A highly efficient intelligent automated clothing production line system and method

Abstract

The present application discloses a highly efficient intelligent automated clothing production line system and method, and relates to the technical field of automated clothing production lines. The present application comprises an automatic operation module for a front placket, an automatic operation module for a lining, an automatic operation module for sewing collars and sleeves, and a garment assembly module. Automated clothing production is performed through an intelligent material coiling device, a transition loosening device, a bonding and shaping device, a sewing device, an automatic buttonhole machine, an automatic button sewing machine, an automatic revision machine, an automatic material receiving machine, an AGV, a robotic arm, a conveying device, and an assembly and hanging area. The entire production line is managed in a unified manner using highly integrated control. Key processes such as the front placket, the lining, the sewing collar, and the sleeves are completed automatically, thereby significantly improving production efficiency and reducing labor costs. Functions such as automatic delivery of raw materials, automatic transportation of various components, and automatic assembly and inspection of garments are realized, forming an efficient automated production line.

Description

Technical Field

[0001] The present application relates to the technical field of automated clothing production lines, and in particular to a highly efficient and intelligent automated clothing production line system and method. Background Art

[0002] Traditional clothing production relies on a lot of manual operations, and there are problems such as low production efficiency, high cost and unstable quality. With the development of industrial automation technology, the clothing manufacturing industry is in urgent need of transformation and upgrading to improve production efficiency, optimize resource allocation and enhance supply chain flexibility; in this context, it is very necessary to independently develop efficient and intelligent automated clothing production lines to realize automation and intelligence of production processes.

[0003] Prior art, such as the invention application patent with announcement number: CN108056521A, discloses a clothing automated robot production line, including sewing equipment, a host computer and a communication line, wherein the sewing equipment is arranged at each process processing station and the number of sewing equipment is one or more, each sewing equipment is provided with a display module, and the sewing equipment is connected to the host computer via a communication line. The present invention reasonably arranges the processing content of the process according to the specific setting of the process, and gives the optimal sewing plan for the sewing equipment of the process, standardizes the processing process, optimizes the use of workers, solves the problem that the processing efficiency and product quality are too dependent on the personal skills and quantity of workers, can greatly reduce the participation of workers in sewing processing, reduce the requirements for workers' processing skills, improve the efficiency and quality of clothing processing, and realize the intelligent production of clothing processing.

[0004] With respect to the above scheme, the inventors of the present application have at least discovered that the above technology has at least the following technical problems: 1. Due to the current lack of other auxiliary equipment, it is impossible to more accurately understand the actual situation of the current automatic production of clothing. At the same time, it is also impossible to ensure that different parts of clothing have different processes during the automatic production process, and thus it is impossible to ensure the high efficiency of clothing production.

[0005] 2. Currently, there is a lack of using different machines to process different parts of clothing. For example, buttonholes and sleeve holes cannot be distinguished and sewn, and the intelligence of automated clothing production cannot be guaranteed, thereby failing to improve the production efficiency of automated clothing production lines, and to a certain extent reducing the effect of automated clothing production lines in producing clothing. Summary of the invention

[0006] In view of the above-mentioned technical deficiencies, the purpose of this application is to provide an efficient, intelligent, automated clothing production line system and method.

[0007] In order to solve the above-mentioned technical problems, the present application adopts the following technical solutions: In the first aspect, the present application provides an efficient, intelligent and automated clothing production line system, the method comprising the following modules: an automatic placket operation module, for obtaining order placket information of an order, and performing intelligent rolling, smooth edge folding and sewing process operations of the placket according to the order placket information, and performing automatic buttonhole operations; and then obtaining automatic cutting information, and performing automatic cutting and automatic material collection operations according to the automatic cutting information, thereby obtaining the placket material piece.

[0008] The automatic operation module for the lining is used to obtain the order lining information of the order, and perform intelligent material rolling, shaping, folding and conveying and sewing operations on the lining according to the order lining information, so as to obtain the sewn lining; and obtain the lining operation information, and perform automatic buttoning, automatic cutting and automatic material collection operations on the sewn lining, so as to obtain the lining material piece.

