JP2005029927A - Embroidery forming method and embroidery - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To efficiently form a three-dimensionally embroidered pattern having fluffed embroidery thread uniformly standing as a whole. <P>SOLUTION: At least two sheets each having prescribed thickness are placed on an embroidering sheet and the obtained laminate is embroidered with an upper thread and a lower thread. The upper thread exposed to the back face of the embroidering sheet is fixed by bonding to the embroidering sheet, the upper thread exposed to the upper face of the top sheet is fixed to the upper face by bonding, the upper thread is cut between arbitrary sheets and all sheets are removed from the embroidering sheet to form the embroidered pattern having the upper threads standing on the embroidery sheet in the form of fluffs. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an embroidery body forming method for forming a three-dimensional embroidery pattern in which an embroidery thread is raised in a fluffy shape, and an embroidery body formed by the method.

Recent embroidery includes not only a flat embroidery pattern in which the upper thread is in close contact with the surface of the embroidery body such as a fabric, but also the upper thread is fluffy (or tufted) with respect to the surface of the embroidery body. Many three-dimensional embroidery patterns formed in an upright state are also seen, and a method for efficiently forming such a three-dimensional embroidery pattern is conventionally known. As one of such methods, for example, there is a method described in Patent Document 1 described below. In Patent Document 1, a method for forming a tuft pattern as described below is disclosed. That is, as a first method for forming a tuft pattern, an upper thread or upper thread and lower thread appearing on the back surface of the embroidery sheet after embroidering by embedding a plurality of sheets on the embroidery sheet. Is glued and fixed to the back of the embroidery sheet, and all the upper thread appearing on the surface of the uppermost sheet is cut off, or the upper thread is cut between the uppermost sheet and the lower sheet, and used for embroidery. There is disclosed a technique in which a tuft pattern is formed on the surface of an embroidery sheet by removing all the sheets overlaid from the sheet. As a second method of forming a tuft pattern, embroidering is performed by overlaying a release sheet under a superposition of a plurality of sheets, and then further overlaying an embroider sheet on the back surface of the release sheet. The upper thread or upper thread and lower thread appearing on the back of the mold sheet are bonded and fixed to the embroidery sheet, and all the upper thread appearing on the surface of the uppermost sheet is cut off, or the uppermost sheet and its lower An upper thread is cut between the sheet and the embroidery sheet, and all the overlapped sheets and the release sheet are removed to form a tuft pattern on the surface of the embroidery sheet. ing.
JP 2002-61066

  By the way, in the method for forming a tufted pattern described in Patent Document 1 described above, as a method of cutting the embroidered upper thread, a method of cutting with a blade between the uppermost sheet and the lower sheet is disclosed. Has been. This will be described with reference to FIG. FIG. 13 is an enlarged partial cross-sectional view for explaining cutting of an embroidered upper thread in a conventional method for forming a tuft pattern. Here, as an example, a case where embroidery is applied to an embroidery sheet 11 on which two sheets 12 are superimposed will be described. 13 is an upper thread and 14 is a lower thread. When the upper thread 13 is cut after the embroidery is finished, the blade H is inserted between the sheets 12 as an upper thread cutting instrument from the left side. When the blade H is inserted from the left side, in the illustrated stitch A, the upper thread 13 of the B portion (the circled portion shown on the left side in the drawing) is cut first, and then the C portion (the right side in the drawing). The upper thread 13) is cut later. However, the following problems may occur when the upper thread 13 is cut at the C portion. That is, if the upper thread 13 is cut at the B part, the tension of the upper thread 13 is no longer present at the point from the B part to the C part. Therefore, even if the cutter H comes into contact with the C part after cutting the B part, the upper thread 13 cannot be immediately cut at the C part because the tension is not applied to the upper thread 13 of the C part. The blade H can cut the upper thread 13 of the C portion after the tension is obtained at the C portion by drawing the extra upper thread 13 slightly from the upper part. When section C is cut in this way, the length of the thread remaining after cutting on the section C side of the upper thread 13 is inevitably longer than the length of the thread remaining on the section B side by 13 minutes of the upper thread drawn from the top. Therefore, when the sheet 12 is removed, the yarn lengths are not uniform between the B portion side and the C portion side. Therefore, conventionally, in order to generate an embroidery body in which the fluff height (that is, the thread length) is generally uniform on the embroidery sheet 11, it is necessary to trim the upper thread 13 after the sheet 12 is removed. There is a problem that it is very troublesome to perform a new work after cutting the upper thread, and it is troublesome because it is troublesome and is not suitable for efficient production.

