the front side neck point 103 and the front collar deep midpoint 114 is the same as that of the front center line 101, all the front side neck points 103 are located on the same straight line, and all the front collar deep midpoints 114 are located on the same straight line.
The front shoulder line 104, i.e., the length of the front small shoulder, for every 2cm of bust size step, the small shoulder length step is 0.25cm, the step assigned to the front side toe point 103 is 0.2cm, and the step assigned to the front shoulder width end point 105 is 0.05 cm. According to the rules of the four examples of the looseness in the template, the lengths of the front small shoulders of other looseness can be drawn.
The front sleeve cage depth line 107, which is a horizontal extension line of the axillary point, has a chest circumference looseness step of 0.5cm for every 2 cm. According to the position difference rule of four loose quantities contained in the front sleeve cage deep line 107 in the template, the positions of the front sleeve cage deep lines 107 with other loose quantities can be calculated.
The distance from the perpendicular line of the front inflection point 106a to the front lateral suture 109 is the front armhole width line 108. For every 2cm of chest circumference looseness step, the step of the front sleeve cage width line 108 is 0.15 cm. The difference between the front side stitches 109 is the same as the difference between the front sleeve cage widths.
Because different chest circumference looseness relates to the step scaling of the front sleeve cage deep line 107 and the step scaling of the front sleeve cage wide line 108, the length curvature of the front sleeve cage arc line 106 changes correspondingly, and the change of the curvature is mainly below the front inflection point 106 a.
The anterior chest is left out 111 and the respective slack steps are the same as the respective slack steps of the anterior centerline 101.
The front waistline 110 is provided with scale marks, so that the size of the front chest circumference can be conveniently adjusted.
The shirt collar model 113 with scale is arranged on the front garment piece loose quantity model template and is used for rapidly drawing the collar.
Rear cut piece bulk sample template
The back center line 201 is provided with scale marks and is used for controlling and adjusting the back length and the depth of the back armhole.
The back collar arc 202, for every 2cm of bust looseness, the back collar arc 202 steps by 0.05 cm.
The back neck points 217, each of which is on the same vertical line.
The back shoulder line 203, i.e., the length of the back small shoulder, is centered at the back shoulder width end point 204 with a differential of 0.25cm for each 2cm bust size differential. The position of the back shoulder line 203 between each slack can be drawn according to the rules of the four slack examples in the template.
The shoulder width end point 204 is defined by the shoulder width end point 1/2, where the shoulder width end point 205 is defined by the length of the shoulder. One end of the back shoulder dart 205 is located on the corresponding back shoulder line 203 and the other end is located on the back shoulder width line 219.
The back armhole deep line 208 has the same level difference as the front armhole deep line 107, and the positions of the back armhole deep lines 208 with other looseness can be calculated according to the four looseness position difference rules of the back armhole deep line 208 in the template.
The rear armhole is wide, and the dimension from the perpendicular to the rear inflection point 206a to the rear side stitch 209 is the difference between the magnitude of each slack rear side stitch 209 and the magnitude of each slack rear eight point. For every 2cm of chest circumference looseness step, the step difference of the rear side suture line 209 is 0.65cm, the step difference of the rear eight point is 0.5cm, and the step difference of the rear muff width is 0.15 cm. The difference between the positions of the inflection points of other looseness can be calculated according to the difference rule between the positions of the inflection points of the four looseness in the template, and the difference between the widths of the armholes after the other looseness can be calculated according to the difference between the widths of the armholes after the four looseness in the template, and the position of the back side seam line 209 can be drawn.
The back armhole arc 206 has a corresponding change in length and curvature due to the difference between the back armhole depth line 208 and the back armhole width line 207 caused by the different chest circumference changes.
Rear waist line 210: and the scale mark is used for controlling and adjusting the size of the chest circumference of the back piece.
Sleeve prototype template
And the back cut piece looseness sample template is arranged on the back cut piece looseness sample template.
And (4) sleeve fertilizer: the chest circumference looseness difference is 2cm, the grade difference of the sleeve fertilizer 1/2 is 0.35cm, the grade difference of the front sleeve bottom sleeve suture line 215 and the back sleeve bottom sleeve suture line 214 is 0.2cm respectively, and the grade difference of the sleeve middle line 213 is 0.15 cm.
Anterior sleeve mountain arc 211: should cooperate with the front sleeve cage arc lines 106, the length of the front sleeve arc lines 211 and the length of the front sleeve cage arc lines 106 can be adjusted properly according to the difference of style, fabric and process.
Rear sleeve arc 212: should be matched with the rear armhole arc 206, the length of the rear armhole arc 212 and the length of the rear armhole arc 206 can be adjusted according to the difference of style, fabric and process.