[0009] The automatic operation module for blind-stitching collar and sleeve ends is used to obtain the dimensions of the upper collar surface, upper collar lining and upper collar lining, and to perform intelligent material rolling, collar surface bonding, sewing, automatic seam cutting and automatic material collection operations on the upper collar surface, upper collar lining and upper collar lining, thereby obtaining the collar and sleeve end material pieces.

[0010] The garment assembly module is used to transfer the placket pieces, lining pieces, collar pieces and sleeve pieces to the assembly and hanging area for the garment assembly module, thereby completing the garment assembly and garment inspection.

[0011] Preferably, the order placket information includes the size of the placket, buttonhole production instructions, buttonhole size and position; the automatic cutting information includes cutting table production instructions, buttonhole spacing positioning and roll fabric alignment positioning.

[0012] Preferably, the order lining information includes the lining size and width, and the lining operation information includes button production instructions, lining cutting piece production instructions, button spacing positioning and roll fabric alignment positioning.

[0013] In a second aspect, the present application provides an automated clothing production line method of an efficient and intelligent automated clothing production line system, comprising the following steps: Step 1, automatic operation of the placket: obtaining the order placket information of the order, performing intelligent rolling, smooth edge folding and sewing process operations of the placket according to the order placket information, and performing automatic buttonhole operations; then obtaining automatic cutting information, and performing automatic cutting and automatic material collection operations according to the automatic cutting information, thereby obtaining the placket material piece.

[0014] Step 2, automatic operation of the lining: obtain the lining information of the order, and perform intelligent material rolling, shaping, folding and conveying and sewing operations on the lining according to the order lining information, so as to obtain the sewn lining; and obtain the lining operation information, and perform automatic buttoning, automatic cutting and automatic material collection operations on the sewn lining, so as to obtain the lining material piece.

[0015] Step 3: Automatic blind seam operation of collar and sleeve: obtain the dimensions of the upper collar surface, upper collar lining and upper collar lining, and perform intelligent material rolling, collar surface bonding, sewing process, automatic seam cutting and automatic material collection operations on the upper collar surface, upper collar lining and upper collar lining, so as to obtain the collar material piece and sleeve material piece.

[0016] Step 4: Garment assembly: The front placket, lining placket, collar and sleeve pieces are transferred to the assembly and hanging area for garment assembly module, thereby completing garment assembly and garment inspection.

[0017] The beneficial effects of the present application are as follows: 1. The present application provides an efficient, intelligent, and automated clothing production line system and method, which performs automated clothing production through an intelligent coiling device, a transition loosening device, a bonding and shaping device, a sewing device, an automatic buttonhole machine, an automatic button sewing machine, an automatic revision machine, an automatic material receiving machine, an AGV, a robotic arm, a conveying device, and an assembly and hanging area. The entire production line is managed in a unified manner using highly integrated control, and key processes such as the front placket, the lining, the sewing collar, and the sleeve blind seams are completed automatically, thereby significantly improving production efficiency and reducing labor costs, and realizing functions such as automatic delivery of raw materials, automatic transportation of various components, and automatic assembly and inspection of finished garments, thereby forming an efficient automated production line.

[0018] 2. In the present application, the fabric and auxiliary materials are pre-treated and then transported to the bonding and shaping equipment. The heating unit first preheats the fabric to a temperature suitable for bonding; then the pressing unit applies pressure to tightly bond the fabric and auxiliary materials; then the cooling unit quickly cools the fabric to quickly shape the bonding area, ensuring precise process and neat appearance; next, the sewing equipment starts and automatically adjusts parameters such as stitch length and stitches according to the production instructions; after the fabric is sent into the sewing area, the presser foot fixes it, the sewing machine head starts working, the needle bar drives the needle to move up and down, and at the same time the feeding mechanism controls the fabric to be transported at a constant speed to complete the sewing process. The full automation reduces labor costs and is more convenient and concise.

[0019] 3. In the present application, the fabric and auxiliary materials are pre-treated and then transported to the bonding and shaping equipment. The heating unit first preheats the fabric to a temperature suitable for bonding; then the pressing unit applies pressure to tightly bond the fabric and auxiliary materials; then the cooling unit quickly cools the fabric to quickly shape the bonding area, ensuring precise process and neat appearance; next, the sewing equipment starts and automatically adjusts parameters such as stitch length and stitches according to the production instructions; after the fabric is sent into the sewing area, the presser foot fixes it, the sewing machine head starts working, the needle bar drives the needle to move up and down, and at the same time the feeding mechanism controls the fabric to be transported at a constant speed to complete the sewing process. The full automation reduces labor costs and is more convenient and concise. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present application. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0021] Figure 1 This is a schematic diagram of the system structure connection for this application.

