Pattern making method of clothing sleeve type gloves
By using sleeve glove plate making method in glove plate making, the problems of cumbersome and difficult design in the existing technology are solved, and intuitive sleeve glove cutting and rich glove clothing design are realized, which meets consumer needs and improves the efficiency of plate making.
Patent Information
- Application Number
- CN202510132398.2
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-02-06
- Publication Date
- 2025-05-06
AI Technical Summary
The existing glove plate making methods are cumbersome, making it difficult to intuitively understand the cutting and styling techniques of sleeve gloves, and it is difficult to meet consumer needs when designing glove-style clothing.
A method of making plates for clothing sleeve gloves is adopted. By determining the arc length of the front and rear armholes, drawing the slash lines and side turning surface lines, combining the curvature and slight arc lines, forming the basic structural lines of the sleeve, sleeve body, thumb hole and glove tube, and then making sleeves.
It has realized that clothing stylers intuitively understand the skills of sleeve glove cutting, enriched designers' choices when designing glove-style clothing, met consumers' demand for sleeve glove products, and improved the efficiency of plate making and flexibility in clothing production.
Smart Images
Figure CN119924604A_ABST
Abstract
Description
Technical Field
[0001] The invention relates to the field of clothing technical manufacturing, in particular to a method for making a pattern of clothing sleeve-type gloves. Background Art
[0002] The pattern making method of gloves in the industry is relatively complicated. The structure of human fingers and drawing are different subjects for clothing pattern makers. Gloves are used as an accessory to match clothing (such as Figure 1 ).
[0003] In today's market, according to user experience, a simple design with a thumb hole 11 and a wearing demand are very popular (such as Figure 2 ). If the pattern is made and the clothing is designed in the same way as gloves, the clothing craftsmanship will also be difficult, and the cost will also affect the gross profit margin of the entire clothing.
[0004] In view of this, the inventor of this case conducted in-depth research on the above-mentioned issues, which resulted in this case. Summary of the invention
[0005] The purpose of the present invention is to provide a method for making a pattern of a sleeve-type glove for clothing, so that a clothing pattern maker can more intuitively understand the cutting pattern skills and processing methods of the sleeve gloves, and can also enrich the designers in designing glove-type clothing styles, while meeting the needs of consumers and users for such products.
[0006] In order to achieve the above object, the present invention adopts such technical solution: A method for making a pattern of a clothing sleeve type glove comprises the following steps: S1: Determine the arc length of the front and back armholes. The arc length of the front armhole = the arc length of the back armhole - 1~1.5CM. On the baseline, take point b as the center and the arc length of the front and back armholes as the length. Determine the two end points a and c, which are the back sleeve fat ab and the front sleeve fat bc respectively. S2: Draw a vertical line segment with point b as the baseline. The vertical line segment is the sleeve cap height bd. Sleeve cap height bd=1 / 2 (back sleeve width ab+front sleeve width bc)*0.55~0.75. Note the vertex d of the sleeve cap height bd, and draw sleeve cap slant lines to both sides, namely the back sleeve cap slant line ad and the front sleeve cap slant line cd. S3: Take the middle point of the back sleeve fat ab as point e, the middle point of the front sleeve fat bc as point f, draw two vertical lines from point e and point f, which are the back sleeve side turning surface line and the front sleeve side turning surface line respectively, draw the back armhole curve with the back sleeve side turning surface line as the symmetry line, and draw the front armhole curve with the front armhole arc line as the symmetry line; S4: Draw points g and h on the back sleeve seam slant line ad. Points g and h are the points that are divided into three equal parts on the back sleeve seam slant line ad in sequence. Take point a as the starting point and draw curvature 1 and curvature 2 respectively. The curvature close to point a on the back sleeve seam slant line ad is curvature 1, and the curvature close to point d is curvature 2. The two endpoints of curvature 1 are point a and