CN104585946A - Lining method for custom-tailoring of top-grade non-adhesive interlining business suit - Google Patents

Abstract

The invention discloses a lining method suitable for custom-made high-grade non-adhesive lining suits. The method includes the steps of tailoring, molding, blanking, lining, sewing and finishing; the lining used in the method and The fabric is specified by the customized customer; the tailor-made steps are tailored to the customized customer; the step of lining is carried out in a constant temperature and humidity studio, and the temperature and humidity in the constant temperature and humidity studio are determined according to the selected lining and fabric; Step modeling includes three-dimensional scanning of human body, making human body model, setting positioning device and installing human body model: the temperature and humidity in the constant temperature and humidity studio are determined according to the selected lining and fabric; In the constant temperature and humidity studio, keep the mannequin under the set temperature and humidity conditions for 20-60 minutes; the step of lining is carried out in the constant temperature and humidity studio, and the following steps are used: lining positioning, fabric positioning, lining fabric positioning And gusset fabric quilting.

Description

Lining method suitable for customization of high-end non-fusible suits

technical field

The invention relates to a lining method suitable for customization of high-grade non-adhesive lining suits.

Background technique

With the improvement of living standards, the demand for high-end non-bonded suits is increasing, and customers have higher and higher requirements for their quality. In the production process of high-grade non-fusible suits, the quality of the lining process leads to the quality of the final product. The current lining method is completely dependent on manual completion, and what has is covered lining on the workbench of plane, and what also has is covered lining on the workbench with concavo-convex shape. Even for custom-made suits, the shape of the final finished product of the above two methods is inconsistent with the shape of the wearer of the clothing, and the mutual fit is poor. Affected by the temperature and humidity of the environment, the fabric and the lining are pulled together to produce overall deformation, which makes the wearer feel embarrassed. Its shortcomings:

1. The consistency of the shape of the garment pieces of the surface and interlining cloth and the body shape is only fuzzy judged based on the operator's experience, and a good compatibility relationship cannot be reached.

2. The change state of the surfaces and interlinings with different organizational structures and physical properties under different temperature and humidity is only based on the qualitative fuzzy feeling of the operator, and it is difficult to do quantitative analysis.

3. When lining, there is no mold with a fixed shape to accurately and conveniently line the body of the lining cloth to achieve the effect of optimal design.

4. Low production efficiency.

5. High demands on the operator.

Contents of the invention

The purpose of the present invention is to overcome the deficiencies in the prior art, to provide a kind of human body matching precision is high, the fabric lining is pretreated with specified temperature and humidity, the deformation of the fabric lining is basically consistent when wearing, and the labor intensity of the operator can be reduced It is suitable for the lining method of high-grade non-adhesive interlining suit customization with technical difficulty.

The purpose of the present invention is achieved through the following technical solutions:

The method includes the steps of tailoring, molding, blanking, lining, sewing and finishing; the lining and fabric used in the method are specified by the customized customer; the step of tailoring is to tailor the customized customer;

The step of lining is carried out in a constant temperature and humidity working room, and the temperature and humidity in the constant temperature and constant humidity working room are determined according to the selected lining material and fabric;

The molding includes:

Three-dimensional scanning of the human body: perform three-dimensional scanning of the human body for customized customers and save the data;

Make a human body model: Based on the data obtained by the three-dimensional scanning of the human body, use 3D printing technology to make the human body model;

Set positioning device: according to the clothing design and cutting requirements, set the lining and fabric positioning device on the mannequin;

Install the mannequin: install the mannequin on the workbench in the constant temperature and humidity studio;

The temperature and humidity in the constant temperature and humidity working room are determined according to the selected lining and fabric;

The lining material and the fabric cut out by cutting the material in the step are kept in the constant temperature and humidity studio together with the mannequin under the set temperature and humidity conditions for 20-60 minutes;

The step of lining is carried out in a constant temperature and humidity studio, and is divided into left front lining and right front lining, and the left front lining and right front lining are in no particular order, and the following steps are used:

Lining positioning: Spread the lining on the model, smooth it out by hand, and position the lining with a positioning device;

