A suit darting template and method of use

Abstract

This invention discloses a template for the front gusset of a suit and its method of use, relating to the field of garment technology. The template includes a first main plate at the bottom, a second main plate in the middle, and a third main plate at the top. The upper end of the first main plate connects to the second main plate, forming a crease at the connection. The upper end of the second main plate connects to the third main plate, forming a crease at the connection. A first secondary plate is located on the left end of the first main plate, and a second secondary plate is located on the right side of the first main plate. A crease is formed at the connection between the first and second secondary plates and the first main plate. A third secondary plate is located at the lapel position of the second main plate, and a fourth secondary plate is located at the lapel point of the second main plate. A crease is formed at the connection between the third and fourth secondary plates and the second main plate. This invention, using the aforementioned template for the front gusset of a suit and its method of use, can solve the problems of cumbersome, time-consuming, labor-intensive, and poor product quality in existing suit front gusset sewing processes.

Description

Technical Field

[0001] This invention relates to the field of clothing technology, and in particular to a template for the front hem of a suit and its method of use. Background Technology

[0002] The front gusset of a suit jacket is a crucial part, and its quality directly affects the overall appearance of the garment. Traditionally, the front gusset is mostly sewn by hand. Traditional hand sewing requires first drawing the shape of the gusset, then using a sewing machine to fix the front piece and facing, pre-setting the required ease, then sewing with a flatbed sewing machine, and finally removing the sewing machine's stitching. This process is tedious, time-consuming, and doesn't guarantee quality. Asymmetrical lapel lengths and angles, difficulty in controlling the ease at the lapel point, asymmetrical hem roundness, and errors in front length can easily lead to rework, affecting the connection between upstream and downstream processes, impacting quality and appearance, and resulting in low production efficiency. It also requires highly skilled workers and incurs high labor costs. Therefore, this invention provides a template for the front gusset of a suit jacket to solve the above-mentioned technical problems. Summary of the Invention

[0003] The purpose of this invention is to provide a template for the front hook stop of a suit and its usage method, which can solve the problems of cumbersome, time-consuming, labor-intensive, and poor product quality in the existing sewing process for the front hook stop of suits.

[0004] To achieve the above objectives, the present invention provides a front gusset template for a suit, comprising a first main plate at the bottom, a second main plate in the middle, and a third main plate at the top. The upper end of the first main plate is connected to the second main plate, forming a crease at the connection. The upper end of the second main plate is connected to the third main plate, forming a crease at the connection. A first sub-plate is provided at the left end of the first main plate, and a second sub-plate is provided at the right side of the first main plate. A crease is formed at the connection between the first and second sub-plates and the first main plate. A third sub-plate is provided at the lapel position of the second main plate, and a fourth sub-plate is provided at the lapel point position of the second main plate. A crease is formed at the connection between the third and fourth sub-plates and the second main plate.

[0005] Furthermore, the surfaces of the first main board, the second main board, and the third main board are provided with sewing grooves and automatic template machine slots. The first main board, the second main board, and the third main board are folded sequentially from bottom to top, and the sewing grooves and automatic template machine slots overlap. The sewing grooves are used for stitching the front stop, and the slots are used to fix the template as a whole to the automatic template machine.

[0006] Furthermore, the first motherboard and the second motherboard are provided with sponge strips for limiting position, and several sponge strips form a limiting mark line.

[0007] Furthermore, a serrated groove is provided at the sewing groove between the first main board collar and the rebuttal point, and a serrated groove is provided at the lower hem of the sewing groove of the first main board; a serrated groove is provided above the rebuttal point of the second main board, a sponge group is provided between the first buckle and the second buckle of the second main board, and a serrated groove is provided at the position corresponding to the sponge group on the second main board of the third main board, and a matching iron sheet is provided on the surface of the serrated groove.

[0008] Furthermore, the sewing groove sides of the first and second motherboards are provided with sandpaper strips to increase friction; the surfaces of the second and third motherboards are provided with corresponding strong magnets for fixing.

[0009] Furthermore, a second sponge strip is provided on the inner side of the second motherboard counter-rejection position, and the angle between the second sponge strip and the sewing groove is 45°.

[0010] Furthermore, the surfaces of the first and second sub-boards are provided with strong magnets, and the first and second sub-boards are connected to the first main board through the strong magnets.