[0022] Figure 2 The figure is a flowchart of the implementation steps of the present application method. DETAILED DESCRIPTION

[0023] The following will be combined with the drawings in the embodiments of the present application to clearly and completely describe the technical solutions in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0024] See also Figure 1 As shown, the present application provides a high-efficiency intelligent automated clothing production line system in the first aspect, including a placket automatic operation module, a lining automatic operation module, a collar and sleeve blind seam automatic operation module and a garment assembly module.

[0025] The automatic placket operation module is used to obtain the order placket information of the order, and perform intelligent coiling, smooth edge folding and sewing process operations of the placket according to the order placket information, and perform automatic buttonhole operations; then obtain automatic cutting information, and perform automatic cutting and automatic material collection operations according to the automatic cutting information, so as to obtain the placket material piece.

[0026] It should be noted that the intelligent winding is completed by the intelligent winding device, which is mainly composed of a winding rack, a servo motor, a tension control system and a control system; the winding rack is used to place and fix the whole roll of fabric, the servo motor drives the fabric to roll through the transmission device, and the tension control system ensures that the fabric maintains a constant tension during the conveying process. The control system accurately controls the length and speed of the fabric according to production instructions.

[0027] In a specific example, the order placket information includes the size of the placket, buttonhole production instructions, buttonhole size and position; the automatic cutting information includes cutting table production instructions, buttonhole spacing positioning and roll fabric alignment positioning.

[0028] In a specific example, the intelligent rolling, smooth edge folding, sewing process and automatic buttonhole operations are performed according to the order placket information. The specific operation process is as follows: first, the intelligent rolling is performed, and the whole roll of fabric is arranged according to the size of the placket in the order information, and then the fabric and auxiliary materials are planned, and the whole roll of fabric is cut; then the smooth edge folding operation is performed, and the cut roll material is transported to the bonding and shaping equipment through the transition loosening device, and the special pulling tube technology is used to complete the smooth edge folding and shaping of the placket, and the shaped and folded placket and placket are obtained; then the sewing process operation is performed, and the shaped and folded placket and placket are matched and input through the transition loosening device, and sent to the sewing link, and the support wheel device is installed, and the automatic buttonhole operation is performed.

[0029] It should be noted that according to the order information, the control system calculates the required fabric length and sends instructions to the servo motor; the servo motor starts according to the instructions, driving the fabric to roll at a constant speed, and at the same time the tension control system is adjusted in real time to ensure that the fabric does not become loose or tight during the transportation process, thereby completing the intelligent rolling of the material.

[0030] It should be noted that the transition loosening device is mainly composed of loosening rollers, pressure rollers and guide plates. The loosening roller generates slight tension by rotating, so that the fabric remains in a relaxed state during the conveying process. The pressure roller is used to control the conveying direction of the fabric, and the guide plate guides the fabric into the next process. Its working principle: After the fabric is output from the intelligent coiling device, it first enters the transition loosening device. The loosening roller rotates to keep the fabric in a certain degree of relaxation during the conveying process, so that subsequent processes such as folding and sewing can proceed smoothly; the pressure roller and guide plate ensure that the fabric can enter the next process accurately and smoothly.

[0031] In a specific example, the automatic buttonhole operation is performed as follows: the automatic buttonhole operation is performed again, the placket piece is transferred to the automatic buttonhole machine through the transition loosening device to position the buttonhole, the placket piece is positioned according to the buttonhole production instruction, and the buttonhole size and position are automatically adjusted.

[0032] In a specific example, automatic cutting and automatic material collection operations are performed according to the automatic cutting information to obtain the various material pieces of the order. The specific operation process is as follows: automatic cutting operation is performed, the placket pieces are conveyed to the automatic pattern-changing machine through the transition loosening device, the placket pieces are cut into shape, and the automatic cutting bed cuts the pieces according to the cutting bed production instructions, the spacing positioning of the buttonholes and the alignment positioning data of the roll fabric; then automatic material collection operation is performed, and the automatic material collection machine is used to complete the material collection and conveying work to obtain the placket material pieces of the order.