Fabric positioning: Spread the fabric on the positioned interlining, smooth it with your hands, and use the positioning device to position the fabric;

Lining fabric positioning: Fine-tune the tightness of the lining, fabric and mannequin to basically the same, and reset all positioning devices;

Gusset Fabric Quilting: Quilt the gusset and fabric together with thread in the following order:

Section A quilting: Start the needle about 10cm below the midpoint of the shoulder seam, pass through the chest dart to the corner of the bag, and then go to the bottom edge. The stitching path is: H1—>H2—>H3—>H4;

Section B quilting: at about 2cm inside the folded line, from the collar point to the waist line, the suture path is: H5—>H6—>H7—>H4;

C-section quilting: Start the needle about 10cm below the shoulder seam, along the armhole line to the underarm of the armhole, and the suture path is: H5—>H8—>H9—>H10.

Said step sewing is also finished in the constant temperature and humidity working room.

The positioning device is composed of a positioning hole and a positioning pin. The positioning hole is arranged on the human body model. When the positioning device works, the positioning pin passes through the lining, or the lining and the fabric are inserted in the positioning hole.

The positioning device is a negative pressure adsorption device: the human body model is made into a sealed cavity structure, and several micropores are set on the working surface of the human body model, and the cavity structure of the human body model is connected to a vacuum pump. When the material is covered, the vacuum pump works. The micropores on the mannequin generate a certain amount of negative pressure, which absorbs and fixes the lining and fabric.

A turning device and/or a rollover device are installed between the workbench frame and the human body model.

Compared with the prior art, the present invention has the following advantages: the method is scientific and reasonable, the operation is convenient, the requirement for the skill level of the operator is reduced, the difficulty and labor intensity of the lining process are reduced, the plastic stability and fit of the suit are improved, and the suitability is improved. Product quality and production efficiency. The final product has high accuracy of human body matching, and after the fabric lining has been pre-treated with a specific temperature and humidity, the deformation of the fabric lining is basically consistent when worn in the expected environment, which can perfectly reflect modern clothing materials and their modern clothing design, cutting and Combination of sewing techniques.

Description of drawings

Fig. 1 is the process flow diagram of the inventive method;

Fig. 2 is a schematic diagram of the quilting sequence of the method of the present invention.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the present invention will be further described:

The method includes the steps of tailoring 1, molding 2, blanking 3, lining 4, sewing 5 and finishing 6; the lining and fabric used in the method are specified by the custom customer; the step tailoring 1 is Tailor-made for customized customers;

The step lining 4 is carried out in a constant temperature and humidity working room, and the temperature and humidity in the constant temperature and constant humidity working room are determined according to the selected lining material and fabric;

The molding 2 includes:

Three-dimensional scanning of the human body 201: perform three-dimensional scanning of the human body for customized customers and save the data;

Making a human body model 202: based on the data acquired by the human body three-dimensional scanning 201, using 3D printing technology to make a human body model;

Setting the positioning device 203: according to the clothing design and cutting requirements, a positioning device for lining and fabric is set on the mannequin;

Installing the mannequin 204: installing the mannequin on the workbench in the constant temperature and humidity studio;

The temperature and humidity in the constant temperature and humidity working room are determined according to the selected lining and fabric;

The lining material and fabrics cut out in the step of cutting 3 are kept in the constant temperature and humidity studio together with the mannequin under the set temperature and humidity conditions for 20-60 minutes;

The step lining 4 is carried out in a constant temperature and humidity studio, and is divided into a left front lining and a right front lining, and the left front lining and the right front lining are in no particular order, and the following steps are used:

Lining positioning 401: spread the lining on the model, smooth it out by hand, and position the lining with a positioning device;

Fabric positioning 402: spread the fabric on the positioned interlining, smooth it out by hand, and position the fabric with a positioning device;

Lining fabric positioning 403: fine-tune the tightness of the lining, fabric and mannequin to basically the same, and reset all positioning devices;

Lining Fabric Quilting 404: Quilting the lining and fabric together with thread in the following order:

Section A quilting: Start the needle about 10cm below the midpoint of the shoulder seam, pass through the chest dart to the corner of the bag, and then go to the bottom edge. The stitching path is: H1—>H2—>H3—>H4;

Section B quilting: at about 2cm inside the folded line, from the collar point to the waist line, the suture path is: H5—>H6—>H7—>H4;

C-section quilting: Start the needle about 10cm below the shoulder seam, along the armhole line to the underarm of the armhole, and the suture path is: H5—>H8—>H9—>H10.

