CN117441961B

CN117441961B - Changeable clothes and changeable clothes platemaking method

Info

Publication number: CN117441961B
Application number: CN202311455915.7A
Authority: CN
Inventors: 江辉; 汪家柏; 李雪军; 郑倩男
Original assignee: Bosideng Down Wear Co ltd
Current assignee: Bosideng Down Wear Co ltd
Priority date: 2023-11-03
Filing date: 2023-11-03
Publication date: 2024-06-18
Anticipated expiration: 2043-11-03
Also published as: CN117441961A

Abstract

The application belongs to the technical field of clothes, and discloses a variable clothes and a variable clothes platemaking method. The material head is connected to the back shoulder through breeding the gram and is connected to the front shoulder, the material head is connected to the back side and is connected to the front side, sleeve one end is equipped with the sleeve mouth, the other end is equipped with the connector, the connector is connected in front sleeve connection material head, back sleeve connection material head and breeding the gram, first closure can be with the front side adjust the material head and the back side adjust the material head link to each other, the second closure can link to each other the bottom of anter and the one end of breeding the gram, the back part is equipped with first bottom and second bottom, the third closure can link to each other first bottom and second bottom one-to-one with two other ends of breeding the gram. Through the arrangement, the changeable clothes can be used for carrying out style switching between the long-style modeling and the short-style modeling, and the diversified wearing requirements of users are met.

Description

Changeable clothes and changeable clothes platemaking method

Technical Field

The invention relates to the technical field of clothing, in particular to a changeable garment and a changeable garment platemaking method.

Background

The existing clothing can change the patterns of the clothing, but is light in weight, has no specific style and form, and in daily life, users have different dressing demands in different occasion environments, and on the same clothing, the diversified demands of the users cannot be met, and the corresponding plate making method is lacked, so that the clothing is time-consuming and labor-consuming to manufacture, and the efficiency is difficult to improve.

Disclosure of Invention

The invention aims to provide a changeable garment, which can switch the style between a long style and a short style and meet diversified dressing requirements of users.

To achieve the purpose, the invention adopts the following technical scheme:

a changeable garment, comprising;

the front piece is provided with a front shoulder connecting stub bar, a front sleeve connecting stub bar, a front side connecting stub bar and a front side adjusting stub bar at one end;

two yuke, correspond to two said front pieces one by one;

The rear piece is provided with a rear shoulder connecting stub bar, a rear sleeve connecting stub bar, a rear side connecting stub bar and a rear side adjusting stub bar at two ends, wherein the rear shoulder connecting stub bar is connected with the front shoulder connecting stub bar through the raising piece, and the rear side connecting stub bar is connected with the front side connecting stub bar;

Two sleeves are in one-to-one correspondence with the two front pieces, one end of each sleeve is provided with a sleeve opening, the other end of each sleeve is provided with a connecting port, and the connecting ports are connected with the front sleeve connecting stub bar, the rear sleeve connecting stub bar and the nursing bag;

The first locking pieces are in one-to-one correspondence with the two front pieces and can connect the front side adjusting stub bars and the rear side adjusting stub bars;

The two second locking pieces are in one-to-one correspondence with the two front pieces, and can connect the bottom ends of the front pieces with one end of the raising piece;

The two third locking pieces are in one-to-one correspondence with the two front pieces, the rear piece is provided with a first bottom end and a second bottom end, and the third locking pieces can be connected with the other ends of the two raising pieces in one-to-one correspondence with the first bottom end and the second bottom end.

Optionally, the variable garment further comprises a fourth locking element, the other end of the front piece is provided with a front body adjusting stub bar, and the fourth locking element can connect the two front body adjusting stub bars.

Optionally, the changeable clothing further includes a cap body, the cap body is connected to two front pieces, two broods and one end of a sheet body formed by connecting the rear pieces, the cap body is provided with two cap adjusting stub bars corresponding to the front pieces one by one, the cap adjusting stub bars are connected to the front body adjusting stub bars, and the fourth locking piece can connect the two cap adjusting stub bars together.

Optionally, the front sleeve connecting stub bar, the rear sleeve connecting stub bar and the nursing gram are detachably connected to the connecting port.

Optionally, the rear panel is provided with a fork, and the fork is arranged between the first bottom end and the second bottom end.

Optionally, the first bottom end, the second bottom end and the bottom end of the front panel are all disposed along an oblique direction.

Another object of the present invention is to provide a variable clothes platemaking method, which can efficiently and conveniently manufacture the variable clothes, and is convenient for manufacturing and mass production of the variable clothes.

To achieve the purpose, the invention adopts the following technical scheme:

A multiple variable texture process comprising:

s1, making a rear collar curve, a rear shoulder line, a chest girth line, a waist girth line, a front collar curve, a front armhole curve, a rear armhole curve, a first line segment, a second line segment, a forward and backward cycloid, a forward cycloid, a new placket line, a front pair of folding lines and a rear pair of folding lines to draw a large body structure;

s2, making a front sleeve slope line, a rear sleeve slope line, a cuff line, a first sleeve first line and a second sleeve first line to draw the oversleeves;

S3, making a cap lower opening arc line, a cap height line, a cap mouth height, a cap outer opening line, a cap side arc line and a cap rear center line connecting line to draw the cap;

s4, dividing the sample piece according to the large body structure, the sleeves and the hat, and sewing into changeable clothes.

Optionally, S1 includes:

S1.1, making a rear center line along the vertical direction, wherein one end of the rear center line is a point A, the other end of the rear center line is a point D, and making a rear upper flat line of the rear sheet along the horizontal direction by taking the point A as a starting point;

S1.2, setting a rear straight open collar depth along the extension direction of a rear central line by taking the point A as a starting point, setting one end of the rear straight open collar depth far away from the point A as the point A1, setting a rear transverse open collar width along the extension direction of a rear upper flat line by taking the point A as a starting point, setting one end of the rear straight open collar width far away from the point A as the point A2, and connecting the point A1 and the point A2 to set a rear collar arc line;

S1.3, a rear shoulder line is established by taking the point A2 as a starting point, the rear shoulder line is positioned at the lower side of the rear upper flat line and is arranged at an included angle with the rear upper flat line, and one end of the rear shoulder line, which is far away from the point A2, is a point C;

S1.4, making chest girth lines, wherein the chest girth lines and the rear upper flat lines are parallel and are arranged at intervals, making waist girth lines, the waistline lines and the rear upper flat lines are parallel and are arranged at intervals, and the rear upper flat lines, the chest girth lines and the waistline lines are sequentially arranged from top to bottom along the vertical direction;

S1.5, setting a horizontal line along the horizontal direction by taking the point D as a starting point, setting a front center line along the vertical direction by taking the point D1 as a starting point and setting a front upper flat line along the horizontal direction by taking the point B as a starting point;