[0011] Furthermore, a W-shaped iron plate is provided around the second main board connector, and a sponge strip three corresponding to the W-shaped iron plate is provided on the surface of the third sub-board, with the sponge strip three interlacing with the W-shaped iron plate; a strong magnet for fixing is provided on the surface of the fourth sub-board.

[0012] This invention also provides a method for using the above-mentioned suit front hem template, including the following steps:

[0013] Step 1: Place the front panel on the first main board, aligning the front panel's reverse side with the reverse side marked on the first main board. Place the other parts according to the limit marking lines. Then fold the first and second sub-boards back and fasten them tightly, making obvious wrinkles appear at the strong magnetic areas of the first and second sub-boards. Then cover the second main board.

[0014] Step 2: Place the noodles on the second main board, aligning the noodle's reversing position with the reversing position marked on the second main board. Place the other positions according to the limit marking lines. Then fold the third sub-board back and fasten it tightly, making obvious wrinkles appear where the sponge strip is on the third sub-board. Then cover the third main board.

[0015] Step 3: Press the third main board at a 45-degree angle to the rebuttal point to pull the fabric back horizontally. Then fold the fourth sub-board back and fasten it. Press other positions to make all the strong magnets stick together. Then push the template as a whole towards the automatic template machine to start sewing.

[0016] Furthermore, in step three, during sewing, the lapel width should be within 2cm with an allowance of no less than 0.3mm, and the thickness of the sponge strip three should be adjusted to adjust the looseness of the lapel.

[0017] The advantages and positive effects of the suit front stop template and its usage method described in this invention are as follows:

[0018] 1. This invention provides a template for the front hook stop of a suit. The fabric is held in place by a first main plate located at the bottom, a second main plate located in the middle, and a third main plate located at the top. The first, second, third, and fourth auxiliary plates are used for auxiliary positioning. This invention can solve the problems of cumbersome, time-consuming, labor-intensive, and poor product quality in the existing sewing process for the front hook stop of a suit.

[0019] 2. This invention provides a template for the front hem of a suit, which adjusts the looseness of the hem by adjusting the thickness of the second sponge strip, thereby effectively improving the quality of the garment.

[0020] 3. This invention provides a template for the front hook stop of a suit, which is not only suitable for sewing the front hook stop of a notch lapel suit, but also for sewing the front hook stop of a peak lapel and shawl collar suit, and has wide applicability.

[0021] The technical solution of the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. Attached Figure Description

[0022] Figure 1 This is a top view of the first main board of an embodiment of the tailor's front hook stop template and its usage method according to the present invention;

[0023] Figure 2 This is a top view of the second main board of an embodiment of the tailor's front hook stop template and its usage method according to the present invention;

[0024] Figure 3 This is a top view of the third main board of an embodiment of the tailor's front hook stop template and its usage method according to the present invention.

[0025] Figure Labels

[0026] 1. First mainboard; 2. Second mainboard; 3. Third mainboard; 4. First sub-board; 5. Second sub-board; 6. Third sub-board; 7. Fourth sub-board; 8. Iron plate; 9. Sandpaper strip; 10. Strong magnet; 11. Sponge strip one; 12. Sponge strip two; 13. Sponge strip three; 14. W-shaped iron plate; 15. Sewing groove; 16. Automated template machine slot; 17. Sponge group; 18. Serrated groove. Detailed Implementation

[0027] The technical solution of the present invention will be further described below with reference to the accompanying drawings and embodiments.

[0028] Unless otherwise defined, the technical or scientific terms used in this invention shall have the ordinary meaning understood by one of ordinary skill in the art to which this invention pertains. The terms "first," "second," and similar terms used in this invention do not indicate any order, quantity, or importance, but are merely used to distinguish different components. Terms such as "comprising" or "including" mean that the element or object preceding the word encompasses the elements or objects listed following the word and their equivalents, without excluding other elements or objects. Terms such as "connected" or "linked" are not limited to physical or mechanical connections, but can include electrical connections, whether direct or indirect. Terms such as "upper," "lower," "left," and "right" are used only to indicate relative positional relationships; when the absolute position of the described object changes, the relative positional relationship may also change accordingly.

[0029] Example 1: Sewing the front hem of a notched lapel suit

[0030] This invention provides a template for the front gusset of a suit, which can be used for sewing the front gusset of a notch suit.