Said step sewing 5 is also completed in the constant temperature and humidity working room.

The positioning device is composed of a positioning hole and a positioning pin. The positioning hole is arranged on the human body model. When the positioning device works, the positioning pin passes through the lining, or the lining and the fabric are inserted in the positioning hole.

The positioning device is a negative pressure adsorption device: the human body model is made into a sealed cavity structure, and several micropores are set on the working surface of the human body model, and the cavity structure of the human body model is connected to a vacuum pump. When the material is covered, the vacuum pump works. The micropores on the mannequin generate a certain amount of negative pressure, which absorbs and fixes the lining and fabric.

A turning device and/or a rollover device are installed between the workbench frame and the human body model.

In the following embodiments: the lining and fabrics used in the method are specified by custom customers.

Example 1:

Step Tailoring 1: Tailoring to customized customers.

Step Modeling 2: Include:

Three-dimensional scanning of the human body 201: perform three-dimensional scanning of the human body for customized customers and save the data;

Making a human body model 202: based on the data acquired by the human body three-dimensional scanning 201, using 3D printing technology to make a human body model;

Setting the positioning device 203: according to the clothing design and cutting requirements, a positioning device for lining and fabric is set on the mannequin;

Installing the mannequin 204: installing the mannequin on the workbench in the constant temperature and humidity studio;

Step blanking 3: cutting and blanking according to known techniques. The cut linings and fabrics are kept in the constant temperature and humidity studio together with the mannequin under the set temperature and humidity conditions for 20-60 minutes.

Step 4: In the constant temperature and humidity studio, the temperature and humidity in the constant temperature and humidity studio are determined according to the selected lining and fabric; it is divided into left front lining and right front lining, left front lining and right front lining The sheet-covering lining is in no particular order, and the following steps are used:

Lining positioning 401: spread the lining on the model, smooth it out by hand, and position the lining with a positioning device;

Fabric positioning 402: spread the fabric on the positioned interlining, smooth it out by hand, and position the fabric with a positioning device;

Lining fabric positioning 403: fine-tune the tightness of the lining, fabric and mannequin to basically the same, and reset all positioning devices;

Lining Fabric Quilting 404: Quilting the lining and fabric together with thread in the following order:

Section A quilting: Start the needle about 10cm below the midpoint of the shoulder seam, pass through the chest dart to the corner of the bag, and then go to the bottom edge. The stitching path is: H1—>H2—>H3—>H4;

Section B quilting: at about 2cm inside the folded line, from the collar point to the waist line, the suture path is: H5—>H6—>H7—>H4;

C-section quilting: Start the needle about 10cm below the shoulder seam, along the armhole line to the underarm of the armhole, and the suture path is: H5—>H8—>H9—>H10.

Example 2:

It is basically the same as the embodiment, except that step 5 is also completed in the constant temperature and humidity working room.

Embodiment 3, 4:

They are basically the same as Embodiments 1 and 2, but the difference is that the positioning device is composed of a positioning hole and a positioning pin, and the positioning hole is arranged on the human body model. When the positioning device is working, the positioning pin passes through the lining, or the lining and the fabric are inserted in the positioning hole.

Embodiment 5, 6:

It is basically the same as Embodiment 1 and 2, but the difference is that the positioning device is a negative pressure adsorption device: the human body model is made into a sealed cavity structure, and several micropores are set on the working surface of the human body model, and the human body model The cavity structure is connected to the vacuum pump. When the material is covered, the vacuum pump works, and a certain pressure of negative pressure is generated through the micropores on the mannequin, and the lining, lining and fabric are adsorbed and fixed.

Embodiment 7-12:

On the basis of Embodiments 1-6 respectively, a turning device and/or a rollover device are installed between the workbench and the human body model.

