Multi-style automatic generation system and method based on garment customization

Abstract

The invention discloses a multi-style automatic generation system based on garment customization. The multi-style automatic generation system comprises a prototype garment module serving as a customer try-on basis and an adjusting module used for connecting all parts of prototype garments and making targeted adjustment. According to the multi-style automatic generation system based on garment customization, the mode that the prototype garment made of thickened canvas is tried on and adjusted is adopted, the specially-customized prototype garment is made, conversion and reformation can be carried out on the basis of the prototype garment in the subsequent process of making different styles of garments, and the production efficiency is improved. Therefore, when the body type of a customer does not change greatly, the customer can make different styles of attachment and does not need to carry out repeated body measurement fitting, and the body measurement data of the upper crotch length is added, so that the customer can carry out targeted adjustment of the upper and lower garment proportion according to the new increment body data of the upper crotch length when customizing different types of garments; the situation that the upper and lower clothes are not well matched after adaptive adjustment is avoided, and meanwhile inconvenience in the measuring process is avoided.

Description

Technical Field

[0001] The present invention relates to the technical field of clothing production, and in particular to a system and method for automatically generating multiple styles based on clothing customization. Background Art

[0002] The most common clothing pattern making method uses the proportional pattern making method. The proportional method is a relatively direct form of plane structure drawing. After measuring the size of the main parts of the human body, the finished size of each control part of the clothing is obtained according to the style, season, material texture and the wearer's habits, and the appropriate amount of relaxation is added. Then, the size of these control parts is used to calculate other detailed sizes in a certain proportion to draw the clothing structure diagram. It can even be directly drawn and cut on the fabric. This method is suitable for clothing with simple structure, fixed style and small changes, such as shirts, uniforms of various industries and loose clothing with a strong sense of flatness. The use of the proportional method can reduce costs and improve work efficiency. However, when tailors make clothes using the proportional pattern making method, they need to use a tape measure first. Measure the customer's body. If the customer wants a certain style of clothing, the tailor will measure a set of indicators corresponding to the style of clothing. One person and one style of clothing correspond to a set of data. Different people and different styles of clothing correspond to different data. Therefore, every time a new set of clothing is made, the data must be measured. If the customer needs to make new clothes but is out of town, the data cannot be measured, and new clothes of different styles cannot be made. At the same time, the proportional plate making method needs to measure the full crotch length when measuring. Measuring the full crotch length actually requires passing the tape measure from the customer's front belly button around the crotch to the back waist. This process is not only very troublesome but also inconvenient to operate due to sensitive parts. Therefore, a multi-style automatic generation system and method based on clothing customization is proposed. Summary of the invention

[0003] The purpose of the present invention is to provide a system and method for automatically generating multiple styles based on clothing customization, so as to solve the problem of unchanged clothing manufacturing mentioned in the above background technology.

[0004] To achieve the above object, the present invention provides the following technical solution: a system for automatically generating multiple styles based on clothing customization, comprising:

[0005] Prototype clothing module: as the basis for customers to try on;

[0006] Adjustment module: used to connect the various parts of the prototype clothing and make targeted adjustments

[0007] Body measurement module: records customer body measurement data;

[0008] Detection module: detects whether the state of the garment meets expectations based on the type of clothing;

[0009] Conversion module: convert and adjust various data according to different clothing types.

[0010] Preferably, the prototype clothing module includes: a top prototype, a skirt prototype and a trouser prototype, and the top prototype, the skirt prototype and the trouser prototype are made of thickened canvas, the adjustment module includes pins connected to the slits of the prototype clothing, adjustment drawstrings at the armholes, adjustment drawstrings at the waist, and adjustment drawstrings at the lower hem and trouser legs, and the body measurement module includes: an instrument for measuring the customer's height, a tape measure for measuring the size of various parts of the customer, and an electronic device for recording data.

