A wrinkle-free garment template with four-sided welt pockets

Abstract

This invention provides a wrinkle-free four-sided patch pocket garment template, comprising a base layer and an upper layer. The base and upper layers each consist of multiple panels arranged from bottom to top, connected by bonding, rivets, or magnetism. This template reduces the complexity and technical difficulty of traditional four-sided patch pocket manufacturing processes, shortens the sewing process, and lowers the reliance on highly skilled technicians. Ordinary technicians can also operate using this template, better avoiding the risk of burns from high-temperature pressing and shaping of the patch fabric during folding. It also ensures consistent and standardized quality of four-sided patch pockets produced from the same order in a shorter time, greatly improving sewing efficiency and garment quality.

Description

Technical Field

[0001] This invention belongs to the field of textile and garment production technology, and in particular relates to a wrinkle-free garment template with four-sided seam pockets. Background Technology

[0002] In existing processes, the four-sided patch pockets are generally made using traditional manual methods. Because the traditional manual process of making four-sided patch pockets in clothing is complex and tedious, it usually requires workers with high technical skills to complete the sewing process.

[0003] The process of making pockets with four-sided appliqués involves several steps. First, a template is used to mark the positions for the pockets on the appliqué fabric. Then, a senior pocket-making technician with many years of experience makes the pockets. After the pockets are made, the appliqué fabric is compared again with a clean template and then pressed at high temperature to shape the folded edges needed for sewing the appliqués. Simultaneously, the position of the pocket fabric is marked on the garment piece where the appliqués are to be sewn, using a template. Finally, a senior pocket-making technician with many years of experience sews the pressed-on pocket fabric onto the marked positions on the garment piece. The entire sewing process is complex, requiring multiple steps and coordinated worker operation. The four-sided appliqué pocket making process requires highly skilled technicians. However, even products with four-sided seam-sealed welt pockets sewn and manufactured by experienced technicians still cannot fully meet the standard requirements. In addition, the high-temperature manufacturing process also poses a certain risk of burns. For example, if operators are hot-pressing and shaping the fabric around the four sides during the manufacturing process, the fabric may be deformed, leading to a series of chain reactions and making it impossible to achieve a standardized sewing process for four-sided seam-sealed welt pockets. Summary of the Invention

[0004] To address the shortcomings of existing technologies, this invention provides a wrinkle-free four-sided patch pocket garment template, which can reduce the complexity of traditional garment sewing processes, lower the technical difficulty of four-sided patch pocket sewing, further reduce reliance on experienced technicians, shorten the sewing process, and avoid the risk of burns when folding the four-sided patch fabric during high-temperature pressing and shaping.

[0005] The objective of this invention is achieved through the following technical solution:

[0006] A wrinkle-free garment template with four-sided welt pockets, comprising,

[0007] Main body bottom layer: from bottom to top, it includes a first main body bottom plate, a second main body bottom plate, a third main body composite plate, and a fourth main body layer plate that can be connected to each other; the second main body bottom plate and the third main body composite plate are glued together; one side of the first main body bottom plate overlaps with one side of the third main body composite plate and one side of the fourth main body layer plate to form a folded connection;

[0008] Main body upper layer: From bottom to top, it includes the main body upper layer first base plate, main body upper layer side guard plate, main body upper layer wrinkle-free folding plate, clean sample plate, main body upper layer fabric thickening plate, main body upper layer second side guard plate, main body upper layer sliding plate, and main body upper layer plate;

[0009] The main body upper edge panel is provided with two pieces, which are respectively connected to the first bottom plate of the main body upper layer. The main body upper wrinkle-free folding panel is Y-shaped and is provided with two pieces, which are placed in the gap between the two main body upper edge panels. The Y-shaped opening ends of the two main body upper wrinkle-free folding panels are arranged opposite each other.

