CN103284373A - Novel red group axis sleeve matching method - Google Patents
Novel red group axis sleeve matching method Download PDFInfo
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- CN103284373A CN103284373A CN2013101725282A CN201310172528A CN103284373A CN 103284373 A CN103284373 A CN 103284373A CN 2013101725282 A CN2013101725282 A CN 2013101725282A CN 201310172528 A CN201310172528 A CN 201310172528A CN 103284373 A CN103284373 A CN 103284373A
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Abstract
The invention discloses a novel red group axis sleeve matching method. The method is characterized by including the following steps: merging and converting provincial lines on front garment piece side seams or armhole curves, involuting the front garment piece side seams and rear garment piece side seams and determining bending tendency shapes of the armhole curves; determining a central vertical line y axis and a central lateral axis x axis of the armhole curves; determining heights of sleeve tops; determining front sleeve top curves and rear sleeve top curves, aligning and smoothing the front sleeve top curves and the rear sleeve top curves to obtain sleeve top curves. The novel red group axis sleeve matching method has the advantages that the heights of the sleeve tops and radian as well as length of upper and lower sections of the sleeve top curves can be effectively adjusted according to different cloth materials and different characteristics of styles, size and position of sleeve top shrinkage can be accurately controlled, and the novel red group axis sleeve matching method is strong in scientific principle property, simple and easy to operate, accurate in garment making and good in forming effect.
Description
Technical field
The present invention relates to the tailoring technical field, especially relate to the novel sleeve-matching method of red group axis.
Background technology
In whole clothes making sheet technology, the preparation technique of sleeve is the most difficult.Existing tradition is joined the sleeve technology and is mainly contained prototyping and join that sleeve, fundamental mode method are joined sleeve, the parent form method joins sleeve and " D " formula cutting-out method is joined sleeve.
1, prototyping is joined sleeve: mainly based on the clean bust size of human body, mark the basic prototype of fit moulding, on prototype template, carry out quantity of margin size and style and change design then.The summation AH that joins the main former back armhole arc length of sleeve of prototyping is normative reference, the high computational methods in sleeve mountain are AH/4+2.5, computational methods with front and back sleeve length line AH/2 and AH/2+1 are determined the BICEP size, provide the reference definite value of cap arc line then, determine the cap arc line moulding.Characteristics are that the long summation AH of back armhole camber line carried out addition with empirical value again and regulates for calculating radix before the sleeve mountain of prototyping and BICEP size all were.
2, the fundamental mode method is joined sleeve: mainly calculate BICEP with ready-made clothes chest measurement amount B, the BICEP computing formula is 0.15B+5; Serve as that sleeve mountain height is determined on the basis with armhole curve length, sleeve oblique line length is AH/2 ± C, and wherein C is the control constant, to regulate the height on sleeve mountain.At last with the auxiliary moulding that marks cap arc line of the angle of forward and backward sleeve mountain arc tangent line.Characteristics are that the BICEP of fundamental mode method serves as to calculate radix with chest measurement B, carry out addition with empirical value again and regulate; The sleeve mountain is determined with sleeve oblique line length.Compare with prototyping, the BICEP parameter changes, sleeve mountain parameter constant, but the different of vertical height and gradient size variation mode are arranged.Though parameter increases, determine the mode slight change on sleeve mountain, yet both to join the sleeve principle basic identical.
