CN211771924U

CN211771924U - Mongolian robe collar waterway process template

Info

Publication number: CN211771924U
Application number: CN202020100002.9U
Authority: CN
Inventors: 史慧; 刘东升; 张露淼; 李卫平; 余霄; 田苏琦
Original assignee: Inner Mongolia University of Technology
Current assignee: Inner Mongolia University of Technology
Priority date: 2020-01-17
Filing date: 2020-01-17
Publication date: 2020-10-27
Anticipated expiration: 2030-01-17

Abstract

The utility model relates to a Mongolian robe collar waterway process template, which consists of a collar waterway process template bottom plate, a middle sandwich plate and a surface plate, wherein the collar waterway process template bottom plate is larger than a collar and has the same size; a horizontally long U-shaped sewing groove is formed in a hair sample plate area drawn on the front surface of the base plate of the bottom plate, and a sand paper line for fixing a collar cutting piece and a sponge line for blocking the collar cutting piece are arranged; the middle interlayer plate and the base plate of the surface plate are also provided with the same U-shaped sewing grooves with the same transverse length at the same positions; the front surface of the middle interlayer plate substrate is provided with a double-sided adhesive strip for fixing the waterway strip and a sponge strip for blocking the waterway strip, and the back surface is provided with a sand paper strip for fixing the collar cutting piece; the front surface of the surface plate substrate is provided with a sand paper strip for stabilizing the water channel strip. The method has the advantage of improving the water path manufacturing efficiency and quality of the Mongolian robe collar.

Description

Mongolian robe collar waterway process template

Technical Field

The utility model relates to a clothing technology template especially relates to a Mongolian robe collar water route technology template.

Background

In inner Mongolia, men, women, old and young like wearing the gown all the year round, which is commonly called as the Mongolia gown. The jacket is worn in spring and autumn, the single-layer jacket is worn in summer, and the leather and cotton jackets are worn in winter. Men's gowns are generally relatively bulky, and women's gowns are relatively close-fitting to show the slim and strong stature of women. The style and color of which are slightly different from person to person. The general Mongolian robe features long and wide sleeve, high collar and no cut at its lower end. The edges, cuffs and neckline of the robe are decorated with silk lace, patterns of 'plate intestines' and 'cloud roll' or fur decorations of tiger, leopard, otter, mink mouse and the like. Not only has elegant appearance, but also has good practical function. The Mongolian robe is one of essences of Mongolian traditional culture, is listed in a national folk protection project pilot project in 2004, and is listed in a national-level non-material culture heritage directory in 2008. However, at present, a Mongolian robe collar waterway process template for batch production of ready-made clothes on an industrial flat sewing machine is still lacked.

Disclosure of Invention

The utility model aims to overcome the above-mentioned defect of prior art, provide a mongolian robe collar water route technology template.

In order to realize the purpose, the Mongolian robe collar waterway process template consists of a collar waterway process template bottom plate, a middle sandwich plate and a surface plate; the base plates of the bottom plate, the middle sandwich plate and the surface plate are all transverse long PVC plates which are larger than the collar, have the same size, are right-angled at the upper side and are provided with round corners at the lower side; drawing a hair sample plate area which is provided with a positioning net structure part in the middle and used for placing collar cutting pieces and enables the upper edges of the collar cutting pieces to face downwards on the front surface of a base plate of a bottom plate, forming a horizontal long U-shaped sewing groove which is consistent with the curvature of the upper edge of a collar and ensures smoothness and consistent width in the hair sample plate area, arranging an abrasive paper line for fixing the collar cutting pieces in the hair sample plate area outside the horizontal long U-shaped sewing groove and arranging a sponge line for blocking the collar cutting pieces outside the abrasive paper line; the middle interlayer plate and the base plate of the surface plate are also provided with the same U-shaped sewing grooves with the same transverse length at the same positions; the front surface of the middle interlayer plate substrate is provided with a double-sided adhesive strip for fixing the waterway strip and a sponge strip for blocking the waterway strip, and the back surface is provided with a sand paper strip for fixing the collar cutting piece; the front surface of the surface plate substrate is provided with a sand paper strip for stabilizing the water channel strip. The arrangement is preferably cemented. The width of the horizontal long U-shaped sewing groove is 0.3 cm. When considering the water route of sewing the collar position, required cut-parts are two, therefore the template overall design three-layer: the surface layer plate, the middle sandwich plate and the bottom layer plate are made of PVC plates, the surface layer plate and the bottom layer plate are made of plates with the thickness of 0.3mm, the middle sandwich plate is made of thin plates, and the thickness of the middle sandwich plate is 0.15 mm. The size of the plate is set according to the size of the cutting pieces, and about 5cm is generally placed outwards on the basis of the size of the cutting pieces. Drawing a rough sample plate with a collar piece provided with net structure lines on a plate material of the bottom layer plate, wherein the part of the positioning net structure placed as a collar cutting piece is a shaded part in the drawing; the size of the plate is as follows: and horizontally discharging 5cm and vertically discharging 3cm on the basis of the collar wool sample plate. The three layers of plates have the same size. When the water way of the collar is sewn, the curvature of the sewing line needs to be consistent with the curvature of the upper edge of the collar, and the smoothness and the consistent width are ensured; meanwhile, the structural characteristics of the collar are considered, so that the net structural line at the upper edge of the collar is selected as the slot opening position. The collar cutting pieces need to be placed on the bottom layer plate, so that sponge strips and abrasive paper are additionally arranged below the slotting positions and at the seam parts of the collar piece hair sample plates, and the cutting pieces of the collar pieces are fixed and blocked.