[0010] The clean sample plate includes a clean sample plate attached to the upper four sides of the main body and a clean sample reinforcement plate attached to the upper four sides of the main body disposed above the clean sample plate attached to the upper four sides of the main body. A handle for easy handling is provided in the center of the front of the clean sample reinforcement plate attached to the upper four sides of the main body. The back of the handle of the clean sample reinforcement plate attached to the upper four sides of the main body is bonded to the clean sample plate attached to the upper four sides of the main body.

[0011] The upper layer of the main body has two second side panels, which are respectively placed at both ends of the upper layer fabric thickening plate. A sliding channel for placing the upper layer sliding plate is formed between the two upper layer second side panels. The upper layer sliding plate has a groove for the surrounding fabric strip.

[0012] The outer contour of the main upper plate is the same as that of the main upper fabric thickening plate, and both the main upper plate and the main upper fabric thickening plate have a notch for the four sides of the fabric patch.

[0013] Preferably, the first base plate of the main body is provided with a garment piece placement outline mark, and the outer sides of the garment piece placement outline mark are provided with connection positioning, the connection positioning including rivet positioning holes and magnet positioning holes;

[0014] The garment piece is surrounded by a patch with a notch at the inner edge of the patch. The outer contour of the notch is the same as the outer contour of the patch. The size and outer contour of the notch match the second base plate of the main body.

[0015] Preferably, both the second base plate and the third composite plate of the main body are vertically provided with a set of pocket sewing application grooves with a similar length and spacing; the fourth layer plate of the main body is provided with a set of fourth pocket sewing application grooves corresponding to the pocket sewing application grooves, and a pocket inlay line placement marking is provided on one side of the fourth pocket sewing application groove.

[0016] Preferably, one side of the main body third composite plate is connected to one side of the main body first base plate, and the other side is aligned with the outer edge of the notch. The connection side of the main body third composite plate and the main body first base plate is provided with a connection positioning that corresponds to that on the main body first base plate.

[0017] Preferably, the width of the fourth layer plate of the main body is equivalent to the width of the first bottom plate of the main body, the right edge of the fourth layer plate of the main body forms a folded connection with the edge of the first bottom plate of the main body, and the fourth layer plate of the main body is provided with connecting positioning on both sides.

[0018] Preferably, the upper first base plate of the main body is provided with four-sided fabric marking marks, and the four-sided fabric marking marks have a notch for the fabric pattern. The two sides of the upper first base plate of the main body are provided with connection positioning for connecting with other upper plates of the main body.

[0019] Preferably, the upper edge panel of the main body is placed on the upper first bottom plate of the main body by connecting and positioning overlapping, and a channel for placing the upper wrinkle-free folded edge panel of the main body is formed between the two upper edge panels of the main body, and the two upper wrinkle-free folded edge panels of the main body move relative to each other in the channel with their openings facing each other.

[0020] Preferably, the outer contour of the clean sample plate on the upper layer of the main body is the same as the notch of the clean sample plate on the upper layer of the main body. The inner side of the clean sample plate on the upper layer of the main body is provided with a mark line for the clean sample plate reinforcement plate. The contour of the clean sample plate reinforcement plate on the upper layer of the main body is consistent with the contour of the mark line. The inner side of the mark line of the clean sample plate reinforcement plate is provided with a radiating deformation groove to facilitate the removal of the clean sample plate. The center of the deformation groove is connected to the clean sample plate reinforcement plate on the upper layer of the main body.

[0021] Preferably, the outer contour of the upper fabric thickening plate is equivalent to the first bottom plate of the upper body, and it overlaps the upper edge plate of the upper body through the connection and positioning of the two sides of the upper fabric thickening plate. The upper fabric thickening plate (10) and the surrounding fabric strip seam notch of the upper body plate (13) coincide.

[0022] Preferably, the second side panel of the upper layer of the main body is stacked on the thickened fabric plate of the upper layer of the main body through connection and positioning.

[0023] The beneficial effects of this invention are at least reflected in:

[0024] 1. It reduces the complexity and technical difficulty of traditional garment sewing techniques for welt pockets around the edges, and shortens the sewing process.