3, the parent form method is joined sleeve: be the length of oblique line and determine sleeve mountain and BICEP with horizontal angle degree of tucking inside the sleeve.Sleeve oblique line length is half calculating with the armhole arc length, i.e. AH/2; Sleeve oblique line and horizontal angle are by arctan(15:x) determine that wherein the scope of x is that 3≤x≤13+h/2(h is the shoulder pad amount), the value of x is more big, and the gradient of sleeve oblique line is more big, and the sleeve mountain is more high.After sleeve mountain height is confirmed with BICEP, the wide 1.5-2cm that has more of BICEP, make the back BICEP go out a bit to measure than preceding BICEP is wide, and reserve certain gesture amount of eating, the tangent line of cap arc line before and after determining with front and back BICEP Along ent at last, to help the shape that marks cap arc line, characteristics are that the parent form method is mainly determined the high and BICEP size in sleeve mountain with angle of inclination and the length of sleeve oblique line.Compare with the fundamental mode method, both determine that the method for sleeve oblique line length is identical, but the parameter of parent form method reduces the method for introducing sleeve oblique line angle ratio.Both just determine the difference of sleeve oblique line Angle Method, and principle does not change.
4, " D " formula cutting-out method is joined sleeve: " D " in so-called " D formula cutting-out method " is exactly " the armhole radix " that calculates the armhole size, D=x+e, and wherein X represents half chest measurement amount, alphabetical e is called as " increment ".Calculate through experimental measurement, there are certain proportionate relationship in position numerical value and half chest measurement relevant with the human body arm.According to a large amount of experiments, can calculate that armpit is dark, armpit is high, armpit encloses, the concrete ratio of arm diameter and half chest measurement, at plane cutting the figure dark 0.4x of corresponding armhole, the sleeve high 0.22x in mountain, armhole arc length overall 0.78x, the wide 0.21x of armhole respectively.Because people's both arms are often movable forward, before the arm openings deflection, the wide front and back allocated size of armhole arc and armhole is slightly different.Do not conform to the ready-made clothes actual amount if calculate the size of sleeve with half chest measurement amount, need to increase an amount and could satisfy the ready-made clothes ratio.The size of value added on products becomes because of the difference of clothes fashion, is 10 centimetres as the value added on products of western-style clothes, and the value added on products of shirt is 8 centimetres.Therefore x is replaced with D, just join the plane cutting figure of sleeve for ready-made clothes.Characteristics are " D " formula cutting-out methods with the concrete numerical value of human body arm is experimental basis, and science is stronger, compares with aforementioned several methods of repairing of joining, and has revolutionary innovation.It introduces value-added concept, and " D " replaced chest measurement B, and parameter is unified, and calculates with whole ratio, and the plus-minus of cancellation empirical is regulated, and accuracy is higher.
Above-mentioned cut-out method is by formula cut out a piece of cloth in a way with the minimum material to make two or more articles of clothing, and not only computational methods are loaded down with trivial details, and because the size difference of human body, the coat-sleeve of cutting out a piece of cloth in a way with the minimum material to make two or more articles of clothing with dead formula is easy to make mistakes, even the clothes of normal type also make mistakes, and improper build is all the more so.In the design of plane drawing simultaneously, problem such as sleeve is difficult for grasping with the ratio coupling on sleeve mountain, if sleeve and armhole can not coincide well, not only influences degree comfortable and easy to wear and the overall appearance aesthetic feeling of clothes, also can cause and make the rework rate height, and labor productivity is low.
It serves as the research background with the red tailor's of group western-style clothes tailoring technique that red group axis is joined the sleeve new technology, the red tailor of group is the tailor colony that China introduces a whole set of western-style clothes sewing technology the earliest, they are different from China's tradition, and this helps tailor's plane cutting mode, and be target with the pass of research clothes three-dimensional contouring and buman body type, " D " formula cutting-out method of the red master of group Dai Yongfu is the important breakthrough achievement of clothes " sleeve is " making sheet technology.It is in the innovation of studying for many years on " D " formula cutting-out method basis that red group axis is joined the sleeve new technology, in the process of the test of quantification understanding clothes and human body relation, the architectural feature of scientific research human arm and arm root, clothes clothing body armhole and the mountain moulding of tucking inside the sleeve is set up the one-to-one relationship between human body stereo moulding and the planar structure.At present, any correlative study report about red group axis sleeve-matching method is not also disclosed both at home and abroad.