  The present invention has been made in view of the above-described points, and an embroidery body forming method capable of efficiently forming a three-dimensional embroidery pattern in which the fluff height of the embroidery thread stands up uniformly throughout. An object is to provide an embroidery body formed by the method.

  In the embroidery body forming method according to claim 1 of the present invention, the step of superimposing at least two sheet materials having a predetermined thickness on an embroidered sheet, and performing embroidery sewing on the embroidery sheet with upper and lower threads. A step of adhering and fixing the upper thread exposed on the back surface of the embroidered sheet to the embroidered sheet, and adhering and fixing the upper thread exposed on the upper surface of the uppermost sheet material to the upper surface, and any sheet A step of cutting the upper thread between the materials and a step of removing all the sheet material from the embroidered sheet, and forming an embroidery in which the upper thread is raised up on the embroidered sheet It is characterized by that. According to this, the upper thread that faces the upper surface of the uppermost sheet material among the plurality of stacked sheet materials is bonded and fixed to the upper surface. Then, when the upper thread is cut by inserting a blade or the like between arbitrary sheet materials, the upper thread is adhered to the sheet material even if one side of the upper thread stitch is cut first. The upper thread on the other side is kept in a tensioned state. Accordingly, when cutting the upper thread on the other side, it is possible to perform cutting at the same position as the upper thread that has been cut first, so that the fluff height of the upper thread when the sheet material is removed The thickness can be formed uniformly.

  According to a third aspect of the present invention, there is provided an embroidery body forming method in which at least two sheet materials having a predetermined thickness are stacked, and an embroidery sewing is performed on the upper and lower threads, and a lowermost sheet. A step of adhering a carrier sheet under the material, a step of adhering and fixing the upper thread exposed on the upper surface of the uppermost sheet material, and a step of cutting the upper thread between arbitrary sheet materials And a step of removing all the sheet material from the carrying sheet, wherein an embroidery in which the upper thread is raised up is formed on the carrying sheet. According to this, since the upper thread is cut after the upper thread is bonded to the sheet material, the fluff height of the upper thread when the sheet material is removed can be formed uniformly. Further, since the upper thread is adhered and fixed to the surface of the carrier sheet, the upper thread does not appear on the back surface of the carrier sheet.

According to the present invention, since the upper thread is cut between at least two sheets after the upper thread is bonded and fixed, even if one side of the stitch of the upper thread is cut first, the upper thread on the other side is stretched. Therefore, the upper thread is surely cut with a length corresponding to the thickness of the sheet material. Therefore, the fluff height of the upper thread when the sheet material is removed after cutting the upper thread can always be formed uniformly, so there is no need to newly align the upper thread after removing the sheet material Is obtained.
Further, according to the present invention, the upper thread is cut to the thickness of the sheet material uniformly as described above, so that it is not necessary to newly trim the upper thread after removing the sheet material. Since it is possible to prevent the upper thread hardened by the weldable material from appearing on the back of the carrier sheet, it is easy to create a fluffy embroidery body that does not touch the skin of the upper thread hardened in a T-shirt, etc. The effect that it can form is obtained.

  Embodiments of the present invention will be described below in detail with reference to the accompanying drawings.

