KR102003002B1 - Costume Making System Using A Scanner - Google Patents

Abstract

According to the present invention, a clothing manufacturing system using a scanner comprises: a scanner (10) to scan the body of a customer; a three-dimensional virtual fitting device (20) including a display unit to allow a virtual avatar to virtually try on clothes of various colors, clear levels, patterns, and styles to three dimensionally display the virtual avatar to show the avatar on a screen for the customer, and a first program to allow the customer to select one among the clothes displayed on the display unit on the screen by a button; a computer (30) including a transceiver to transceive scanning information scanned from the scanner (10) and customer selection information of the three-dimensional virtual fitting device (20), a memory to store the scanning information scanned from the scanner (10) and the customer selection information of the three-dimensional virtual fitting device (20), and a controller to perform pattern, grading, and marking work in accordance with at least one among the scanning information and the customer selection information; an automatic spreading machine (40) to automatically perform spreading work on fabric for the clothes; an automatic cutting machine (50) including a receiving unit to receive the pattern and the grading information from the controller of the computer (30), and a cutting unit to automatically perform cutting work on the fabric automatically transported from the automatic spreading machine (40) by an automatic transport device in accordance with the pattern and the grading information received from the receiving unit; and a sewing machine (60) to sew the cut fabric to manufacture the clothes selected by the customer.

Description

{Costume Making System Using A Scanner}

The present invention relates to a scanner (10) for scanning a body of a customer; A display unit for visually displaying clothes of various colors, sharpness, patterns, and styles to a customer in a virtual avatar and displaying them in 3D and displaying them on a screen; and a display unit for displaying one of the clothes displayed on the display unit A 3D virtual fitting unit 20 including a first program for allowing a user to select a first virtual fitting unit 20; A transceiver for transmitting and receiving the scanning information scanned from the scanner 10 and the customer selection information of the 3D virtual fitting machine 20 and the scanning information scanned from the scanner 10 and the customer selection of the 3D virtual fitting machine 20, A memory for storing information, and a controller for performing patterning, grading, and marking based on at least one of the scanning information and the customer selection information; An automatic spinning machine (40) that automatically carries out punching work on the fabric for clothes ; (40) by an automatic feeding device based on the pattern and gradation information received from the receiving section, a receiving section for receiving the pattern and grading information from the controller of the computer (30) An automatic cutter (50) including a cutting part for automatically performing a cutting operation on the fabric; And a sewing machine (60) capable of sewing the cut fabric to produce the clothes selected by the customer.

In the conventional process of forming a formal pattern, a tailor uses a tape measure to measure a desired dimension to a customer, and then forms a pattern as a basis of the suit based on the measured numerical value and the eye size, I made a suit by cutting the cloth according to.

In this way, when the tailor makes hand-made formal suit pattern, it takes a lot of time and the pattern of the tailor is slightly different according to the degree of skill of the tailor. After finishing the suit by cutting the cloth, There is a problem that a correction act such as Gabon should be performed because the tailor's handwork is expensive and the customized suit value is expensive compared with the ready-made clothing because of tailor's handwork, so that general customers can not easily purchase a custom tailored suit for their body .

In addition, in the case of a ready-to-wear garment, there is a problem in that it can not cover various body deformations deviating from standard specifications because a pattern is uniformly formed on the basis of a predetermined standard standard. Therefore, customers who want to purchase a ready- I did not fit, I had to fit in my suit.

Also, in the case of other apparel such as casual clothes other than suits, there is a problem that the degree of deformation of various bodies deviating from the standard specifications can not be covered because the patterns are uniformly formed on the basis of the predetermined standard standard, Customers were forced to fit themselves into their suits, not to fit their bodies.

In addition, the conventional garment manufacturing system can perform a series of processes ranging from body dimension measurement, pattern production and grading, gauzing, avatar apparel, marking, podiuming, and cutting, all manually or at least partially by hand, There is a problem that the manufacturing time is lengthened, the fatigue of the worker is increased, the possibility of error increases, the correction is not easy when the body dimension measurement is in error, and the manufacturing cost of clothes is increased.

In addition, the conventional garment manufacturing system has a problem in that it only provides a uniform color, figure, or design printed in advance on a uniformly patterned garment based on a predetermined standard, There was a problem that only uniform color, drawing, or design was provided.

Korean Patent No. 10-1671649 (October 26, 2016)

A clothes manufacturing system using a scanner according to the present invention is intended to solve the following problems.

