CN1446495A - Match method between planar fold lines of two pieces of sleeves and inclination of sleeve midline in clothes tailoring - Google Patents
Match method between planar fold lines of two pieces of sleeves and inclination of sleeve midline in clothes tailoring Download PDFInfo
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- CN1446495A CN1446495A CN 02107663 CN02107663A CN1446495A CN 1446495 A CN1446495 A CN 1446495A CN 02107663 CN02107663 CN 02107663 CN 02107663 A CN02107663 A CN 02107663A CN 1446495 A CN1446495 A CN 1446495A
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- sleeve
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- planar fold
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Abstract
A method for matching the planar fold line of the sleeve made of two sleeve pieces with the offset angle of central line of sleeve cap includes determining the basic shape of sleeve cap, finding out the offset angle between the central line of sleeve cap and the reference line of sleeve, synchronously moving the front and back sleeve caps forward to form their planar folding lines and connecting said planar folding lines with the profile of sleeve to form the planar folding lines of the sleeve.
Description
The present invention relates in a kind of method of another garment sleeve cutting, be meant the matching process of a kind of tailoring two sleeves planar fold and sleeve center line drift angle especially
The cutting of two sleeves of clothes in the prior art, normally rule of thumb directly determine sleeve position of broken line and sleeve mountain line style (as Fig. 1), lack complete theory, often can not make the coupling of sleeve and muffs reasonable, therefore invent the matching process of a kind of tailoring two sleeves planar fold and sleeve center line drift angle, become problem demanding prompt solution in the clothing behavior.
The object of the present invention is to provide the matching process of a kind of tailoring two sleeves planar fold and sleeve center line drift angle,, guarantee that the coupling of sleeve and garment piece muffs is reasonable for the sleeve cutting provides theoretical foundation.
The objective of the invention is to be achieved through the following technical solutions:
The matching process of a kind of tailoring two sleeves planar fold and sleeve center line drift angle, at first determine sleeve mountain fundamental mode according to the muffs of front and back garment piece and the requirement of sleeve mountain moulding, again according to the variation of sleeve length, find the drift angle of sleeve center line and sleeve datum line, the three-dimensional broken line in forward and backward sleeve mountain is moved forward synchronously, constitute sleeve mountain planar fold, sleeve outline line before making it to coincide relatively.Sleeve mountain, front and back broken line, the fairing of sleeve outline line are connected the planar fold that promptly constitutes two sleeves.
Compare with the cutting of another garment sleeve in the prior art, the matching process of tailoring of the present invention two sleeves planar fold and sleeve center line drift angle, the method for determining size of the different sleeve mountain line style when having found the mountain moulding of same sleeve to change with sleeve length theoretically, plane sleeve broken line has been founded a kind of accurately rational method of cutting out.
Be described further below by embodiment and conjunction with figs. matching process a kind of tailoring of the present invention two sleeves planar fold and sleeve center line drift angle.
Fig. 2 is the requirement according to garment piece muffs and sleeve mountain moulding, definite sleeve mountain line style schematic diagram, and the mountain fundamental mode is referred to as to tuck inside the sleeve.
Fig. 3 is the schematic diagram that sleeve center line and sleeve datum line produce the three-dimensional broken line in sleeve mountain of drift angle.
Fig. 4 is the schematic diagram of the three-dimensional broken line in sleeve mountain before and after moving forward synchronously behind the sleeve center line deflection sleeve datum line.
Fig. 5 is the schematic diagram of two long sleeves planar folds and sleeve center line drift angle matching process.
Fig. 6 is the schematic diagram of two half sleeve planar folds and sleeve center line drift angle matching process.
Fig. 7 is the schematic diagram of two cotta sleeve broken lines.
At first see also Fig. 2 and be requirement according to garment piece muffs and sleeve mountain moulding, definite sleeve mountain line style schematic diagram, the mountain fundamental mode is referred to as to tuck inside the sleeve.Q is sleeve mountain top point, and QA is a sleeve center line, and " be the BICEP line, NM is the three-dimensional broken line in foresleeve mountain, and FE is three-dimensional broken line for sleeve mountain, back to be sleeve mountain height, A ' A simultaneously.
See also Fig. 3 produces the three-dimensional broken line in sleeve mountain of drift angle for sleeve center line and sleeve datum line schematic diagram again.No matter how sleeve length, sleeve sheet change, the adjustment of sleeve mountain line style must be a foundation with sleeve mountain fundamental mode all, when sleeve length below the elbow line, sleeve center line must constitute drift angle α with sleeve datum line Q vertical line, the parallel lines of the three-dimensional broken line NM in sleeve mountain, FE and sleeve datum line produce the α drift angle simultaneously, and the horizontal range of the parallel lines N vertical line of the foresleeve mountain broken line BICEP M of place point and sleeve datum line is MG.