[0025] 2. It reduces the requirements and reliance on senior technical personnel. Ordinary technicians can also operate using the template of this invention, and can also better avoid the risk of burns caused by high-temperature ironing and shaping, and folding the edges of the fabric.

[0026] 3. It can ensure the uniformity and standard of the quality of the four-sided welt pockets produced for the same order in a shorter time, which greatly improves sewing efficiency and garment quality. Attached Figure Description

[0027] Figure 1 : Schematic diagram of the main body first base plate structure of the template of the present invention.

[0028] Figure 2 : Schematic diagram of the second base plate structure of the main body of the present invention.

[0029] Figure 3 : Schematic diagram of the third composite plate structure of the main body of the present invention.

[0030] Figure 4 : Schematic diagram of the fourth layer plate structure of the main body of the present invention.

[0031] Figure 5 This is a structural diagram of the main body of the present invention when the bottom layer is connected. At this time, the fourth layer plate of the main body is in a folded-open state.

[0032] Figure 6 : Schematic diagram of the upper first base plate structure of the main body of the present invention.

[0033] Figure 7 : A schematic diagram showing the positional structure of the upper edge guard plate and the upper wrinkle-free folding edge plate of the main body when in use.

[0034] Figure 8 : Schematic diagram of the upper layer of the main body of the invention with the template attached around the perimeter.

[0035] Figure 9 : Schematic diagram of the structure of the upper layer of the main body of the present invention with reinforced plates attached around the perimeter.

[0036] Figure 10 : Schematic diagram of the thickened upper fabric plate structure of the main body of the present invention.

[0037] Figure 11 : A schematic diagram of the positional structure of the upper second baffle plate and the upper sliding plate of the main body during use.

[0038] Figure 12 : Schematic diagram of the upper layer structure of the main body of the present invention.

[0039] Figure 13 : A reference diagram showing the usage state of the various plates after being stacked and combined when using this invention. Detailed Implementation

[0040] The following examples and Figures 1-13 The technical solution of this invention is described below. This invention discloses a wrinkle-free garment template with four-sided seam welt pockets, comprising a bottom main body and an upper main body disposed on the bottom main body. The bottom main body and the upper main body are selectively connected by rivets and magnets. Each layer of this invention involves multiple panels, each panel being independent yet connectable as needed, thus forming a modular design. Typically, each panel is transparent.

[0041] The main body, from bottom to top, comprises a first main body base plate 1, a second main body base plate 2, a third main body composite plate 3, and a fourth main body layer plate 4, which are interconnected. The edge of the first main body base plate 1 overlaps and is bonded to one side of the third main body composite plate 3 and the fourth main body layer plate 4 to form a folded connection. The first main body base plate 1 is provided with a garment piece placement outline mark 101, and connection positioning is provided on both sides of the outer periphery of the garment piece placement outline mark 101. The connection positioning includes rivet positioning holes 104 and magnet positioning holes 105.

[0042] The inner side of the garment piece placement outline mark 101 is provided with a perimeter patch 102. A notch 103 is formed between the inner side of the perimeter patch 102 and its outer edge. The outer contour of the notch 103 is the same as the outer contour of the perimeter patch 102. The size and outer contour of the notch 103 match the second base plate 2 of the main body. The contour of the notch 103 is the same as the contour of the pocket to be sewn.

[0043] Both the second base plate 2 and the third composite plate 3 have a set of vertically spaced pocket-making application grooves 203 of roughly equal length. When the second base plate 2 is adhered to the back of the third composite plate 3, the pocket-making application grooves 203 on the two plates overlap. One edge of the third composite plate 3 is bonded to one side of the first base plate 1 to form a folded connection. When the third composite plate 3 is folded onto the first base plate 1, one edge of the third composite plate 3 overlaps with one edge of the first base plate 1, and the other edge overlaps with the outer edge of the notch 103. The second base plate 2 is then placed within the notch 103. To further stabilize the connection, rivets and magnets are placed in the rivet positioning 104 and magnet positioning hole 105, respectively, to connect the first base plate 1 and the third composite plate 3.