Summary of the invention
Technical problem to be solved by this invention provides a kind of any computing formula that need not, the novel sleeve-matching method of red group axis that method of operating is simple, making is accurate, molding effect is good.
The present invention solves the problems of the technologies described above the technical scheme that adopts: the novel sleeve-matching method of a kind of red group axis, and concrete steps are as follows:
(1) determines the curved gesture moulding of armhole curve
Provincial highway on front cut pieces latasuture line or the armhole curve merge is transformed, again with front cut pieces latasuture line and rear garment piece latasuture line to being combined on same the vertical curve, determine the curved gesture moulding of armhole curve; If the provincial highway on latasuture line or the armhole curve is not transformed, cause the following sleeve step inaccurate key factor of joining with influencing the moulding of armhole curve, becoming;
(2) determine the center vertical curve y axle of armhole curve
The BL BUST LINE of front cut pieces is adjusted into BL BUST LINE with rear garment piece on same horizontal line, mark the front mid-arnhole line vertical with BL BUST LINE and across back line then respectively, it is wide that width between front mid-arnhole line and the across back line is armhole, determines the intersection point o of front cut pieces latasuture line and armhole
1The intersection point o of point, rear garment piece latasuture line and armhole
2Point connects o
1o
2, at o
1o
2On to get the wide mid point of armhole be the o point, cross o point work then perpendicular to the vertical curve of BL BUST LINE, this vertical curve is the center vertical curve y axle of armhole curve;
(3) determine the central transverse axis x axle of armhole curve
The crop terminal A is connected with the o point respectively with the back porch terminal B, namely connect Ao, Bo, find out the perpendicular bisector of Ao and perpendicular bisector and the preceding armhole curve of Ao then and intersect at a point, find out the perpendicular bisector of Bo and perpendicular bisector and the back armhole camber line of Bo again and intersect at the b point, have ever made the horizontal line that horizontal line that a orders and b are ordered respectively, the horizontal line of ordering by a and intersect with the y axle respectively by the horizontal line that b is ordered, getting two mid points between the intersection point is the c point, have ever made the horizontal line that c is ordered, this horizontal line is the central transverse axis x axle of armhole curve; Because in the ordinary course of things, darker than the preceding armhole deeply distance of back armhole is big slightly, so may there be certain drop in a point and b point between them often not on same horizontal line, for it balance, and gets horizontal line in the middle of it as the x axle;
(4) determine sleeve mountain height
Connect co, co is high half the distance of armhole, o point is prolonged obtain o ' after moving certain distance on the y axle, and as half the distance of mountain height of tucking inside the sleeve, wherein to prolong the distance of moving on the y axle be 1～2cm to the o point with co '; On to move distance more big, the sleeve mountain is more little, the sleeve activity is more big, considers the activity of arm, sleeve should become to have certain gradient with the clothing body, so tuck inside the sleeve the mountain height than armhole higher primary school;
(5) determine the front and back cap arc line
Make horizontal line through c point, horizontal line and the preceding armhole curve of ordering through c intersect at a ", pass through horizontal line that c orders and the back armhole camber line " point that intersects at b; Centered by the c point, get the horizontal line of o ' symmetric points o " and making through o " at the y axle;
" arc length is foundation, gets at a ' at the x axle and makes arc length o ' a "=o ' a ' with o ' a; Through o " horizontal line get A '; make the arc length of camber line A ' a ' equal camber line Aa " arc length, with A ' along through o " horizontal line move forward 0.75～1.25cm obtain A " point, with A " A ' a ' o ' each point connect draw suitable, cap arc line A " A ' a ' o ' before namely obtaining;
In like manner, " arc length is foundation, gets at b ' at the x axle and makes arc length o ' b "=o ' b ' with o ' b; Through o " horizontal line get B '; make the arc length of camber line B ' b ' equal camber line Bb " arc length, " B ' b ' o ' each point connects and draws suitablely, namely obtains back cap arc line B " B ' b ' o ' along through o " horizontal alignment after mobile 0.75～1.25cm obtain B " point, with B with B ';
Involutory stroke of B ' b ' o ' of preceding cap arc line A " A ' a ' o ' and back cap arc line B " is suitable, obtain cap arc line.
