CN113317581B - Zero-waste garment production method based on diagonal segmentation and variable one-piece dress - Google Patents

Zero-waste garment production method based on diagonal segmentation and variable one-piece dress Download PDF

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CN113317581B
CN113317581B CN202110637194.6A CN202110637194A CN113317581B CN 113317581 B CN113317581 B CN 113317581B CN 202110637194 A CN202110637194 A CN 202110637194A CN 113317581 B CN113317581 B CN 113317581B
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piece
cloth
triangular
shoulder
garment
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CN113317581A (en
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刘成霞
阮秋月
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Zhejiang Sci Tech University ZSTU
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Zhejiang Sci Tech University ZSTU
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    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41H—APPLIANCES OR METHODS FOR MAKING CLOTHES, e.g. FOR DRESS-MAKING OR FOR TAILORING, NOT OTHERWISE PROVIDED FOR
    • A41H43/00—Other methods, machines or appliances
    • A41H43/02—Handling garment parts or blanks, e.g. feeding, piling, separating or reversing
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D1/00—Garments
    • A41D1/14—Skirts
    • A—HUMAN NECESSITIES
    • A41—WEARING APPAREL
    • A41D—OUTERWEAR; PROTECTIVE GARMENTS; ACCESSORIES
    • A41D15/00—Convertible garments
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
    • Y02W90/00—Enabling technologies or technologies with a potential or indirect contribution to greenhouse gas [GHG] emissions mitigation

Abstract

The invention discloses a zero-waste garment production method based on diagonal segmentation and a variable one-piece dress. This dress includes that the size equals and is No. one triangle cloth piece, No. two triangle cloth pieces, No. three triangle cloth pieces and No. four triangle cloth pieces of isosceles right triangle. The bevel edges of the triangular cloth pieces, one of the right-angle edges and the bevel edge parallel line at the same position are all provided with cloth connecting pieces capable of being repeatedly separated and connected. The invention cuts and splices the square raw material cloth pieces again in a diagonal cutting mode, can obtain the one-piece dress with two different styles, and can mutually switch the one-piece dress with the two styles in use under the condition of using the detachable cloth connecting piece, thereby increasing the clothes-wearing fun of a user. In addition, the invention meets the design requirement of zero waste, does not produce waste cloth pieces in the production process, not only can effectively reduce the production cost of the clothes, but also can greatly reduce the pollution problem of the clothes production.

Description

Zero-waste garment production method based on diagonal segmentation and variable one-piece dress
Technical Field
The invention belongs to the technical field of garment design and production, and particularly relates to a zero-waste garment production method based on diagonal segmentation and a variable one-piece dress.
Background
The clothing industry is entitled as the second most pollution source in the world, so that the clothing industry can be developed continuously to meet the development requirements of the green and environment-friendly era, and the clothing industry can be used as a designer at the source of the clothing industry and has a vital role in fashion and sustainable transformation. The treatment of leftover materials in the garment production is an important pollution source in the garment production link, and if a zero-waste garment production method can be designed, the pollution of the garment production to the environment can be greatly reduced; in addition, the zero-waste clothes can reduce the production cost of the clothes and improve the profit of enterprises.
Meanwhile, the problems of resource consumption, environmental pollution, non-sustainable development mode and the like in the fashion industry are faced. The zero-waste garment design method is researched, so that the design source is favorable for endowing fashion sustainable vitality, pollution is reduced, waste is avoided, and the sustainable development mode of garment enterprises is favorably changed. Finally, a rational and responsible consumption concept can be transferred to consumers, so that a consumption market is developed to drive economic sustainable development.
In addition, with the rapid development of economy and the improvement of the living standard of people, the frequency of purchasing and eliminating clothes is higher, namely the service cycle of clothes is shorter and shorter. The waste clothes are not only a waste, but also cause pollution to the environment. The fundamental reason for this phenomenon is that the style of the existing clothes is single and fixed, so that consumers can quickly feel tired, if one piece of clothes can be worn by multiple methods, the clothes can be matched and designed at will, and the frequency of eliminating the clothes is undoubtedly reduced.
Disclosure of Invention
The invention aims to provide a zero-waste garment production method based on diagonal segmentation and a variable one-piece dress.
In a first aspect, the invention provides a first method for producing zero-waste clothes based on diagonal segmentation, which comprises the following specific steps:
step one, taking a square raw material cloth piece.