In a preferred embodiment, the model plate of the back cut piece bulk is further provided with a bulk part specification table 216 shown in fig. 3 for convenient comparison, and the model plate can be marked with the differences of each part corresponding to the corresponding bulk for checking and correcting the prototype of the clothes with different bulk, so as to obtain the specification of each part quickly and accurately. Of course, the bulk region specification table 216 may be provided on the front panel bulk example template.
In a preferred embodiment, the template of this embodiment further comprises a shirt collar pattern with scale 113 for rapid collar drawing. In this embodiment, the shirt collar type example 113 is set on the front panel bulk example template.
In this embodiment, the model 165/86a is taken as an example, but the model is not limited to this specific model, and when it is needed to draw prototype clothes of other models, the positions of the BP point, the first chest line 115 and the second chest line 218, the distance from the first chest line 115 to the front waist line 110, and the distance from the second chest line 218 to the rear waist line 210 can be adjusted empirically, and the looseness of other parts is the same as the usage of this embodiment; alternatively, the templates shown in FIGS. 1-2 may be designed for each model.
The above embodiments are for explanation of the present invention, however, the present invention is not limited to the details of the above embodiments, and various equivalent substitutions or simple modifications performed by those skilled in the art within the technical concept of the present invention should all belong to the protection scope of the present invention.
Claims (10)
1. A template for rapidly calculating and drawing various looseness prototypes of a coat of clothes is characterized by comprising a front garment piece looseness sample template, a rear garment piece looseness sample template and a sleeve prototype template;
front garment piece looseness example template comprises a plurality of front piece prototype examples with different looseness, wherein the edges of each front piece prototype example are surrounded by a front center line, a front collar circle arc line, a front shoulder line, a front sleeve cage arc line, a front side seam line and a front waist line with corresponding looseness; each front center line is respectively provided with a front chest dart, and a first chest circumferential line is further arranged on the front cut piece bulk sample template;
the rear garment piece looseness example template comprises a plurality of rear garment piece prototype examples which correspond to each front garment piece prototype example one by one, and the edge of each rear garment piece prototype example is formed by surrounding a rear center line, a rear collar circle arc line, a rear shoulder line, a rear armhole arc line, a rear side seam line and a rear waist line with corresponding looseness; each back shoulder line is provided with a back shoulder province, and a second chest line is further arranged on the back cut piece loose quantity sample template;
a sleeve prototype template matching said front panel bulk case template and said back panel bulk case template, comprising front sleeve crown arcs, back sleeve crown arcs, and sets of sleeve centerlines, back sleeve bottom sleeve stitches, and front sleeve bottom sleeve stitches of corresponding bulk, wherein said front sleeve crown arcs are mated with each of said front sleeve arc lines, and said back sleeve crown arcs are mated with each of said back sleeve arc lines.
2. The template for rapidly calculating and drawing the bulk prototypes of the jacket according to claim 1, wherein a chest protractor is further arranged on the front garment piece bulk model template.
3. The template for rapidly calculating and drawing the bulk prototypes of the jacket according to claim 1, wherein back width lines are further arranged on the back cut piece bulk model template.
4. The template for rapidly calculating and drawing the looseness prototype of the upper garment according to claim 1, wherein scale marks are arranged on the front waist circumference line, the rear waist circumference line and the rear center line.
5. The template for rapidly reckoning and drawing the bulk prototypes of the upper garment according to claim 1, further comprising a bulk part specification table.
6. The template for rapidly reckoning and drawing the bulk prototypes of the upper garment according to claim 5, wherein the bulk part specification table is set on the front panel bulk example template and/or the rear panel bulk example template.
7. The template for fast reckoning and drawing the looseness prototypes of the upper garment according to claim 1, further comprising a shirt collar type example with scales.
8. The template for fast reckoning and drawing the bulk prototypes of the upper garment as claimed in claim 7, wherein said shirt collar type example is set on said front panel bulk example template.
9. The template for fast reckoning various bulk prototypes of a jacket according to claim 1, wherein said sleeve prototype template is disposed on said back panel bulk exemplar template.
10. The template for rapidly reckoning and drawing the looseness prototypes of the upper garment according to claim 1, wherein the step differences of the parts corresponding to the corresponding looseness are marked on the template.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921093439.8U CN210581159U (en) | 2019-07-12 | 2019-07-12 | Template for rapidly calculating and drawing various looseness prototypes of garment upper garment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921093439.8U CN210581159U (en) | 2019-07-12 | 2019-07-12 | Template for rapidly calculating and drawing various looseness prototypes of garment upper garment |
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| CN210581159U true CN210581159U (en) | 2020-05-22 |
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| CN201921093439.8U Active CN210581159U (en) | 2019-07-12 | 2019-07-12 | Template for rapidly calculating and drawing various looseness prototypes of garment upper garment |
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