The angle of sleeve and clothing body is greatly 30 ° the time, and the o point prolongs and moves 1 centimetre on the y axle; When the angle of sleeve and clothing body was 45 °, the o point prolonged and moves 1.5 centimetres on the y axle; When the angle of sleeve and clothing body was 60 °, the o point prolonged and moves 2 centimetres on the y axle.
Compared with prior art, the invention has the advantages that: the novel sleeve-matching method of a kind of red group of the present invention axis, having drawn " D " formula cutting-out method is the scientific experiment method of research foundation with the human body arm, armhole is unified with sleeve mountain parameter, the innovative thinking of front and back armhole axle point contraposition, simplify its method of operating, innovation once again has and is different from the three big advantages that tradition is joined the sleeve technology:
1, introduces the central symmetry axis in length and breadth of X-axis, Y-axis first, find the loci behind armhole plane cutting figure and the stereo shaping, set up effective bridge of the exchange conversion of plane and stereogram, figure finds corresponding axis at the armhole plane cutting, can accurately mark the cap arc line of compatibility with it, science is strong, the degree of accuracy is high.
2, be with reference to determining cap arc line, broken tradition and joined the relative isolated state with the sleeve mountain of armhole in the sleeve, setting up the substantial connection between sleeve mountain and the armhole with the armhole curve.
3, broken tradition and joined the thoughtcast that the sleeve technology relies on complicated computing formula, used the axis contraposition and need not any computing formula, method is simple.
In sum, it is loci with the central axis that the novel red group of the present invention axis is joined the sleeve technology, can be according to the different characteristics of different fabrics, style, effectively regulate radian and the length of hypomere on sleeve mountain height and the cap arc line, and can accurately control size and position that the gesture amount is eaten on the sleeve mountain, have the advantage that the principles of science is strong, operation is simple and easy, making is accurate, molding effect is good.
Description of drawings
Fig. 1 is the schematic diagram of front cut pieces latasuture line of the present invention and the involutory process of rear garment piece latasuture line;
Fig. 2 is the schematic diagram of the center vertical curve y axle of armhole curve of the present invention;
Fig. 3 is the schematic diagram of the central transverse axis x axle deterministic process of armhole curve of the present invention;
Fig. 4 is the high schematic diagram of central transverse axis x axle and sleeve mountain of armhole curve of the present invention;
Fig. 5 is the schematic diagram of preceding cap arc line of the present invention and back cap arc line deterministic process;
Fig. 6 is the structural representation of cap arc line of the present invention.
The specific embodiment
Describe in further detail below in conjunction with the present invention of accompanying drawing embodiment.