The method of the present invention focuses on solving the following technical problems:

1. Make the suit fit the human body better. The solution is the steps of molding 2, lining 4 and sewing 5.

2. Wearing a suit in a designated environment does not produce any deformation. The solution is to carry out lining 4 and/or sewing 5 in a constant temperature and humidity studio, and pre-treat the fabric and lining with a specific temperature and humidity.

3. Reduce the requirements for the operator's technical level. The solution is to install the human body model on the workbench in the constant temperature and humidity studio.

4. Improve production efficiency. The solution is to install the human body model on the workbench in the constant temperature and humidity studio.

5. It perfectly embodies the modern optimization design and cutting technology of clothing. The method for solving is exactly the resultant combination of all steps of the inventive method.

Claims (7)

1. A lining method suitable for custom-made high-grade non-adhesive interlining suits, said method comprising the steps of tailoring (1), molding (2), blanking (3), lining (4), sewing ( 5) and end (6); the lining and fabric used in the method are specified by the customized customer; the step of tailoring (1) is to tailor the customized customer; it is characterized in that: The step lining (4) is carried out in a constant temperature and humidity studio, and the temperature and humidity in the constant temperature and humidity studio are determined according to the selected lining and fabric; The molding (2) includes: Three-dimensional scanning of the human body (201): perform three-dimensional scanning of the human body for customized customers and save the data; Making a human body model (202): based on the data obtained by the three-dimensional scanning of the human body (201), using 3D printing technology to make a human body model; Setting the positioning device (203): according to the clothing design and cutting requirements, set the lining and fabric positioning device on the mannequin; Installing the mannequin (204): installing the mannequin on the workbench in the constant temperature and humidity studio; The temperature and humidity in the constant temperature and humidity working room are determined according to the selected lining and fabric; The step of blanking (3) the trimmed lining and fabrics are kept together with the human body model under the set temperature and humidity conditions for 20-60 minutes in a constant temperature and humidity studio; The step of lining (4) is carried out in a constant temperature and humidity studio, and is divided into left front lining and right front lining, and the left front lining and right front lining are in no particular order, and the following steps are used: Lining positioning (401): spread the lining on the model, smooth it out by hand, and position the lining with a positioning device; Fabric positioning (402): Spread the fabric on the positioned interlining, smooth it out by hand, and use the positioning device to position the fabric; Lining fabric positioning (403): fine-tune the tightness of the lining, fabric and mannequin to basically the same, and reset all positioning devices; Lining Fabric Quilting (404): Quilting the lining and fabric together with thread in the following order: Section A quilting: Start the needle about 10cm below the midpoint of the shoulder seam, pass through the chest dart to the corner of the bag, and then go to the bottom edge. The stitching path is: H1—>H2—>H3—>H4; Section B quilting: at about 2cm inside the folded line, from the collar point to the waist line, the suture path is: H5—>H6—>H7—>H4; C-section quilting: Start the needle about 10cm below the shoulder seam, along the armhole line to the underarm of the armhole, and the suture path is: H5—>H8—>H9—>H10. 2. The method according to claim 1, characterized in that: said step of sewing (5) is also completed in a constant temperature and humidity working room. 3. The method according to claim 1 or 2, characterized in that: the positioning device is composed of a positioning hole and a positioning pin, the positioning hole is arranged on the human body model, and when the positioning device is working, the positioning pin passes through the lining, or The gusset and fabric are inserted into the pilot holes. 4. The method according to claim 1 or 2, characterized in that: the positioning device is a negative pressure adsorption device: the human body model is made into a sealed cavity structure, and several micropores are set on the working surface of the human body model , the cavity structure of the mannequin is connected to a vacuum pump. When covering the material, the vacuum pump works, and a certain pressure of negative pressure is generated through the micropores on the mannequin to adsorb and fix the lining and fabric. 5. The method according to claim 1 or 2, characterized in that: a turning device and/or a rollover device are installed between the workbench and the mannequin. 6. The method according to claim 3, characterized in that: a turning device and/or a rollover device are installed between the workbench and the mannequin. 7. The method according to claim 4, characterized in that: a turning device and/or a rollover device are installed between the workbench and the mannequin.