The water route lines that use this novel template to make are smooth in order, and each position is apart from the width unanimity, and the water route width that slightly not enough places made for sewing is compared in the water route width broad that traditional handicraft was made out, but the style that forms is comparatively lively generous, and the style is comparatively graceful in the water route of traditional handicraft preparation. When the template is used for sewing, the operation is convenient and fast without barriers; compared with the traditional sewing process technology, the method is time-saving and labor-saving, and the template fixes the position of the road strip, so that the preparation work of drawing the seam trace on the collar piece before sewing can be omitted, and the manufacturing time can be shortened; and the requirement on the sewing process level of operators is not high, but because the collar has a certain curve, the skill level of the sewing machine also has a certain requirement, so if the template is used for manufacturing, workers also need to be trained in the early stage, and the efficiency and the quality during actual production can be ensured. The method has the advantage of improving the water path manufacturing efficiency and quality of the Mongolian robe collar.

And optimally, the thickness of the base plate of the bottom layer plate and the base plate of the surface layer plate is larger than that of the base plate of the middle interlayer plate. The thickness of the bottom layer board substrate and the surface layer board substrate is about twice of that of the middle interlayer board substrate. The thickness of the base plate of the bottom plate and the base plate of the surface plate is 0.3cm, and the thickness of the base plate of the middle interlayer plate is 0.15 mm.

As an optimization, the net structure of the positioning is the indication of the net structure part of the positioning placed with the net structure line as the collar cut-parts. The net structure lines are hatched. The front surface of the middle interlayer needs to fix the waterway strips, and the back surface needs to play a certain fixing role for the lower collar piece. The slot opening position is the same as that of the bottom plate, and the shape and the position are consistent; the front surface of the middle interlayer is used for fixing the water path strip, so that a sponge strip and a double-sided adhesive tape are additionally arranged below the groove opening position, and the double-sided adhesive tape is additionally arranged above the groove opening position to play a role in fixing; and the double faced adhesive tape is used at the upper part and the lower part of the slotting position, so that the water road strip can be fixed more firmly. According to the seam portion of the collar bottom line in the collar piece structure line on the bottom plate, the sandpaper strips are additionally arranged at the corresponding positions of the back surface of the middle sandwich plate, and the collar piece placed on the bottom layer is clamped and fixed.

As optimization, the front surface of the middle interlayer plate substrate is respectively provided with double-sided adhesive tapes for fixing the waterway strips which are distributed in the forward direction at the outer side and the inner side of the horizontally long U-shaped sewing groove, and sponge lines which are distributed in the forward direction are arranged at the outer side of the double-sided adhesive tape for fixing the waterway strips at the outer side of the horizontally long U-shaped sewing groove; the sand paper strip line used for fixing the lower edge of the collar cutting piece is arranged on the upper edge of the wool sample plate area of the back surface of the middle interlayer plate substrate corresponding to the bottom layer plate substrate.

As optimization, the front surface of the middle sandwich plate substrate is provided with double-sided adhesive tapes for fixing the waterway strips which are distributed in the same direction on the upper surface of the middle transverse section of the transversely long U-shaped sewing groove and the inner sides of any side sections, or the periphery of the inner side of the sewing groove.