[0031] The front gusset template for a suit includes a first main plate 1 at the bottom, a second main plate 2 in the middle, and a third main plate 3 at the top. The upper end of the first main plate 1 is connected to the second main plate 2, forming a crease at the connection. The upper end of the second main plate 2 is connected to the third main plate 3, forming a crease at the connection. A first sub-plate 4 is provided on the left end of the first main plate 1, and a second sub-plate 5 is provided on the right side of the first main plate 1. A crease is formed at the connection between the first sub-plate 4 and the second sub-plate 5 and the first main plate 1. A third sub-plate 6 is provided at the lapel position of the second main plate 2, and a fourth sub-plate 7 is provided at the lapel point position of the second main plate 2. A crease is formed at the connection between the third sub-plate 6 and the fourth sub-plate 7 and the second main plate 2.

[0032] The first main board 1, the second main board 2, and the third main board 3 are respectively provided with sewing grooves 15 and automatic template machine slots 16. After the first main board 1, the second main board 2, and the third main board 3 are glued and folded, the sewing grooves 15 overlap and the automatic template machine slots 16 overlap. The sewing grooves 15 are used for sewing the front stop, and the automatic template machine slots 16 are used for fixing the template to the automatic template machine.

[0033] The width of the sewing groove 15 is 6mm or 7mm, and the adhesive material is mesh tape or kraft paper tape. The template material is PVC material. The first main board 1, the second main board 2 and the third main board 3 are made of 1mm thick PVC board, and the first secondary board 4, the second secondary board 5, the third secondary board 6 and the fourth secondary board 7 are made of 0.5mm thick PVC board.

[0034] like Figure 1As shown, when the first main board 1 has a sewing groove 15, a serrated groove 18 should be made between 3cm downwards from the lapel and 4cm upwards from the rebuttal point. The groove is 0.7mm wide and 2cm apart, used to create the front piece's ease, with an ease of 0.3mm. A serrated groove 18 should also be made at the hem of the sewing groove 15, 0.7mm wide and 1cm apart, used to create the front piece's hem ease, with an ease of 0.7mm. A 1cm wide and 0.3mm thick iron plate 8 should be glued to the serrated groove 18 on the surface of the first main board 1 to ensure that the strong magnets 10 on the first and second sub-boards 4 and 5 can be firmly attached, clamping the cut piece and creating a wrinkled effect. A 5mm wide and 1mm thick sponge strip 11 should be glued around the cut piece on the first main board 1 to mark the edge limit of the cut piece, facilitating accurate placement of the cut piece. A 5mm wide sandpaper strip 9 should be glued around the sewing groove 15 to increase friction and prevent the cut piece from slipping. The upper part of the first motherboard 1 should have an automatic template machine slot 16, which overlaps with the automatic template machine slots 16 of the second motherboard 2 and the third motherboard 3.

[0035] like Figure 2 As shown, a 5mm wide and 1mm thick sponge strip (11) is used to mark the edge of the cut piece on the outer perimeter of the second main board 2, facilitating accurate placement of the cut piece. A 0.1mm thick iron plate is folded into a W shape around the lapel width of the second main board 2 to create the lapel's allowance; the allowance should be 0.35mm within 2cm. Two layers of 5mm wide and 3mm thick sponge strips are glued to the inside along the lapel width to prevent the fabric from curling up. A 0.1mm thick iron plate (14) is folded into a W shape and placed 3cm downwards from the lapel to create the lapel's allowance; the allowance should be 0.45mm within 3cm. Three layers of 3mm thick sponge strips (12) are glued at a 45-degree angle to the inside of the lapel position on the second main board 2, with the sponge strips (12) forming a 45-degree angle at the sewing groove (15). Four sponge groups (17) are horizontally glued between the first and second button positions of the fabric, each group consisting of two layers of sponge: two rows of 3mm thick sponge strips for the first layer and one row of 3mm sponge strips for the second layer. From the rebutton to the second snap, a circular hole needs to be drilled to insert a circular strong magnet 10 to secure the cut piece. A 0.1mm thick iron sheet folded into a T-shape should be used on the outside of the rebutton and glued to the corresponding 45-degree position. A serrated groove 18 needs to be cut 3cm above the rebutton on the second main board 2, with a groove width of 0.7mm and a spacing of 0.7mm. A 0.1mm iron plate 8 needs to be glued firmly to the bottom of the serrated groove 18 to create an allowance 3cm above the rebutton of the fabric. The allowance should be 0.4mm within 3cm. A 5mm wide sandpaper strip 9 should be glued around the sewing groove 15 to increase friction and prevent the cut piece from slipping.