S1.6, setting a front transverse opening collar width along the extending direction of a front upper flat line by taking the point B as a starting point, setting one end of the front transverse opening collar width far away from the point B as the point B1, setting an extension line segment by taking the point B1 as a starting point, setting the extension line segment on the lower side of the front upper flat line and forming an included angle with the front upper flat line, and setting one end of the extension line segment far away from the point B1 as the point C1;

s1.7, setting a front collar depth along the extending direction of the front central line by taking the point B as a starting point, wherein one end of the front collar depth, which is far away from the point B, is a point B2, and connecting the point B1 and the point B2 to set a front collar arc line;

S1.8, two ends of a chest circumference line are respectively intersected with a rear central line and a front central line, the midpoint of a connecting line of the two intersection points is an E point, a vertical line is established along the vertical direction by taking the E point as a starting point, two first arcs are established at two sides of the vertical line, are both in an S shape and are axially symmetrically arranged by taking the vertical line as an axis;

s1.9, connecting the point C1 with the point E, making a front armhole arc line, connecting the point C with the point E, and making a rear armhole arc line;

s1.10, setting an F point on a rear armhole arc line, setting an F2 point on a rear central line, and connecting the F point and the F2 point to form a first line segment, wherein the first line segment is used for installing a third locking piece;

S1.11, setting a point F1 on a front armhole arc line, setting a point F3 on a front collar arc line, and connecting the point F1 and the point F3 to formulate a second line segment, wherein the second line segment is used for installing a second locking piece;

s1.12, setting a D2 point on a rear central line, setting a D3 point on a horizontal line, connecting the D2 point and the D3 point to form a third line segment, wherein the third line segment is used for designing a fork, setting a G point on a first arc line of a front piece, connecting the D3 point and the G point to form a forward and backward cycloid, setting a G1 point on the first arc line of a rear piece, and connecting the D1 point and the G1 point to form a forward cycloid;

s1.13, setting a new fly line, wherein the new fly line and the front central line are mutually parallel and are arranged at intervals and are used for installing a fourth locking piece;

S1.14, arranging a front pair of folding lines on the front piece, wherein two ends of the front pair of folding lines are respectively intersected with a vertical line and a front central line, arranging a rear pair of folding lines on the rear piece, one end of the rear pair of folding lines is connected with the intersection point of the front pair of folding lines and the vertical line, the other end of the rear pair of folding lines is intersected with the rear central line, and the front pair of folding lines and the rear pair of folding lines are both positioned on the lower side of the waistline.

Optionally, S2 includes:

S2.1, copying a front armhole arc line, a rear armhole arc line and a chest circumference line, and making a sleeve upper flat line which is parallel to the chest circumference line and is arranged above the chest circumference line at intervals;

S2.2, making a front sleeve mountain oblique line and a rear sleeve mountain oblique line, wherein the intersection point of a vertical line and a flat line on a sleeve is defined as an E1 point, the length of a front armhole arc line is defined as a radius drawing circle and is intersected with a chest circumference line at an H point, the E1 point and the H point are connected to form the front sleeve mountain oblique line, the E1 point is defined as a circle center, the length of the rear armhole arc line is defined as a radius drawing circle and is intersected with the chest circumference line at an H1 point, the E1 point and the H1 point are connected to form the rear sleeve mountain oblique line, and the H1 point and the H point are respectively positioned on the left side and the right side of the vertical line;

S2.3, setting a fixed sleeve length along the vertical direction by taking E1 as a starting point, setting a sleeve line parallel to the chest girth line by passing the E2 point, setting the length of the sleeve line, and setting two ends of the sleeve line as a J point and a J1 point respectively, wherein the J point and the H point are positioned at one side of a vertical line, and the J1 point and the H1 point are positioned at the other side of the vertical line;

S2.4, connecting the J point and the H point to form a first sleeve first line, connecting the J1 point and the H1 point to form a second sleeve first line, and connecting the H point, the E1 point and the H1 point to form a sleeve mountain relief and an armpit relief.

Optionally, S3 includes:

S3.1, making a line segment KK1 along the vertical direction, making a line segment KK2 along the horizontal direction through a K point, and connecting the K1 point and the K2 point to assist in making a cap lower opening arc line;

S3.2, setting an M point and an L point on an arc line at the lower opening of the hat, and setting a hat elevation line by taking the L point as a starting point, wherein one end of the hat elevation line far away from the L point is set as an L1 point;

s3.3, making a cap mouth height by taking the K2 point as a starting point, wherein the cap mouth height is perpendicular to a lower mouth arc line of the cap, and one end of the cap mouth height, which is far away from the K2 point, is determined as an N point;

s3.4, making an outer opening line of the cap by taking the point N as a starting point, wherein one end of the outer opening line of the cap, which is far away from the point N, is set as a point N1;

s3.5, connecting the point N1, the point L1 and the point M to formulate a hat side arc line;

S3.6, making a line segment MM1 in the vertical direction by taking the point M as a starting point, then making a line segment K1K3 in the vertical direction by taking the point K1 as a starting point, wherein the height of the point K3 is equal to that of the point M1, and the line segment K1K3 is the back central line connecting line of the hat.

The beneficial effects are that:

The application provides a changeable garment and a changeable garment platemaking method. Wherein, the anter, educate the gram, the oversleeve, first closure, second closure and third closure all are equipped with two, the one end of anter is equipped with the anter and connects the stub bar, the anter is connected to the front sleeve, front side is connected the stub bar and the front side is adjusted the stub bar, two educate gram and two anter one-to-one, the back piece both ends all are equipped with the back shoulder and are connected the stub bar, back sleeve is connected the stub bar and the rear side is adjusted the stub bar, back shoulder is connected the stub bar and is connected in the anter through educating the gram, make anter and the rear panel become one by one, the rear side is connected the stub bar and is connected in the anter, and then form the large body structure, two oversleeves and two anter one-to-one correspond with two anter, sleeve one are equipped with the sleeve mouth, the other end is equipped with the connector, so that the user wears the use normally, the connector is connected in the front sleeve, back sleeve is connected the stub bar and is connected with the large body structure in order to form changeable clothing, two first closure and two anter one-to-one correspond, the first closure is connected the stub bar is connected in order to change clothing with the front side through educating the length, can change the end with the first closure and the second closure is adjusted the front side and is adjusted the front side, can change the top end is adjusted the end through the front side and the end is adjusted the front piece, can change one by one and the top is changed, can change the top and the top is adjusted the top end is adjusted. The variable clothes can be manufactured efficiently and conveniently by a variable clothes plate making method, and the variable clothes are convenient to manufacture and produce in volume. Through the arrangement, the changeable clothes can be used for carrying out style switching between the long-style modeling and the short-style modeling, and can meet diversified wearing requirements of users.

