A sewing template and sewing method for a side zipper pocket

Abstract

This invention discloses a sewing template for a side zippered pocket. The template includes a base plate, a middle layer plate, and a front panel. The base plate, middle layer plate, and front panel all have consistent zipper head slots, side seam splicing slots, and pocket opening seam slots. The middle layer plate also has a zipper slot. The front panel also has positioning marks that divide the side seam splicing slot into three segments, with the middle segment having the same length as the pocket opening seam slot. This invention also discloses a method for sewing a side zippered pocket using the above-mentioned sewing template. This method involves placing the materials needed for sewing the zippered pocket into the sewing template for one-time forming, effectively simplifying the operation process and reducing the technical difficulty of sewing zippered pockets.

Description

Technical Field

[0001] This invention relates to the field of clothing technology, and in particular to a sewing template and sewing method for a side zipper pocket. Background Technology

[0002] Side pockets are an essential component of clothing, serving as both a visual and functional element. Sportswear side pockets typically include a zipper, pocket fabric, and an elastic panel connecting the garment body to the zipper and pocket fabric. Because the elastic panel is relatively thin, zippers are prone to arching when sewn onto it, resulting in crooked stitching, uneven appearance, and significant technical difficulty in the process. Even skilled workers cannot currently guarantee a high-quality, one-piece sewing of the elastic panel, zipper, and garment body.

[0003] In view of this, the present invention proposes a sewing template and sewing method for a side zipper pocket. The template is designed according to the shape characteristics of the pocket part of the garment. The required materials are placed on the designed acrylic plate and formed in one step by a corresponding method, which can effectively simplify the operation process and reduce the operation difficulty. Summary of the Invention

[0004] To achieve the above objectives, the technical solution adopted by the present invention is: a sewing template for a side zipper pocket, the template comprising a base plate, a middle layer plate, and a front panel. The base plate is bonded to one end of the middle layer plate to form a flap, and the front panel is bonded to the middle layer plate at the same end to form a flap. Two magnetic slots are provided at the other ends of the front panel and the middle layer plate, each containing a built-in magnet.

[0005] Furthermore, the base plate is a 2mm thick acrylic sheet, and the base plate is provided with a zipper head slot, a side seam splicing slot, and a bag opening seam slot.

[0006] Furthermore, the middle layer is a 1mm thick acrylic sheet, and the middle layer is provided with a zipper head slot, a zipper slot, a side seam splicing slot, and a bag opening seam slot.

[0007] Furthermore, the panel is a 2mm thick acrylic sheet, and the panel is provided with a zipper pull slot, a side seam splicing slot, and a bag opening seam slot.

[0008] Furthermore, the zipper pull slots, side seam splicing slots, and bag opening seam slots of the bottom plate, middle plate, and front panel are all in the same vertical position and have the same size specifications.

[0009] Furthermore, the side seam splicing grooves of the bottom plate, middle plate, and front plate are longer than the bag opening seam grooves, and the length of the zipper groove of the middle plate is the same as the length of the bag opening seam groove.

[0010] Furthermore, the panel is also provided with positioning marks, which divide the side seam splicing groove of the panel into three sections, with the middle section having the same length as the bag opening seam groove of the panel.

[0011] A method for sewing a side zipper pocket using the above template, the sewing method comprising the following steps:

[0012] S1. Prepare the materials needed to sew the side zippered pockets, namely the sewing template, upper pocket fabric, lower pocket fabric, zipper, elastic patchwork, and the main body of the garment.

[0013] S2. Place the pocket fabric along the side seam splicing groove on the base plate of the sewing template.

[0014] S3. Cover with the middle layer, place the zipper in the zipper groove of the middle layer, and then place the elastic patch along the side seam splicing groove of the middle layer.

[0015] S4. Cover the panel and sew the middle section of the panel side seam splicing groove with a sewing machine.

[0016] S5. Flip up the panel and turn the elastic patch on the side seam to the other side. Place the main body piece of the garment on the elastic patch.

[0017] S6. Cover the panel and sew the upper and lower sections of the panel side seam splicing groove with a sewing machine.

[0018] S7. Open the panel and flip the main body piece of the garment to the other side. At this point, the elastic patchwork and the main body piece of the garment are on different sides.

[0019] S8. Cover the panel. At this point, the zipper, elastic patchwork, and main garment body piece are sandwiched between the middle panel and the panel.