The novel sleeve-matching method of a kind of red group of the present invention axis, concrete steps are as follows:
(1) determines the curved gesture moulding of armhole curve
Provincial highway on front cut pieces latasuture line or the armhole curve merge is transformed, front cut pieces latasuture line and rear garment piece latasuture line to being combined on same the vertical curve, are determined the curved gesture moulding (as shown in Figure 1) of armhole curve; If the provincial highway on latasuture line or the armhole curve is not transformed, cause the following sleeve step inaccurate key factor of joining with influencing the moulding of armhole curve, becoming;
(2) determine the center vertical curve y axle of armhole curve
The BL BUST LINE of front cut pieces is adjusted into BL BUST LINE with rear garment piece on same horizontal line, mark the front mid-arnhole line vertical with BL BUST LINE and across back line then respectively, it is wide that width between front mid-arnhole line and the across back line is armhole, determines the intersection point o of front cut pieces latasuture line and armhole
1The intersection point o of point, rear garment piece latasuture line and armhole
2Point connects o
1o
2, at o
1o
2On to get the wide mid point of armhole be o point (as shown in Figure 1), cross o point work then perpendicular to the vertical curve of BL BUST LINE, this vertical curve is the center vertical curve y axle (as shown in Figure 2) of armhole curve;
(3) determine the central transverse axis x axle of armhole curve
The crop terminal A is connected with the o point respectively with the back porch terminal B, namely connect Ao, Bo, find out the perpendicular bisector of Ao and perpendicular bisector and the preceding armhole curve of Ao then and intersect at a point, find out the perpendicular bisector of Bo and perpendicular bisector and the back armhole camber line of Bo again and intersect at b point (as shown in Figure 3), have ever made the horizontal line that horizontal line that a orders and b are ordered respectively, the horizontal line of ordering by a and intersect with the y axle respectively by the horizontal line that b is ordered, getting two mid points between the intersection point is the c point, have ever made the horizontal line that c is ordered, this horizontal line is the central transverse axis x axle (as shown in Figure 4) of armhole curve; Because in the ordinary course of things, darker than the preceding armhole deeply distance of back armhole is big slightly, so may there be certain drop in a point and b point between them often not on same horizontal line, for with it balance, and get horizontal line in the middle of it as x axle (as shown in Figure 4);
(4) determine sleeve mountain height
Connect co, co is high half the distance of armhole, o point is prolonged obtain o ' after moving certain distance on the y axle, with co ' as half the distance of mountain height of tucking inside the sleeve, wherein the o point prolong the distance of moving on the y axle be 1～2cm(as shown in Figure 4); On to move distance more big, the sleeve mountain is more little, the sleeve activity is more big, considers the activity of arm, sleeve should become to have certain gradient with the clothing body, so tuck inside the sleeve the mountain height than armhole higher primary school;
When the angle of sleeve and clothing body was approximately 30 °, the o point prolonged and moves about 1 centimetre on the y axle; When angle was approximately 45 °, the o point prolonged and moves about 1.5 centimetres on the y axle; When angle was approximately 60 °, the o point prolonged and moves about 2 centimetres on the y axle.It is more big to move distance on the o point, and the sleeve mountain is more little, and the gradient of sleeve and clothing body is more big, and the sleeve activity is more big;
(5) determine the front and back cap arc line
Make horizontal line through c point, horizontal line and the preceding armhole curve of ordering through c intersect at a ", pass through horizontal line that c orders and the back armhole camber line " point that intersects at b; Centered by the c point, get the horizontal line of o ' symmetric points o " and making through o " at the y axle;
" arc length is foundation, gets at a ' at the x axle and makes arc length o ' a "=o ' a ' with o ' a; Through o " horizontal line get A '; make the arc length of camber line A ' a ' equal camber line Aa " arc length, with A ' along through o " horizontal line move forward 0.75～1.25cm obtain A " point, " A ' a ' o ' each point connection is drawn suitable, cap arc line A " A ' a ' o ' (as shown in Figure 5) before namely obtaining with A;
In like manner, " arc length is foundation, gets at b ' at the x axle and makes arc length o ' b "=o ' b ' with o ' b; Through o " horizontal line get B '; make the arc length of camber line B ' b ' equal camber line Bb " arc length, with B ' along through o " horizontal alignment after mobile 0.75～1.25cm obtain B " point, " B ' b ' o ' each point connection is drawn suitable, namely obtains back cap arc line B " B ' b ' o ' (as shown in Figure 5) with B;
Involutory stroke of B ' b ' o ' of preceding cap arc line A " A ' a ' o ' and back cap arc line B " is suitable, obtain cap arc line (as shown in Figure 6).
Certainly, above-mentioned explanation is not limitation of the present invention, and the present invention also is not limited to above-mentioned giving an example.Those skilled in the art are in essential scope of the present invention, and the variation of making, remodeling, interpolation or replacement also should belong to protection scope of the present invention.