And step two, drawing two diagonal lines on the raw material cloth.
And step three, dividing the raw material cloth piece into a first triangular cloth piece, a second triangular cloth piece, a third triangular cloth piece and a fourth triangular cloth piece along two diagonal lines.
And step four, overlapping and connecting a right-angle side of the first triangular cloth piece and the second triangular cloth piece together to obtain a parallelogram-shaped front garment piece. And overlapping and connecting the right-angle sides of the third triangular cloth piece and the fourth triangular cloth piece to obtain the parallelogram-shaped rear garment piece.
And step five, overlapping the front garment piece and the rear garment piece together to form the garment body main body. The two side seams of the coat body main body are respectively connected together. The higher of the two side seams of the main body is a shoulder covering side seam, and the lower side seam is a shoulder exposing side seam. The parts of the shoulder covering side seams higher than the top ends of the shoulder exposing side seams are not connected front and back to form two sections of shoulder belt cloth pieces. And knotting the end parts of the two shoulder strap cloth pieces, and exposing the top parts of the shoulder side seams to form a sleeve bottom to obtain the single-shoulder one-piece dress.
Preferably, the length of the side L of the raw cloth pieceAB≥l1+ltWherein l is1The hip circumference of the wearer, /)tIs the width of the seam head.
Preferably, the two pieces of cloth are connected by a cloth connector that can be repeatedly separated and connected.
Preferably, the cloth connecting piece is a zipper, a snap fastener or a button.
Preferably, the connection between the two panels is by sewing.
In a second aspect, the second method for producing zero-waste garments based on diagonal segmentation provided by the invention specifically comprises the following steps:
step one, taking a square raw material cloth piece.
And step two, drawing two diagonal lines on the raw material cloth.
And step three, dividing the raw material cloth piece into a first triangular cloth piece, a second triangular cloth piece, a third triangular cloth piece and a fourth triangular cloth piece along two diagonal lines.
And step four, overlapping and connecting the parallel lines of the bevel edges of the first triangular cloth piece and the second triangular cloth piece at the same position together to obtain the front garment piece which is bilaterally symmetrical. And overlapping and connecting the parallel lines of the bevel edges of the three-triangular cloth piece and the four-triangular cloth piece at the same position to obtain the left-right symmetrical rear garment piece.
And step five, overlapping the front garment piece and the rear garment piece together to form the garment body main body. The two side seams of the clothes body main body are respectively connected together, and the tops of the two side seams of the clothes body main body are not connected to be taken as armholes, and four sections of shoulder belt cloth pieces are formed. And knotting two sections of shoulder strap cloth pieces on the same side to form shoulder straps to obtain the double-shoulder dress.
Preferably, the length of the side L of the raw cloth pieceABSatisfies the following formula: 3/4LAB≥l2+l3+ls(ii) a Wherein L isABThe length of side of the raw material cloth piece l2The back length of the wearer, /)3The length from waist to hip of the wearer,/sThe balance is knotted.
Preferably, the parallel line of the hypotenuse is the connecting line of the midpoints of the two right-angle sides.
Preferably, in the front panel, the first gusset piece and the second gusset piece are connected together by the outwardly folded triangular part to form a double-layered front decoration. In the back cut piece, the triangular cloth piece III and the triangular part folded outwards of the triangular cloth piece IV are connected together to form double-layer back decoration.
In a third aspect, the invention provides a variable style one-piece dress, which comprises a first triangular cloth piece, a second triangular cloth piece, a third triangular cloth piece and a fourth triangular cloth piece which are equal in size and in an isosceles right triangle shape. The cloth connecting pieces capable of being repeatedly separated and connected are arranged on the bevel edges of the first triangular cloth piece, the second triangular cloth piece, the third triangular cloth piece and the fourth triangular cloth piece, one right-angle edge and the bevel edge parallel line at the same position.
The one-piece dress has two types which can be switched, and the two types are as follows:
the method has the following steps: single-shoulder one-piece dress
The first triangular cloth piece and the second triangular cloth piece are connected together through right-angle edges with cloth connecting pieces, and the two bevel edges are parallel to each other to form a front garment piece. The right-angle sides with the cloth connecting pieces on the third triangular cloth piece and the fourth triangular cloth piece are connected together, and the two bevel edges are parallel to each other to form a rear garment piece.