  First, an embodiment of a method for forming an embroidery body according to the present invention will be described with reference to FIGS. FIG. 1 is a perspective view for explaining a first embodiment of an embroidery body forming method according to the present invention. In FIG. 1, 1 is a processed sheet such as an embroidery cloth as an object on which an embroidery pattern is to be formed, and 2a and 2b are, for example, plates (sheets) as spacers used for raising an upper thread in a fluffy state. 3 is an embroidery made of upper and lower threads in a star pattern, and 4 is one side of the interlining (the surface facing the sheet 2a in this figure) ) Is a plate-like (sheet-like) heat-bonding core coated with a heat-weldable material. First, the two sheet materials 2a and 2b are stacked and placed on the work sheet 1. The processed sheet 1 may be a fabric before processing, or a semi-finished product such as a T-shirt or a finished product. For example, an embroidery 3 having a pattern as shown in the drawing is applied to the sheet 1 and the sheet materials 2a and 2b which are overlapped with each other by using an upper thread and a lower thread. Examples of the lower thread used for the embroidery 3 include a thread obtained by twisting a normal thread and a heat-weldable thread, a thread coated with a heat-weldable material, a heat-weldable thread, and the like. After finishing the embroidery 3, the thermal bonding interlining 4 is placed on the sheet material 2a so that the surface coated with the heat-weldable material faces the sheet material 2a.

  After the processed sheet 1, the sheet materials 2a and 2b, and the heat bonding interlining 4 are all overlaid, heat pressing is performed from both the upper surface of the heat bonding interlining 4 and the back surface of the processed sheet 1. Then, the heat-weldable material coated on the surface in the heat-bonding interlining 4 is melted by the heat applied to the lower-thread heat-weldable material in the processed sheet 1 and serves as an adhesive, Adhere as shown in FIG. FIG. 2 is an enlarged partial cross-sectional view of a plurality of sheets after bonding. As shown in FIG. 2, the upper thread 5 (5a) and the lower thread 6 (only ordinary thread) are formed on the back surface (lower surface in the figure) of the processed sheet 1 by the melt-welded material of the lower thread. Is bonded to the back surface of the processed sheet 1. On the other hand, due to the heat-weldable material melted on the back surface (the lower surface in the figure) of the heat-bonding interlining 4, the surface of the sheet material 2 a is not exposed at the portion where the upper thread 5 a is exposed on the surface of the sheet material 2 a. The back surface of the heat bonding interlining 4 is bonded to each other, and the upper thread 5a is bonded to the back surface of the heat bonding interlining 4 at a portion where the upper thread 5a is exposed on the surface of the sheet material 2a.

  After bonding the sheet materials by the heating press, the upper thread 5a is cut. FIG. 3 is a conceptual side view for explaining cutting of the upper thread. As shown in FIG. 3, cutting the upper thread 5a (see FIG. 2) lifts one end of the sheet material 2a, and as a thread cutting device against the gap between the two sheet materials 2a and 2b generated thereby. The blade H is inserted, and the upper thread 5a is cut between the sheet materials 2a and 2b by sequentially moving the blade H from one end of the sheet materials 2a and 2b to the opposite end. For example, when the blade H is inserted from the left end of the sheet material 2a, 2b as shown in FIG. 3, in the stitch A of the upper thread 5a shown in FIG. 2, the left upper thread 5a is first cut at the B portion. After that, the cutter H reaches the C portion on the right side, and the upper thread 5a is cut at the C portion. At this time, since the upper thread 5a exposed on the upper surface of the sheet material 2a of the stitch A is bonded and fixed to the thermal bonding interlining 4, it is assumed that the upper thread 5a is cut first in the B portion on the left side of the stitch A. The upper thread 5a in the right C section is still stretched, that is, tension is obtained. Accordingly, even when the cutter H comes into contact with the upper thread 5a in the C part after cutting the B part, the upper thread 5a is not drawn from the upper part. 5a can be cut reliably.