[0036] like Figure 3 As shown, in addition to the sewing groove 15, the third main board 3 also needs to have grooves corresponding to the sponge group 17 and sponge strip 12 on the second main board 2 to expose the sponge group 17 on the second main board 2. This can increase the adhesion of the noodles and the looseness of the noodle reversal position. The third main board 3 needs to have a circular hole drilled and a strong magnet 10 attached. After the third main board 3 is folded, it overlaps with the circular strong magnet 10 of the second main board 2.

[0037] The back of the first sub-board 4 and the second sub-board 5 need to be fitted with a 10*5*3mm strong magnet 10 corresponding to the sawtooth groove 18 of the first main board 1. The strong magnet 10 needs to be attracted to the iron plate 8 on the first main board 1 to make the cut piece wrinkle and create a taut texture.

[0038] The back of the third sub-plate 6 should be covered with a 0.5mm wide and 0.4mm thick sponge strip 13, which should intersect with the W-shaped iron plate 14 on the outer side of the second main plate 2 to create a lapel fit.

[0039] A 10*5*3mm strong magnet 10 is attached to the back of the fourth sub-board 7, corresponding to the serrated groove 18 at the rebuttal point of the second main board 2. The strong magnet 10 must be attracted to the iron plate 8 under the serrated groove 18 of the second main board 2 to make the cut piece wrinkled and create a taut appearance.

[0040] The materials mentioned above (sponge strips, strong magnets 10, iron plates 8, etc.) and the serrated grooves 18 can be adjusted according to the material and thickness of the fabric. Generally, the thicker the fabric, the greater the required force, and the thicker the sponge strips, strong magnets 10, and other materials used.

[0041] How to use:

[0042] Step 1: Place the front piece on the first main board 1, aligning the front piece's reversal position with the reversal position marked on the first main board 1. Place the other positions according to the limit marking lines. Then fold the first sub-board 4 and the second sub-board 5 back and fasten them tightly, so that there are obvious wrinkles at the strong magnet 10 positions of the first sub-board 4 and the second sub-board 5. Then cover the second main board 2.

[0043] Step 2: Place the noodle on the second main board 2, aligning the noodle's reversal position with the reversal position marked on the second main board 2. Place the other positions according to the limit marking lines. Then fold the third sub-board 6 back and fasten it tightly, so that there are obvious wrinkles at the position of the sponge strip 313 on the third sub-board 6. Then cover the third main board 3.

[0044] Step 3: Press the third main board 3 at a 45-degree angle to the rebuttal point to make the hanging surface pull back horizontally. Then fold the fourth sub-board 7 back and fasten it tightly. Press other positions to make all the strong magnets 10 stick firmly. Then push the template as a whole towards the automatic template machine to start sewing.

[0045] In step three, when sewing, the lapel width should be within 2cm with an allowance of no less than 0.3mm, and the thickness of the sponge strip 212 should be adjusted to adjust the looseness of the lapel.

[0046] Example 2: Sewing the front hem of a thin fabric peaked lapel suit

[0047] This invention provides a template for the front stop of a suit jacket, which can be used for sewing the front stop of a peaked suit jacket.

[0048] The front gusset template for a suit includes a first main plate 1 at the bottom, a second main plate 2 in the middle, and a third main plate 3 at the top. The upper end of the first main plate 1 is connected to the second main plate 2, forming a crease at the connection. The upper end of the second main plate 2 is connected to the third main plate 3, forming a crease at the connection. A first sub-plate 4 is provided on the left end of the first main plate 1, and a second sub-plate 5 is provided on the right side of the first main plate 1. A crease is formed at the connection between the first sub-plate 4 and the second sub-plate 5 and the first main plate 1. A third sub-plate 6 is provided at the lapel position of the second main plate 2, and a fourth sub-plate 7 is provided at the lapel point position of the second main plate 2. A crease is formed at the connection between the third sub-plate 6 and the fourth sub-plate 7 and the second main plate 2.