[0033] It should be noted that the automatic buttonhole machine, automatic button sewing machine, automatic revision machine and automatic material receiving machine are all highly automated, and realize automatic positioning, automatic processing and automatic material receiving through precise mechanical structure and advanced control system. The specific structure and working principle are similar to the above equipment, but they are different according to their respective functions.

[0034] This application arranges the entire roll of fabric, completes the planning of fabric and auxiliary materials, and cuts the entire roll of fabric to ensure maximum material utilization; at the same time, a special pulling tube technology is used to ensure precise process and neat appearance; a support wheel device is installed to ensure flatness and fit during the sewing process of the placket; the placket pieces are positioned according to production instructions, and the buttonhole size and position are automatically adjusted to achieve precise buttonholes; an automatic material receiving machine is used to complete the material receiving and conveying work to ensure that the material pieces are neat and orderly, which is convenient for subsequent processes.

[0035] The automatic operation module for the lining is used to obtain the order lining information of the order, and perform intelligent material rolling, shaping, folding and conveying and sewing operations on the lining according to the order lining information, so as to obtain the sewn lining; and obtain the lining operation information, and perform automatic buttoning, automatic cutting and automatic material collection operations on the sewn lining, so as to obtain the lining material piece.

[0036] In a specific example, the order lining information includes the lining size and width, and the lining operation information includes button production instructions, lining cutting piece production instructions, button spacing positioning, and roll fabric alignment positioning.

[0037] In a specific example, the intelligent rolling, shaping, folding and conveying and sewing operations of the lining are performed according to the lining information of the order, and the specific operation process is as follows: first, the intelligent rolling is performed, and the whole roll of fabric is arranged according to the lining size and width of the lining information of the order, and the material is transmitted to the automatic cutting bed to be cut into rolls with the same width; then the shaping and folding operation is performed, and the roll is conveyed to the bonding equipment through the transition loosening device. During the lining shaping and folding operation, the lining is positioned and tidy in combination with the lining positioning puller; then the conveying and sewing operation is performed, and the transition loosening device is used to transmit the material to the special equipment for sewing the lining for sewing the lining, and then the sewn lining is obtained.

[0038] In a specific example, the sewn lining is subjected to automatic buttoning, automatic cutting and automatic material collection operations, and the specific operations are as follows: the automatic buttoning operation is performed, and the lining material piece is conveyed to the automatic buttoning machine through a transition loosening device to automatically position the buttons according to the buttoning production instructions; the automatic piece cutting operation is then performed, and the lining material piece is conveyed to the automatic pattern-changing machine through the transition loosening device to perform cutting of the lining piece into shape, and the automatic cutting bed cuts the lining piece according to the lining piece production instructions, the spacing positioning of the buttons and the alignment positioning of the rolled fabric; finally, the automatic material collection operation is performed, and the automatic material collection machine is used to complete the material collection and conveying work, and the lining material piece that has completed the operation is obtained.

[0039] The automatic operation module for blind-stitching collar and sleeve ends is used to obtain the dimensions of the upper collar surface, upper collar lining and upper collar lining, and to perform intelligent material rolling, collar surface bonding, sewing, automatic seam cutting and automatic material collection operations on the upper collar surface, upper collar lining and upper collar lining, thereby obtaining the collar and sleeve end material pieces.

[0040] In a specific example, the upper collar surface, the upper collar lining and the upper collar lining are subjected to intelligent material rolling, collar surface bonding, sewing process, automatic seaming and automatic material collection operations to obtain the sewing collar material piece and the sleeve head material piece. The specific operation process is as follows:

[0041] According to the sizes of the upper collar surface, upper collar lining and upper collar lining, the upper collar surface is placed under the upper collar lining, and the upper collar lining is placed on the upper collar lining. The upper collar surface and the upper collar lining are positioned and bonded by a pull tube. According to the pre-selected collar mold, the upper collar lining is positioned by a pull tube, and then the upper collar lining and the conveyed bonded collar surface are blind-sewn, so that precise seams are cut around the collar. Finally, the automatic material receiving machine completes the material receiving and conveying work to ensure that the material pieces are neat and orderly.