The two side edges of the front garment piece and the rear garment piece are connected together through a cloth connecting piece to form a garment body main body. The higher of the two side seams of the main body is a shoulder covering side seam, and the lower side seam is a shoulder exposing side seam. The cloth connecting pieces on the shoulder covering side seams, which are higher than the top ends of the shoulder exposing side seams, are separated to form two sections of shoulder belt cloth pieces. The ends of the two shoulder strap cloth pieces are knotted.
And (2) a second style: double-shoulder one-piece dress
The first triangular cloth piece and the second triangular cloth piece are connected together through the cloth connecting pieces on the parallel lines of the bevel edges to form a front garment piece. The third triangular cloth piece and the fourth triangular cloth piece are connected together through the cloth connecting pieces on the parallel lines of the bevel edges to form the rear garment piece.
The two side edges of the front garment piece and the rear garment piece are connected together through a cloth connecting piece to form a garment body main body. The cloth connecting pieces at the tops of the two side seams of the main body of the clothes are not connected to form four sections of shoulder strap cloth pieces. The end parts of the two shoulder strap cloth pieces on the same side are knotted to form two shoulder straps.
The invention has the beneficial effects that:
1. the invention cuts and splices the square raw material cloth pieces again in a diagonal cutting mode, can obtain the one-piece dress with two different styles, and can mutually switch the one-piece dress with the two styles in use under the condition of using the detachable cloth connecting piece, thereby increasing the clothes-wearing fun of a user.
2. The invention meets the design requirement of zero waste, does not generate waste cloth pieces in the production process, not only can effectively reduce the production cost of the clothes, but also can greatly reduce the pollution problem of the clothes production.
Drawings
FIG. 1 is a schematic view of a raw material sheet in example 1 of the present invention;
FIG. 2 is a schematic diagram of a cut raw material fabric sheet according to embodiment 1 of the present invention;
FIG. 3 is a schematic view of a front panel and a rear panel joined together according to example 1 of the present invention;
figure 4 is a schematic view of a one-shoulder dress produced in example 1 of the present invention;
FIG. 5 is a schematic view of a front panel and a rear panel joined together according to example 2 of the present invention;
figure 6 is a schematic view of a one-shoulder dress produced in example 2 of the present invention.
Detailed Description
The invention is further described below with reference to the accompanying drawings.
Example 1
A zero-waste garment production method based on diagonal segmentation comprises the following specific steps:
step one, taking a piece of raw material cloth. The raw cloth piece is square ABCD.
Step two, as shown in fig. 1, drawing two diagonal lines AC and BD on the raw material cloth, and dividing the square ABCD into four isosceles right triangle AOB, BOC, COD, DOA.
And step three, as shown in fig. 2, dividing the raw material cloth piece into a first triangular cloth piece 1, a second triangular cloth piece 2, a third triangular cloth piece 3 and a fourth triangular cloth piece 4 along the diagonals AC and BD. The first triangular cloth piece 1 is an isosceles right triangle AOB. The second triangular cloth piece 2 is an isosceles right triangle B 'O' C. The third triangular cloth piece 3 is an isosceles right triangle C 'O' D. The fourth gusset 4 is a right triangle D ' O ' A '.
And step four, as shown in fig. 3, overlapping and sewing a right-angle side (sides OB and CO') of the first gusset 1 and the second gusset 2, so that the bevel sides of the first gusset 1 and the second gusset 2 are parallel to each other, and obtaining a parallelogram-shaped front cut piece. Overlapping and sewing a right-angle side (side O 'C' and side D 'O') of the third gusset piece 3 and the fourth gusset piece 4, so that the bevel edges of the third gusset piece 3 and the fourth gusset piece 4 are parallel to each other, and obtaining a parallelogram-shaped rear garment piece.
And step five, as shown in figure 4, overlapping the front garment piece and the rear garment piece, and respectively overlapping two side seams (the edge B 'C and the edge AB) of the front garment piece and two side seams (the edge C' D and the edge A 'D') of the rear garment piece to form a garment body. The main body of the coat body is provided with an inclined shoulder surrounding collar line and an inclined lower hem. The two side seams of the main body of the coat are respectively sewn together. The higher of the two side seams of the main body is a shoulder covering side seam, and the lower side seam is a shoulder exposing side seam. The part of the shoulder covering side seam higher than the top end of the shoulder exposing side seam is not sewed to form two sections of shoulder belt cloth pieces. The end parts of the two shoulder belt cloth pieces are knotted to form shoulder decoration on one side. The top of the shoulder-exposed side seam forms the sleeve bottom of the garment. Thereby obtaining the single-shoulder dress with one side exposed and the other side provided with the shoulder belt.