Fig. 4 is the schematic diagram of the three-dimensional broken line in sleeve mountain before and after moving forward synchronously behind the sleeve center line deflection sleeve datum line.In order to make the three-dimensional broken line energy in foresleeve mountain relative with the sleeve outline line identical, reduce MG size among Fig. 3, moving forward synchronously less than in 2.5 centimeters scopes before and after the three-dimensional broken line in sleeve mountain, constitute new front and back broken line N ' M ', the F ' E ' mountain planar fold that is referred to as to tuck inside the sleeve, make the parallel lines of sleeve datum line through N ', be N ' vertical line, make M ' G ' size less, N ' vertical line also is the datum line of sleeve outline line simultaneously.
Fig. 5 is the schematic diagram of two long sleeves planar folds and sleeve center line drift angle matching process.The drift angle of the sleeve center line of long sleeves and sleeve datum line Q point vertical line is the 6-7 degree, the three-dimensional broken line in sleeve mountain, front and back moves forward 1.5～2.5 centimeters synchronously, constituting new broken line N ' M ' is foresleeve mountain planar fold, F ' E ' is sleeve mountain, a back planar fold, N ' the parallel lines of making the sleeve datum line through planar fold cap arc line place, foresleeve mountain, be the datum line of sleeve outline line, i.e. N ' some vertical line.Elbow line R in N ' vertical line 1～1.5 centimeter, RT is that elbow encloses size, and cuff S point is on N ' vertical line, and SU is the cuff size, and fairing connects S, R, M ', N ', and be preceding sleeve planar fold, UTE ' F ' be back sleeve planar fold.
Fig. 6 is the schematic diagram of two half sleeve planar folds and sleeve center line drift angle matching process.Sleeve length is the 2-5 degree at elbow line to the sleeve center line of the half sleeve between cuff and the drift angle of sleeve datum line Q point vertical line, the three-dimensional broken line in sleeve mountain, front and back moves forward 0.5～2 centimeter synchronously, constituting new broken line N ' M ' is foresleeve mountain planar fold, F ' E ' is sleeve mountain, a back planar fold, N ' the parallel lines of making the sleeve datum line through planar fold cap arc line place, foresleeve mountain, be the datum line of sleeve outline line, i.e. N ' some vertical line.Elbow line R in N ' vertical line 0.5～1 centimeter, RT is that elbow encloses size, and cuff S point is on N ' vertical line, and SU is the cuff size, and fairing connects S, R, M ', N ', and be preceding sleeve planar fold, UTE ' F ' be back sleeve planar fold.
Fig. 7 is the schematic diagram of two cotta sleeve broken lines.The cotta of sleeve length more than the elbow line, the drift angle of sleeve center line and sleeve datum line are 0 degree, and the three-dimensional broken line in sleeve mountain can coincide with the sleeve outline line, the mountain planar fold so the three-dimensional broken line in sleeve mountain is tucked inside the sleeve exactly.Broken line is SMN before the sleeve, and back broken line is UEF, and SU is the cuff size.
Claims (6)
1, the matching process of a kind of tailoring two sleeves planar fold and sleeve center line drift angle, at first determine sleeve mountain fundamental mode according to the muffs of front and back garment piece and the requirement of sleeve mountain moulding, again according to the variation of sleeve length, find the drift angle of sleeve center line and sleeve datum line, the three-dimensional broken line in forward and backward sleeve mountain is moved forward synchronously, constitute sleeve mountain planar fold, sleeve outline line before making it to coincide relatively.Sleeve mountain, front and back broken line, the fairing of sleeve outline line are connected the planar fold that promptly constitutes two sleeves.
2, according to the matching process of two of claims 1 described a kind of tailorings sleeve planar fold and sleeve center line drift angle.The cutting of sleeve at first will be determined the mountain fundamental mode of tucking inside the sleeve, and sleeve mountain fundamental mode is that the moulding according to the muffs of front and back garment piece and sleeve mountain decides.The broken line of BICEP place's doubling is the three-dimensional broken line in sleeve mountain, front and back before and after the fundamental mode of sleeve mountain.