[0042] It should be noted that the method for blind-stitching the sleeves is the same as that for blind-stitching the collar.

[0043] It should be noted that the bonding and shaping equipment mainly includes a heating unit, a pressing unit and a cooling unit; the heating unit is used to preheat the fabric, the pressing unit uses pressure to tightly combine the fabric and auxiliary materials (such as adhesive lining), and the cooling unit is used for rapid cooling and shaping.

[0044] It should be noted that sewing equipment mainly includes a sewing machine head, a needle bar, a presser foot and a feeding mechanism; the sewing machine head is responsible for weaving the thread, the needle bar drives the needle to move up and down, the presser foot is used to fix the fabric, and the feeding mechanism controls the fabric delivery speed.

[0045] In the present application, the fabric and auxiliary materials are pre-treated and then transported to the bonding and shaping equipment. The heating unit first preheats the fabric to a temperature suitable for bonding; then the pressing unit applies pressure to tightly bond the fabric and auxiliary materials; then the cooling unit quickly cools the fabric to quickly shape the bonding area, ensuring precise process and neat appearance; next, the sewing equipment starts and automatically adjusts parameters such as stitch length and stitches according to the production instructions; after the fabric is sent into the sewing area, the presser foot fixes it, the sewing machine head starts working, the needle bar drives the sewing needle to move up and down, and at the same time the feeding mechanism controls the fabric to be transported at a constant speed to complete the sewing process. The full automation reduces labor costs and is more convenient and simple.

[0046] The garment assembly module is used to transfer the placket pieces, lining pieces, collar pieces and sleeve pieces to the assembly and hanging area for the garment assembly module, thereby completing the garment assembly and garment inspection.

[0047] It should be noted that AGV stands for automatic guided vehicle.

[0048] It should be noted that garment inspection includes appearance inspection: check the overall appearance of the garment, including color, printing, seams, sewing process, etc., to ensure that there are no obvious defects; size measurement: measure the size of each part of the garment, such as shoulder width, chest circumference, sleeve length, trouser length, etc., to ensure that it meets the design standards and size specifications; material inspection: check the texture, color difference, fastness, etc. of the fabric, lining, and auxiliary materials to ensure that the materials meet the requirements; functional testing: test the functions of the garment, such as waterproof and breathable, UV resistance, elasticity, etc., which is especially important in sportswear or special functional clothing; sewing quality: check the sewing process, including thread end treatment, seam strength, neatness of sewing, etc.; washing fastness: conduct washing tests to check whether the garment has fading, deformation, etc. after washing; safety testing: check whether the garment has sharp edges, falling objects, and other hidden dangers that may cause harm to the wearer; label and instruction inspection: ensure that all labels, washing instructions and other relevant information labels are intact and comply with regulations.

[0049] See also Figure 2 As shown, the present application provides an automated clothing production line method of an efficient intelligent automated clothing production line system in a second aspect, comprising the following steps: Step 1, automatic operation of the placket: obtaining order placket information of an order, performing intelligent coiling, smooth edge folding and sewing process operations of the placket according to the order placket information, and performing automatic buttonhole operations; then obtaining automatic piece cutting information, and performing automatic piece cutting and automatic material collection operations according to the automatic piece cutting information, thereby obtaining the placket piece;

[0050] Step 2, automatic operation of the lining: obtain the lining information of the order, and perform intelligent material rolling, shaping, folding and conveying and sewing operations on the lining according to the order lining information, so as to obtain the sewn lining; and obtain the lining operation information, and perform automatic buttoning, automatic cutting and automatic material collection operations on the sewn lining, so as to obtain the lining material piece.

[0051] Step 3: Automatic blind seam operation of collar and sleeve: obtain the dimensions of the upper collar surface, upper collar lining and upper collar lining, and perform intelligent material rolling, collar surface bonding, sewing process, automatic seam cutting and automatic material collection operations on the upper collar surface, upper collar lining and upper collar lining, so as to obtain the collar material piece and sleeve material piece.

[0052] Step 4: Garment assembly: The front placket, lining placket, collar and sleeve pieces are transferred to the assembly and hanging area for garment assembly module, thereby completing garment assembly and garment inspection.