  Then, when the sheet material 2b is removed by lifting it from the processed sheet 1 (note that both the thermal bonding core 4 and the sheet material 2a are already removed in accordance with the cutting of the upper thread 5a), FIG. An embroidery body (embroidery sheet 1) as shown in FIG. FIG. 4 is a perspective view showing an embroidery body formed by the above-described method. The processed sheet 1 after the sheet material 2b is removed is formed with an embroidery body in which the upper thread 5 is raised in a fluffy shape, and all the upper threads 5 that are raised in a fluffy shape are formed to have a uniform length. Yes. That is, as described above, according to the present embodiment, after the upper thread 5 (5a) exposed on the upper surface of the sheet material 2a is bonded and fixed to the thermal bonding core 4, the upper thread 5 (5a) is fixed between the sheet materials 2a and 2b. Since the thread 5a is cut, the upper thread 5a of the stitch A can be reliably cut at the B part and the C part (see FIG. 2). As a result, the upper thread 5a is uniformly cut to a length corresponding to the thickness of the sheet material 2b on both the left side (B portion) and the right side (C portion) of the stitch A. It is not necessary to trim the upper thread 5 anew after removing 2b.

The length of the upper thread 5 that rises in a fluffy manner can be arbitrarily set depending on the thickness of the sheet material 2b. Further, in this embodiment, the upper thread 5a exposed on the surface of the sheet material 2a is bonded and fixed by the thermal bonding interlining 4. However, the upper thread 5a is not limited to this and is used by using an adhesive tape, a seal, or spray glue. May be bonded and fixed.
In this embodiment, when the work sheet 1 is a thin fabric or a lace knitting, the sheet material 2b adheres to the work sheet 1 due to the heat welding material of the lower thread 6 oozing out. It may be difficult to remove the sheet material 2b. In order to prevent this, a release paper or a release sheet is preferably interposed between the processed sheet 1 and the sheet material 2b.
In the present embodiment, the sheet material 2b and the sheet material 2a in which the thermal bonding interlining 4 is previously bonded to the upper part are stacked on the processed sheet 1, and after the embroidery is applied to the stacked material, Another heat bonding interlining 4 that fixes the upper thread 5a exposed on the surface of the heat bonding interlining 4 may be overlapped and bonded. In this way, since the sinking of the upper thread 5a into the sheet material 2a can be alleviated, the adhesion between the thermal bonding core 4 and the upper thread 5a overlaid can be ensured. Become.

  Next, a second embodiment of the embroidery body forming method according to the present invention will be described with reference to FIGS. FIG. 5 is a conceptual side view for explaining a second embodiment of the embroidery body forming method according to the present invention. In FIG. 5, 1 is a sheet to be processed, 2a and 2b are sheet materials, 4 is a heat-bonding core, and 7 is a heat-welding film made of a heat-welding material. In the second embodiment, first, two sheet materials 2 a and 2 b are stacked and placed on the heat welding film 7. Embroidery (not shown) is applied to the superposed film 7 and the sheet materials 2a and 2b using the upper thread and the lower thread. Unlike the first embodiment, the lower thread used in this embodiment may be a normal plain yarn. After the embroidery is applied, the heat-welding film 7 and the sheet materials 2a and 2b are stacked and placed on the processed sheet 1, and the heat-welding material is coated on the sheet material 2a. The thermal bonding interlining 4 is overlapped so that the formed surface (the lower surface in the drawing) faces the sheet material 2a.