As optimization, the sand paper strip line for fixing the lower edge of the collar cutting piece is arranged on the back surface of the middle interlayer plate substrate corresponding to the upper edge part of the wool sample plate area above the positioning net structure part of the bottom layer plate substrate, or is arranged at the upper opening of the long U-shaped sewing groove on the back surface of the middle interlayer plate substrate.

And optimally, arranging a sand paper strip for stabilizing the waterway strip on the upper edge part of the rough sample plate area of the corresponding bottom plate substrate on the front surface of the surface plate substrate.

As optimization, the sand paper strip line for stabilizing the waterway strip is arranged on the front surface of the surface plate substrate corresponding to the upper edge part of the wool sample plate area above the positioning net structure part of the bottom plate substrate, or is arranged at the upper opening of the horizontally long U-shaped sewing groove on the front surface of the surface plate substrate. The main function of the surface plate is to clamp the waterway strip. The trench opening position is the same as the trench positions of the bottom plate and the middle sandwich plate, and the shapes of the trench opening positions are consistent; install the abrasive paper strip additional in the top of trench, play firm effect to fixing the water route strip at middle sandwich panel, guarantee that the water route strip that can be better is indeformable when making up.

For optimization, the minimum horizontal margin between the edge of the rough sample plate area and the edge of the bottom plate substrate is 5cm, and the minimum vertical margin is 3 cm.

As optimization, the middle part of the upper edge of the wool sample plate area protrudes upwards in an arc shape, and the middle part of the lower edge of the wool sample plate area is recessed upwards in an arc shape. The next step after the specific design is the manufacture of a process template entity: the finished product can meet the design requirement and finish sewing accurately. The panel material required for manufacturing the formworks is a PVC plate, and the auxiliary fixing material needs to prepare a sponge strip, a sand paper strip, a double faced adhesive tape and an adhesive tape used for connecting each layer of formwork. The tools required for making the template have: nicking tools, pins, and the like. When the template is manufactured, the sewing groove is cut in an important step, the cutting position is carried out according to the designed groove opening position, the cutting template generally uses special cutting equipment and is divided into two types: milling cutter cutting and laser cutting, and selecting a cutting machine according to the manufacturing requirement. Before the sewing groove is cut, the design drawing of the template needs to be input into the cutting machine, and the cutting machine can cut according to the design drawing data. After the grooving work of template main part was accomplished, need the manual work to install auxiliary material additional on the corresponding position of template, need notice the position when installing additional, the accurate degree of installing auxiliary material position additional can influence the effect of using the template to make up.

Application of the process template: the application process of the processed and manufactured technological template is that when the template is used on an industrial flat sewing machine for sewing, a presser foot, a feed dog and a needle plate of the flat sewing machine are required to be replaced by sewing machine accessories special for the technological template. (1) Firstly, the cutting pieces are placed at corresponding positions in the template, and in order to fix the collar piece between the template interlayers, 1cm of seam pieces are required to be discharged on the basis of a net structure as the fixed part of the template on the periphery during cutting. The collar piece is placed in the top of bottom plate, between intermediate lamella and the bottom plate, and the deckle edge of collar piece needs to support the lower limb of sponge strip (blockking the effect), puts down the back with middle sandwich panel, and the abrasive paper strip (antiskid) at middle sandwich panel back presss from both sides the collar piece firmly. (2) Put the water route strip that irones in the top of middle sandwich panel, the hem of water route strip needs to support the sponge strip of middle sandwich panel fluting position top to glue it firmly with the double faced adhesive tape (fixed, the antiskid effect) of installing additional below the sponge strip, the radian that the water route strip was put needs the accurate radian that accords with the sponge strip that sets up on the template. The width of the road strip used in template sewing does not adopt 2cm set in the traditional process manufacturing, but adopts a strip with the width of 5cm for sewing, the extra width is used as a fixing part for placing cut pieces in the process template sewing, and the rough edge part of the template is trimmed to be about 0.3cm after the template sewing is finished. (3) After the waterway strips are put, the surface layer plate is put down, and the preparation work before sewing is finished. (4) And (4) aligning the slot position of the lower layer plate to the upper thread opening on the needle plate and starting sewing the template in which the cut pieces are placed with the surface layer plate upward. (5) When sewing, the template is pushed forwards by hand, and the template needs to be turned into an angle by hand when the template is sewn to a part with curvature.