[0053] The present application provides an efficient intelligent automated clothing production line system and method, which performs automated clothing production through an intelligent coiling device, a transition loosening device, a bonding and shaping device, a sewing device, an automatic buttonhole machine, an automatic button sewing machine, an automatic revision machine, an automatic material receiving machine, AGV, a robotic arm, a conveying device, and an assembly and hanging area. The entire production line is managed in a unified manner using highly integrated control. By automating key processes such as the front placket, the lining, the sewing collar, and the blind seams of the sleeves, production efficiency is significantly improved, labor costs are reduced, and functions such as automatic delivery of raw materials, automatic transportation of various components, and automatic assembly and inspection of finished garments are realized, forming an efficient automated production line.

[0054] The above contents are merely examples and explanations of the concept of the present application. The technical personnel in the relevant technical field may make various modifications or additions to the described specific embodiments or replace them in a similar manner. As long as they do not deviate from the concept of the invention or exceed the scope defined in this specification, they should all fall within the scope of protection of the present application.

Claims

1. An efficient, intelligent and automated clothing production line system, characterized in that: include: The automatic placket operation module is used to obtain the order placket information of the order, and perform intelligent material rolling, smooth edge folding and sewing process operations of the placket according to the order placket information, and perform automatic buttonhole operations; then obtain automatic piece cutting information, and perform automatic piece cutting and automatic material collection operations according to the automatic piece cutting information, so as to obtain the placket material piece; The inner lapel automatic operation module is used to obtain the inner lapel information of the order, and perform intelligent material rolling, shaping, folding and conveying and sewing operations of the inner lapel according to the order inner lapel information, so as to obtain the sewn inner lapel; and obtain the inner lapel operation information, and perform automatic buttoning, automatic piece cutting and automatic material collection operations on the sewn inner lapel, so as to obtain the inner lapel material piece; The automatic operation module for blind-stitching of collar and sleeves is used to obtain the dimensions of the upper collar surface, upper collar lining and upper collar lining, and to perform intelligent material rolling, collar surface bonding, sewing, automatic seam cutting and automatic material collection operations on the upper collar surface, upper collar lining and upper collar lining, thereby obtaining the collar material piece and sleeve material piece; The garment assembly module is used to transfer the placket pieces, the lining pieces, the collar pieces and the sleeve pieces to the assembly and hanging area for the garment assembly module, thereby completing the garment assembly and garment inspection; The order placket information includes placket size, buttonhole production instructions, buttonhole size and position; the automatic cutting information includes cutting bed production instructions, buttonhole spacing positioning and roll fabric alignment positioning; The order lining information includes the lining size and width, and the lining operation information includes button production instructions, lining cutting piece production instructions, button spacing positioning and roll fabric alignment positioning; The specific operation process of intelligently rolling, shaping, folding and conveying and sewing the inner lapel according to the order inner lapel information is as follows: First, the material is rolled intelligently. The whole roll of fabric is arranged according to the size and width of the inner lapel information of the order, and then transmitted to the automatic cutting bed for cutting into rolls with the same width; then the shaping and folding operation is carried out, and the roll is conveyed to the bonding equipment through the transition loosening device. During the shaping and folding operation of the inner lapel, the inner lapel is positioned and neatly combined with the inner lapel positioning puller; then the conveying and sewing operation is carried out, and the transition loosening device is used to transfer the material to the special equipment for sewing the inner lapel for sewing the inner lapel, and then the sewn inner lapel is obtained; The specific operation process of performing intelligent material coiling, smooth edge folding, sewing process and automatic buttonhole operation according to the order placket information is as follows: First, the material is intelligently rolled up, and the whole roll of fabric is arranged according to the size of the placket in the order information, and then the planning of the fabric and auxiliary materials is completed, and the whole roll of fabric is cut; then the smooth edge folding operation is performed, and the cut roll material is transported to the bonding and shaping equipment through the transition loosening device, and the special pulling tube technology is used to complete the smooth edge folding and shaping of the placket, and the shaped and folded placket and placket are obtained; then the sewing process operation is performed, and the shaped and folded placket and placket are input through the transition loosening device, and sent to the sewing link, the supporting wheel device is installed, and the automatic buttonhole operation is performed.