Drawings

FIG. 1 is a schematic diagram of a structure of a garment before changing according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of a second embodiment of the present invention before changing a changeable garment;

FIG. 3 is a schematic diagram of a changeable garment according to an embodiment of the present invention;

FIG. 4 is a schematic diagram of a second embodiment of the present invention after changing a changeable garment;

FIG. 5 is a layout of a large body structure provided by an embodiment of the present invention;

FIG. 6 is a layout of a sleeve provided by an embodiment of the present invention;

FIG. 7 is a layout of a cap provided by an embodiment of the present invention;

FIG. 8 is a sample of a front panel provided by an embodiment of the present invention;

Fig. 9 is a sample of a nursing gram provided by an embodiment of the present invention;

FIG. 10 is a sample of a backsheet provided by an embodiment of the present invention;

FIG. 11 is a sample of sleeves provided in an embodiment of the present invention;

FIG. 12 is a sample of a cap according to an embodiment of the present invention;

Fig. 13 is a second sample of the cap according to an embodiment of the present invention.

In the figure:

1. A front sheet; 11. the front shoulder is connected with a stub bar; 12. the front sleeve is connected with a stub bar; 13. the front side is connected with a stub bar; 14. front side adjusting stub bars; 15. a precursor adjusting stub bar;

2. Raising the gram;

3. A rear sheet; 31. the rear shoulder is connected with a stub bar; 32. the rear sleeve is connected with a stub bar; 33. the rear side is connected with a stub bar; 34. the rear side adjusts the stub bar; 35. a first bottom end; 36. a second bottom end; 37. a fork;

4. a sleeve; 41. a sleeve opening; 42. a connection port;

5. a first locking member; 6. a second locking member; 7. a third locking member; 8. a fourth locking member;

9. A cap body; 91. a cap adjusts the stub bar;

101. A rear center line; 102. a rear upper flat line; 103. a rear collar arc; 104. a rear shoulder line; 105. chest girth wire; 106. waist line; 107. a horizontal line; 108. a front centerline; 109. front upper flat line; 110. extending the line segment; 111. a front collar arc; 112. a vertical line; 113. a first arc; 114. a front armhole arc line; 115. a rear armhole arc line; 116. a first line segment; 117. a second line segment; 118. a third line segment; 119. a cycloid in the backward direction; 120. forward cycloid; 121. a new fly line; 122. a front pair of fold lines; 123. folding the line in a back way;

201. flat lines are arranged on the sleeves; 202. front sleeve slash; 203. rear sleeve slash; 204. a cuff line; 205. a first sleeve line; 206. a second sleeve line;

301. A cap lower opening arc line; 302. a cap height line; 303. the cap mouth is high; 304. an outer line of the cap; 305. a hat side arc; 306. the back middle line of the hat is connected with the mouth line.

Detailed Description

The invention is described in further detail below with reference to the drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting thereof. It should be further noted that, for convenience of description, only some, but not all of the structures related to the present invention are shown in the drawings.

In the description of the present invention, unless explicitly stated and limited otherwise, the terms "connected," "connected," and "fixed" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally formed; can be mechanically or electrically connected; can be directly connected or indirectly connected through an intermediate medium, and can be communicated with the inside of two elements or the interaction relationship of the two elements. The specific meaning of the above terms in the present invention will be understood in specific cases by those of ordinary skill in the art.

In the present invention, unless expressly stated or limited otherwise, a first feature "above" or "below" a second feature may include both the first and second features being in direct contact, as well as the first and second features not being in direct contact but being in contact with each other through additional features therebetween. Moreover, a first feature being "above," "over" and "on" a second feature includes the first feature being directly above and obliquely above the second feature, or simply indicating that the first feature is higher in level than the second feature. The first feature being "under", "below" and "beneath" the second feature includes the first feature being directly under and obliquely below the second feature, or simply means that the first feature is less level than the second feature.

In the description of the present embodiment, the terms "upper", "lower", "right", etc. orientation or positional relationship are based on the orientation or positional relationship shown in the drawings, and are merely for convenience of description and simplicity of operation, and do not indicate or imply that the apparatus or elements referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus should not be construed as limiting the invention. Furthermore, the terms "first," "second," and the like, are used merely for distinguishing between descriptions and not for distinguishing between them.

As shown in fig. 1 to 13, the present embodiment provides a multiple garment comprising a front panel 1, a nursing pad 2, a rear panel 3, a sleeve 4, a first locking element 5, a second locking element 6, and a third locking element 7. Wherein, the front piece 1, educate gram 2, oversleeve 4, first closure element 5, second closure element 6 and third closure element 7 all are equipped with two, the one end of front piece 1 is equipped with front shoulder connection stub bar 11, front sleeve connection stub bar 12, front side connection stub bar 13 and front side regulation stub bar 14, two educate gram 2 and two front piece 1 one-to-one, back piece 3 both ends all are equipped with back shoulder connection stub bar 31, back sleeve connection stub bar 32, back side connection stub bar 33 and back side regulation stub bar 34, back shoulder connection stub bar 31 is connected in front shoulder connection stub bar 11 through educate 2, back side connection stub bar 33 is connected in front side connection stub bar 13, two oversleeve 4 and two front piece 1 one-to-one, oversleeve 4 one end is equipped with sleeve mouth 41, the other end is equipped with connector 42, connector 42 is connected in front sleeve connection stub bar 12, back sleeve connection stub bar 32 and educate gram 2, two first closure element 5 and two front piece 1 one-to-one correspondence, first closure element 5 can be with front sleeve connection stub bar 12, back sleeve connection stub bar 32 and educate gram 2, back side connection stub bar 33 and front side regulation stub bar 34, first closure element 5 and two first closure element 35 and two first closure element 2 and two bottom end 35 can be connected with two front piece 1 one-to-one end 6 and two first closure element 2, two closure element 3 and two bottom end 35 can be connected with two first closure element 1 and two first closure element 2 one-to one end 2.

In the embodiment, two front pieces 1, a gram 2, sleeves 4, a first locking piece 5, a second locking piece 6 and a third locking piece 7 are arranged, one end of each front piece 1 is provided with a front shoulder connecting stub bar 11, a front sleeve connecting stub bar 12, a front side connecting stub bar 13 and a front side adjusting stub bar 14, the two gram 2 corresponds to the two front pieces 1 one by one, two ends of each rear piece 3 are provided with a rear shoulder connecting stub bar 31, a rear sleeve connecting stub bar 32, a rear side connecting stub bar 33 and a rear side adjusting stub bar 34, the rear shoulder connecting stub bar 31 is connected with the front shoulder connecting stub bar 11 through the gram 2, the front pieces 1 and the rear pieces 3 are connected into a whole, the rear side connecting stub bar 33 is connected with the front side connecting stub bar 13, a large body structure is formed, the two sleeves 4 correspond to the two front pieces 1 one by one, one ends of the sleeves 4 are provided with sleeve openings 41, the other ends are provided with connecting ports 42, so that users can wear the front pieces normally, the connecting port 42 is connected with the front sleeve connecting stub bar 12, the rear sleeve connecting stub bar 32 and the nursing g 2, so that the sleeve 4 is connected with the large body structure to form a main body structure of the changeable clothes, the two first locking pieces 5 are in one-to-one correspondence with the two front pieces 1, the first locking pieces 5 can connect the front side adjusting stub bar 14 and the rear side adjusting stub bar 34, the front side adjusting stub bar 14 and the rear side adjusting stub bar 34 can be conveniently folded upwards to change the style, the bottom end of the front piece 1 can be connected with one end of the nursing g 2 through the second locking pieces 6, the rear piece 3 is provided with the first bottom end 35 and the second bottom end 36, the third locking pieces 7 can connect the first bottom end 35 and the second bottom end 36 in one-to-one correspondence with the other ends of the two nursing g 2, further the folded parts of the changeable clothes are connected with the nursing g 2, the changeable clothes can be changed between the long-style clothes and the short-style clothes, to meet various dressing requirements of users. Through the arrangement, the changeable clothes can be used for carrying out style switching between the long-style modeling and the short-style modeling, and the diversified wearing requirements of users are met.

