阅读说明：本技术 一种智能化服装剪裁系统 (Intelligent clothing system of tailorring ) 是由 李宇词 于 2021-08-31 设计创作，主要内容包括：本发明公开了一种智能化服装剪裁系统。系统包括控制模块、外观尺寸模块、选料模块、图案模块、剪切模块和检测模块,控制模块用于控制外观尺寸模块、选料模块、图案模块、剪切模块和检测模块,外观尺寸模块用于导入服装设计数据,选料模块用于选取制作的布料,图案模块用于在布料上附上图案,剪切模块用于对布料进行裁剪,检测模块用于检测裁剪的布料是否符合规格尺寸。本发明通过对服装的设计、选料、图案、剪切和检测等功能于一体,实现对服装剪裁的智能化,减少人工操作,减少失误率,提高生产效率。(The invention discloses an intelligent garment cutting system. The system comprises a control module, an appearance size module, a material selecting module, a pattern module, a shearing module and a detection module, wherein the control module is used for controlling the appearance size module, the material selecting module, the pattern module, the shearing module and the detection module, the appearance size module is used for importing clothes design data, the material selecting module is used for selecting manufactured cloth, the pattern module is used for attaching patterns to the cloth, the shearing module is used for shearing the cloth, and the detection module is used for detecting whether the sheared cloth meets the specification and size. The intelligent clothes cutting machine integrates the functions of clothes designing, material selecting, pattern cutting, detecting and the like, realizes the intellectualization of clothes cutting, reduces manual operation, reduces error rate and improves production efficiency.)

1. The utility model provides an intelligent clothing system of tailorring which characterized in that: the fabric cutting device comprises a control module, an appearance size module, a material selecting module, a pattern module, a cutting module and a detection module, wherein the control module is used for controlling the appearance size module, the material selecting module, the pattern module, the cutting module and the detection module, the appearance size module is used for importing clothes appearance size data, the material selecting module is used for selecting manufactured fabrics, the pattern module is used for attaching patterns to the fabrics, the cutting module is used for cutting the fabrics, and the detection module is used for detecting whether the cut fabrics meet specification and size.

2. The intelligent garment tailoring system of claim 1, wherein: the control module comprises a processor, a data information reading unit and an instruction sending unit, wherein the data information reading unit is used for reading data information transmitted by each module and transmitting the data information to the processor, and the instruction sending unit is used for sending instructions to each module.

3. The intelligent garment tailoring system of claim 2, wherein: the appearance size module comprises a size data unit and an appearance data unit, the size data unit is used for storing size data and transmitting the size data to the read data information unit, and the appearance data unit is used for storing garment appearance shape data and transmitting the appearance shape data to the read data information unit.

4. The intelligent garment tailoring system of claim 1, wherein: the material selecting module comprises an appearance cloth matching unit and a cloth exporting unit, the appearance cloth matching unit comprises an appearance cloth matching database and an appearance cloth matching degree subunit, the appearance cloth matching database stores matching data of appearances and cloths of various clothes sold in the market, the appearance cloth matching subunit provides matching degrees of the appearances and the cloths according to data in the appearance cloth matching database, and the cloth exporting unit is used for exporting the required cloth.

5. The intelligent garment tailoring system of claim 1, wherein: the pattern module is including pasting the unit and making up the unit, it includes that pattern derivation mechanism, pattern paste mechanism and pattern spread flat mechanism to paste the unit, paste the unit and be used for pasting the pattern to the cloth on, make up the unit including placing mechanism, seam mechanism and repairing the line mechanism, make up the unit and be used for sewing up the pattern to the cloth on.

6. The intelligent garment tailoring system of claim 1, wherein: the shearing module comprises a positioning unit, a cloth fixing unit, an error correcting unit and a cutter unit, wherein the positioning unit is used for positioning the cloth, the cloth fixing unit is used for fixing the cloth, the error correcting unit is used for correcting the position of the cloth with an error, and the cutter unit is used for cutting the cloth.

7. The intelligent garment tailoring system of claim 1, wherein: the detection module comprises an appearance detection unit, an alarm unit and an unqualified processing unit, wherein the appearance detection unit is used for comparing the appearance of the cloth with appearance data and detecting whether the appearance of the cloth is consistent with the appearance data, the alarm unit is used for giving an alarm when the appearance detection unit detects that the cloth is unqualified, and the unqualified processing unit is used for processing the cloth which is detected to be unqualified and is cut.

8. The intelligent garment tailoring system of claim 1, wherein: the system further comprises a three-dimensional simulation module, wherein the three-dimensional simulation module comprises a feature library, a body type data unit and a user-defined unit, the feature library provides body type feature materials, the body type data unit is used for inputting body type data information for a user, and the user-defined unit is used for providing a user-defined model for the user.