It is an object of the present invention to provide a clothing manufacturing system using a scanner that automates a series of processes ranging from body size measurement, pattern production and grading, gauze process, apparel application to avatar, marking, podium, and cutting.

Another object of the present invention is to provide a clothes manufacturing system using an automated scanner, which is manufactured in accordance with the degree of deformation of various bodies deviating from standard specifications.

It is a further object of the present invention to provide a system for making clothes using an automated scanner that is tailored to the customer's body through accurate body measurement.

It is a further object of the present invention to provide a system for manufacturing clothes using an automated scanner that is tailored to the body of a customer through a process of correcting errors when there is an error in the body dimension measurements.

It is still another object of the present invention to provide a clothes manufacturing system using a scanner capable of instantly producing clothes on which various colors, pictures, or designs are printed by reflecting a customer's intention.

In order to solve the above problems, a clothes manufacturing system using a scanner according to the present invention

A scanner (10) for scanning the body of the customer; A display unit for visually displaying clothes of various colors, sharpness, patterns, and styles to a customer in a virtual avatar and displaying them in 3D and displaying them on a screen; and a display unit for displaying one of the clothes displayed on the display unit A 3D virtual fitting unit 20 including a first program for allowing a user to select a first virtual fitting unit 20; A transceiver for transmitting and receiving the scanning information scanned from the scanner 10 and the customer selection information of the 3D virtual fitting machine 20 and the scanning information scanned from the scanner 10 and the customer selection of the 3D virtual fitting machine 20, A memory for storing information, and a controller for performing patterning, grading, and marking based on at least one of the scanning information and the customer selection information; An automatic spinning machine (40) that automatically carries out punching work on the fabric for clothes ; (40) by an automatic feeding device based on the pattern and gradation information received from the receiving section, a receiving section for receiving the pattern and grading information from the controller of the computer (30) An automatic cutter (50) including a cutting part for automatically performing a cutting operation on the fabric; And a sewing machine (60) capable of sewing the cut fabric to produce the clothes selected by the customer.

The scanner 10 includes a structural optical module 11-1 for projecting structured light to a body and a camera module 11-2 for imaging the body projected from the structured light, A plurality of 3D scanning modules (11) arranged; A plurality of unit video signals output from each of the camera modules (11-2) of the plurality of 3D scanning modules (11) arranged around the body are subjected to time-divisional synthesis using a single video stream, A control unit (12) for acquiring information; And a transmitter (13) for transmitting stereoscopic information of the entire body acquired by the controller (12).

The scanner 10 includes a structural optical module 11-1 'for projecting structured light to the body, a camera module 11-2' for imaging the body projected from the structured light, (H) that includes an application (AP) that acquires stereoscopic information of the entire body using a single video stream obtained by time-division-synthesizing a plurality of unit video signals output from the camera module (11-2 ' .

The clothes manufacturing system using the scanner of the present invention may further include a DTP printer 80 capable of receiving print data from the computer 30 or a personal cellular phone H and printing the sewing on the fabric .

The scanner (10) includes: measuring means (71) for measuring the dimensions of each part of the body; And a transmission unit (72) for transmitting the dimension information of each part of the body measured by the measurement unit (71).

The controller 12 receives dimensional information of each part of the body of the body dimension transmitter 70 transmitter and the entire body of the body of the scanner 10 transmitter and transmits the information to the transmitter of the body dimension transmitter 70 A comparative analysis program (12-1) for comparing and analyzing the dimensional information of each part of the body and the stereoscopic information of the entire body of the scanner (10) transmitter; And an error correction program (12-2) for correcting an error according to a comparison analysis result of the comparison analysis program (12-1), wherein the comparison analysis program (12-1) When it is analyzed that there is no error between the dimension information of each part of the body of the transmitting part 72 of the scanner 10 and the whole of the body of the transmitting part 13 of the scanner 10, sending a command to transmit the full three-dimensional information of the transmission unit 13 of the scanner 10, the physical dimension measured exchanger (70) transmitting (72) the body of each part dimension information, the scanner 10 of the When it is analyzed that there is an error between the stereoscopic pieces of information of the whole body of the transmitter 13, the error correction program 12-2 is used to calculate the stereoscopic image information based on the size information of each part of the body measured by the body size measuring machine 70 The above-mentioned god of the transmitter 13 of the scanner 10 It characterized by sending a command to transmit the information to correct the three-dimensional information of the entire body to the transmission unit 13 of the scanner 10.