[0049] The first main board 1, the second main board 2, and the third main board 3 are respectively provided with sewing grooves 15 and automatic template machine slots 16. After the first main board 1, the second main board 2, and the third main board 3 are glued and folded, the sewing grooves 15 overlap and the automatic template machine slots 16 overlap. The sewing grooves 15 are used for sewing the front stop, and the automatic template machine slots 16 are used for fixing the template to the automatic template machine.

[0050] The sewing groove 15 is 6mm wide, and the adhesive material is mesh tape or kraft paper tape. The template material is PVC material. The first main board 1, the second main board 2 and the third main board 3 are made of 1mm thick PVC board, and the first secondary board 4, the second secondary board 5, the third secondary board 6 and the fourth secondary board 7 are made of 0.5mm thick PVC board.

[0051] When creating the sewing groove 15 on the first main board 1, a serrated groove 18 should be cut between 3cm downwards from the lapel and 4cm upwards from the rebuttal point. The groove should be 0.7mm wide and 2cm apart, used for the front piece's ease allowance, with an ease allowance of 0.3mm. A serrated groove 18 should also be cut at the hem of the sewing groove 15, 0.7mm wide and 1cm apart, used for the front hem ease allowance, with an ease allowance of 0.5mm. A 1cm wide and 0.3mm thick iron plate 8 should be glued to the serrated groove 18 on the surface of the first main board 1 to ensure the strong magnets 10 on the first and second sub-boards 4 and 5 are firmly attached, clamping the cut piece and creating a wrinkled effect. A 5mm wide and 1mm thick sponge strip 11 should be used to mark the edge of the cut piece on the outer perimeter of the cut piece on the first main board 1 to facilitate accurate placement. A 5mm wide sandpaper strip 9 should be glued around the sewing groove 15 to increase friction and prevent the cut piece from slipping. The upper part of the first motherboard 1 should have an automatic template machine slot 16, which overlaps with the automatic template machine slots 16 of the second motherboard 2 and the third motherboard 3.

[0052] The outer edge of the second main board 2 is marked with a 5mm wide and 1mm thick sponge strip 11 to facilitate accurate placement of the cut pieces. The outer edge of the lapel of the second main board 2 is folded into a W-shape using a 0.1mm thick iron sheet 14 to create the lapel's allowance; the allowance should be 0.3mm within 3cm. A 5mm wide and 3mm thick sponge strip is glued to the inside of the lapel to prevent the fabric from curling up. 3cm down from the lapel, a 0.1mm thick iron sheet 8 is folded into a W-shape to create the lapel's allowance; the allowance should be 0.3mm within 3cm. Two layers of 3mm thick sponge strip 12 are glued at a 45-degree angle to the inside of the lapel on the second main board 2. The sponge strip 12 forms a 45-degree angle at the sewing groove 15. Four sponge groups 17 are glued horizontally between the first and second button positions of the fabric, with each group having two rows of 3mm thick sponge strips. From the rebutton to the second snap, a circular hole needs to be drilled to insert a circular strong magnet 10 to secure the cut piece. A 0.1mm thick iron sheet needs to be folded into a T-shape on the outside of the rebutton and glued to the corresponding 45-degree position. A serrated groove 18 needs to be cut 3cm above the rebutton on the second main board 2, with a groove width of 0.7mm and a spacing of 0.7mm. A 0.1mm iron plate 8 needs to be glued firmly to the bottom of the serrated groove 18 to create an allowance 3cm above the rebutton of the fabric. The allowance should be 0.3mm within 3cm. A 5mm wide sandpaper strip 9 should be glued around the sewing groove 15 to increase friction and prevent the cut piece from slipping.

[0053] In addition to the sewing groove 15, the third main board 3 also needs to have grooves corresponding to the sponge group 17 and sponge strip 12 on the second main board 2 to expose the sponge group 17 on the second main board 2. This can increase the adhesion of the noodles and the looseness of the noodle reversal position. The third main board 3 needs to have a circular hole drilled and a strong magnet 10 attached. After the third main board 3 is folded, it overlaps with the circular strong magnet 10 of the second main board 2.

[0054] The back of the first sub-board 4 and the second sub-board 5 should be fitted with a 10*5*1mm strong magnet 10 corresponding to the serrated groove 18 of the first main board 1. Since the fabric is thin, the strong magnet 10 is 1mm. The strong magnet 10 should be attracted to the iron plate 8 on the first main board 1 to make the cut piece wrinkle and create a taut texture.