2. According to claim 1, a highly efficient intelligent automated clothing production line system is characterized in that: The automatic buttoning, automatic cutting and automatic material collection operations of the sewn inner placket are specifically performed as follows: The automatic button sewing operation is performed, and the lining material piece is conveyed to the automatic button sewing machine through the transition loosening device to automatically position the buttons according to the button sewing production instructions; then the automatic cutting operation is performed, and the lining material piece is conveyed to the automatic revision machine through the transition loosening device to cut the lining piece into shape. The automatic cutting bed cuts the lining piece according to the lining piece production instructions, the spacing positioning of the buttons and the alignment positioning of the rolled fabric; finally, the automatic material receiving operation is performed, and the automatic material receiving machine is used to complete the material receiving and conveying work to obtain the lining material piece after the operation is completed.

3. The efficient, intelligent and automated clothing production line system according to claim 2 is characterized in that: The specific operation process of the automatic keyhole operation is as follows: Then the automatic buttonhole operation is performed, the placket pieces are transferred to the automatic buttonhole machine through the transition loosening device to position the buttonhole, the placket pieces are positioned according to the buttonhole production instructions, and the buttonhole size and position are automatically adjusted.

4. The efficient, intelligent and automated clothing production line system according to claim 3 is characterized in that: The automatic cutting and automatic material collection operations are performed according to the automatic cutting information, and then the various materials of the order are obtained. The specific operation process is as follows: Perform automatic cutting operation, convey the placket pieces to the automatic pattern-changing machine through the transition loosening device, cut the placket pieces into shape, and the automatic cutting bed cuts the pieces according to the cutting bed production instructions, the spacing positioning of the buttonholes and the alignment positioning data of the roll fabric; then perform automatic material collection operation, use the automatic material collection machine to complete the material collection and conveying work, and obtain the placket pieces of the order.

5. The efficient, intelligent and automated clothing production line system according to claim 4, characterized in that: The upper collar surface, upper collar lining and upper collar lining are subjected to intelligent material rolling, collar surface bonding, sewing process, automatic seam cutting and automatic material collection operations to obtain the sewing collar material piece and the sleeve head material piece. The specific operation process is as follows: According to the sizes of the upper collar surface, upper collar lining and upper collar lining, the upper collar surface is placed under the upper collar lining, and the upper collar lining is placed on the upper collar lining. The upper collar surface and the upper collar lining are positioned and bonded by a pull tube. According to the pre-selected collar mold, the upper collar lining is positioned by a pull tube, and then the upper collar lining and the conveyed bonded collar surface are blind-sewn, so that precise seams are cut around the collar. Finally, the automatic material receiving machine completes the material receiving and conveying work to ensure that the material pieces are neat and orderly.

6. An automated clothing production line method for executing the efficient intelligent automated clothing production line system according to any one of claims 1 to 5, characterized in that: include: Step 1: Automatic operation of placket: obtain the order placket information of the order, perform intelligent material rolling, smooth edge folding and sewing process operations of the placket according to the order placket information, and perform automatic buttonhole operation; then obtain automatic piece cutting information, and perform automatic piece cutting and automatic material collection operations according to the automatic piece cutting information, so as to obtain the placket material piece; Step 2: Automatic operation of the inner lapel: obtaining the inner lapel information of the order, and performing intelligent material rolling, shaping, folding and conveying and sewing operations of the inner lapel according to the inner lapel information of the order, thereby obtaining the sewn inner lapel; And obtain the inner placket operation information, automatically perform buttoning, automatic cutting and automatic material collection operations on the sewn inner placket, and then obtain the inner placket material piece; Step 3: Automatic operation of blind seaming of collar and sleeve: obtaining the sizes of the upper collar surface, upper collar lining and upper collar lining, and performing intelligent material rolling, collar surface bonding, sewing process, automatic seam cutting and automatic material collection operations on the upper collar surface, upper collar lining and upper collar lining, thereby obtaining collar material pieces and sleeve material pieces; Step 4: Garment assembly: The front placket, lining placket, collar and sleeve pieces are transferred to the assembly and hanging area for garment assembly module, thereby completing garment assembly and garment inspection.

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