[0020] S9. Flip up the middle layer and the front panel, and place the upper pocket fabric along the seam groove of the bottom panel pocket opening on the bottom panel on the same side as the elastic patch.

[0021] S10. Cover with the middle layer and the front panel, sew the seam groove for the pocket opening on the front panel with a sewing machine, and then remove it to get the sewn side zipper pocket.

[0022] The beneficial effects of the present invention using the above technical solution are as follows: 1. Simplified operation process: Operators only need to place the material on the sewing template according to the required steps and sew it, which reduces the technical difficulty of sewing the elastic patch of the side zipper pocket. Ordinary workers can be competent after simple training; 2. Improved work efficiency: Compared with the traditional method of sewing side zipper pockets, it saves the steps of attaching the hidden thread to the pocket opening and pressing the edge with 0.1 thread, thus saving corresponding costs; 3. Higher stability: The sewing template is automatically aligned, and the stitch depth is even and does not arch during sewing, resulting in better stability. Attached Figure Description

[0023] Figure 1 This is a schematic diagram of the sewing template of the present invention.

[0024] Figure 2-6 This is a schematic diagram of the side zipper pocket sewing method of the present invention.

[0025] Figure label:

[0026] 1-Base plate; 11-Base plate chain head slot; 12-Base plate side seam splicing groove; 13-Base plate pocket opening seam groove; 2-Middle layer plate; 21-Middle layer plate chain head slot; 22-Middle layer plate side seam splicing groove; 23-Middle layer plate pocket opening seam groove; 24-Middle layer plate zipper groove; 3-Face panel; 31-Face panel chain head slot; 32-Face panel side seam splicing groove; 33-Face panel pocket opening seam groove; 34-Face panel positioning mark; 4-Magnetic slot; 5-Upper pocket fabric; 6-Lower pocket fabric; 7-Zipper; 8-Elastic patchwork; 9-Garment body panel. Detailed Implementation

[0027] To enable those skilled in the art to better understand the technical solutions of the present invention, the present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.

[0028] Example 1

[0029] like Figure 1 As shown, a sewing template for a side zippered pocket is provided. The template consists of a base plate 1, a middle layer plate 2, and a front panel 3. The base plate 1 and the middle layer plate 2 are glued together at one end to form a flap, and the front panel 3 is glued together at the same end of the middle layer plate 2 to form a flap. Two magnetic slots 4 are provided at the other ends of both the front panel and the middle layer plate, each containing a magnet. The magnets in the slots attract each other, clamping the front panel and the middle layer plate together.

[0030] In this embodiment, the base plate 1 is a 2mm thick acrylic sheet, and it is provided with a zipper pull slot 11, a side seam splicing slot 12, and a bag opening seam groove 13. The middle layer plate 2 is a 1mm thick acrylic sheet, and it is provided with a zipper pull slot 21, a side seam splicing slot 21, a bag opening seam groove 23, and a zipper slot 24. The front panel 3 is a 2mm thick acrylic sheet, and it is provided with a zipper pull slot 31, a side seam splicing slot 32, and a bag opening seam groove 33.

[0031] The zipper pull slots, side seam splicing slots, and bag opening seam slots on the bottom plate, middle plate, and front plate are all in the same vertical position and have the same size specifications. The side seam splicing slots on the bottom plate, middle plate, and front plate are longer than the bag opening seam slots, and the length of the zipper slot 24 on the middle plate is the same as the length of the bag opening seam slot 23.

[0032] Panel 3 is also provided with positioning marks 34, which divide the side seam splicing groove 32 of the panel into three sections, with the middle section having the same length as the front seam groove 33 of the panel.

[0033] Example 2

[0034] like Figure 2-6 As shown, a method for sewing a side zipper pocket using the above-mentioned sewing template includes the following steps:

[0035] S1. Prepare the materials needed to sew the side zippered pocket, namely the sewing template, upper pocket fabric 5, lower pocket fabric 6, zipper 7, elastic patchwork 8, and the main garment body piece 9.

[0036] S2, such as Figure 2 As shown, the lower pocket fabric 6 is placed on the base plate 1 of the sewing template along the side seam splicing groove 11.