[0055] The back of the third sub-plate 6 should be covered with a 0.5mm wide and 0.2mm thick sponge strip 13, which should intersect with the W-shaped iron plate 14 on the outer side of the second main plate 2 to create a lapel fit.

[0056] A 10*5*1mm strong magnet 10 is attached to the back of the fourth sub-board 7, corresponding to the serrated groove 18 at the rebuttal point of the second main board 2. The strong magnet 10 must be attracted to the iron plate 8 under the serrated groove 18 of the second main board 2 to make the cut piece wrinkled and create a taut appearance.

[0057] The materials mentioned above (sponge strips, strong magnets 10, iron plates 8, etc.) and the serrated grooves 18 can be adjusted according to the material and thickness of the fabric. Generally, the thicker the fabric, the greater the required force, and the thicker the sponge strips, strong magnets 10, and other materials used.

[0058] How to use:

[0059] Step 1: Place the front piece on the first main board 1, aligning the front piece's reversal position with the reversal position marked on the first main board 1. Place the other positions according to the limit marking lines. Then fold the first sub-board 4 and the second sub-board 5 back and fasten them tightly, so that there are obvious wrinkles at the strong magnet 10 positions of the first sub-board 4 and the second sub-board 5. Then cover the second main board 2.

[0060] Step 2: Place the noodle on the second main board 2, aligning the noodle's reversal position with the reversal position marked on the second main board 2. Place the other positions according to the limit marking lines. Then fold the third sub-board 6 back and fasten it tightly, so that there are obvious wrinkles at the position of the sponge strip 313 on the third sub-board 6. Then cover the third main board 3.

[0061] Step 3: Press the third main board 3 at a 45-degree angle to the lapel point to create a horizontal pull-back effect on the hanging surface. Then fold the fourth sub-board 7 back and fasten it tightly. Press down on other positions and ensure all strong magnets 10 are firmly attached. Push the entire template towards the automatic template machine to begin sewing. When sewing, the lapel width should be within 2cm with an allowance of no less than 0.3mm. Adjust the thickness of the sponge strip 2 12 to adjust the looseness of the lapel position.

[0062] Example 3: Sewing the front hem of a shawl collar suit

[0063] The third sub-board 6 was removed, which included three mainboards and three sub-boards.

[0064] The lapel front panel template for a shawl collar suit includes a lower main panel 1, a middle main panel 2, and an upper main panel 3. The upper end of the first main panel 1 connects to the second main panel 2, forming a crease at the connection. The upper end of the second main panel 2 connects to the third main panel 3, also forming a crease at the connection. A first sub-panel 4 is located on the left end of the first main panel 1, and a second sub-panel 5 is located on the right side of the first main panel 1. A crease forms at the connection between the first sub-panel 4 and the second sub-panel 5 and the first main panel 1. The third sub-panel 6 is omitted at the lapel position of the second main panel 2, and a fourth sub-panel 7 is located at the lapel point of the second main panel 2. A crease forms at the connection between the fourth sub-panel 7 and the second main panel 2.

[0065] The first main board 1, the second main board 2, and the third main board 3 are respectively provided with sewing grooves 15 and automatic template machine slots 16. After the first main board 1, the second main board 2, and the third main board 3 are glued and folded, the sewing grooves 15 overlap and the automatic template machine slots 16 overlap. The sewing grooves 15 are used for sewing the front stop, and the automatic template machine slots 16 are used for fixing the template to the automatic template machine.

[0066] The sewing groove 15 is 6mm wide, and the adhesive material is mesh tape or kraft paper tape. The template material is PVC material. The first main board 1, the second main board 2 and the third main board 3 are made of 1mm thick PVC board, and the first secondary board 4, the second secondary board 5 and the fourth secondary board 7 are made of 0.5mm thick PVC board.