[0011] Preferably, the detection module includes: a prototype garment made according to the data adjusted by the conversion module, and judging whether the state of the finished garment meets expectations by observing whether the prototype garment fits well and is balanced after the customer wears it. The conversion module reads the data recorded by the measurement module and performs targeted adjustments according to a preset adjustment ratio.

[0012] A method for automatically generating multiple styles based on clothing customization comprises the following steps:

[0013] S1. Select the appropriate size of one-size-fits-all prototype clothing according to the customer's body size;

[0014] S2. After the customer puts on the one-size prototype garment, observe how the prototype garment fits the customer's body curve;

[0015] S3. Adjust the prototype garment by adjusting the pins until the prototype garment is appropriately tight;

[0016] S4. Adjust the armhole, waist, lower skirt and trouser legs of the prototype garment by pulling the adjustment drawstring;

[0017] S5. Take measurements of the customer and record them in an electronic record sheet;

[0018] S6. Put the prototype garment on the customer and observe whether each part of the prototype garment fits the wearer's body well;

[0019] S7. Observe whether the horizontal and vertical base lines of the prototype garment are aligned;

[0020] S8. Make targeted adjustments to the dimensions of each part of the prototype garment according to the type of garment the customer requires.

[0021] Preferably, the body measurement indicators in S5 include: height, weight, neck circumference, shoulder width, lower shoulder width, back middle length, arm end circumference, upper arm circumference, elbow circumference, wrist circumference, palm circumference, arm length, front length, BP length, upper chest width, front chest width, upper chest circumference, chest circumference, lower chest circumference, waist circumference, waist height, hip circumference, lower hip circumference, thigh circumference, inseam length, knee circumference, knee height and ankle circumference.

[0022] Preferably, the body measurement index in S5 also includes: upper crotch length, which is equal to the value of waist height minus the value of lower crotch length, the waist height is the height from the lowest point of the lower end of the human ribs to the ground, and the lower crotch length is the height from the crotch thigh root to the ground.

[0023] Preferably, the fit judgment criteria of the coat prototype in S6 are the fit of the collar, the fit of the armholes and the fit of the hem.

[0024] Preferably, the fit judgment criteria of the skirt prototype in S6 are fit to the front abdomen, fit to the back hips and fit to the side seams.

[0025] Preferably, the fit judgment criteria of the S6 mid-pants prototype are front dragon gate fit, back dragon gate fit and waist fit.

[0026] Preferably, in S7, the basic line balance standard of the top prototype is the balance of the chest line and the waist line, and the basic line balance standard of the skirt prototype and the trousers prototype is the balance of the waist line and the crotch line.

[0027] Compared with the prior art, the invention has the following beneficial effects: the multi-style automatic generation system based on clothing customization:

[0028] 1. Use the prototype clothes made of thickened canvas for trial fitting and adjustment to make customized prototype clothes. In the subsequent production of different styles of clothing, the prototype clothes can be converted and modified, so that when the customer's body shape does not change significantly, different styles can be produced without repeated measurements and fittings;

[0029] 2. Furthermore, by using the newly added measurement data of the upper crotch length, customers can make targeted adjustments to the proportions of upper and lower garments according to the newly added measurement data of the upper crotch length when customizing different types of clothing, thereby avoiding the situation where the upper and lower garments are not well matched after adaptive adjustments. At the same time, the inconvenience of the measurement process can be avoided by omitting the process of measuring the entire crotch length. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 It is a schematic diagram of the operation flow structure of the system of the present invention. DETAILED DESCRIPTION

[0031] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions 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.

[0032] See also Figure 1The present invention provides a technical solution: a multi-style automatic generation system based on clothing customization, comprising:

[0033] Prototype clothing module: As the basis for customers to try on, the prototype clothing module includes: top prototype, skirt prototype and trousers prototype, and the top prototype, skirt prototype and trousers prototype are made of thickened canvas. By selecting prototype clothes of appropriate size for customers to wear, the tailor can modify the prototype clothes based on the standard size, so that the prototype clothes can perfectly fit the customer's body shape.