Specifically, as shown in fig. 1, in the present embodiment, the first locking member 5 includes a first zipper a, a first zipper B and a first locking member, the first zipper a is disposed on the front side adjusting stub bar 14, the first zipper B is disposed on the rear side adjusting stub bar 34, the first locking member is capable of locking the first zipper a and the first zipper B together, since the front panel 1 and the rear panel 3 are already connected together by the front side connecting stub bar 13 and the rear side connecting stub bar 33, and the front side adjusting stub bar 14 and the front side connecting stub bar 13 are both disposed on the same side of the front panel 1, and the rear side adjusting stub bar 34 and the rear side connecting stub bar 33 are disposed on the same side of the rear panel 3, by the above arrangement, the front panel 1 and the rear panel 3 can still be opened or locked by the first locking member 5 after being connected into a large body structure, at the lower end of the large body structure, thereby facilitating the folding up of the front panel 1.

Specifically, as shown in fig. 1, in the present embodiment, the second locking member 6 includes a second zipper a, a second zipper B and a second locking member, the second zipper a is disposed at the bottom end of the front panel 1, the second zipper B is disposed at one end of the nursing frame 2, the second locking member can lock the second zipper a and the second zipper B together, and after the front panel 1 is turned up, the front panel 1 is connected to the nursing frame 2 through the second locking member 6, so that the turned front panel 1 is fixed on the upper side of the bodice.

Specifically, as shown in fig. 2, in the present embodiment, the third locking member 7 includes a third zipper a, a third zipper B and a third locking member, the third zipper a is disposed at the first bottom end 35 and the second bottom end 36, the third zipper B is disposed at the other end of the jacket 2, and the third locking member can lock the third zipper a and the third zipper B together, thereby connecting the first bottom end 35 of the rear panel 3 with the other end of one jacket 2, and connecting the second end of the rear panel 3 with the other end of the other jacket 2, so that the folded portion of the rear panel 3 is connected with the jacket 2, so that the style of the jacket can be fixed, and the user can wear the jacket conveniently.

Specifically, as shown in fig. 1, the variable garment further includes a fourth locking element 8, the other end of the front piece 1 is provided with a front body adjusting stub bar 15, the fourth locking element 8 can connect the two front body adjusting stub bars 15, and further the two front pieces 1 are connected together, so that the front fly of the variable garment can be opened and closed through the fourth locking element 8, and the variable garment is convenient for a user to wear and keep warm.

More specifically, the fourth locking member 8 includes a fourth zipper a provided on the front-body adjusting stub bar 15, a fourth zipper B provided on the other front-body adjusting stub bar 15, and a fourth locking member capable of locking the fourth zipper a and the fourth zipper B together, that is, the fly of the multiple-variant garment can be opened and closed by the zippers.

It should be noted that, in order to achieve the above function, the first locking element 5, the second locking element 6, the third locking element 7, and the fourth locking element 8 of the present embodiment may also have structures such as buttons or velcro, which are not limited herein.

Specifically, as shown in fig. 1 to 4, the changeable clothes further comprises a cap 9, wherein the cap 9 is connected to one end of a sheet body formed by connecting the two front sheets 1, the two brood marks 2 and the rear sheet 3, so as to meet the cap-carrying requirement of a user. As shown in fig. 1, the cap 9 is provided with a head passing opening, so that a user can extend the head through the head passing opening to meet the normal wearing requirement. The cap body 9 is provided with two cap adjusting stub bars 91 which are in one-to-one correspondence with the front piece 1, the cap adjusting stub bars 91 are connected with the front body adjusting stub bars 15, and the two cap adjusting stub bars 91 can be connected together through the fourth locking piece 8, so that the cap body 9 can be pulled open or locked to a certain extent through the fourth locking piece 8, and the warming effect of variable clothes is improved.

Specifically, the front sleeve connecting stub bar 12, the rear sleeve connecting stub bar 32 and the nursing bag 2 are detachably connected to the connecting port 42, so that the oversleeve 4 can be detached, and the changeable clothes can be further changed into a waistcoat so as to meet different wearing requirements of users. In this embodiment, the above detachable connection may be achieved by setting a zipper, buttons, a hook and loop fastener, and the like, which will not be described herein.

Specifically, as shown in fig. 2 and fig. 4, the rear panel 3 is provided with a fork 37, the fork 37 is triangular, and the fork 37 is arranged between the first bottom end 35 and the second bottom end 36, so that the first bottom end 35 and the second bottom end 36 can be respectively connected with the corresponding nursing cores 2, and the problem that the cloth is redundantly piled in the process that the rear panel 3 is folded up and connected with the nursing cores 2 is avoided, and the dressing experience of a user is affected. Meanwhile, as shown in fig. 4, after the back panel 3 is folded, a pocket can be formed behind the changeable clothes, so that articles can be conveniently stored.

More specifically, as shown in fig. 3 and 4, the first bottom end 35, the second bottom end 36 and the bottom end of the front piece 1 are all arranged along the oblique direction, and since the front piece 1 and the rear piece 3 are all connected with the corresponding nursing piece 2, the nursing piece 2 is arranged at the shoulder in an oblique manner, through the arrangement, the two front pieces 1 can be respectively arranged at two sides of the front fly after being folded up, and are arranged in an oblique symmetry manner, so that the aesthetic property of various clothing styles can be ensured, and the comfort and rationality of wearing the clothing of a user can be ensured.