The body size measuring instrument 70 is a laser distance measuring instrument, a distance measuring instrument using a diffractive optical element, or an infrared ray distance detector.

When the body size measuring instrument 70 is a laser distance measuring instrument, the measuring means 71 is a laser emitting portion.

The clothes manufacturing system using the scanner according to the present invention can exhibit the following effects by the above solution.

First, there is an effect of providing a clothing manufacturing system using a scanner that automates a series of processes ranging from body dimension measurement, pattern production and grading, gabon process, avatar apparel application, marking, podium, and cutting.

Second, there is an effect of providing a garment manufacturing system using an automated scanner that is manufactured in accordance with various degrees of deformation of the body deviating from standard specifications.

Third, there is an effect of providing a clothes manufacturing system using an automated scanner that is manufactured to a body of a customer through accurate body measurement.

Fourth, there is an effect of providing a clothes manufacturing system using an automated scanner that is manufactured to a body of a customer through a process of correcting an error when there is an error in the body dimensional measurement value.

Fifth, there is an effect of providing a clothes manufacturing system using a scanner capable of instantly producing clothes on which various colors, pictures, or designs are printed by reflecting a customer's intention.

1 is a schematic view schematically showing an open factory of a clothes making system using the scanner of the present invention.
FIG. 2A is a block diagram conceptually showing an embodiment of a scanner among the components of the clothing manufacturing system using the scanner of FIG. 1; FIG.
FIG. 2B is a block diagram conceptually showing another embodiment of the scanner among the components of the clothing manufacturing system using the scanner of FIG. 1. FIG.
Fig. 3 is a block diagram conceptually showing another embodiment of the scanner among the components of the garment manufacturing system using the scanner of Fig. 1; Fig.

Hereinafter, the present invention will be described with reference to the accompanying drawings, and the present invention will be described in detail with reference to preferred embodiments.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and how to accomplish them, will become apparent by reference to the embodiments described in detail below with reference to the accompanying drawings. However, it is to be understood that the present invention is not limited to the disclosed embodiments, but may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. It is intended that the disclosure of the present invention be limited only by the terms of the appended claims. And, throughout the specification, like reference numerals refer to like elements.

The present invention is directed to a garment manufacturing system using a scanner.

FIG. 1 is a schematic view schematically showing an open factory of a clothes manufacturing system using the scanner of the present invention. FIG. 2 a conceptually shows an embodiment of a scanner among components of a clothing manufacturing system using the scanner of FIG. FIG. 2 is a block diagram conceptually showing another embodiment of the scanner among the components of the clothing manufacturing system using the scanner of FIG. 1, and FIG. 3 is a block diagram of the components of the clothing manufacturing system using the scanner of FIG. Lt; RTI ID = 0.0 > scanner < / RTI >

1, a clothes manufacturing system using a scanner according to the present invention includes a scanner 10, a 3D virtual fitting machine 20, a computer 30, an automatic cutter 40, an automatic cutter 50, , And a sewing machine (60).

The scanner 10 is a device for scanning the body of a customer. In the embodiment of the present invention, the scanner 10 includes a structural optical module 11-1 for projecting structural light to the body, A plurality of 3D scanning modules (11) arranged around the body including a camera module (11-2) for imaging a body; A plurality of unit video signals output from each of the camera modules (11-2) of the plurality of 3D scanning modules (11) arranged around the body are subjected to time-divisional synthesis using a single video stream, A control unit (12) for acquiring information; And a transmission unit 13 for transmitting the stereoscopic information of the entire body acquired by the controller 12. According to the above configuration, the body of the customer can be accurately scanned by the scanner 10 and the scanned customer body information can be acquired and transmitted.

Further, in another embodiment of the present invention, the scanner 10 includes a structural optical module 11-1 'for projecting structured light to a body, a camera module 11-1' for projecting the structured light, (AP) for acquiring stereoscopic information of the entire body using a single video stream obtained by time-division-synthesizing a plurality of unit video signals output from the camera module (11-2 '), and an application (H). According to such a configuration, it is possible to acquire stereoscopic information of the entire body of the customer, which is captured by the personal cellular phone H and picked up, and can be transmitted to the outside.

In another embodiment of the present invention, the scanner 10 includes: measuring means 71 for measuring the dimensions of each part of the body, as shown in Fig. 3; And a transmission unit 72 for transmitting the dimension information of each part of the body measured by the measurement unit 71. The body size measurement unit 70 may be configured to measure the size of the body part. According to this configuration, in addition to scanning the dimensions of each part of the body, it is possible to improve the reliability of the measurement information for each part of the body by measuring the dimensions of each part of the body by the measuring method by the measuring part.