[0034] Adjustment module: used to connect various parts of the prototype garment and make targeted adjustments. The adjustment module includes pins connected to the slits of the prototype garment, adjustment drawstrings at the armholes, adjustment drawstrings at the waist, and adjustment drawstrings at the lower hem and trouser legs. During the adjustment process of the prototype garment, the pins connected to the slits of the prototype garment are used to adjust the overall size of the prototype garment, and then the adjustment drawstrings at the armholes, adjustment drawstrings at the waist, and adjustment drawstrings at the lower hem and trouser legs are used to adjust the size of the armholes, waist, lower hem and trouser legs of the prototype garment. After the adjustment is completed, the positions of the pins and the adjustment positions of the adjustment drawstrings are marked to facilitate the subsequent adjustment and restoration of the prototype garment pattern.

[0035] Body measurement module: records the customer's body measurement data. The body measurement module includes: an instrument for measuring the customer's height, a tape measure for measuring the size of each part of the customer, and an electronic device for recording data. By measuring and recording the size of each part, basic data can be obtained when adjusting different types of clothing later.

[0036] Detection module: detects whether the state of the finished garment meets expectations according to the type of clothing. The detection module includes: a prototype garment made according to the data adjusted by the conversion module, and judges whether the state of the finished garment meets expectations by observing whether the prototype garment fits well and is balanced after the customer puts on the customized prototype garment. When the customer puts on the customized prototype garment, judges whether the prototype garment fits well through observation and customer feedback. If it does not fit well, adjust the prototype garment again until it fits well.

[0037] Conversion module: converts and adjusts various data according to different clothing types. The conversion module reads the data recorded by the body measurement module and makes targeted adjustments according to the preset adjustment ratio. It makes adaptive adjustments according to the size characteristics of different types of clothing to facilitate the subsequent production of finished clothes.

[0038] A method for automatically generating multiple styles based on clothing customization comprises the following steps:

[0039] 1. Select the appropriate size of one-size-fits-all prototype clothing according to the customer's body size;

[0040] 2. After the customer puts on the one-size prototype garment, observe how well the prototype garment fits the customer's body curve;

[0041] 3. Adjust the prototype garment by adjusting the pins until the prototype garment is appropriately tight;

[0042] 4. Adjust the armhole, waist, lower skirt and trouser legs of the prototype garment by pulling the adjustment drawstring;

[0043] 5. Take measurements of the customer and record them in an electronic record sheet;

[0044] 6. Put the prototype garment on the customer and observe whether the various parts of the prototype garment fit the wearer's body;

[0045] 7. Observe whether the horizontal and vertical base lines of the prototype garment are aligned, which together with step 6 constitutes the standard of fit, collectively known as two-balance three-fu fit;

[0046] 8. Make targeted adjustments to the dimensions of each part of the prototype garment according to the type of garment the customer requires.

[0047] The body measurement indicators include: height, weight, neck circumference, shoulder width, lower shoulder width, back center length, arm circumference, upper arm circumference, elbow circumference, wrist circumference, palm circumference, arm length, front length, BP length, upper chest width, front chest width, upper chest circumference, chest circumference, lower chest circumference, waist circumference, waist height, hip circumference, lower hip circumference, thigh circumference, inseam length, knee circumference, knee height and ankle circumference.

[0048] The body measurement indicators also include: upper crotch length, which is equal to the waist height minus the lower crotch length. The waist height is the height from the lowest point of the lower end of the human ribs to the ground, and the lower crotch length is the height from the crotch of the pants to the ground.

[0049] The fit criteria for the prototype of the top are the fit of the collar, the fit of the armholes and the fit of the hem.

[0050] The fit criteria for the skirt prototype are fit in the front abdomen, back hips and side seams.

[0051] The criteria for judging whether the pants prototype fits well are the front dragon gate fit, the back dragon gate fit and the waist fit.

[0052] The basic line balance standard for the prototype of mid-tops is the balance of the bust line and the waist line. The basic line balance standard for the prototype of skirts and pants is the balance of the waist line and the crotch line.