[0044] The width of the fourth layer plate 4 is approximately the same as the width of the first base plate 1. The fourth layer plate 4 has a set of fourth pocket-making application grooves 204 corresponding to the pocket-making application grooves 203. One side of each fourth pocket-making application groove 204 has a pocket-making inlay line placement marking 402. The right edge of the fourth layer plate 4 is folded into the edge of the first base plate 1. When the fourth layer plate 4 is folded onto the first base plate 1, the fourth pocket-making application groove 204 overlaps with the pocket-making application groove 203. Similarly, reinforcing connection positioning is provided on both sides of the fourth layer plate 4.

[0045] The upper body of the main body, from bottom to top, includes the first base plate 5, the upper side guard plate 6, the wrinkle-free folding plate 7, the clean sample plate, the upper fabric thickening plate 10, the second side guard plate 11, the upper sliding plate 12, and the upper plate 13.

[0046] The width of the upper first base plate 5 is greater than that of the upper first base plate 1. It has perimeter markings 501 for fabric appliqué. The perimeter markings 501 contain perimeter fabric appliqué pattern notches 502. The upper first base plate 5 has connection and positioning features on both sides for connecting with other upper plates. The outer contour, shape, and connection positioning positions of the upper fabric thickening plate 10 are the same as those of the upper first base plate 5. The upper fabric thickening plate 10 also has perimeter fabric appliqué pattern notches 502.

[0047] The outline size and shape of the perimeter fabric markings 501 and the perimeter fabric notch 502 match the outline size and shape of the perimeter fabric 102 and notch 103 on the main body first base plate 1. When the upper first base plate 5 of the main body is placed on the main body first base plate 1, the connection and positioning positions of the two plates also coincide.

[0048] The upper body edge panel 6 consists of two parts, left and right, namely a first upper body edge panel 61 and a second upper body edge panel 62. The first upper body edge panel 61 and the second upper body edge panel 62 are connected and positioned, and are connected to the first upper body base plate 5 using rivets and magnets, respectively, with the outer contour of the first upper body base plate 5 as a corresponding reference. A spatial channel is formed between the first upper body edge panel 61 and the second upper body edge panel 62 for placing the upper body wrinkle-free folding edge panel 7. The upper body wrinkle-free folding panel 7 is Y-shaped and consists of two panels: a first upper body wrinkle-free folding panel 71 and a second upper body wrinkle-free folding panel 72. The openings of the two panels are positioned opposite each other within the gap between the two upper body side panels 6. Both the first and second upper body side panels 61 and 62 have inwardly protruding limiting ends 601 to restrict the position reached by the first and second upper body wrinkle-free folding panels 71 and 72 after relative movement. The opening contour formed by the openings of the first and second upper body wrinkle-free folding panels 71 and 72 is identical to the surrounding fabric pattern notch 502. In other words, when the two panels move relative to each other, the opening contour will change size and shape in the same way as the surrounding fabric pattern notch 502. In this embodiment, when the size of the opening outline is exactly the same as the notch 502 of the surrounding fabric strip, the opening ends of the first main body upper layer wrinkle-free folding plate 71 and the second main body upper layer wrinkle-free folding plate 72 partially overlap. At this time, the outer edges of the openings of the first main body upper layer wrinkle-free folding plate 71 and the second main body upper layer wrinkle-free folding plate 72 will also abut against the limiting end 601.