[0067] When creating the sewing groove 15 on the first main board 1, a serrated groove 18 should be cut between 3cm downwards from the lapel and 4cm upwards from the rebuttal point. The groove should be 0.7mm wide and 2cm apart, used for the front piece's ease allowance, with an ease allowance of 0.3mm. A serrated groove 18 should also be cut at the hem of the sewing groove 15, 0.7mm wide and 1cm apart, used for the front hem ease allowance, with an ease allowance of 0.5mm. A 1cm wide and 0.3mm thick iron plate 8 should be glued to the serrated grooves on the surface of the first main board 1 to ensure the strong magnets 10 on the first and second sub-boards 4 and 5 are firmly attached, clamping the cut piece and creating a wrinkled effect. A 5mm wide and 1mm thick sponge strip 11 should be used to mark the edge of the cut piece on the outer perimeter of the cut piece on the first main board 1 to ensure accurate placement. A 5mm wide sandpaper strip 9 should be glued around the sewing groove 15 to increase friction and prevent the cut piece from slipping. The upper part of the first motherboard 1 should have an automatic template machine slot 16, which overlaps with the automatic template machine slots 16 of the second motherboard 2 and the third motherboard 3.

[0068] The outer perimeter of the second main board 2 is marked with a 5mm wide and 1mm thick sponge strip 11 to mark the edge limit of the cut piece, facilitating accurate placement of the cut piece. Two layers of 3mm thick sponge strip 22 are glued at a 45-degree angle to the inside of the reversing position of the second main board 2, with the sponge strip 22 forming a 45-degree angle at the sewing groove 15. Four sponge groups 17 are horizontally glued between the first and second button positions of the face panel. Each sponge group has two rows of 3mm thick sponge strips glued on. A circular hole needs to be drilled at the reversal point to the second button position to place a circular strong magnet 10 to fix the cut piece. A 0.1mm thick iron sheet needs to be folded into a T-shape on the outside of the reversal point and glued to the corresponding 45-degree position of the reversal point. A serrated groove 18 needs to be cut 3cm above the reversal point of the second main board 2. The groove is 0.7mm wide and 0.7mm apart. A 0.1mm iron plate 8 needs to be glued firmly to the bottom of the serrated groove 18 to make the face panel 3cm above the face panel. The face panel 0.3mm is within 3cm. A 5mm wide sandpaper strip 9 is glued around the sewing groove 15 to increase friction and prevent the cut piece from slipping.

[0069] In addition to the sewing groove 15, the third main board 3 also needs to have grooves corresponding to the sponge group 17 and sponge strip 12 on the second main board 2 to expose the sponge group 17 on the second main board 2. This can increase the adhesion of the noodles and the looseness of the noodle reversal position. The third main board 3 needs to have a circular hole drilled and a strong magnet 10 attached. After the third main board 3 is folded, it overlaps with the circular strong magnet 10 of the second main board 2.

[0070] On the back of the first sub-board 4 and the second sub-board 5, a 10*5*1mm strong magnet 10 is attached to the serrated groove 18 of the first main board 1. Since the fabric is thin, the strong magnet 10 is 1mm. The strong magnet 10 needs to be attracted to the iron plate 8 under the first main board 1 to make the cut piece wrinkle and create a taut texture.

[0071] The third board 6 is cancelled.

[0072] The back of the fourth sub-board 7 is glued with a 10*5*1mm strong magnet 10 corresponding to the serrated groove 18 at the rebuttal point of the second main board 2. The strong magnet 10 must be attracted to the iron plate 8 under the serrated groove 18 of the second main board 2 to make the cut piece wrinkled and create a taut appearance.

[0073] The materials mentioned above (sponge strips, strong magnets 10, iron plates 8, etc.) and the serrated grooves 18 can be adjusted according to the material and thickness of the fabric. Generally, the thicker the fabric, the greater the required force, and the thicker the sponge strips, strong magnets 10, and other materials used.

[0074] How to use:

[0075] Step 1: Place the front piece on the first main board 1, aligning the front piece's reverse side with the reverse side marked on the first main board 1. Place the other parts according to the limit marking lines. Then fold the first sub-board 4 and the second sub-board 5 back and fasten them tightly, so that there is a noticeable crease at the position with strong magnet 10. Then cover the second main board 2.

[0076] Step 2: Place the noodles on the second main board 2, aligning the noodle's reversing position with the reversing position marked on the second main board 2. Place the other positions according to the limit marking lines, and then cover with the third main board 3.

[0077] Step 3: Press the third main board 3 at a 45-degree angle to the lapel point to create a horizontal pull-back effect on the hanging surface. Then fold the fourth sub-board 7 back and fasten it tightly. Press down on other positions and ensure all strong magnets 10 are firmly attached. Push the entire template towards the automatic template machine to begin sewing. When sewing, the lapel width should be within 2cm with an allowance of no less than 0.3mm. Adjust the thickness of the sponge strip 2 12 to adjust the looseness of the lapel position.