The waterway lines sewn by the template are smooth and round, the distances of all parts are consistent, the waterway width sewn by the template is wider than that sewn by the traditional process, but the formed style is lively and generous, and the style of the waterway manufactured by the traditional process is more elegant. When the template is used for sewing, the operation is convenient and fast without barriers; compared with the traditional sewing process technology, the method is time-saving and labor-saving, and the template fixes the position of the road strip, so that the preparation work of drawing the seam trace on the collar piece before sewing can be omitted, and the manufacturing time can be shortened; and the requirement on the sewing process level of operators is not high, but because the collar has a certain curve, the skill level of the sewing machine also has a certain requirement, so if the template is used for manufacturing, workers also need to be trained in the early stage, and the efficiency and the quality during actual production can be ensured.

After the technical scheme is adopted, the utility model discloses mongolian robe collar water route technology template has the advantage that can show improvement mongolian robe collar water route preparation efficiency and quality.

Drawings

Fig. 1-3 are schematic structural views of the bottom plate, the middle sandwich plate and the surface plate of the water path process template of the Mongolian robe collar of the utility model respectively.

Detailed Description

As shown in the figure, the Mongolian robe collar waterway process template consists of a collar waterway process template bottom plate, a middle interlayer plate and a surface plate; the base plates of the bottom plate, the middle sandwich plate and the surface plate are all transverse long PVC plates which are larger than the collar, have the same size, are right-angled at the upper side and are provided with round corners at the lower side; drawing a hair sample plate area 10 which is provided with a positioning net structure part 11 in the middle and used for placing collar cutting pieces and enables the upper edges of the collar cutting pieces to face downwards on the front surface of a base plate substrate 1 of a bottom plate, forming a horizontal long U-shaped sewing groove 12 which is consistent with the curvature of the upper edge of a collar and ensures smoothness and consistent width in the hair sample plate area 10, arranging an abrasive paper line 13 used for fixing the collar cutting pieces in the hair sample plate area 10 outside the horizontal long U-shaped sewing groove 12 and arranging a sponge line 14 used for blocking the collar cutting pieces outside the abrasive paper line 13; the middle interlayer plate substrate 2 and the surface plate substrate 3 are also provided with the same horizontal long U-shaped sewing grooves 12 at the same positions; the front surface of the middle interlayer plate substrate 2 is provided with a double-sided adhesive strip line 15 for fixing the water channel strip and a sponge strip line 14 for blocking the water channel strip, and the back surface is provided with a sand paper strip line 13 for fixing the collar cutting piece; the front surface of the surface plate substrate 3 is provided with a sand paper strip line 13 for stabilizing the water way strip. The width of the horizontal long U-shaped sewing groove is 0.3 cm.

The thickness of the bottom plate substrate 1 and the surface plate substrate 3 is larger than that of the middle interlayer plate substrate 2. The thickness of the bottom plate substrate 1 and the surface plate substrate 3 is about twice of that of the middle interlayer plate substrate 2. The thickness of the bottom plate substrate 1 and the surface plate substrate 3 is 0.3cm, and the thickness of the middle interlayer plate substrate 3 is 0.15 mm. The net structure of location is the mark of the net structure of location part 11 that is placed as the collar cut-parts with net structure line. The net structure lines are hatched in fig. 1.

The width of the horizontal long U-shaped sewing groove is 0.3 cm. When considering the water route of sewing the collar position, required cut-parts are two, therefore the template overall design three-layer: the surface layer plate, the middle sandwich plate and the bottom layer plate are made of PVC plates, the surface layer plate and the bottom layer plate are made of plates with the thickness of 0.3mm, the middle sandwich plate is made of thin plates, and the thickness of the middle sandwich plate is 0.15 mm. The size of the plate is set according to the size of the cutting pieces, and about 5cm is generally placed outwards on the basis of the size of the cutting pieces. Drawing a rough sample plate with a collar piece provided with net structure lines on a plate material of the bottom layer plate, wherein the part of the positioning net structure placed as a collar cutting piece is a shaded part in the drawing; the size of the plate is as follows: and horizontally discharging 5cm and vertically discharging 3cm on the basis of the collar wool sample plate. The three layers of plates have the same size. When the water way of the collar is sewn, the curvature of the sewing line needs to be consistent with the curvature of the upper edge of the collar, and the smoothness and the consistent width are ensured; meanwhile, the structural characteristics of the collar are considered, so that the net structural line at the upper edge of the collar is selected as the slot opening position. The collar cutting pieces need to be placed on the bottom layer plate, so that sponge strips and abrasive paper are additionally arranged below the slotting positions and at the seam parts of the collar piece hair sample plates, and the cutting pieces of the collar pieces are fixed and blocked.