Claims (4)
1. novel sleeve-matching method of red group axis is characterized in that concrete steps are as follows:
(1) determines the curved gesture moulding of armhole curve
Provincial highway on front cut pieces latasuture line or the armhole curve merge is transformed, again with front cut pieces latasuture line and rear garment piece latasuture line to being combined on same the vertical curve, determine the curved gesture moulding of armhole curve;
(2) determine the center vertical curve y axle of armhole curve
The BL BUST LINE of front cut pieces is adjusted into BL BUST LINE with rear garment piece on same horizontal line, mark the front mid-arnhole line vertical with BL BUST LINE and across back line then respectively, it is wide that width between front mid-arnhole line and the across back line is armhole, determines the intersection point o of front cut pieces latasuture line and armhole
1The intersection point o of point, rear garment piece latasuture line and armhole
2Point connects o
1o
2, at o
1o
2On to get the wide mid point of armhole be the o point, cross o point work then perpendicular to the vertical curve of BL BUST LINE, this vertical curve is the center vertical curve y axle of armhole curve;
(3) determine the central transverse axis x axle of armhole curve
The crop terminal A is connected with the o point respectively with the back porch terminal B, namely connect Ao, Bo, find out the perpendicular bisector of Ao and perpendicular bisector and the preceding armhole curve of Ao then and intersect at a point, find out the perpendicular bisector of Bo and perpendicular bisector and the back armhole camber line of Bo again and intersect at the b point, have ever made the horizontal line that horizontal line that a orders and b are ordered respectively, the horizontal line of ordering by a and intersect with the y axle respectively by the horizontal line that b is ordered, getting two mid points between the intersection point is the c point, have ever made the horizontal line that c is ordered, this horizontal line is the central transverse axis x axle of armhole curve;
(4) determine sleeve mountain height
Connect co, co is high half the distance of armhole, o point is prolonged obtain o ' after moving certain distance on the y axle, and as half the distance of mountain height of tucking inside the sleeve, wherein to prolong the distance of moving on the y axle be 1～2cm to the o point with co ';
(5) determine the front and back cap arc line
Make horizontal line through c point, horizontal line and the preceding armhole curve of ordering through c intersect at a ", pass through horizontal line that c orders and the back armhole camber line " point that intersects at b; Centered by the c point, get the horizontal line of o ' symmetric points o " and making through o " at the y axle;
" arc length is foundation, gets at a ' at the x axle and makes arc length o ' a "=o ' a ' with o ' a; Through o " horizontal line get A '; make the arc length of camber line A ' a ' equal camber line Aa " arc length, with A ' along through o " horizontal line move forward 0.75～1.25cm obtain A " point, with A " A ' a ' o ' each point connect draw suitable, cap arc line A " A ' a ' o ' before namely obtaining;
In like manner, " arc length is foundation, gets at b ' at the x axle and makes arc length o ' b "=o ' b ' with o ' b; Through o " horizontal line get B '; make the arc length of camber line B ' b ' equal camber line Bb " arc length, " B ' b ' o ' each point connects and draws suitablely, namely obtains back cap arc line B " B ' b ' o ' along through o " horizontal alignment after mobile 0.75～1.25cm obtain B " point, with B with B ';
Involutory stroke of B ' b ' o ' of preceding cap arc line A " A ' a ' o ' and back cap arc line B " is suitable, obtain cap arc line.
2. the novel sleeve-matching method of red group axis according to claim 1 is characterized in that: the angle of sleeve and clothing body is greatly 30 ° the time, and the o point prolongs and moves 1 centimetre on the y axle.
3. the novel sleeve-matching method of red group axis according to claim 1 is characterized in that: when the angle of sleeve and clothing body was 45 °, the o point prolonged and moves 1.5 centimetres on the y axle.
4. the novel sleeve-matching method of red group axis according to claim 1 is characterized in that: when the angle of sleeve and clothing body was 60 °, the o point prolonged and moves 2 centimetres on the y axle.