In this example, the size of the raw material sheet was determined according to 84 women's table, and the control position was hip circumference, back length + waist-to-hip length, i.e., side length L of the raw material sheetABThe length of the back, waist and hip should be larger than the length of the back (73 cm) and a knotting margin is left. Meanwhile, the side length L of the raw material cloth pieceABAnd should also be greater than or equal to the hip circumference (i.e., 92 cm). Taking 1 cm of sewing head, and determining that the side length of the raw material cloth piece is greater than or equal to 95 cm through experiments, so that the side length of the raw material cloth piece is 95 cm.
Example 2
A zero-waste garment production method based on diagonal segmentation comprises the following specific steps:
step one, taking a piece of raw material cloth. The raw cloth piece is square ABCD.
Step two, as shown in fig. 1, drawing two diagonal lines AC and BD on the raw material cloth, and dividing the square ABCD into four isosceles right triangle AOB, BOC, COD, DOA.
And step three, as shown in fig. 2, dividing the raw cloth piece into a first gusset piece 1, a second gusset piece 2, a third gusset piece 3 and a fourth gusset piece 4 along the diagonal lines AC and BD. The first triangular cloth piece 1 is an isosceles right triangle AOB. The second triangular cloth piece 2 is an isosceles right triangle B 'O' C. The third triangular cloth piece 3 is an isosceles right triangle C 'O' D. The fourth gusset 4 is a right triangle D ' O ' A '.
And step four, as shown in fig. 5, overlapping and sewing the midpoint connecting lines of the right-angle sides of the first triangular cloth piece 1 and the second triangular cloth piece 2 (marked as a side EF after overlapping) to obtain a front cut piece. And overlapping and sewing the middle point connecting lines of the right-angle sides of the third triangular cloth piece 3 and the fourth triangular cloth piece 4 (marking the overlapped side as the side GH) to obtain a rear garment piece.
As an optional scheme, the triangular cloth piece formed by the connection line of the middle points of the right-angle sides and the surrounding of the top ends of the right angles on the first triangular cloth piece 1 and the edge of the triangular cloth piece formed by the connection line of the middle points of the right-angle sides and the surrounding of the top ends of the right angles on the second triangular cloth piece 2 are sewn together to form the front decoration formed by the double-layer cloth pieces. The triangular cloth piece formed by the connection line of the middle points of the right-angle sides on the third triangular cloth piece 3 and the top end of the right angle is sewn with the edge of the triangular cloth piece formed by the connection line of the middle points of the right-angle sides on the fourth triangular cloth piece 4 and the top end of the right angle, so that the back decoration formed by the double-layer cloth pieces is formed.
And step five, as shown in figure 6, overlapping the front garment piece and the rear garment piece, and respectively overlapping two side seams (the edge B 'C and the edge AB) of the front garment piece and two side seams (the edge C' D and the edge A 'D') of the rear garment piece to form a garment body. The main body of the coat is provided with a regular V-shaped neckline and an inverted V-shaped lower hem. The two side seams of the main body of the coat are respectively sewn together. One section of the top of the two side seams of the main body of the coat is not sewed to form four sections of shoulder strap cloth pieces. The end parts of the two shoulder strap cloth pieces on the same side are knotted to form two shoulder straps and corresponding armholes. Thereby obtaining the double-shoulder dress with knotted shoulders.
In this example, the size of the raw material sheet was determined according to 84 women's table, and the control position was hip circumference, back length + waist-to-hip length, i.e., side length L of the raw material sheetABShould be greater than or equal to the hip circumference, and the highest part of the skirt hem should be capable of covering the hip (i.e. 3/4. L)AB≥l2+l3+lsWherein L isABThe length of side of the raw material cloth piece l2The back length of the wearer, /)3The length from waist to hip of the wearer,/sThe balance of the knot). Through experiments, 1 cm of sewing head is taken, the side length of the raw material cloth piece is larger than or equal to 108 cm, and therefore the side length of the raw material cloth piece is taken to be 108 cm.