[0037] S3. Cover with the middle layer, such as Figure 3 As shown, a zipper 7 is placed in the zipper groove 24 of the middle layer board. The zipper head of the zipper 7 is located in the zipper head slot 21, and the zipper teeth are located in the zipper groove 24. The fabric strips on both sides of the zipper 7 are located on the side seam splicing groove 22 and the bag opening seam groove 23, respectively. Then, an elastic patch 8 is placed along the side seam splicing groove 22 of the middle layer board.

[0038] S4. Cover the panel and sew the middle section of the panel side seam splicing groove with a sewing machine.

[0039] S5, flip up the panel, as shown Figure 4 As shown, flip the elastic patch 8, which has half of the side seam, to the other side, and place the main garment piece 9 on the elastic patch.

[0040] S6. Cover the panel and sew the upper and lower sections of the panel side seam splicing groove with a sewing machine.

[0041] S7. Open the panel and flip the main garment piece 9 to the other side. (Example:) Figure 5 As shown, at this time, the elastic patch 8 and the main garment piece 9 are on different sides.

[0042] S8. Cover the panel. At this time, the zipper, elastic patchwork, and main body fabric piece are sandwiched between the middle layer and the panel. Due to the mutual attraction of the magnets in the magnetic slots of the panel and the middle layer, the materials of the panel and the middle layer are clamped together.

[0043] S9. Flip up the middle and front panels, as shown. Figure 6 As shown, place the upper pocket fabric 5 along the seam groove of the bottom pocket opening on the bottom plate on the same side as the elastic patch.

[0044] S10. Cover with the middle layer and the front panel, sew the seam groove for the pocket opening on the front panel with a sewing machine, and then remove it to get the sewn side zipper pocket.

[0045] The above description is only a preferred embodiment of the present invention, but the scope of protection of the present invention is not limited thereto. Any changes or substitutions that can be easily conceived by those skilled in the art within the scope of the technology disclosed in the present invention should be included within the scope of protection of the present invention.

Claims

1. A method for sewing a side zippered pocket, comprising a sewing template, the sewing template comprising a base plate, a middle plate, and a front plate, wherein the base plate, middle plate, and front plate are provided with consistent zipper pull slots, side seam splicing slots, and pocket opening seam slots; the middle plate is further provided with a zipper slot; characterized in that... The base plate and the middle layer plate are glued together at one end to form a flap, and the front panel and the middle layer plate are glued together at the same end to form a flap; each of the other ends of the front panel and the middle layer plate has two magnetic slots with built-in magnets; the front panel has positioning marks that divide the side seam splicing groove of the front panel into three sections, with the middle section having the same length as the bag opening seam groove of the front panel; the zipper groove of the middle layer plate has the same length as the bag opening seam groove; the sewing method includes the following sewing steps: S1. Prepare the materials needed to sew the side zippered pockets, namely, sewing template, upper pocket fabric, lower pocket fabric, zipper, elastic patchwork, and the main body of the garment. S2. Place the lower pocket fabric along the side seam splicing groove on the base plate of the sewing template; S3. Cover with the middle layer, place the zipper in the zipper groove of the middle layer, and then place the elastic patch along the side seam splicing groove of the middle layer. S4. Cover with the panel and sew the middle section of the panel side seam splicing groove with a sewing machine. S5. Flip up the panel, turn half of the elastic patch along the side seam to the other side, and then place the main body piece of the garment on the elastic patch. S6. Cover with the panel and sew the upper and lower sections of the panel side seam splicing groove with a sewing machine. S7. Open the panel and turn the main body of the garment to the other side. At this time, the elastic patch and the main body of the garment are on different sides. S8. Cover the panel. At this time, the zipper, elastic patchwork, and main body fabric pieces of the garment are sandwiched between the middle panel and the panel. S9. Flip up the middle layer board and the front panel, and place the upper pocket fabric along the bottom panel pocket opening seam groove on the bottom panel on the same side as the elastic patch. S10. Cover with the middle layer and the front panel, sew the seam groove for the pocket opening of the front panel with a sewing machine, and take it out to get the sewn side zipper pocket. In step S3, after the zipper is placed in the zipper groove, the fabric strips on both sides of the zipper are located on the side seam splicing groove and the bag opening seam groove, respectively.

2. The sewing method for a side zippered pocket as described in claim 1, characterized in that... The base plate, middle plate, and front plate are acrylic sheets with thicknesses of 2mm, 1mm, and 2mm, respectively.

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