[0049] The clean sample board includes a main upper layer clean sample board 8 and a main upper layer clean sample board reinforcement board 9 disposed above the main upper layer clean sample board 8. A handle 901 for easy handling is provided in the center of the front of the main upper layer clean sample board reinforcement board 9, and the back of the handle of the main upper layer clean sample board reinforcement board 9 is bonded to the main upper layer clean sample board 8. The outer contour of the main upper layer clean sample board 8 is the same as the clean sample board notch 502. A clean sample board reinforcement board marking line 801 is provided on the inner side of the main upper layer clean sample board 8, and the contour and shape of the main upper layer clean sample board reinforcement board 9 are consistent with the clean sample board reinforcement board marking line 801. The inner side of the clean sample board reinforcement board marking line 801 has radiating deformation slots 802 for easy handling of the clean sample board. In this embodiment, four deformation slots 802 are provided, and their extension lines intersect. The four deformable grooves 802 are connected to the center of the main body and the surrounding reinforced plate 9.

[0050] The upper body second side panel 11 consists of two pieces, including a first upper body second side panel 111 and a second upper body second side panel 112, which are respectively connected and overlapped at both ends of the upper body fabric thickening plate 10. A sliding channel 1101 for placing the upper body sliding plate 12 is formed between the two upper body second side panels 11, and a gap is provided between the outer ring of the upper body sliding plate 12 and the sliding channel 1101. The upper body sliding plate 12 has a four-sided appliqué pattern seam groove 1201. The length of the four-sided appliqué pattern seam groove 1201 is approximately equal to the bottom of the four-sided appliqué pattern notch 502. The sliding channel 1101 has slots at both ends. The bottom slot 1102 is positioned at the bottom of the surrounding fabric pattern notch 502. The upper slot 1103 of the sliding channel 1101 is defined by the fact that the upper sliding plate 12 of the main body slides upward until the surrounding fabric pattern notch 1201 can move and cover the upper end of the surrounding fabric pattern notch 502. In summary, the vertical movement trajectory of the surrounding fabric pattern notch 1201 in the sliding channel 1101 will correspond to the height of the surrounding fabric pattern notch 502.

[0051] Furthermore, the upper sliding plate 12 of the main body is quadrilateral in shape, with side wings 1202 on both sides of its upper end. The ends of the side wings 1202 cooperate with the bottom groove 1102 and the upper groove 1103, and are engaged in the sliding channel 1101 by the side wings 1202, so that the upper sliding plate 12 of the main body can slide up and down in the sliding channel 1101 without falling off. Similarly, the side wings 1202 are designed to prevent the upper sliding plate 12 of the main body from sliding out of the sliding channel 1101, while also ensuring that the grooves 1201 of the surrounding fabric pattern can completely cover the upper and lower ends of the surrounding fabric pattern notch 502.

[0052] The outer contour and size of the main upper layer plate 13 are the same as those of the main upper fabric thickening plate 10. The main upper layer plate 13 has a notch for the fabric pattern around its perimeter. Connecting positioning is provided on both sides of the main upper layer plate 13.

[0053] To better understand the working principle of this invention, the following explanation is provided through a specific usage process:

[0054] First, connect the various boards in the bottom layer of the main body, fold and close the third composite board 3 of the main body, and place the perimeter patch on the third composite board 3 of the main body, aligning it with the perimeter patch 102 of the first base plate 1 of the main body. Then, fold and close the fourth layer board 4 of the main body. Place the pocket opening inlay line at the marked position 402, and place the pocket inlay line fabric in the slot 204 of the fourth pocket sewing application. Then, further fix the position of the fourth layer board 4 of the main body to the first base plate 1 of the main body by using the rivets and magnets on the connection positioning.

[0055] After placing the upper part of the main body in an up-down relationship, it is placed on the bottom part of the main body and fixedly connected to the bottom part of the main body by rivets and magnets.

[0056] The machine needle inserts the presser foot into the sewing slot 1201 of the surrounding patch fabric to create a groove. The operation of the sewing machine drives the upper sliding plate 12 of the main body to move in the sliding channel 1101, controlling the cut piece to complete the pocket sewing on the surrounding patch fabric.