3, according to the matching process of two of claims 1 described a kind of tailorings sleeve planar fold and sleeve center line drift angle.No matter sleeve length, how the sleeve sheet changes, the variation of sleeve mountain line style must be a foundation with sleeve mountain fundamental mode all, when sleeve length the time below the line, sleeve center line on the fundamental mode of sleeve mountain must produce a drift angle with the sleeve datum line, the parallel lines of the sleeve datum line at the three-dimensional broken line in sleeve mountain and this position produce the drift angle simultaneously, for the horizontal range of the parallel lines that make three-dimensional broken line BICEP place, foresleeve mountain and this position sleeve datum line reduces, make the sleeve mountain can be relative identical with sleeve, must move forward the three-dimensional broken line in the front and back of sleeve mountain fundamental mode synchronously less than in 2.5 centimeters the scope, form the new sleeve mountain broken line mountain planar fold that is referred to as to tuck inside the sleeve.
4, according to the matching process of two of claims 1 described a kind of tailorings sleeve planar fold and sleeve center line drift angle.The drift angle of the sleeve center line of long sleeves and sleeve datum line Q point vertical line is the 6-7 degree, the three-dimensional broken line in sleeve mountain, front and back moves forward 1.5～2.5 centimeters synchronously, constituting new broken line N ' M ' is foresleeve mountain planar fold, F ' E ' is sleeve mountain, a back planar fold, N ' the parallel lines of making the sleeve datum line through planar fold cap arc line place, foresleeve mountain, be the datum line of sleeve outline line, i.e. N ' some vertical line.Elbow line R in N ' vertical line 1～1.5 centimeter, RT is that elbow encloses size, and cuff S point is on N ' vertical line, and SU is the cuff size, and fairing connects S, R, M ', N ', and be preceding sleeve planar fold, UTE ' F ' be back sleeve planar fold.
5, according to the matching process of two of claims 1 described a kind of tailorings sleeve planar fold and sleeve center line drift angle.Sleeve length is the 2-5 degree at elbow line to the sleeve center line of the half sleeve between cuff and the drift angle of sleeve datum line Q point vertical line, the three-dimensional broken line in sleeve mountain, front and back moves forward 0.5～2 centimeter synchronously, constituting new broken line N ' M ' is foresleeve mountain planar fold, F ' E ' is sleeve mountain, a back planar fold, N ' the parallel lines of making the sleeve datum line through planar fold cap arc line place, foresleeve mountain, be the datum line of sleeve outline line, i.e. N ' some vertical line.Elbow line R in N ' vertical line 0.5～1 centimeter, RT is that elbow encloses size, and cuff S point is on N ' vertical line, and SU is the cuff size, and fairing connects S, R, M ', N ', and be preceding sleeve planar fold, UTE ' F ' be back sleeve planar fold.
6, according to the matching process of two of claims 1 described a kind of tailorings sleeve planar fold and sleeve center line drift angle.The cotta of sleeve length more than the elbow line, the drift angle of sleeve center line and sleeve datum line are 0 degree, and the three-dimensional broken line in sleeve mountain can coincide with the sleeve outline line, the mountain planar fold so the three-dimensional broken line in sleeve mountain is tucked inside the sleeve exactly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 02107663 CN1446495A (en) | 2002-03-23 | 2002-03-23 | Match method between planar fold lines of two pieces of sleeves and inclination of sleeve midline in clothes tailoring |
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| Application Number | Priority Date | Filing Date | Title |
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| CN 02107663 CN1446495A (en) | 2002-03-23 | 2002-03-23 | Match method between planar fold lines of two pieces of sleeves and inclination of sleeve midline in clothes tailoring |
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| CN1446495A true CN1446495A (en) | 2003-10-08 |
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| CN 02107663 Pending CN1446495A (en) | 2002-03-23 | 2002-03-23 | Match method between planar fold lines of two pieces of sleeves and inclination of sleeve midline in clothes tailoring |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102613761A (en) * | 2012-04-12 | 2012-08-01 | 际华三五零二职业装有限公司 | Pattern making method of suit sleeve |
| CN106418850A (en) * | 2016-10-11 | 2017-02-22 | 合肥师范学院 | Method for manufacturing two-piece sleeve basic pattern of women's suit |
| CN117256985A (en) * | 2023-09-22 | 2023-12-22 | 波司登羽绒服装有限公司 | Preparation method of bent sleeve and bent sleeve garment |
-
2002
- 2002-03-23 CN CN 02107663 patent/CN1446495A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102613761A (en) * | 2012-04-12 | 2012-08-01 | 际华三五零二职业装有限公司 | Pattern making method of suit sleeve |
| CN102613761B (en) * | 2012-04-12 | 2013-11-27 | 际华三五零二职业装有限公司 | Pattern making method of suit sleeve |
| CN106418850A (en) * | 2016-10-11 | 2017-02-22 | 合肥师范学院 | Method for manufacturing two-piece sleeve basic pattern of women's suit |
| CN117256985A (en) * | 2023-09-22 | 2023-12-22 | 波司登羽绒服装有限公司 | Preparation method of bent sleeve and bent sleeve garment |
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