9. The intelligent garment tailoring system of claim 8, wherein: the user-defined unit comprises a human-defined construction unit and a scanning construction unit, the human-defined construction unit is used for providing a user with a user-defined changed human body model, and the scanning construction unit is used for scanning the body type data through the scanner.

Technical Field

The invention relates to the technical field of garment tailoring, in particular to an intelligent garment tailoring system.

Background

With the progress and development of society, most of traditional handicraft industry such as textile industry is replaced by the mechanical manufacturing industry, most of textile factories are mechanized nowadays, only a small part of private small textile factories or special clothes are also manual, the automation popularization provides higher efficiency for the textile industry, labor force is liberated, and the automation popularization cannot completely replace manpower.

The existing device for tailoring has the following defects:

1. most of the existing devices only realize the function of automatic cutting, but do not realize the automation of the working steps before cutting and the working steps after cutting, and the function is single;

2. most of the existing devices are semi-automatic, need manual operation, cannot realize real full automation and have low working efficiency;

3. the condition that slides appears easily when tailorring in cloth a bit, leads to tailorring the appearance deviation, the defective products appears, and the unable discernment cloth of current device can't prevent and treat that the condition of sliding appears in the cloth, and is intelligent low.

Disclosure of Invention

The invention aims to provide an intelligent garment cutting system. The intelligent garment cutting system has the functions of designing, selecting materials, printing, cutting, detecting and the like, realizes full automation of garment cutting, and improves the working efficiency, and adopts the following technical scheme:

according to one aspect of the invention, the system comprises a control module, an appearance size module, a material selecting module, a pattern module, a cutting module and a detection module, wherein the control module is used for controlling the appearance size module, the material selecting module, the pattern module, the cutting module and the detection module, the appearance size module is used for importing clothes design data, the material selecting module is used for selecting manufactured cloth, the pattern module is used for attaching patterns to the cloth, the cutting module is used for cutting the cloth, and the detection module is used for detecting whether the cut cloth meets the specification size.

Preferably, the control module includes a processor, a data information reading unit and an instruction sending unit, the data information reading unit is configured to read data information transmitted by each module and transmit the data information to the processor, and the instruction sending unit is configured to send an instruction to each module.

Preferably, the appearance size module includes a size data unit for storing size data and transmitting the size data to the read data information unit, and an appearance data unit for storing garment appearance shape data and transmitting the appearance shape data to the read data information unit.

Preferably, the material selecting module comprises an appearance cloth matching unit and a cloth exporting unit, the appearance cloth matching unit comprises an appearance cloth matching database and an appearance cloth matching degree subunit, the appearance cloth matching database stores matching data of appearances and cloths of various clothes sold in the market, the appearance cloth matching subunit provides matching degrees of the appearances and the cloths according to data in the appearance cloth matching database, and the cloth exporting unit is used for exporting the required cloth.

Preferably, the pattern module is including pasting the unit and making up the unit, it includes that pattern derivation mechanism, pattern paste mechanism and pattern spread flat mechanism to paste the unit, paste the unit and be used for pasting the pattern to the cloth on, make up the unit including placing mechanism, seam mechanism and thread trimming mechanism, make up the unit and be used for sewing up the pattern to the cloth on.

Preferably, the shearing module comprises a positioning unit, a cloth fixing unit, an error correcting unit and a cutter unit, the positioning unit is used for positioning the cloth, the cloth fixing unit is used for fixing the cloth, the error correcting unit is used for correcting the position of the cloth with errors, and the cutter unit is used for cutting the cloth.

Preferably, the detection module comprises an appearance detection unit, an alarm unit and an unqualified processing unit, the appearance detection unit is used for comparing the appearance of the cloth with the appearance data and detecting whether the appearance of the cloth is consistent with the appearance data, the alarm unit is used for giving an alarm when the appearance detection unit detects that the cloth is unqualified, and the unqualified processing unit is used for processing the cloth which is detected to be unqualified and cut.

Preferably, the system further comprises a three-dimensional simulation module, wherein the three-dimensional simulation module comprises a feature library, a body type data unit and a user-defined unit, the feature library provides body type feature materials, the body type data unit is used for inputting body type data information for a user, and the user-defined unit is used for providing a user-defined model for the user.

Preferably, the user-defined unit comprises a human-defined construction unit and a scanning construction unit, the human-defined construction unit is used for providing a user-defined change model for a user, and the scanning construction unit is used for scanning the body type data through the scanner.

The technical scheme adopted by the invention has the following remarkable effects:

(1) the garment cutting device comprises a control module, an appearance size module, a material selecting module, a pattern module, a cutting module and a detection module, integrates material selection, drawing printing, cutting and detection, realizes full automation of garment cutting, and has multiple functions;

(2) the shearing module is provided with the cloth fixing unit and used for fixing the clothes easy to slide, so that the cloth can be prevented from sliding during shearing, the shearing error is avoided, and the accuracy of shearing the clothes is increased;

(3) the three-dimensional simulation module scans the human body and then matches the garment appearance data with the human body scanning model, so that the effect of the garment on the human body scanning model can be presented, the customization of private garments is facilitated, and the accuracy of size cutting is improved.