[0053] 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 multi-style automatic generation system based on clothing customization, characterized in that: include: Prototype clothing module: as the basis for customers to try on; Adjustment module: used to connect the various parts of the prototype clothing and make targeted adjustments Body measurement module: records customer body measurement data; Detection module: detects whether the state of the garment meets expectations based on the type of clothing; Conversion module: convert and adjust various data according to different clothing types.

2. The system for automatically generating multiple styles based on clothing customization according to claim 1, characterized in that: The prototype clothing module includes: a top prototype, a skirt prototype and a trouser prototype, and the top prototype, the skirt prototype and the trouser prototype are made of thickened canvas. The adjustment module includes pins connected to the slits of the prototype clothing, adjustment drawstrings at the armholes, adjustment drawstrings at the waist, and adjustment drawstrings at the lower hem and trouser legs. The body measurement module includes: an instrument for measuring the customer's height, a tape measure for measuring the size of each part of the customer, and an electronic device for recording data.

3. The system for automatically generating multiple styles based on clothing customization according to claim 1 is characterized in that: The detection module includes: a prototype garment made according to the data adjusted by the conversion module, and judging whether the state of the finished garment meets expectations by observing whether the prototype garment fits well and is balanced after the customer wears it. The conversion module reads the data recorded by the measurement module and performs targeted adjustments according to a preset adjustment ratio.

4. A method for automatically generating multiple styles based on clothing customization, characterized in that: The steps include: S1. Select the appropriate size of one-size-fits-all prototype clothing according to the customer's body size; S2. After the customer puts on the one-size prototype garment, observe how the prototype garment fits the customer's body curve; S3. Adjust the prototype garment by adjusting the pins until the prototype garment is appropriately tight; S4. Adjust the armhole, waist, lower skirt and trouser legs of the prototype garment by pulling the adjustment drawstring; S5. Take measurements of the customer and record them in an electronic record sheet; S6. Put the prototype garment on the customer and observe whether each part of the prototype garment fits the wearer's body well; S7. Observe whether the horizontal and vertical base lines of the prototype garment are aligned; S8. Make targeted adjustments to the dimensions of each part of the prototype garment according to the type of garment the customer requires.

5. The method for automatically generating multiple styles based on clothing customization according to claim 4 is characterized in that: The S5 body measurement indicators include: height, weight, neck circumference, shoulder width, lower shoulder width, middle back length, arm end circumference, upper arm circumference, elbow circumference, wrist circumference, palm circumference, arm length, front length, BP length, upper chest width, front chest width, upper chest circumference, chest circumference, lower chest circumference, waist circumference, waist height, hip circumference, lower hip circumference, thigh circumference, inseam length, knee circumference, knee height and ankle circumference.

6. The method for automatically generating multiple styles based on clothing customization according to claim 4, characterized in that: The body measurement index in S5 also includes: upper crotch length, which is equal to the value of waist height minus the value of lower crotch length, the waist height is the height from the lowest point of the lower end of the human ribs to the ground, and the lower crotch length is the height from the crotch thigh root to the ground.

7. The method for automatically generating multiple styles based on clothing customization according to claim 4, characterized in that: The fit judgment criteria of the top prototype in S6 are the fit of the collar, the fit of the armholes and the fit of the hem.

8. The method for automatically generating multiple styles based on clothing customization according to claim 4, characterized in that: The fit criteria for the S6 mid-skirt prototype are fit at the front abdomen, fit at the back hips and fit at the side seams.

9. The method for automatically generating multiple styles based on clothing customization according to claim 4, characterized in that: The fit judgment criteria of the S6 mid-pants prototype are fit at the front dragon gate, fit at the back dragon gate and fit at the waist.

10. The method for automatically generating multiple styles based on clothing customization according to claim 4, characterized in that: The basic line balance standard of the prototype of the top in S7 is the balance of the chest line and the waist line, and the basic line balance standard of the prototype of the skirt and the prototype of the pants is the balance of the waist line and the crotch line.

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