As shown in fig. 5-13, the present embodiment further provides a variable clothes platemaking method, which can efficiently and conveniently manufacture the variable clothes, and is convenient for manufacturing and mass production of the variable clothes, and the variable clothes platemaking method specifically includes the following steps:

S1, making a rear collar curve 103, a rear shoulder line 104, a chest circumference line 105, a waistline line 106, a front collar curve 111, a front armhole curve 114, a rear armhole curve 115, a first line segment 116, a second line segment 117, a forward and backward cycloid 119, a forward cycloid 120, a new front fly line 121, a front pair fold line 122 and a rear pair fold line 123 to draw a large body structure;

S2, making a front sleeve slope 202, a rear sleeve slope 203, a cuff line 204, a first sleeve line 205 and a second sleeve line 206 to draw the oversleeve 4;

S3, making a cap lower opening arc 301, a cap height line 302, a cap mouth height 303, a cap outer opening line 304, a cap side arc 305 and a cap rear central line connecting line 306 to draw the cap;

s4, dividing the sample piece according to the large body structure, the oversleeves 4 and the hat, and sewing into changeable clothes.

Specifically, as shown in fig. 5, the step S1 includes:

s1.1, a rear center line 101 is established along the vertical direction, one end of the rear center line 101 is a point A, the other end of the rear center line 101 is a point D, the point A is used as a starting point, and a rear upper flat line 102 of the rear sheet 3 is established along the horizontal direction.

In the step S1.1, a vertical line drawn downward from the point a is the rear center line 101, the length of the rear center line 101 is 100cm, and the other end point is the point D for drawing the horizontal line 107 and the front center line 108; and drawing a horizontal straight line from the point A along the horizontal direction, namely a rear upper flat line 102, wherein the length of the rear upper flat line 102 is 26cm.

S1.2, setting a rear straight open collar depth along the extension direction of the rear center line 101 by taking the point A as a starting point, setting one end of the rear straight open collar depth far away from the point A as the point A1, setting a rear transverse open collar width along the extension direction of the rear upper flat line 102 by taking the point A as a starting point, setting one end of the rear straight open collar width far away from the point A as the point A2, and connecting the point A1 and the point A2 to set a rear collar arc 103.

In the above step S1.2, along the extending direction of the rear center line 101, the point A1 is defined as the point a 2.5cm downward, the connection line between the point a and the point A1 is the rear straight open collar depth, the rear upper flat line 102 is provided with the point A2, the connection line between the point a and the point A2 is the rear transverse open collar width, the point A1 and the point A2 are connected and an arc line is drawn, and the arc line is the rear collar arc line 103.

S1.3, a rear shoulder line 104 is established by taking the point A2 as a starting point, the rear shoulder line 104 is positioned at the lower side of the rear upper flat line 102 and is arranged at an included angle with the rear upper flat line 102, and one end of the rear shoulder line 104, which is far away from the point A2, is a point C.

In the above step S1.3, the back shoulder line 104 is drawn over the point A2, the angle between the back shoulder line 104 and the back upper flat line 102 is 17.5 °, the end of the back shoulder line 104 away from the point A2 is the point C, the length of the connecting line between the point A2 and the point C is 10.2cm (i.e., the length of the back shoulder line 104 is 10.2 cm), and half of the shoulder width is set to 20cm.

S1.4, making a chest girth 105, wherein the chest girth 105 is parallel to and spaced from the rear upper flat line 102, making a waist girth 106, and the waist girth 106 is parallel to and spaced from the rear upper flat line 102, and the rear upper flat line 102, the chest girth 105 and the waist girth 106 are sequentially arranged from top to bottom along the vertical direction.

In the above step S1.4, the upper rear flat line 102 is used as a reference line, parallel lines (namely, chest circumference lines 105) are made below the upper rear flat line 102, the vertical distance between the parallel lines and the upper rear flat line 102 is 24.5cm, the chest circumference lines 105 intersect the rear center line 101, then the upper rear flat line 102 is used as a parallel reference line, and the waistline 106 is drawn at a position which is separated from the upper rear flat line 102 by 40cm in the vertical direction.

S1.5, a horizontal line 107 is established along the horizontal direction by taking the point D as a starting point, one end of the horizontal line 107 far away from the point D is taken as the point D1, a front center line 108 is established along the vertical direction by taking the point D1 as a starting point, one end of the front center line 108 far away from the point D1 is taken as the point B, and a front upper flat line 109 is established along the horizontal direction by taking the point B as a starting point.

In the above step S1.5, a horizontal line is drawn through the point D along the horizontal direction, the length is half of the chest circumference, that is, the horizontal line 107, then a vertical line is drawn upward from the point D1, that is, the front center line 108, the length of the front center line 108 is 99cm, and then a horizontal line is drawn through the point B along the horizontal direction, that is, the front upper flat line 109, the length of the front upper flat line 109 is 23cm.

S1.6, setting a front transverse opening collar width along the extending direction of the front upper flat line 109 by taking the point B as a starting point, setting one end of the front transverse opening collar width far away from the point B as the point B1, setting an extension line segment 110 by taking the point B1 as a starting point, setting the extension line segment 110 at the lower side of the front upper flat line 109 and forming an included angle with the front upper flat line 109, and setting one end of the extension line segment 110 far away from the point B1 as the point C1.

In the above step S1.6, along the extending direction of the front upper flat line 109, a point is located at 9.8cm from the left side of the point B and denoted as point B1, the connecting line between the point B and the point B1 is the front transverse opening collar width, then the point B1 is used as the starting point to draw the extension line segment 110, the extension line segment 110 is located at the lower side of the front upper flat line 109 and forms an included angle of 22 ° with the front upper flat line 109, the length of the extension line segment 110 is 10.2cm, and the end far from the point B1 is denoted as point C1.

S1.7, starting from the point B, setting a front collar depth along the extending direction of the front central line 108, setting the end of the front collar depth away from the point B as the point B2, and connecting the point B1 and the point B2 to set a front collar arc line 111.

In the step S1.7, the point B is 9.5cm downward, the point B is defined as the point B2, the connecting line between the point B1 and the point B2 is the front collar depth, and then the arc line is drawn through the point B1 and the point B2 to draw the front collar arc line 111.

S1.8, two ends of chest circumference 105 intersect with back center line 101 and front center line 108 respectively, the midpoint of the connecting line of the two intersection points is E point, vertical line 112 is formulated along the vertical direction with E point as starting point, two first arc lines 113 are formulated at two sides of vertical line 112, two first arc lines 113 are both S-shaped, and vertical line 112 is used as axisymmetric arrangement.

In step S1.8, the midpoint of the breast girth line 105 is marked as point E, and a vertical line 112 is drawn downward. In order to design a side seam between the front sheet 1 and the rear sheet 3, the intersection of the vertical line 112 and the waistline 106 is a point, denoted as an intersection point, the intersection point of the first arc line 113 and the waistline 106, and the interval between the intersection point and the horizontal direction is 0.5cm, and since the two first arc lines 113 are arranged axisymmetrically with respect to the vertical line 112, the interval between the intersection point of the two first arc lines 113 and the waistline 106 is 1cm. In addition, in order to ensure the rationality of the connection of the stub bars, the horizontal distance between the two first arcs 113 at the lower hem is 1.8cm.

S1.9, connecting the point C1 with the point E, making a front armhole arc 114, connecting the point C with the point E, and making a rear armhole arc 115.