[0078] Therefore, the present invention, by adopting the above-mentioned suit front hook stop template and its usage method, can solve the problems of cumbersome, time-consuming and labor-intensive sewing process and poor product quality of existing suit front hook stop.

[0079] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention and not to limit them. Although the present invention has been described in detail with reference to preferred embodiments, those skilled in the art should understand that modifications or equivalent substitutions can still be made to the technical solutions of the present invention, and these modifications or equivalent substitutions cannot cause the modified technical solutions to deviate from the spirit and scope of the technical solutions of the present invention.

Claims

1. A method of using a suit darts and notches template, characterized in that, Includes the following steps: Step 1: Place the front panel on the first main board, aligning the front panel's reverse side with the reverse side marked on the first main board. Place the other parts according to the limit marking lines. Then fold the first and second sub-boards back and fasten them tightly, making obvious wrinkles appear at the strong magnetic areas of the first and second sub-boards. Then cover the second main board. Step 2: Place the noodles on the second main board, aligning the noodle's reversal position with the reversal position marked on the second main board. Place the other positions according to the limit marking lines. Then fold the third sub-board back and fasten it tightly, so that there are obvious wrinkles at the position of the sponge strip on the third sub-board. Then cover the third main board. Step 3: Press the third main board at a 45-degree angle to the rebuttal point to make the hanging surface pull back horizontally. Then fold the fourth sub-board back and fasten it. Press other positions to make all the strong magnets stick together. Then push the template as a whole towards the automatic template machine to start sewing. The suit front stop template includes a first main board at the bottom, a second main board in the middle, and a third main board at the top; the upper end of the first main board is connected to the second main board, and a crease is formed at the connection; the upper end of the second main board is connected to the third main board, and a crease is formed at the connection; the surfaces of the second and third main boards are provided with corresponding strong magnets for fixing. A first sub-board is located on the left side of the first motherboard, and a second sub-board is located on the right side of the first motherboard. A crease is formed at the connection between the first and second sub-boards and the first motherboard. Strong magnets are provided on the surfaces of the first and second sub-boards, and the first and second sub-boards are connected to the first motherboard through the strong magnets. A third sub-board is located at the connector of the second main board, and a fourth sub-board is located at the anti-connection point of the second main board. Creases are formed at the connection points of the third and fourth sub-boards with the second main board. A strong magnet for fixing is provided on the surface of the fourth sub-board. The second main board has a W-shaped iron plate around its outer edge, and the surface of the third sub-board has a sponge strip three corresponding to the W-shaped iron plate. The sponge strip three and the W-shaped iron plate are interwoven. The first motherboard and the second motherboard are provided with a sponge strip for limiting the position, and several sponge strips form a limit marking line.

2. The method of using a suit front hem template according to claim 1, characterized in that: The first motherboard, the second motherboard, and the third motherboard are provided with sewing grooves and automatic template machine slots on their surfaces. The first motherboard, the second motherboard, and the third motherboard are folded from bottom to top in sequence, and the sewing grooves and automatic template machine slots overlap.

3. The method of using a suit front hem template according to claim 1, characterized in that: A serrated groove is provided at the sewing groove between the first main board joint and the rebuttal point, and a serrated groove is provided at the lower hem of the sewing groove of the first main board; a serrated groove is provided above the rebuttal point of the second main board, a sponge group is provided between the first and second buckle positions of the second main board, and a serrated groove is provided at the position corresponding to the sponge group on the second main board of the third main board, and a matching iron sheet is provided on the surface of the serrated groove.

4. The method of using a suit front hem template according to claim 1, characterized in that: The sewing groove sides of the first and second motherboards are provided with sandpaper strips to increase friction.

5. The method of using a suit front hem template according to claim 1, characterized in that: The second motherboard has a second sponge strip inside the counter-position, and the angle between the second sponge strip and the sewing groove is 45°.

6. The method of use according to claim 1, characterized in that: In step three, when sewing, the lapel width should be within 2cm with an allowance of no less than 0.3mm, and the thickness of the sponge strip three should be adjusted to adjust the looseness of the lapel.

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