  In this way, the processed sheet 1, the heat welding film 7, the sheet materials 2 a and 2 b, and the heat bonding core 4 are all overlaid, and then heated and pressed from the upper surface of the heat bonding core 4 and the back surface of the processed sheet 1. . Then, the heat-welding material and the heat-welding film 7 of the heat-bonding interlining 4 are melted and bonded as shown in FIG. FIG. 6 is an enlarged partial cross-sectional view of a plurality of sheets after bonding. As shown in FIG. 6, the upper thread 5 (see FIG. 5) is formed by a heat welding film 7 (see FIG. 5) that is not retained in its original form because it is melted by the heating press on the surface of the work sheet 1 (upper surface in the drawing). 5a) and the lower thread 6 are bonded together on the surface of the processed sheet 1. On the other hand, due to the heat-weldable material melted on the back surface (the lower surface in the figure) of the heat-bonding interlining 4, the surface of the sheet material 2 a is not exposed at the portion where the upper thread 5 a is exposed on the surface of the sheet material 2 a. The back surface of the heat bonding interlining 4 is bonded to each other, and the upper thread 5a is bonded to the back surface of the heat bonding interlining 4 at a portion where the upper thread 5a is exposed on the surface of the sheet material 2a. Then, since it becomes the same as the form shown in FIG. 3 described above, as already described, the blade H is inserted between the sheet materials 2a and 2b, and the upper thread 5a is inserted between the sheet materials 2a and 2b. By cutting and removing the sheet material 2b by lifting it from the processed sheet 1, an embroidery body (processed sheet 1) embroidered appears. However, in this embodiment, the processed sheet 1 is a carrying sheet, and the processed sheet 1 itself is not sewn.

As described above, in this embodiment as well, in the same manner as in the first embodiment, after the upper thread 5a exposed on the upper surface of the sheet material 2a is bonded and fixed, the upper thread 5a is cut between the sheet materials 2a and 2b. Therefore, the upper thread 5a can be uniformly cut to the thickness of the sheet material 2b. Therefore, it is not necessary to trim the upper thread 5a after removing the sheet material 2b. Further, in the second embodiment, the upper thread 5a and the lower thread 6 are bonded and fixed to the surface of the work sheet 1 (supporting sheet), so that unlike the first embodiment, the upper thread 5a and the lower thread 6 are hardened by a heat welding material. The upper thread 5a and the lower thread 6 that have been damaged do not appear on the back surface of the processed sheet 1. For this reason, when the processed sheet 1 is such that the back surface of a T-shirt or underwear directly touches the user's skin, the hard upper thread 5a and lower thread 6 do not touch the user's skin. Since an embroidery body can be formed, a feeling of touch is not lost even if embroidery is applied.
In this embodiment, in order to prevent the sheet material 2b from adhering to the processed sheet 1, a release paper or a release sheet may be interposed between the heat welding film 7 and the sheet material 2b. Good.

  Next, a third embodiment of the embroidery body forming method according to the present invention will be described with reference to FIGS. FIG. 7 is a perspective view for explaining a third embodiment of the embroidery body forming method according to the present invention. In FIG. 7, 1a and 1b are sheets to be processed, 2a and 2b are sheet materials, 8 is an embroidery composed of upper and lower threads in which stitches are formed on the entire surface of the alphabet A type, 9 is a double-sided thermal adhesive film, The base film is coated with a heat-welding film made of a heat-welding material having a different melting point, and a release paper is pasted on one surface coated with the heat-welding film having a high melting point. In the third embodiment, first, two sheet materials 2a and 2b are stacked and placed on the processed sheet 1b. A sheet 1a to be processed is further stacked on the sheet material 2a. For example, an embroidery 8 having a pattern as illustrated is applied to the processed sheet 1b, the sheet materials 2a and 2b, and the processed sheet 1a by using an upper thread and a lower thread. Examples of the lower thread used for the embroidery 8 include those obtained by twisting a normal thread and a heat-weldable thread, those obtained by coating a normal thread with a heat-weldable material, and a heat-weldable thread. When the embroidery 8 has been applied, the double-sided thermal adhesive film 9 is then placed with the side to which the release paper is applied facing upward (that is, the side coated with the thermal welding film having a low melting point is directed to the processed sheet 1a. And stacking on the processed sheet 1a.