In the above step S1.9, the point C1 and the point E are connected, and the arc is drawn to make the front armhole arc 114, and then the point C and the point E are connected, and the arc is drawn to make the rear armhole arc 115, keeping the back width 1-2cm more than the front chest.

S1.10, setting a point F on the rear armhole arc 115, setting a point F2 on the rear central line 101, and connecting the point F and the point F2 to form a first line segment 116, wherein the first line segment 116 is used for installing the third locking element 7.

In the above step S1.10, the point F is drawn on the rear armhole arc 115, and the point F2 is drawn on the rear center line 101, and the point F2 are connected to form the first line segment 116, and the first line segment 116 is used to mount the third locking element 7, so that the rear panel 3 can be connected to the corresponding portion of the york 2 via the third locking element 7.

S1.11, setting a point F1 on the front armhole arc 114, setting a point F3 on the front collar arc 111, and connecting the point F1 and the point F3 to form a second line segment 117, wherein the second line segment 117 is used for installing the second locking piece 6.

In the above step S1.11, the point F1 is drawn on the front armhole arc 114, the point F3 is drawn on the front collar arc 111, and the point F1 and the point F3 are connected to form the second line segment 117, and the second line segment 117 is used for installing the second locking member 6, so that the front panel 1 can be connected to the corresponding portion of the york 2 via the second locking member 6.

S1.12, setting a D2 point on the rear center line 101, setting a D3 point on the horizontal line 107, connecting the D2 point and the D3 point to form a third line segment 118, wherein the third line segment 118 is used for designing the fork 37, setting a G point on the first arc line 113 of the front sheet 1, connecting the D3 point and the G point to form a forward and backward cycloid 119, setting a G1 point on the first arc line 113 of the rear sheet 3, and connecting the D1 point and the G1 point to form a forward cycloid 120.

In the step S1.12, in order to solve the convenience of changing the clothing between the long money and the short money, the lower hem of the rear panel 3 is slit, that is, the fork 37 is set to ensure the rationality of the connection of the corresponding stub bars, then the point D3 and the point G are connected to draw the forward and backward cycloid 119, and the point D1 and the point G1 are connected to draw the forward cycloid 120.

S1.13, setting a new fly line 121, wherein the new fly line 121 and the front central line 108 are mutually parallel and are arranged at intervals for installing the fourth locking piece 8.

In the above step S1.13, the new fly line 121 is used for installing the fourth locking element 8, and when the fourth locking element 8 adopts the zipper, the zipper width template is subtracted by 0.7cm, the front center line 108 is used as the parallel reference line, and the new fly line 121 is drawn by translating 0.7cm inward, so that the fourth locking element 8 is installed conveniently.

S1.14, a front pair of folding lines 122 are arranged on the front sheet 1, two ends of the front pair of folding lines 122 respectively intersect at a vertical line 112 and a front central line 108, a rear pair of folding lines 123 are arranged on the rear sheet 3, one end of each rear pair of folding lines 123 is connected with the intersection point of the front pair of folding lines 122 and the vertical line 112, the other end of each rear pair of folding lines intersects at a rear central line 101, and the front pair of folding lines 122 and the rear pair of folding lines 123 are positioned below the waistline 106.

In the step S1.14, the point B2 is downward 40cm, then the point E is downward 29cm, the two points are connected to form a front folding line 122, then the point A1 is downward 49.5cm, the point E is downward 29cm, and the two points are connected to form a rear folding line 123, so that the front piece 1 and the rear piece 3 can be folded and folded, and the garment style can be changed conveniently.

After the step S1.14, the method further includes the following steps: the upper opening position of the pocket is set on the front sheet 1, the length and the width of the pocket are designed, the point B is taken down by 34cm, the point B is translated to the inner side by 16cm, the upper opening position of the pocket is further set, and the size of the pocket is designed to be 15cm multiplied by 1.2cm.

Specifically, as shown in fig. 6, the step S2 includes:

S2.1, copying the front armhole arc line 114, the rear armhole arc line 115 and the chest circumference line 105, and making a sleeve upper flat line 201, wherein the sleeve upper flat line 201 is parallel to the chest circumference line 105 and is arranged above the chest circumference line 105 at intervals.

In step S2.1, the front arm arch 114 and the rear arm arch 115 are duplicated, and the upper sleeve flat line 201 is drawn with the chest circumference line 105 as a parallel reference line and 13.5cm upward.

S2.2, making a front sleeve slope 202 and a rear sleeve slope 203, wherein the intersection point of a vertical line 112 and a flat line 201 on the sleeve is defined as an E1 point, the length of a front armhole arc line 114 is defined as a radius to draw a circle, the front sleeve slope 202 is defined as a connection E1 point and the H point, the circle center is defined as the E1 point, the length of a rear armhole arc line 115 is defined as a radius to draw a circle, the rear sleeve slope 203 is defined as a connection E1 point and the H1 point, and the H1 point and the H point are respectively positioned on the left side and the right side of the vertical line 112.

S2.3, taking E1 as a starting point, making a fixed sleeve length along the vertical direction, making a cuff line 204 parallel to the chest circumference line 105 through the E2 point, and setting the length of the cuff line 204, wherein two ends of the cuff line 204 are respectively made into a J point and a J1 point, the J point and the H point are positioned on one side of the vertical line 112, and the J1 point and the H1 point are positioned on the other side of the vertical line 112.

In the step S2.3, the length of the connecting line connecting the point E1 and the point E2 is 60cm, that is, the length of the fixed sleeve is 60cm, the parallel line passing through the point E2 and serving as the chest circumference line 105 is the cuff line 204, and the length of the cuff line 204 is set to be equal to or greater than 26cm.

S2.4, connecting the J point and the H point to form a first sleeve line 205, connecting the J1 point and the H1 point to form a second sleeve line 206, connecting the H point, the E1 point and the H1 point, drawing the relief by the sleeve, and drawing the relief by the armpit.

Specifically, as shown in fig. 7, the step S3 includes:

s3.1, making a line segment KK1 along the vertical direction, making a line segment KK2 along the horizontal direction through a K point, and connecting the K1 point and the K2 point to assist in making the cap lower opening arc 301.

In the step S3.1, the K point is taken as a reference point, the K1 point is taken up by 8.5cm to be tilted, then the line is drawn along the horizontal direction through the K point, the length is the sum of the length of the front collar and the length of the rear collar, the other end is taken as the K2 point, and the K2 point and the K1 point are connected to draw the arc 301 of the lower mouth of the cap.

S3.2, setting an M point and an L point on the cap lower opening arc 301, and setting a cap height line 302 by taking the L point as a starting point, wherein one end of the cap height line 302 far away from the L point is set as an L1 point.