point g. The distance from curvature 1 to the back sleeve seam slant line ad = the distance from the back armhole curve to the back sleeve seam slant line ad. Curvature 1 is below the back sleeve seam slant line ad. The two endpoints of curvature 2 are point g and point d. The highest point of curvature 2 is the back sleeve peak throwing point, and its distance to the back sleeve seam slant line ad is 2.3CM. Curvature 2 is above the back sleeve seam slant line ad. Draw points i, j and k on the front sleeve seam slant line ad. Points i, j and k are the four equal points set in sequence on the front sleeve seam slant line dc. Take point c as the starting point, draw curvature three and curvature four respectively. The curvature close to point c on the front sleeve seam slant line cd is curvature three, and the curvature close to point d is curvature four. The two endpoints of curvature three are point c and point j. The distance from curvature three to the front sleeve seam slant line ad = the distance from the front armhole curve to the front sleeve seam slant line ad. Curvature three is below the front sleeve seam slant line ad. The two endpoints of curvature four are point j and point d. The highest point of curvature four is the front sleeve peak throwing point, and its distance to the front sleeve seam slant line ad is 1.5CM. Curvature four is above the front sleeve seam slant line ad. S5: Connect point a, curvature 1, point g, curvature 2, point d, curvature 4, point j, curvature 3, and point b to form a complete sleeve cap arc. The sleeve cap arc is greater than the sum of the arc lengths of the front and back armholes. The difference between the two arcs is used to calculate the seam shrinkage when sewing the sleeve cap. S6: The center line of the sleeve is determined by half of the connecting line segment ab of the back sleeve fat ab and the front sleeve fat bc, and the cuff is divided equally. The endpoints of the two ends of the cuff are marked as point l and point m. The drawing size of the sleeve length and the cuff depends on the clothing style. Connect point a and point l and connect point b and point m to determine the sleeve elbow position, which is 1 / 2 sleeve length + 3. S7: Connect the complete sleeve cap arc and cuff to form the sleeve body; S8: According to the triangle chord length theorem, move the intersection of the back sleeve cap line ad and the back armhole up by 1-2CM, record point n, move the intersection of the front sleeve cap line ad and the front armhole up by 1-2CM, record point o, connect point n and point o, the back sleeve cap arc bottom is arc nb, the front sleeve cap arc bottom is arc ob, draw the back sleeve cap arc bottom curve and the front sleeve cap arc bottom curve with line segment no as the symmetry line between the back sleeve cap arc bottom nb and the front sleeve cap arc bottom ob, connect the back sleeve cap arc bottom nb, the back sleeve cap arc bottom curve, the front sleeve cap curve and the front sleeve cap arc bottom ob to form an ellipse; S9: Determine the thumb hole position on the front sleeve. The thumb hole position on the front sleeve depends on the style of the garment. Reduce the oval of S8 by 75% to obtain the thumb hole size. Take out the sleeve cap, sleeve elbow and the line segment connecting the two, and reduce them by 75% to form the glove tube; S10: Combine the sleeve cap, sleeve body, thumb hole and glove tube for drawing; S11: Select the grey fabric, and mark the basic structural lines of the sleeve cap, sleeve body, thumb hole and glove tube on the grey fabric according to the data of S10; S12: Make the frame structure of the sleeve according to the basic structural line and make the sleeve pattern; S13: Extracting samples, adding seam allowances and sewing pieces.
[0007] Further, S31: with point a as the base point, the back armhole curve is rotated and corrected in a direction away from the front armhole, and the correction coefficient is 0.5~0.1; with point f as the base point, the front armhole curve is rotated and corrected in a direction close to the back armhole, and the correction coefficient is 0.5~0.1.
[0008] Further, S6: The length of the cuff 1m is 18CM and the sleeve length is 61CM.
[0009] Further, S8: the distance between the center point of the thumb hole on the front sleeve and the cuff lm is 6CM, and the distance between the center point of the thumb hole on the front sleeve bm is 4.5CM.
[0010] Further, S1 to S10 are drawn in a computer, and the computer output is connected to a die cutting machine, and the die cutting machine cuts a plate on the PVC board.
[0011] Further, S1 to S10 are directly drawn on the top.