The front surface of the middle sandwich plate substrate 2 is respectively provided with a double-sided adhesive tape line 15 for fixing the waterway strips which are distributed in the forward direction at the outer side and the inner side of the horizontally long U-shaped sewing groove 12, and a sponge line 14 which is distributed in the forward direction at the outer side of the double-sided adhesive tape line 15 for fixing the waterway strips at the outer side of the horizontally long U-shaped sewing groove 12; the back of the middle interlayer board substrate 2 is provided with a sand paper strip line 13 for fixing the lower edge of the collar cutting piece at the upper edge part of the wool sample board area 10 corresponding to the bottom board substrate 1. The front surface of the middle interlayer plate substrate 2 is provided with a double-sided adhesive tape line 15 for fixing the waterway strips which are distributed in the forward direction on the upper surface of the middle horizontal section and the inner side of the left side edge section of the horizontal long U-shaped sewing groove 12, or the periphery of the inner side of the horizontal long U-shaped sewing groove is provided with the double-sided adhesive tape line for fixing the waterway strips which are distributed in the forward direction. The sand paper strip 13 for fixing the lower edge of the collar cutting piece is arranged on the back surface of the middle interlayer plate substrate 2 corresponding to the upper edge part of the wool sample plate area 10 above the positioning net structure part 11 of the bottom layer plate substrate 1, and the sand paper strip can also be arranged at the upper opening of the horizontally long U-shaped sewing groove on the back surface of the middle interlayer plate substrate.

The front surface of the middle interlayer needs to fix the waterway strips, and the back surface needs to play a certain fixing role for the lower collar piece. The slot opening position is the same as that of the bottom plate, and the shape and the position are consistent; the front surface of the middle interlayer is used for fixing the water path strip, so that a sponge strip and a double-sided adhesive tape are additionally arranged below the groove opening position, and the double-sided adhesive tape is additionally arranged above the groove opening position to play a role in fixing; and the double faced adhesive tape is used at the upper part and the lower part of the slotting position, so that the water road strip can be fixed more firmly.

Sand paper lines 13 for stabilizing the water road strips are arranged on the upper edge of the rough pattern plate area 10 corresponding to the bottom plate substrate 1 on the front surface of the surface plate substrate 3. The sand paper strip 13 for stabilizing the water road strip is arranged on the front surface of the surface plate substrate 3 corresponding to the upper edge part of the wool sample plate area 10 above the positioning net structure part 11 of the bottom plate substrate 1, and can also be arranged at the upper opening of the long-transverse U-shaped sewing groove on the front surface of the surface plate substrate. The main function of the surface plate is to clamp the waterway strip. The trench opening position is the same as the trench positions of the bottom plate and the middle sandwich plate, and the shapes of the trench opening positions are consistent; install the abrasive paper strip additional in the top of trench, play firm effect to fixing the water route strip at middle sandwich panel, guarantee that the water route strip that can be better is indeformable when making up.

The minimum horizontal margin between the edge of the rough sample plate area 10 and the edge of the bottom plate substrate 1 is 5cm, and the minimum vertical margin is 3 cm. The middle part of the upper edge of the wool pattern plate area 10 protrudes upwards in an arc shape, and the middle part of the lower edge of the wool pattern plate area 10 is recessed upwards in an arc shape. The arrangement is preferably cemented.

Manufacturing a craft template entity: the finished product can meet the design requirement and finish sewing accurately. The panel material required for manufacturing the formworks is a PVC plate, and the auxiliary fixing material needs to prepare a sponge strip, a sand paper strip, a double faced adhesive tape and an adhesive tape used for connecting each layer of formwork. The tools required for making the template have: nicking tools, pins, and the like. When the template is manufactured, the sewing groove is cut in an important step, the cutting position is carried out according to the designed groove opening position, the cutting template generally uses special cutting equipment and is divided into two types: milling cutter cutting and laser cutting, and selecting a cutting machine according to the manufacturing requirement. Before the sewing groove is cut, the design drawing of the template needs to be input into the cutting machine, and the cutting machine can cut according to the design drawing data. After the grooving work of template main part was accomplished, need the manual work to install auxiliary material additional on the corresponding position of template, need notice the position when installing additional, the accurate degree of installing auxiliary material position additional can influence the effect of using the template to make up.