In the above step S3.2, on the hat lower mouth arc 301, the point 6cm forward from the K1 point is denoted as M point, the point 11.3cm long after the front side from the K1 point is denoted as L point, the point L is used as the starting point, the point 30cm upward perpendicular to the hat lower mouth arc 301 is denoted as L1 point, and the connecting point L and L1 point is the hat height line 302.

And S3.3, setting a cap mouth height 303 by taking the K2 point as a starting point, wherein the cap mouth height 303 is perpendicular to the cap lower mouth arc 301, and one end of the cap mouth height 303 away from the K2 point is set as an N point.

In the step S3.3, the vertical line of the arc 301 of the lower opening of the cap is made upwards by taking the point K2 as a starting point, namely the cap tip height 303 is the cap tip height 303, and the length of the cap tip height 303 is 6.5cm.

And S3.4, setting a cap outer mouth line 304 by taking the point N as a starting point, wherein one end of the cap outer mouth line 304 far away from the point N is set as the point N1.

In the above step S3.4, the hat outer line 304 is drawn starting from the point N.

S3.5, connecting the point N1, the point L1 and the point M to form a hat-side arc 305.

S3.6, a line segment MM1 is established along the vertical direction by taking the point M as a starting point, then a line segment K1K3 is established along the vertical direction by taking the point K1 as a starting point, the height of the point K3 is equal to the height of the point M1, and the line segment K1K3 is the back middle line connecting line 306 of the hat.

In the above step S3.6, the line segment MM1 is drawn upward at the point M, the other end point is defined as the point M1, the length of the line segment MM1 is equal to the length of the cap side arc 305, then the line segment K1K3 is drawn upward at the point K1, the other end point is defined as the point K3, the points K3 and M1 are equal in height, so as to draw the cap rear center line connecting line 306.

Specifically, as shown in fig. 8-13, in this embodiment, the front panel 1, the yoke 2, the rear panel 3, the sleeves 4 and the cap 9 are manufactured according to the steps S1, S2 and S3, respectively, and the changeable clothes are manufactured to meet the various dressing requirements of the user.

It is to be understood that the above examples of the present invention are provided for clarity of illustration only and are not limiting of the embodiments of the present invention. Various obvious changes, rearrangements and substitutions can be made by those skilled in the art without departing from the scope of the invention. It is not necessary here nor is it exhaustive of all embodiments. Any modification, equivalent replacement, improvement, etc. which come within the spirit and principles of the invention are desired to be protected by the following claims.

Claims

1. A variable garment platemaking method for making a variable garment, wherein the variable garment comprises;

the front piece (1) is characterized by comprising two front pieces (1), wherein one end of each front piece (1) is provided with a front shoulder connecting stub bar (11), a front sleeve connecting stub bar (12), a front side connecting stub bar (13) and a front side adjusting stub bar (14);

two yuke (2) are in one-to-one correspondence with the two front pieces (1);

The rear piece (3), both ends of the rear piece (3) are provided with a rear shoulder connecting stub bar (31), a rear sleeve connecting stub bar (32), a rear side connecting stub bar (33) and a rear side adjusting stub bar (34), the rear shoulder connecting stub bar (31) is connected with the front shoulder connecting stub bar (11) through the raising gram (2), and the rear side connecting stub bar (33) is connected with the front side connecting stub bar (13);

The sleeves (4) are in one-to-one correspondence with the two front pieces (1), sleeve openings (41) are formed in one end of each sleeve (4), connecting ports (42) are formed in the other end of each sleeve, and the connecting ports (42) are connected with the front sleeve connecting stub bars (12), the rear sleeve connecting stub bars (32) and the raising cores (2);

two first locking elements (5) which are in one-to-one correspondence with the two front plates (1), wherein the first locking elements (5) can connect the front side adjusting stub bar (14) and the rear side adjusting stub bar (34);

Two second locking elements (6) which are in one-to-one correspondence with the two front pieces (1), wherein the second locking elements (6) can connect the bottom end of the front piece (1) with one end of the incubator (2);

The two third locking pieces (7) are in one-to-one correspondence with the two front pieces (1), the rear piece (3) is provided with a first bottom end (35) and a second bottom end (36), and the third locking pieces (7) can connect the first bottom end (35) and the second bottom end (36) with the other ends of the two brooding pieces (2) in one-to-one correspondence;

the variable coat plate making method comprises the following steps:

S1, making a rear collar arc line (103), a rear shoulder line (104), a chest circumference line (105), a waistline line (106), a front collar arc line (111), a front armhole arc line (114), a rear armhole arc line (115), a first line segment (116), a second line segment (117), a forward and backward cycloid (119), a forward cycloid (120), a new door front line (121), a front pair of fold lines (122) and a rear pair of fold lines (123) to draw a bodice structure;

S2, making a front sleeve slope line (202), a rear sleeve slope line (203), a cuff line (204), a first sleeve line (205) and a second sleeve line (206) to draw a sleeve (4);

S3, making a cap lower opening arc line (301), a cap height line (302), a cap mouth height (303), a cap outer opening line (304), a cap side arc line (305) and a cap rear central line connecting opening line (306) to draw the cap;

S4, dividing the sample wafer according to the large body structure, the sleeves (4) and the hat, and sewing into changeable clothes;

s2 comprises the following steps:

S2.1, copying a front armhole arc line (114), a rear armhole arc line (115) and a chest circumference line (105), and making an upper sleeve flat line (201), wherein the upper sleeve flat line (201) is parallel to the chest circumference line (105) and is arranged above the chest circumference line (105) at intervals;

S2.2, making a front sleeve mountain oblique line (202) and a rear sleeve mountain oblique line (203), wherein the intersection point of a vertical line (112) and a flat line (201) on a sleeve is defined as an E1 point, the length of a front armhole arc line (114) is defined as a radius to draw a circle, the front sleeve mountain oblique line (202) is connected with a chest circumference line (105), the E1 point is defined as a circle center, the length of a rear armhole arc line (115) is defined as a radius to draw a circle, the rear sleeve mountain oblique line (203) is connected with the chest circumference line (105), and the E1 point and the H1 point are respectively positioned on the left side and the right side of the vertical line (112);

S2.3, setting a fixed sleeve length along the vertical direction by taking E1 as a starting point, setting a sleeve line (204) parallel to the chest circumference line (105) through the E2 point, setting the length of the sleeve line (204), respectively setting two ends of the sleeve line (204) as a J point and a J1 point, wherein the J point and the H point are positioned on one side of a vertical line (112), and the J1 point and the H1 point are positioned on the other side of the vertical line (112);

s2.4, connecting the J point and the H point to form a first sleeve line (205), connecting the J1 point and the H1 point to form a second sleeve line (206), and connecting the H point, the E1 point and the H1 point to form a sleeve mountain relief and an armpit relief.

2. A variable-fit garment platemaking method according to claim 1, wherein the variable-fit garment further comprises a fourth locking element (8), the other end of the front panel (1) being provided with a precursor conditioning stub bar (15), the fourth locking element (8) being capable of connecting two of the precursor conditioning stub bars (15).