Example 3
The utility model provides a dress of variable style, is including No. one triangle cloth piece 1, No. two triangle cloth pieces 2, No. three triangle cloth pieces 3 and No. four triangle cloth pieces 4 that are isosceles right triangle. Zippers are arranged on the bevel edges, one right-angle edge and one bevel edge parallel line of the first triangular cloth piece 1, the second triangular cloth piece 2, the third triangular cloth piece 3 and the fourth triangular cloth piece 4. In the embodiment, the parallel lines of the inclined edges are the connecting lines of the middle points of the two right-angle edges of the isosceles right triangle.
The one-piece dress has two types which can be switched, and the two types are as follows:
the method has the following steps: single-shoulder one-piece dress
The right-angle edges of the first triangular cloth piece 1 and the second triangular cloth piece 2 with zippers are connected together, and the two bevel edges are parallel to each other to form a front garment piece. The right-angle sides of the third triangular cloth piece 3 and the fourth triangular cloth piece 4 with zippers are connected together, and the two bevel edges are parallel to each other to form a rear garment piece.
The two side edges of the front garment piece and the rear garment piece are connected together through a zipper to form a garment body main body. The higher of the two side seams of the main body is a shoulder covering side seam, and the lower side seam is a shoulder exposing side seam. The zipper of the part of the shoulder covering side seam higher than the top end of the shoulder exposing side seam is not connected to form two sections of shoulder belt cloth pieces. The end parts of the two shoulder belt cloth pieces are knotted to form shoulder decoration and armholes on one side.
The second style: double-shoulder one-piece dress
The zipper on the parallel lines of the bevel edges of the first triangular cloth piece 1 and the second triangular cloth piece 2 are connected together to form a front garment piece. The third triangular cloth piece 3 is connected with the zipper on the parallel line of the bevel edge of the fourth triangular cloth piece 4 to form a rear garment piece.
The two side edges of the front garment piece and the rear garment piece are connected together through a zipper to form a garment body main body. The partial zippers at the top of the two side seams of the coat body are not connected to form armholes, four sections of shoulder strap cloth pieces are formed in a conformal mode, the end portions of the two sections of shoulder strap cloth pieces on the same side are knotted, and the double-shoulder dress with the two shoulder straps is formed.

Claims (10)

1. A zero-waste garment production method based on diagonal segmentation is characterized by comprising the following steps: step one, taking a square raw material cloth piece;
step two, drawing two diagonal lines on the raw material cloth sheet;
step three, dividing the raw material cloth piece into a first triangular cloth piece (1), a second triangular cloth piece (2), a third triangular cloth piece (3) and a fourth triangular cloth piece (4) along two diagonal lines;
step four, overlapping and connecting a right-angle side of the first triangular cloth piece (1) and the second triangular cloth piece (2) together to obtain a parallelogram-shaped front garment piece; overlapping and connecting a right-angle side of the third triangular cloth piece (3) and a right-angle side of the fourth triangular cloth piece (4) to obtain a parallelogram-shaped rear garment piece;
step five, overlapping the front garment piece and the rear garment piece together to form a garment body main body; the two side seams of the coat body are respectively connected together; the higher of the two side seams of the main body of the coat is a shoulder covering side seam, and the lower side seam is a shoulder exposing side seam; the parts of the shoulder covering side seams higher than the top ends of the shoulder exposing side seams are not connected front and back to form two sections of shoulder belt cloth pieces; and knotting the end parts of the two shoulder strap cloth pieces, and exposing the top parts of the shoulder side seams to form a sleeve bottom to obtain the single-shoulder one-piece dress.
2. The diagonal segmentation-based zero-waste garment production method according to claim 1, wherein:the side length of the raw material cloth pieceL AB ≥l 1+l t Wherein, in the step (A),l 1is the hip circumference of the wearer,l t is the width of the seam head.
3. A zero-waste garment production method based on diagonal segmentation is characterized by comprising the following steps: step one, taking a square raw material cloth piece;
step two, drawing two diagonal lines on the raw material cloth sheet;
step three, dividing the raw material cloth piece into a first triangular cloth piece (1), a second triangular cloth piece (2), a third triangular cloth piece (3) and a fourth triangular cloth piece (4) along two diagonal lines;
step four, overlapping and connecting the parallel lines of the bevel edges of the first triangular cloth piece (1) and the second triangular cloth piece (2) at the same position together to obtain a front garment piece which is symmetrical left and right; overlapping and connecting the parallel lines of the bevel edges of the third triangular cloth piece (3) and the fourth triangular cloth piece (4) at the same position to obtain a left-right symmetrical rear garment piece;
step five, overlapping the front garment piece and the rear garment piece together to form a garment body main body; the two side seams of the clothes body main body are respectively connected together, and the tops of the two side seams of the clothes body main body are not connected as armholes and form four sections of shoulder belt cloth pieces; and knotting two sections of shoulder strap cloth pieces on the same side to form shoulder straps to obtain the double-shoulder dress.