[0012] By adopting the above-mentioned design scheme, the beneficial effects of the present invention are: by combining the method for preparing the sleeve structure of the garment to change the proportion, a sleeve-shaped glove pattern structure of the garment is intuitively realized, the pattern making method enables the garment to perfectly integrate the functions of the sleeve and the glove, and enables the garment pattern maker to more intuitively understand the cutting pattern skills and processing methods of the sleeve glove, and can also enrich the designer's design of glove-shaped garment styles, and at the same time meet the needs of consumers and users for such products. BRIEF DESCRIPTION OF THE DRAWINGS
[0013] Figure 1 It is a schematic diagram of the plate making of gloves in the prior art; Figure 2 It is a schematic diagram of the structure of a sleeve-type glove in the prior art; Figure 3 It is a structural schematic diagram of the present invention; Figure 4 This is a schematic diagram of the structure of the present invention worn on a human hand; Figure 5 It is a schematic diagram of the structure of the front and rear armholes in the present invention; Figure 6 It is a schematic diagram of the structure of the front and rear armholes and sleeve caps in the present invention; Figure 7 It is a schematic diagram of the structure of the front and rear armholes, sleeve caps and sleeve body in the present invention; Figure 8 It is a schematic diagram of the structure of the sleeve cap, sleeve body, thumb hole and glove tube in the present invention; In the figure: a front armhole 11, a back armhole 12, a front sleeve side turning line 21, a back sleeve side turning line 22, a first front armhole curve 31', a second front armhole curve 31, a first back armhole curve 32', a second back armhole curve 32, a curvature 1 41, a curvature 2 42, a curvature 3 43, a curvature 44, a sleeve cap 5, a sleeve cap arc bottom curve 51, a back sleeve cap arc bottom curve 52, a cuff 6, a sleeve length 71, a sleeve elbow position 72, a sleeve body 8, a thumb hole 9, and a glove tube 10. DETAILED DESCRIPTION
[0014] The following is a clear and complete description of the technical solutions in the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.
[0015] Figures 3 to 8 From the investigation and analysis, it is concluded that the general clothing structure with thumb holes is divided into hole-reserved type and interlocking type. Because the thumb of the human body is located at the bottom of the sleeve towards the middle of the sleeve, if the sewing thread at the hole position has no elasticity or the length of the knot is unreasonable, it is easy to cause discomfort in wearing. Therefore, this patent describes a clothing sleeve glove, that is, the thumb cover is a new structure made by shrinking the structure of the clothing sleeve pattern making method.
[0016] A method for making a pattern of a clothing sleeve type glove comprises the following steps: S1: Determine the arc length of the front and back armholes. The arc length of the front armhole 11 = the arc length of the back armhole 12 - 1~1.5CM. On the baseline, take point b as the center, the arc length of the front and back armholes as the length, and determine the two end points a and c, which are the back sleeve fat ab and the front sleeve fat bc respectively; S2: Draw a vertical line segment with point b as the baseline. The vertical line segment is the sleeve cap height bd. Sleeve cap height bd=1 / 2 (back sleeve width ab+front sleeve width bc)*0.55~0.75. Note the vertex d of the sleeve cap height bd, and draw sleeve cap slant lines to both sides, namely the back sleeve cap slant line ad and the front sleeve cap slant line cd. S3: Take the middle point of the back sleeve fat ab as point e, the middle point of the front sleeve fat bc as point f, draw two vertical lines from point e and point f, which are the back sleeve side turning surface line 22 and the front sleeve side turning surface line 21 respectively, draw a first back armhole curve 32' with the back sleeve side turning surface line 22 as the symmetry line of the arc of the back armhole 12, and draw a first front armhole curve 31' with the front sleeve side turning surface line 21 as the symmetry line of the arc of the front armhole 11; S31: With point a as the base point, the first rear armhole curve 32' is rotated and corrected in a direction away from the front armhole 11, and the correction coefficient is 0.5-0.1, so as to obtain the second rear armhole curve 32; with point f as the base point, the first front armhole curve 31' is rotated and corrected in a direction close to the rear armhole 12, and the correction coefficient is 0.5-0.1, so as to obtain the second front armhole curve 31; S4: Draw points g and h on the back sleeve seam slant line ad. Points g and h are points that are divided into three equal parts in sequence on the back sleeve seam slant line ad. With point a as the starting point, draw curvature 1 41 and curvature 2 42 respectively. The curvature close to point a on the back sleeve seam slant line ad is curvature 1 41, and the curvature close to point d is curvature 2 42. The two endpoints of curvature 1 41 are point a and point g. The distance from curvature 1 41 to the back sleeve seam slant line ad = the distance from the back armhole 12 curve to the back sleeve seam slant line ad. Curvature 1 41 is below the back sleeve seam slant line ad. The two endpoints of curvature 2 42 are point g and point d. The highest point of curvature 2 42 is the back sleeve peak throwing point, and its distance to the back sleeve seam slant line ad is 2.3CM. Curvature 2 42 is above the back sleeve seam slant line ad. Draw points i, j and k on the front sleeve seam slant line ad. Points i, j and k are the four equal points set in sequence on the front sleeve seam slant line dc. Take point c as the starting point and draw curvature three 43 and curvature four 44 respectively. The curvature close to point c on the front sleeve seam slant line cd is curvature three 43, and the curvature close to point d is curvature four 44. The two endpoints of curvature three 43 are point c and point j. The distance from curvature three 43 to the front sleeve seam slant line ad = the distance from the front armhole 11 curve to the front sleeve seam slant line ad. Curvature three 43 is below the front sleeve seam slant line ad. The two endpoints of curvature four 44 are point j and point d. The highest point of curvature four 44 is the front sleeve peak throwing point, and its distance to the front sleeve seam slant line ad is 1.5CM. Curvature four 44 is above the front sleeve seam slant line ad. S5: connecting point a, curvature 1 41, point g, curvature 2 42, point d, curvature 4 44, point j, curvature 3 43, and point b to form a complete sleeve cap 5 arc. The arc of the sleeve cap 5 is greater than the sum of the arc lengths of the front and back armholes. The difference between the two arcs is used for the seam shrinkage when sewing the sleeve cap 5. S6: The center line of the sleeve is determined by half of the connecting line segment ab of the back sleeve fat ab and the front sleeve fat bc, and the cuff 6 is divided equally. The endpoints of the two ends of the cuff 6 are marked as points l and m. The drawing size of the sleeve length 71 and the cuff 6 depends on the clothing style. The sleeve elbow position 72 is determined by connecting point a and point l and connecting point b and point m. The sleeve elbow position 72=1 / 2 sleeve length 71+3; preferably, the length of the cuff 6 is 18CM, and the sleeve length 71 is 61CM; S7: Connect the arc of the complete sleeve cap 5 and the cuff 6 to form the sleeve body 8; S8: According to the triangle chord length theorem, move the intersection of the back sleeve seam oblique line ad and the back armhole 12 upward by 1-2CM, record point n, move the intersection of the front sleeve seam oblique line ad and the front armhole 11 upward by 1-2CM, record point o, connect point n and point o, the back sleeve seam arc bottom is arc nb, the front sleeve seam arc bottom is arc ob, the back sleeve seam arc bottom nb and the front sleeve seam arc bottom ob are symmetrically drawn with line segment no as the back sleeve seam arc bottom curve 52 and the front sleeve seam arc bottom curve 51, connect the back sleeve seam arc bottom nb, the back sleeve seam arc bottom curve 52, the front sleeve seam arc bottom curve 51 and the front sleeve seam arc bottom ob to form an ellipse; preferably, the distance between the center point of the front sleeve thumb hole 10 and the cuff 6 is 6CM, and the distance between the center point of the front sleeve thumb hole 10 and the cuff 6 is 4.5CM; S9: Determine the thumb hole 9 on the front sleeve. The thumb hole 9 on the front sleeve depends on the style of the clothing. Reduce the oval of S8 by 75%, which is the size of the thumb hole 9. The sleeve cap 5, sleeve elbow 72 and the line segment connecting the two are removed and reduced by 75% to obtain the glove tube 10; S10: The sleeve cap 5, the sleeve body 8, the thumb hole 9 and the glove tube 10 are combined and drawn together; S11: Selecting a grey fabric, and marking the basic structural lines of the sleeve cap 5, the sleeve body 8, the thumb hole 9 and the glove tube 10 on the grey fabric according to the data of S10; S12: Make the frame structure of the sleeve according to the basic structural line and make the sleeve pattern; S13: Extracting samples, adding seam allowances and sewing pieces.