3, the controller 12 receives dimensional information of each part of the body of the transmitter of the body size measuring instrument 70 and stereoscopic information of the entire body of the scanner 10, A comparative analysis program (12-1) for comparing and analyzing the dimensional information of each part of the body of the transmitting part of the measuring device (70) and the whole of the body of the scanner (10) transmitting part; And an error correction program (12-2) for correcting an error according to a comparison analysis result of the comparison analysis program (12-1), wherein the comparison analysis program (12-1) When it is analyzed that there is no error between the dimension information of each part of the body of the transmitting part 72 of the scanner 10 and the whole of the body of the transmitting part 13 of the scanner 10, sending a command to transmit the full three-dimensional information of the transmission unit 13 of the scanner 10, the physical dimension measured exchanger (70) transmitting (72) the body of each part dimension information, the scanner 10 of the When it is analyzed that there is an error between the stereoscopic pieces of information of the whole body of the transmitter 13, the error correction program 12-2 is used to calculate the stereoscopic image information based on the size information of each part of the body measured by the body size measuring machine 70 The above-mentioned god of the transmitter 13 of the scanner 10 It is also possible to send an instruction to transmit the information that corrects stereoscopic information of the entire body to the transmitter 13 of the scanner 10. [ According to this, even when there is an error in the scanning information and the actual information about the customer's body, it is possible to secure the dimensional information for each accurate body part by correcting it.

The body size measuring device 70 may be a laser distance measuring device, a distance measuring device using a diffractive optical element, or an infrared ray distance detector. According to this, it is possible to measure the body dimensions in various ways.

In one embodiment of the present invention, when the body size measuring instrument 70 is a laser distance measuring instrument, the measuring means 71 is a laser emitting portion. According to this, laser range finder makes it easy to purchase and at low cost, but accurate body dimension measurement is possible.

The 3D virtual fitting machine 20 includes a display unit for visually displaying clothing of various colors, sharpness, pattern, and style to a virtual avatar and displaying it in 3D and displaying it on a screen, And a first program for allowing the customer to select one of the buttons on the screen. According to such a configuration, the customer can select clothes that he thinks are suitable for him.

In addition, the first program of the 3D virtual fitting machine 20 analyzes the stereoscopic information of the whole of the body where the stereoscopic information of the entire body is picked up and received, and stores clothing of the color, sharpness, pattern, And a recommendation and selection function that enables recommendation and selection can be selected by a button. According to this configuration, the customer can select the recommended clothes if it is determined that the clothes recommended by the 3D virtual fitting machine 20 are suitable for him / her.

The computer 30 includes a transceiver for transmitting and receiving the scanning information scanned from the scanner 10 and the customer selection information of the 3D virtual fitting machine 20 and the scanning information scanned from the scanner 10, A memory for storing customer selection information of the client 20, and a controller for performing patterning, grading, and marking based on at least one of the scanning information and the customer selection information. According to this configuration, the scanning information scanned by the controller and the customer selection information of the 3D virtual fitting machine 20 are transmitted and received, and the scanned scanning information and one of the customer selection information of the 3D virtual fitting machine 20 Patterning, grading, and marking operations can be performed based on the above information.

The automatic cutting machine 40 is a device for automatically performing a pivoting operation on a fabric for clothes , and its configuration, operation, and effect are already well known, and a detailed description thereof will be omitted. With this automatic cutting machine 40, the work of pivoting on the fabric for clothes can be automatically proceeded.

The automatic cutting machine 50 includes a receiving unit that receives the pattern and grading information from a controller of the computer 30 and a control unit that controls the automatic feeder 40 by an automatic feeding device based on the pattern and gradation information received from the receiving unit. And a cutting unit that automatically carries out a cutting operation for the fabric to be automatically fed from the cutting unit. With this configuration, the cutting operation for the fabric automatically transferred from the automatic breaker 40 can be automatically performed.

The sewing machine 60 may use a manually operated sewing machine as an apparatus for sewing the cut fabric so as to produce the clothes selected by the customer, and an automatic sewing sewing machine may be used in another embodiment. According to this, the sewing work for the self-trimmed garment can be performed.