  In this way, after the processed sheet 1b, the sheet materials 2a and 2b, the processed sheet 1a, and the double-sided thermal adhesive film 9 are all overlaid, heat pressing is performed from the upper surface of the double-sided thermal adhesive film 9 and the rear surface of the processed sheet 1b. . Then, in the double-sided thermal adhesive film 9, only the heat-weldable material on the lower surface side is melted without melting the heat-weldable material on the upper surface side (of course, it goes without saying that the temperature of the heating press is set so as to be so. ) The heat-welding material of the lower thread is melted and bonded as shown in FIG. FIG. 8 is an enlarged partial cross-sectional view of a plurality of sheets after bonding. As shown in FIG. 8, the upper thread 5 (5a) and the lower thread 6 (normal thread only) are bonded to the back surface of the processed sheet 1b by the melt-welded material of the lower thread on the back surface of the processed sheet 1b. The On the other hand, on the back surface of the double-sided thermal adhesive film 9 (the lower surface in the figure), the surface of the sheet material 2a is not exposed at the portion where the upper thread 5a is exposed on the surface of the sheet material 2a due to the melt-welded material. The back surface of the double-sided thermal adhesive film 9 is adhered to each other, and the upper thread 5a is adhered to the back surface of the double-sided thermal adhesive film 9 at a location where the upper thread 5a is exposed on the surface of the sheet material 2a. The release paper of the double-sided heat-bonding film 9 is peeled off after the temperature is sufficiently lowered after the bonding.

  Then, the blade H is inserted between the sheet materials 2a and 2b to cut the upper thread 5 between the sheet materials 2a and 2b, and the sheet material 2a from the processed sheet 1a and the sheet material 2b from the processed sheet 1b. Remove each one. FIG. 9 is a conceptual diagram showing the processed sheet 1b after the sheet material 2b is removed, that is, a perspective view showing an embroidery body with embroidery formed according to the third embodiment. An alphabet A-shaped embroidery in which the upper thread 5 is raised like a fluff is formed. Thus, also in this embodiment, the upper thread 5a is cut between the sheet materials 2a and 2b after the upper thread 5a exposed on the upper surface of the processed sheet 1b is bonded and fixed. There is no need to evenly cut the upper thread 5a after the sheet material 2b has been removed by being uniformly cut to a thickness of 2b. On the other hand, in the present embodiment, the processed sheet 1a is stacked on the sheet material 2a, and the upper thread 5a exposed on the upper surface of the processed sheet 1a is bonded and fixed to the processed sheet 1a. Similarly, an embroidery body as shown in FIG. 9 is formed. That is, it is possible to form an embroidery body embroidered with an alphabet A pattern in which the upper thread 5a is raised on the lower work sheet 1b, and at the same time, the upper thread is also formed on the upper work sheet 1a. It is possible to form an embroidery body in which the alphabet A-shaped embroidery in which 5a is raised in a fluffy shape is applied. However, the embroidery pattern formed on the processed sheet 1a is a left-right reversed pattern with respect to the embroidery pattern of the processed sheet 1b. Since the double-sided thermal adhesive film 9 is adhered to the processed sheet 1a, the alphabet A-type pattern standing like a fluff as shown in FIG. 10 can be obtained simply by cutting the processed sheet 1a according to the shape of the embroidery pattern. Applique pieces can be generated.

  In this embodiment, the upper thread 5a exposed on the upper surface of the processed sheet 1a is bonded and fixed by the double-sided thermal adhesive film 9. However, the present invention is not limited to this, and other methods such as using a thermal bonding interlining are used. The upper thread 5a may be adhered and fixed at.

  Next, a fourth embodiment of the embroidery body forming method according to the present invention will be described with reference to FIGS. FIG. 11 is a side conceptual view for explaining a fourth embodiment of the embroidery body forming method according to the present invention. In FIG. 11, 1a and 1b are processed sheets, 2a and 2b are sheet materials, 7 is a heat welding film, and 10 is a release sheet. In the fourth embodiment, two sheet materials 2a and 2b are first stacked on the release sheet 10, and another release sheet 10 is further stacked thereon. That is, the sheet materials 2 a and 2 b are overlapped with each other with the two release sheets 10 interposed therebetween. Embroidery is performed using the upper thread and the lower thread on the release sheet 10 and the sheet materials 2a and 2b which are overlapped. This is overlaid on the processed sheet 1b so as to sandwich the heat welding film 7 between the processed sheet 1b. And the sheet | seat 1a to be processed is piled up so that another heat welding film 7 may be inserted | pinched on it further. In this way, all of the two sheets 1a and 1b are stacked so as to have a sandwich structure in which the heat welding film 7, the release sheet 10, and the sheet materials 2a and 2b are sequentially sandwiched. Combine.