[0057] The following steps involve pressing and shaping the fabric. The upper layer of the main body is flipped open, so that the first base plate 5 of the upper layer faces the operator and is placed on top. Other plates, such as the upper edge guard plate 6, are then placed below the first base plate 5. The fabric around the cut-out pockets, after completion, is placed on the first base plate 5. The clean pattern is then placed on the fabric around the cut-out pockets, and the clean pattern is pressed down firmly along the notch 502 in the fabric around the pockets. Then, push the first main body upper layer wrinkle-free folded edge plate 71 and the second main body upper layer wrinkle-free folded edge plate 72 inward until the first main body upper layer wrinkle-free folded edge plate 71 and the second main body upper layer wrinkle-free folded edge plate 72 abut against the limiting end 601. At this time, the surrounding fabric will also naturally fold to form a snap-on shape. Keep the main body upper layer wrinkle-free folded edge plate 7 still and pull the handle 901. Due to the existence of the deformation groove 802 of the main body upper layer surrounding pattern plate 8, when the handle 901 is pulled, the main body upper layer surrounding pattern plate 8 will be naturally lifted by the main body upper layer surrounding pattern plate reinforcement plate 9, so that the pattern plate can be taken out smoothly.

[0058] Open the third composite board 3 and the fourth layer board 4 of the main body, place the appliquéd garment piece 14 on the outline marking 101 of the garment piece placement, close the bottom layer and the top layer of the main body, and connect the various boards in reinforced positions by rivets in the corresponding rivet positioning holes. The presser foot in the needle is inserted into the groove 1201 of the surrounding appliqué pattern to create the sewing position. The operation of the sewing machine drives the sliding plate 12 of the top layer of the main body to move in the sliding channel 1101, controlling the cut piece to complete the production of the wrinkle-free surrounding appliqué.

[0059] Of course, there are many other specific embodiments of this invention, which will not be listed here. All technical solutions formed by equivalent substitution or equivalent transformation fall within the scope of protection claimed by this invention.

Claims

1. A no-iron four-sided taping digi-bag garment template, characterized in that, include, Main body bottom layer: from bottom to top, it includes a first main body bottom plate (1), a second main body bottom plate (2), a third main body composite plate (3), and a fourth main body layer plate (4) that are connected to each other; the second main body bottom plate (2) and the third main body composite plate (3) are glued together; the same side of the first main body bottom plate (1) overlaps with one side of the third main body composite plate (3) and the fourth main body layer plate (4) to form a folded connection; Main body upper layer: from bottom to top, it includes the first bottom plate of the main body upper layer (5), the main body upper layer edge guard plate (6), the main body upper layer wrinkle-free folding plate (7), the clean sample plate, the main body upper layer fabric thickening plate (10), the main body upper layer second edge guard plate (11), the main body upper layer sliding plate (12), and the main body upper layer plate (13). The upper body side panel (6) is provided in two pieces, which are respectively connected to the upper body first bottom plate (5). The upper body wrinkle-free folding plate (7) is Y-shaped and is provided in two pieces, which are placed in the gap between the two upper body side panels (6). The Y-shaped opening ends of the two upper body wrinkle-free folding plates (7) are set opposite to each other. The clean sample plate includes a clean sample plate (8) attached to the upper four sides of the main body and a clean sample reinforcement plate (9) attached to the upper four sides of the main body located above the clean sample plate (8). The clean sample reinforcement plate (9) attached to the upper four sides of the main body has a handle (901) in the center of the front side for easy handling. The back of the handle of the clean sample reinforcement plate (9) attached to the clean sample plate (8) attached to the upper four sides of the main body is bonded and connected. Two upper second side panels (11) are provided on the main body, respectively placed at both ends of the upper fabric thickening plate (10). A sliding channel (1101) for placing the upper sliding plate (12) is formed between the two upper second side panels (11). The upper sliding plate (12) is provided with a four-sided fabric strip groove (1201). The outer contour of the main upper plate (13) is the same as that of the main upper fabric thickening plate (10). Both the main upper plate (13) and the main upper fabric thickening plate (10) have a four-sided fabric strip notch.