4. The diagonal segmentation-based zero-waste garment production method according to claim 3, wherein the diagonal segmentation-based zero-waste garment production method comprises the following steps: the side length of the raw material cloth pieceL AB Satisfies the following formula: 3/4 ·L AB ≥l 2+l 3+l s (ii) a Wherein the content of the first and second substances,L AB the length of the side of the raw material cloth piece,l 2is the back length of the wearer,l 3the length from waist to hip of the wearer,l s the balance is knotted.
5. The diagonal segmentation-based zero-waste garment production method according to claim 3, wherein the diagonal segmentation-based zero-waste garment production method comprises the following steps: the parallel line of the hypotenuse is the connecting line of the midpoints of the two right-angle sides.
6. The diagonal segmentation-based zero-waste garment production method according to claim 3, wherein the diagonal segmentation-based zero-waste garment production method comprises the following steps: in the front cut piece, a triangular cloth piece I (1) and a triangular part II (2) which are turned outwards are connected together to form double-layer front decoration; in the back cut piece, a third triangular cloth piece (3) and a fourth triangular cloth piece (4) are connected together to form double-layer back decoration.
7. A diagonal segmentation based zero-waste garment production method as claimed in claim 1 or 3, wherein: the two pieces of cloth are connected by a cloth connecting piece which can be repeatedly separated and connected.
8. The diagonal segmentation-based zero-waste garment production method according to claim 7, wherein: the cloth connecting piece is a zipper, a snap fastener or a button.
9. A diagonal segmentation based zero-waste garment production method as claimed in claim 1 or 3, wherein: the connection mode between the two cloth pieces is sewing.
10. The one-piece dress of variable style which characterized in that: comprises a first triangular cloth piece (1), a second triangular cloth piece (2), a third triangular cloth piece (3) and a fourth triangular cloth piece (4) which are equal in size and form an isosceles right triangle; the cloth connecting pieces capable of being repeatedly separated and connected are arranged on the bevel edges of the first triangular cloth piece (1), the second triangular cloth piece (2), the third triangular cloth piece (3) and the fourth triangular cloth piece (4), one of the right-angle edges and the parallel line of the bevel edges at the same position;
the one-piece dress has two types which can be switched, and the two types are as follows:
the method has the following steps: single-shoulder one-piece dress
The first triangular cloth piece (1) and the second triangular cloth piece (2) are connected together through a right-angle edge with a cloth connecting piece, and two bevel edges are parallel to each other to form a front garment piece; the third triangular cloth piece (3) and the fourth triangular cloth piece (4) are connected together by a right-angle side with a cloth connecting piece, and two bevel edges are parallel to each other to form a rear garment piece;
the two side edges of the front garment piece and the rear garment piece are connected together through a cloth connecting piece to form a garment body main body; the higher of the two side seams of the main body of the coat is a shoulder covering side seam, and the lower side seam is a shoulder exposing side seam; separating the cloth connecting piece on the shoulder covering side seam, which is higher than the top end of the shoulder exposing side seam, to form two sections of shoulder belt cloth pieces; the end parts of the two shoulder strap cloth pieces are knotted;
the second style: double-shoulder one-piece dress
The first triangular cloth piece (1) is connected with the cloth connecting piece on the parallel line of the bevel edge of the second triangular cloth piece (2) to form a front garment piece; the third triangular cloth piece (3) is connected with the cloth connecting piece on the bevel edge parallel line of the fourth triangular cloth piece (4) to form a rear garment piece;
the two side edges of the front garment piece and the rear garment piece are connected together through a cloth connecting piece to form a garment body main body; partial cloth connecting pieces at the tops of the two side seams of the clothes body main body are not connected to form four sections of shoulder belt cloth pieces; the end parts of the two shoulder strap cloth pieces on the same side are knotted to form two shoulder straps.
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