1, a clothes manufacturing system using a scanner according to the present invention includes a DTP printer (hereinafter, referred to as " DTP ") capable of receiving print data from the computer 30 or a cellular phone H 80 may be further included.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Should be clarified. Therefore, it is intended that the present invention cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents.

10: Scanner
11: 3D scanning module
11-1, 11-1 ': Structured optical module
11-2, 11-2 ': Camera module
12:
12-1: Comparative Analysis Program
12-2: Error Correction Program
13:
20: 3D Virtual Fitting Machine
30: Computer
40: Automatic Straightener
50: Automatic cutter
60: Sealing machine
70: Body size measuring machine
71: Measuring means
72:
80: DTP printer
AP: Application
H: Mobile phone

Claims (8)

A scanner (10) for scanning the body of the customer;
A display unit for visually displaying clothes of various colors, sharpness, patterns, and styles to a customer in a virtual avatar and displaying them in 3D and displaying them on a screen; and a display unit for displaying one of the clothes displayed on the display unit A 3D virtual fitting unit 20 including a first program for allowing a user to select a first virtual fitting unit 20;
A transceiver for transmitting and receiving the scanning information scanned from the scanner 10 and the customer selection information of the 3D virtual fitting machine 20 and the scanning information scanned from the scanner 10 and the customer selection of the 3D virtual fitting machine 20, A memory for storing information, and a controller for performing patterning, grading, and marking based on at least one of the scanning information and the customer selection information;
An automatic spinning machine (40) for automatically pivoting on the garment fabric;
(40) by an automatic feeding device based on the pattern and gradation information received from the receiving section, a receiving section for receiving the pattern and grading information from the controller of the computer (30) An automatic cutter (50) including a cutting part for automatically performing a cutting operation on the fabric; And
And a sewing machine (60) capable of sewing the cut fabric to produce the clothes selected by the customer ,
The scanner (10)
A plurality of 3D scan modules (11-1, 11-2) disposed around the body including a structural optical module (11-1) for projecting structural light to the body and a camera module (11-2) (11);
A plurality of unit video signals output from each of the camera modules (11-2) of the plurality of 3D scanning modules (11) arranged around the body are subjected to time-divisional synthesis using a single video stream, A control unit (12) for acquiring information; And
And a transmitting unit (13) for transmitting stereoscopic information of the entire body obtained by the control unit (12)
The scanner (10)
Measuring means (71) for measuring the dimensions of each part of the body; And
Further comprising a body size measuring device (70) including a transmitting part (72) for transmitting the dimension information of each part of the body measured by the measuring part (71)
The control unit (12)
Dimensional information of each part of the body of the transmitter 72 of the body size measuring machine 70 and the entire body of the body of the transmitter 13 of the scanner 10, A comparative analysis program (12-1) for comparing and analyzing the dimension information of each part of the body of the transmitter (72) with the stereoscopic information of the entire body of the transmitter (13) of the scanner (10); And
And an error correction program (12-2) for correcting an error according to a comparison analysis result of the comparison analysis program (12-1)
The comparative analysis program (12-1)
When it is analyzed that there is no error between the dimensional information of each part of the body of the transmitting part 72 of the body measuring machine 70 and the whole body of the transmitting part 13 of the scanner 10, Dimensional information of the whole body obtained in the above-described step (12) to the transmitter (13) of the scanner (10)
When it is analyzed that there is an error between the dimension information of each part of the body of the transmitter 72 of the body size measuring machine 70 and the whole of the body of the transmitter 13 of the scanner 10, The program 12-2 transmits the information corrected the stereoscopic information of the entire body of the transmission section 13 of the scanner 10 based on the dimension information of each part of the body measured by the body dimension measuring device 70 To the transmission unit (13) of the scanner (10) . delete The method according to claim 1,
The scanner (10)
(11-1 ') for projecting structured light to the body, a camera module (11-2') for imaging the body projected from the structured light, and a camera module And an application (AP) for acquiring stereoscopic information of the entire body using a single video stream obtained by time-division-synthesizing a plurality of output unit video signals, characterized in that the personal mobile phone (H) . The method according to claim 1 or 3,
Further comprising a DTP printer (80) capable of receiving print data from the computer (30) or a personal cellular phone (H) and printing on the sewn fabric. delete delete The method according to claim 1 ,
Wherein the body size measuring device (70) is a laser distance measuring device, a distance measuring device using a diffractive optical element, or an infrared distance measuring device. 8. The method of claim 7,
And the measuring means (71) is a laser emitting portion when the body size measuring instrument (70) is a laser distance measuring instrument.

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