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Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104585942A (en) * | 2014-12-04 | 2015-05-06 | 胡亨有 | Clothing shoulder-bust dart variant ratio original number clipping method |
| EP3078286A1 (en) * | 2015-04-08 | 2016-10-12 | Enrico Baittiner | Method for making a sewing pattern |
| 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 |
| CN108741344A (en) * | 2018-05-18 | 2018-11-06 | 上海璞利服饰有限公司 | It is a kind of control sleeve forward leaning angle sleeve-matching method and its preparation with sleeve |
| CN109527684A (en) * | 2018-12-28 | 2019-03-29 | 西京学院 | A kind of drafting method of clothes armhole and sleeve |
| CN110215002A (en) * | 2018-03-01 | 2019-09-10 | 青岛亿艺通服饰有限公司 | A kind of men's clothing prototype matches the method for platemaking of sleeve according to muffs |
| CN111588132A (en) * | 2020-05-22 | 2020-08-28 | 常州纺织服装职业技术学院 | Method for determining sleeve height of shoulder-padded coat |
| CN114451615A (en) * | 2022-02-18 | 2022-05-10 | 江西服装学院 | Design method of sleeve top arc line |
| CN114568780A (en) * | 2022-03-04 | 2022-06-03 | 江西服装学院 | Sleeve-matching method and cutting template for V-shaped armhole of garment |
| CN114794630A (en) * | 2022-04-20 | 2022-07-29 | 陈观众 | Arm matching method based on arm geometric model |
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Cited By (15)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104585942A (en) * | 2014-12-04 | 2015-05-06 | 胡亨有 | Clothing shoulder-bust dart variant ratio original number clipping method |
| CN104585942B (en) * | 2014-12-04 | 2016-02-10 | 胡亨有 | The variable that clothing shoulder chest is economized is than former figure tailoring method |
| EP3078286A1 (en) * | 2015-04-08 | 2016-10-12 | Enrico Baittiner | Method for making a sewing pattern |
| 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 |
| CN110215002A (en) * | 2018-03-01 | 2019-09-10 | 青岛亿艺通服饰有限公司 | A kind of men's clothing prototype matches the method for platemaking of sleeve according to muffs |
| CN110215002B (en) * | 2018-03-01 | 2023-01-31 | 青岛亿艺通服饰有限公司 | Plate making method for male garment prototype according to armhole matched sleeves |
| CN108741344A (en) * | 2018-05-18 | 2018-11-06 | 上海璞利服饰有限公司 | It is a kind of control sleeve forward leaning angle sleeve-matching method and its preparation with sleeve |
| CN109527684A (en) * | 2018-12-28 | 2019-03-29 | 西京学院 | A kind of drafting method of clothes armhole and sleeve |
| CN111588132A (en) * | 2020-05-22 | 2020-08-28 | 常州纺织服装职业技术学院 | Method for determining sleeve height of shoulder-padded coat |
| CN114451615A (en) * | 2022-02-18 | 2022-05-10 | 江西服装学院 | Design method of sleeve top arc line |
| CN114451615B (en) * | 2022-02-18 | 2023-10-24 | 江西服装学院 | Design method of sleeve arch line |
| CN114568780A (en) * | 2022-03-04 | 2022-06-03 | 江西服装学院 | Sleeve-matching method and cutting template for V-shaped armhole of garment |
| CN114568780B (en) * | 2022-03-04 | 2023-09-22 | 江西服装学院 | Sleeve matching method and cutting template for V-shaped armholes of clothing |
| CN114794630A (en) * | 2022-04-20 | 2022-07-29 | 陈观众 | Arm matching method based on arm geometric model |
| CN114794630B (en) * | 2022-04-20 | 2024-02-13 | 陈观众 | Sleeve matching method based on arm geometric model |
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Application publication date: 20130911 |