3. The variable-clothing platemaking method according to claim 2, characterized in that the variable-clothing further comprises a cap body (9), the cap body (9) is connected to one end of a sheet body formed by connecting the two front pieces (1), the two broods (2) and the rear pieces (3), the cap body (9) is provided with two cap adjusting heads (91) in one-to-one correspondence with the front pieces (1), the cap adjusting heads (91) are connected to the front body adjusting heads (15), and the fourth locking piece (8) can connect the two cap adjusting heads (91) together.

4. The multiple variation lithography method of claim 1, wherein said front sleeve connecting head (12), said rear sleeve connecting head (32), and said nursing g (2) are detachably connected to said connection port (42).

5. A variable-pattern making method according to claim 1, characterized in that said rear panel (3) is provided with a fork (37), said fork (37) being arranged between said first bottom end (35) and said second bottom end (36).

6. A variable-pattern making method according to claim 5, characterized in that the first bottom end (35), the second bottom end (36) and the bottom end of the front panel (1) are all arranged in an oblique direction.

7. The variable-texture process of claim 1, wherein S1 comprises:

S1.1, a rear central line (101) is established along the vertical direction, one end of the rear central line (101) is a point A, the other end of the rear central line is a point D, and a rear upper flat line (102) of the rear sheet (3) is established along the horizontal direction by taking the point A as a starting point;

s1.2, setting a rear straight open collar depth along the extension direction of a rear central line (101) by taking the point A as a starting point, setting one end of the rear straight open collar depth far away from the point A as the point A1, setting a rear transverse open collar width along the extension direction of a rear upper flat line (102) by taking the point A as a starting point, setting one end of the rear straight open collar width far away from the point A as the point A2, and connecting the point A1 and the point A2 to set a rear collar arc line (103);

S1.3, a rear shoulder line (104) is established by taking the point A2 as a starting point, the rear shoulder line (104) is positioned at the lower side of the rear upper flat line (102) and is arranged at an included angle with the rear upper flat line (102), and one end of the rear shoulder line (104) far away from the point A2 is a point C;

S1.4, making a chest girth line (105), wherein the chest girth line (105) and the rear upper flat line (102) are parallel and are arranged at intervals, making a waist girth line (106), and the waist girth line (106) and the rear upper flat line (102) are parallel and are arranged at intervals, and the rear upper flat line (102), the chest girth line (105) and the waist girth line (106) are sequentially arranged from top to bottom along the vertical direction;

S1.5, setting a horizontal line (107) along the horizontal direction by taking a point D as a starting point, setting a front center line (108) along the vertical direction by taking the point D as a starting point, setting the end of the horizontal line (107) far away from the point D as a point D1, setting a front upper flat line (109) along the horizontal direction by taking the end of the front center line (108) far away from the point D1 as a point B as a starting point;

S1.6, setting a front transverse opening collar width along the extending direction of a front upper flat line (109) by taking a point B as a starting point, setting one end of the front transverse opening collar width far away from the point B as a point B1, setting an extension line segment (110) by taking the point B1 as a starting point, wherein the extension line segment (110) is positioned at the lower side of the front upper flat line (109) and is arranged at an included angle with the front upper flat line (109), and one end of the extension line segment (110) far away from the point B1 is a point C1;

S1.7, using the point B as a starting point, making a front collar depth along the extension direction of a front central line (108), wherein one end of the front collar depth, which is far away from the point B, is the point B2, and connecting the point B1 and the point B2 to make a front collar arc line (111);

S1.8, two ends of a chest circumference line (105) are respectively intersected with a rear central line (101) and a front central line (108), the midpoint of a connecting line of the two intersection points is an E point, a vertical line (112) is formulated along the vertical direction by taking the E point as a starting point, two first arc lines (113) are formulated at two sides of the vertical line (112), the two first arc lines (113) are both in an S shape, and the two first arc lines are axially symmetrically arranged by taking the vertical line (112);

s1.9, connecting a point C1 and a point E, making a front armhole arc line (114), connecting the point C and the point E, and making a rear armhole arc line (115);

S1.10, setting an F point on a rear armhole arc line (115), setting an F2 point on a rear central line (101), and connecting the F point and the F2 point to form a first line segment (116), wherein the first line segment (116) is used for installing a third locking element (7);

S1.11, setting a point F1 on a front armhole arc line (114), setting a point F3 on a front collar arc line (111), and connecting the point F1 and the point F3 to form a second line segment (117), wherein the second line segment (117) is used for installing a second locking piece (6);

S1.12, setting a D2 point on a rear center line (101), setting a D3 point on a horizontal line (107), connecting the D2 point and the D3 point to form a third line segment (118), wherein the third line segment (118) is used for designing a fork (37), setting a G point on a first arc line (113) of a front plate (1), connecting the D3 point and the G point to form a forward and backward cycloid (119), setting a G1 point on the first arc line (113) of a rear plate (3), and connecting the D1 point and the G1 point to form a forward cycloid (120);

s1.13, setting a new fly line (121), wherein the new fly line (121) and the front central line (108) are mutually parallel and are arranged at intervals and are used for installing a fourth locking piece (8);

s1.14, a front pair of folding lines (122) are arranged on the front piece (1), two ends of the front pair of folding lines (122) are respectively intersected with a vertical line (112) and a front central line (108), a rear pair of folding lines (123) are arranged on the rear piece (3), one end of each rear pair of folding lines (123) is connected with an intersection point of the front pair of folding lines (122) and the vertical line (112), the other end of each rear pair of folding lines is intersected with the rear central line (101), and the front pair of folding lines (122) and the rear pair of folding lines (123) are both located on the lower side of the waist girth line (106).

8. The variable-texture platemaking method according to claim 1, wherein S3 comprises:

s3.1, making a line segment KK1 along the vertical direction, making a line segment KK2 along the horizontal direction through a K point, and connecting the K1 point and the K2 point to assist in making a cap lower opening arc line (301);

S3.2, setting an M point and an L point on a cap lower opening arc line (301), and making a cap height line (302) by taking the L point as a starting point, wherein one end of the cap height line (302) far away from the L point is set as an L1 point;

S3.3, making a cap mouth height (303) by taking a K2 point as a starting point, wherein the cap mouth height (303) is perpendicular to a cap lower mouth arc line (301), and one end of the cap mouth height (303) far away from the K2 point is determined as an N point;

S3.4, making a cap outer opening line (304) by taking the N point as a starting point, wherein one end of the cap outer opening line (304) far away from the N point is set as an N1 point;

S3.5, connecting the N1 point, the L1 point and the M point to form a hat side arc line (305);

S3.6, a line segment MM1 is formulated in the vertical direction by taking the point M as a starting point, then a line segment K1K3 is formulated in the vertical direction by taking the point K1 as a starting point, the height of the point K3 is equal to the height of the point M1, and the line segment K1K3 is the back middle line connecting line (306) of the hat.