[0017] Further, S1 to S10 are drawn in a computer, and the computer output is connected to a die cutting machine, and the die cutting machine cuts a plate on the PVC board.
[0018] Further, S1 to S10 are directly drawn on the top.
[0019] The present invention also provides a method for processing ready-made clothes, comprising the following steps: S14, making a sleeve structure according to the pattern making method of sleeve-type gloves, connecting the body structure, the cap structure and the sleeve structure to achieve sleeve combination fission; S15. Make ready-made garments according to design requirements.
[0020] By adopting the above-mentioned design scheme, the beneficial effects of the present invention are: 1. The method of the present invention has a simple drawing process, is easy to implement, has strong operability and a high success rate.
[0021] 2. The method of the present invention mainly relies on the more reasonable arc length of the front and rear armholes, and draws the basic structural lines of the sleeve cap 5, sleeve body 8, thumb hole 9 and glove tube 10 on the basis of the front and rear armholes. This embodiment is easy to implement and the drawing can be successful in one time. Compared with the traditional drawing that requires repeated modifications, the plate making efficiency is greatly improved.
[0022] 3. The method of the present invention is suitable for promotion and use by clothing enterprises when carrying out mass production of clothing, and is also suitable for advanced customization processes.
[0023] By combining the method of configuring the sleeve structure of ready-made clothing to change the proportions, a clothing sleeve-shaped glove pattern structure is intuitively realized. The pattern making method enables the clothing to perfectly integrate the functions of sleeves and gloves, and can enable clothing pattern designers to more intuitively understand the cutting pattern techniques and processing methods of sleeve gloves. It can also enrich designers in designing glove-like clothing styles, while meeting the needs of consumers and users for such products.
[0024] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.
Claims
1. A method for making a plate of a clothing sleeve type glove, characterized in that: The following steps are involved: S1: Determine the arc length of the front and back armholes. The arc length of the front armhole = the arc length of the back armhole - 1~1.5CM. On the baseline, take point b as the center and the arc length of the front and back armholes as the length. Determine the two end points a and c, which are the back sleeve fat ab and the front sleeve fat bc respectively. S2: Draw a vertical line segment with point b as the baseline. The vertical line segment is the sleeve cap height bd. Sleeve cap height bd=1 / 2 (back sleeve width ab+front sleeve width bc)*0.55~0.
75. Note the vertex d of the sleeve cap height bd, and draw sleeve cap slant lines to both sides, namely the back sleeve cap slant line ad and the front sleeve cap slant line cd. S3: Take the middle point of the back sleeve fat ab as point e, the middle point of the front sleeve fat bc as point f, draw two vertical lines from point e and point f, which are the back sleeve side turning surface line and the front sleeve side turning surface line respectively, draw the back armhole curve with the back sleeve side turning surface line as the symmetry line, and draw the front armhole curve with the front armhole arc line as the symmetry line; S4: Draw points g and h on the back sleeve seam slant line ad. Points g and h are the points that are divided into three equal parts on the back sleeve seam slant line ad in sequence. Take point a as the starting point and draw curvature 1 and curvature 2 respectively. The curvature close to point a on the back sleeve seam slant line ad is curvature 1, and the curvature close to point d is curvature 2. The two endpoints of curvature 1 are point a and point g. The distance from curvature 1 to the back sleeve seam slant line ad = the distance from the back armhole curve to the back sleeve seam slant line ad. Curvature 1 is below the back sleeve seam slant line ad. The two endpoints of curvature 2 are point g and point d. The highest point of curvature 2 is the back sleeve peak throwing point, and its distance to the back sleeve seam slant line ad is 2.3CM. Curvature 2 is above the back sleeve seam slant line ad. Draw points i, j and k on the front sleeve seam slant line ad. Points i, j and k are the four equal points