Drawings

Fig. 1 is a schematic structural view of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail below with reference to the accompanying drawings by way of examples of preferred embodiments. It should be noted, however, that the numerous details set forth in the description are merely for the purpose of providing the reader with a thorough understanding of one or more aspects of the present invention, which may be practiced without these specific details.

As shown in fig. 1, the intelligent clothing tailoring system according to the present invention comprises a control module, an appearance size module, a material selecting module, a pattern module, a cutting module and a detecting module, wherein the control module comprises a processor, a data information reading unit and an instruction sending unit, the data information reading unit is used for reading data information transmitted by each module and transmitting the data information to the processor, and the instruction sending unit is used for sending an instruction to each module.

The appearance size module comprises a size data unit and an appearance data unit, the size data unit is used for storing size data of the cloth, the size data of the cloth is called by reading the data information unit, the size data of the cloth is transmitted to the shearing module, and the shearing module shears the cloth according to the size data; the appearance data unit is used for storing the clothes appearance shape data, calling the appearance shape data through the data reading information unit, transmitting the appearance shape data to the cutting module and the detection module, cutting the cloth through the cutting module according to the size and the appearance shape data, comparing the appearance shape data with the cut cloth through the detection module, and detecting whether the cut cloth is qualified.

The material selecting module comprises an appearance cloth matching unit and a cloth exporting unit, the appearance cloth matching unit comprises an appearance cloth matching database and an appearance cloth matching degree subunit, the appearance cloth matching database stores the matching data of the appearances and the cloths of various kinds of clothes sold in the market, the appearance cloth matching subunit provides the matching degree of the appearances and the cloths according to the data in the appearance cloth matching database, and the cloth exporting unit is used for exporting the required cloth.

The pattern module comprises a pasting unit and a sewing unit, the pasting unit comprises a pattern leading-out mechanism and a pattern pasting mechanism, the pattern leading-out mechanism comprises a storage vat and a discharge valve, pattern patches are stored in the storage vat, the pattern patches in the storage vat are led into the pattern pasting mechanism by opening the discharge valve, the pattern pasting mechanism comprises a suction assembly and a pressing assembly, the suction assembly is used for sucking the pattern patches, and the pressing assembly drives the suction assembly to paste the pattern patches onto cloth; the sewing unit comprises a placing mechanism, a sewing mechanism and a thread trimming mechanism, the placing mechanism is used for placing patterns to be sewn, the sewing mechanism is used for sewing the patterns on cloth, and the thread trimming mechanism is used for cutting off redundant lines on the patterns.

The shearing module comprises a positioning unit, a cloth fixing unit, an error correcting unit and a cutter unit, wherein the positioning unit is used for positioning the cloth, the cloth fixing unit is used for fixing the cloth to prevent the cloth from sliding, the error correcting unit is used for correcting the position of the cloth with an error, and the cutter unit is used for cutting the cloth.

The detection module comprises an appearance detection unit, an alarm unit and an unqualified processing unit, the appearance detection unit scans the appearance shape of the cut cloth, the scanned appearance shape is compared with appearance shape data input by the appearance size module, if the appearance shape and the appearance shape data are completely overlapped, the cut cloth is qualified, if the appearance shape and the appearance shape data are not completely overlapped, an error exists, the cut cloth is unqualified, the alarm unit gives an alarm when the appearance shape and the appearance shape data are not completely overlapped, a worker is prompted, the cut cloth is unqualified, the unqualified processing unit is used for processing the cut cloth which is detected to be unqualified.

The system also comprises a three-dimensional simulation module, the three-dimensional simulation module comprises a feature library, a body type data unit and a custom unit, human body feature models of various body types are stored in the feature library, a worker can import design data of the garment and can match the design data with the human body feature models of the feature library to display the model effect of the garment under the human body feature models, the body type data unit is used for inputting body type data information for a user and manually inputting body type data, the system provides a garment size scheme according to the data through the data, the custom unit is used for providing the custom model for the user, the custom unit comprises a man-made construction unit and a scanning construction unit, the man-made construction unit is used for providing a custom change model for the user, and the scanning construction unit is used for scanning the body type data through a scanner. Whether the appearance shape accords with the personal body type or not can be checked by scanning the personal body type and matching with the appearance shape, and private customization can be realized to customize proper clothes.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that those skilled in the art can make various improvements and modifications without departing from the principle of the present invention, and these improvements and modifications should also be construed as the protection scope of the present invention.