2. A no-iron four-sided seamed drawstring garment pattern as defined in claim 1, wherein: The first base plate (1) of the main body is provided with a garment piece placement outline mark (101), and the garment piece placement outline mark (101) is provided with connection positioning on both sides of its periphery. The connection positioning includes rivet positioning holes and magnet positioning holes. The garment piece placement outline mark (101) has a surrounding patch (102) inside, and a notch (103) is opened on the inner side of the surrounding patch (102). The outer contour of the notch (103) is the same as the outer contour of the surrounding patch (102). The size of the notch and its outer contour are both matched with the second base plate (2) of the main body.

3. The wrinkle-free garment template with four-sided seam welt pockets as described in claim 2, characterized in that: Both the second base plate (2) and the third composite plate (3) of the main body are vertically provided with a set of pocket sewing application grooves of equal length and spaced apart; the fourth layer plate (4) of the main body is provided with a set of fourth pocket sewing application grooves corresponding to the pocket sewing application grooves, and a pocket inlay line placement marking (402) is provided on one side of the fourth pocket sewing application groove.

4. The wrinkle-free garment template with four-sided seam pockets as described in claim 3, characterized in that: One side of the main body third composite plate (3) overlaps with one side of the main body first base plate (1), and the other side is equivalent to the outer edge of the notch (103). The connection side of the main body third composite plate (3) and the main body first base plate (1) is provided with a connection positioning that corresponds to the main body first base plate (1).

5. A wrinkle-free garment template with four-sided seam pockets as described in claim 4, characterized in that: The width of the fourth layer plate (4) of the main body is equivalent to the width of the first bottom plate (1) of the main body. The right edge of the fourth layer plate (4) of the main body forms a folded connection with the edge of the first bottom plate (1) of the main body. Both sides of the fourth layer plate (4) of the main body are provided with connection positioning.

6. The wrinkle-free garment template with four-sided seam welt pockets as described in claim 1, characterized in that: The upper first base plate (5) of the main body is provided with a four-sided fabric marking mark (501), and a four-sided fabric pattern notch (502) is opened in the four-sided fabric marking mark (501). The two sides of the upper first base plate (5) of the main body are provided with connection positioning for connecting with other upper plates of the main body.

7. A wrinkle-free garment template with four-sided appliqué pockets as described in claim 6, characterized in that: The upper edge panel (6) of the main body is placed on the upper first bottom plate (5) of the main body by connecting and positioning overlapping. A channel is formed between the two upper edge panels (6) of the main body for placing the upper wrinkle-free folded edge panel (7) of the main body. The two upper wrinkle-free folded edge panels (7) of the main body move relative to each other in the channel with their openings facing each other.

8. A wrinkle-free garment template with four-sided welt pockets as described in claim 7, characterized in that: The outer contour of the upper layer of the main body with the surrounding clean sample plate (8) is the same as the surrounding clean sample gap (502). The inner side of the upper layer of the main body with the surrounding clean sample plate (8) is provided with a surrounding clean sample reinforcement plate marking line (801). The contour of the upper layer of the main body with the surrounding clean sample reinforcement plate (9) is consistent with the contour of the surrounding clean sample reinforcement plate marking line (801). The inner side of the surrounding clean sample reinforcement plate marking line (801) is provided with a radiating deformation groove (802) to facilitate the removal of the clean sample plate. The deformation groove (802) surrounds the center and connects to the upper layer of the main body with the surrounding clean sample reinforcement plate (9).

9. A wrinkle-free garment template with four-sided welt pockets as described in claim 8, characterized in that: The outer contour of the upper fabric thickening plate (10) is equivalent to the first bottom plate (5) of the upper body. The upper fabric thickening plate (10) is connected and positioned on both sides of the upper body edge plate (6). The upper fabric thickening plate (10) and the surrounding fabric strip seam gap of the upper body plate (13) coincide.

10. A wrinkle-free garment template with four-sided welt pockets as described in claim 9, characterized in that: The upper second baffle plate (11) of the main body is stacked on the upper fabric thickening plate (10) of the main body through connection and positioning.

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