In a word, the utility model discloses mongolian robe collar water route technology template has can show the advantage that improves mongolian robe collar water route preparation efficiency and quality.

Claims

1. A Mongolian robe collar waterway process template is characterized by consisting of a collar waterway process template bottom plate, a middle interlayer plate and a surface plate; the base plates of the bottom plate, the middle sandwich plate and the surface plate are all transverse long PVC plates which are larger than the collar, have the same size, are right-angled at the upper side and are provided with round corners at the lower side; drawing a hair sample plate area which is provided with a positioning net structure part in the middle and used for placing collar cutting pieces and enables the upper edges of the collar cutting pieces to face downwards on the front surface of a base plate of a bottom plate, forming a horizontal long U-shaped sewing groove which is consistent with the curvature of the upper edge of a collar and ensures smoothness and consistent width in the hair sample plate area, arranging an abrasive paper line for fixing the collar cutting pieces in the hair sample plate area outside the horizontal long U-shaped sewing groove and arranging a sponge line for blocking the collar cutting pieces outside the abrasive paper line; the middle interlayer plate and the base plate of the surface plate are also provided with the same U-shaped sewing grooves with the same transverse length at the same positions; the front surface of the middle interlayer plate substrate is provided with a double-sided adhesive strip for fixing the waterway strip and a sponge strip for blocking the waterway strip, and the back surface is provided with a sand paper strip for fixing the collar cutting piece; the front surface of the surface plate substrate is provided with a sand paper strip for stabilizing the water channel strip.

2. The Mongolian robe collar waterway process template of claim 1, wherein the thickness of the base plate substrate and the surface plate substrate is larger than that of the intermediate interlayer plate substrate.

3. The robe collar waterway process template of claim 1, wherein the net positioning structure is a mark of a net positioning structure portion where net structure lines are placed as collar cut pieces.

4. The Mongolian robe collar waterway process template of claim 1, wherein the front surface of the middle interlayer plate substrate is respectively provided with a waterway strip fixing double-faced adhesive tape line which is distributed in the forward direction at the outer side and the inner side of a horizontally long U-shaped sewing groove, and is provided with a sponge strip line which is distributed in the forward direction at the outer side of the waterway strip fixing double-faced adhesive tape line at the outer side of the horizontally long U-shaped sewing groove; the sand paper strip line used for fixing the lower edge of the collar cutting piece is arranged on the upper edge of the wool sample plate area of the back surface of the middle interlayer plate substrate corresponding to the bottom layer plate substrate.

5. The Mongolian robe collar waterway process template of claim 4, wherein the front surface of the middle interlayer plate substrate is provided with waterway strip fixing double-sided adhesive tapes distributed in the forward direction on the upper surface of the horizontal section and the inner sides of any side sections in the horizontal long U-shaped sewing groove, or the periphery of the inner side of the sewing groove.

6. The Mongolian robe collar waterway process template of claim 4, wherein a sand paper strip line for fixing the lower edge of the collar cutting piece is arranged on the back surface of the middle interlayer plate substrate corresponding to the upper edge part of the wool-like plate area above the positioning net structure part of the bottom plate substrate, or is arranged at the upper opening of a transverse long U-shaped sewing groove on the back surface of the middle interlayer plate substrate.

7. The Mongolian robe collar waterway process template of claim 1, wherein a sand paper line for stabilizing a waterway strip is arranged on the upper edge part of the rough pattern plate area of the corresponding bottom plate substrate on the front surface of the surface plate substrate.

8. The Mongolian robe collar waterway process template of claim 7, wherein a sand paper strip for stabilizing the waterway strip is arranged on the front surface of the surface plate substrate corresponding to the upper edge of the wool-like plate area above the positioning net structure part of the bottom plate substrate, or is arranged at the upper opening of the horizontal long U-shaped sewing groove on the front surface of the surface plate substrate.

9. The Mongolian robe collar waterway process template of claim 1, 2, 3, 4, 5, 6 or 7, wherein the minimum horizontal margin between the edge of the rough board area and the edge of the base board of the bottom board is 5cm, and the minimum vertical margin is 3 cm.

10. The Mongolian robe collar waterway process template of claim 1, 2, 3, 4, 5, 6 or 7, wherein the upper middle part of the rough template area is upwards arc-shaped and the lower middle part is upwards arc-shaped and concave.