set in sequence on the front sleeve seam slant line dc. Take point c as the starting point, draw curvature three and curvature four respectively. The curvature close to point c on the front sleeve seam slant line cd is curvature three, and the curvature close to point d is curvature four. The two endpoints of curvature three are point c and point j. The distance from curvature three to the front sleeve seam slant line ad = the distance from the front armhole curve to the front sleeve seam slant line ad. Curvature three is below the front sleeve seam slant line ad. The two endpoints of curvature four are point j and point d. The highest point of curvature four is the front sleeve peak throwing point, and its distance to the front sleeve seam slant line ad is 1.5CM. Curvature four is above the front sleeve seam slant line ad. S5: Connect point a, curvature 1, point g, curvature 2, point d, curvature 4, point j, curvature 3, and point b to form a complete sleeve cap arc. The sleeve cap arc is greater than the sum of the arc lengths of the front and back armholes. The difference between the two arcs is used to calculate the seam shrinkage when sewing the sleeve cap. S6: The center line of the sleeve is determined by half of the connecting line segment ab of the back sleeve fat ab and the front sleeve fat bc, and the cuff is divided equally. The endpoints of the two ends of the cuff are marked as point l and point m. The drawing size of the sleeve length and the cuff depends on the clothing style. Connect point a and point l and connect point b and point m to determine the sleeve elbow position, which is 1 / 2 sleeve length + 3. S7: Connect the complete sleeve cap arc and cuff to form the sleeve body; S8: According to the triangle chord length theorem, move the intersection of the back sleeve cap line ad and the back armhole up by 1-2CM, record point n, move the intersection of the front sleeve cap line ad and the front armhole up by 1-2CM, record point o, connect point n and point o, the back sleeve cap arc bottom is arc nb, the front sleeve cap arc bottom is arc ob, draw the back sleeve cap arc bottom curve and the front sleeve cap arc bottom curve with line segment no as the symmetry line between the back sleeve cap arc bottom nb and the front sleeve cap arc bottom ob, connect the back sleeve cap arc bottom nb, the back sleeve cap arc bottom curve, the front sleeve cap curve and the front sleeve cap arc bottom ob to form an ellipse; S9: Determine the thumb hole position on the front sleeve. The thumb hole position on the front sleeve depends on the style of the garment. Reduce the oval of S8 by 75% to obtain the thumb hole size. Take out the sleeve cap, sleeve elbow and the line segment connecting the two, and reduce them by 75% to form the glove tube; S10: Combine the sleeve cap, sleeve body, thumb hole and glove tube for drawing; S11: Select the grey fabric, and mark the basic structural lines of the sleeve cap, sleeve body, thumb hole and glove tube on the grey fabric according to the data of S10; S12: Make the frame structure of the sleeve according to the basic structural line and make the sleeve pattern; S13: extracting samples, adding seam allowances and sewing pieces.
2. A method for making a pattern of a garment sleeve type glove according to claim 1, characterized in that: S31: With point a as the base point, the back armhole curve is rotated and corrected in the direction away from the front armhole, and the correction coefficient is 0.5~0.1; Taking point f as the base point, the front armhole curve is rotated and corrected in the direction closer to the back armhole, and the correction coefficient is 0.5~0.
1.
3. The method for making a pattern of a garment sleeve type glove according to claim 1, characterized in that: S6: The cuff length is 18CM and the sleeve length is 61CM.
4. The method for making a pattern of a garment sleeve type glove according to claim 1, characterized in that: S8: The distance between the center point of the thumb hole on the front sleeve and the cuff lm is 6CM, and the distance between the center point of the thumb hole on the front sleeve bm is 4.5CM.
5. The method for making a pattern of a garment sleeve type glove according to claim 1, characterized in that: S1 to S10 are drawn in a computer, and the computer output is connected to a die cutting machine, which cuts the plate on the PVC board.
6. The method for making a pattern of a garment sleeve type glove according to claim 1, characterized in that: S1 to S10 are drawn directly on the top.