  In this way, after all are overlaid, heat pressing is performed from the upper surface of the processed sheet 1a and the rear surface of the processed sheet 1b. Then, the heat-weldable material of the heat-welding film 7 is melted and bonded as shown in FIG. FIG. 12 is an enlarged partial cross-sectional view of a plurality of sheets after bonding. As shown in FIG. 12, the upper thread 5 (5a) and the lower thread 6 are processed by the lower heat-bonding film 7 that does not retain its original shape because it is melted by the hot press on the surface of the processed sheet 1b. Bonded to the surface of the sheet 1b. On the other hand, the upper thread 5a exposed on the upper surface of the upper release sheet 10 is bonded to the processed sheet 1a by the upper thermal welding film 7 on the lower surface of the processed sheet 1a. Then, the blade H is inserted between the sheet materials 2a and 2b, and the upper thread 5 is cut between the sheet materials 2a and 2b. When the sheet material 2a and the release sheet 10 are removed from the processed sheet 1a, and the sheet material 2b and the release sheet 10 are removed from the processed sheet 1b, the upper thread 5 is applied to both the processed sheet 1a and the processed sheet 1b. Embroidered with a fluffy standing up.

  Thus, also in this embodiment, since the upper thread 5a is uniformly cut to the thickness of the sheet material 2b in order to cut the upper thread 5a between the sheet materials 2a and 2b, the sheet material 2b There is no need to newly trim the upper thread 5a after the removal. In the present embodiment, not only the lower processed sheet 1b but also the upper processed sheet 1a can be simultaneously formed with an embroidered body embroidered in a fluffy manner. Furthermore, in this embodiment, the upper thread 5 and the lower thread 6 do not appear on the back surfaces of the processed sheets 1a and 1b.

  In each of the above-described embodiments, the sheet material to be stacked on the work sheet 1 is shown as having two sheets. However, the present invention is not limited to this, and any number of sheets may be stacked as long as a plurality of sheets are stacked. It may be a thing. Of course, in such a case, by appropriately determining a position where the upper thread is cut from a position close to the processed sheet 1 as a combination of a plurality of sheet materials, a plurality of the combined sheet materials are obtained. It goes without saying that the length of the upper thread that rises in a fluffy manner can be set by the sum of the respective thicknesses.

It is a perspective view for demonstrating the 1st Example of the embroidery body formation method which concerns on this invention. It is a partial cross-section enlarged view of a plurality of sheets after bonding according to the first embodiment. It is a side surface conceptual diagram for demonstrating cutting | disconnection of an upper thread. It is a perspective view showing the embroidery body formed by the 1st Example. It is a side surface conceptual diagram for demonstrating the 2nd Example of the embroidery body formation method which concerns on this invention. It is a partial cross section enlarged view of a plurality of sheets after adhesion according to the 2nd example. It is a perspective view for demonstrating the 3rd Example of the embroidery body formation method which concerns on this invention. It is a partial cross section enlarged view of a plurality of sheets after adhesion according to the 3rd example. It is a perspective view showing the embroidery body to which the embroidery formed by the 3rd Example was given. It is a conceptual diagram which shows the applique piece which stood up in fluff shape. It is a side surface conceptual diagram for demonstrating the 4th Example of the embroidery body formation method which concerns on this invention. It is a partial cross-section enlarged view of a plurality of sheets after adhesion according to the 4th example. It is a partial cross-sectional enlarged view for demonstrating the cutting | disconnection of the embroidered upper thread in the formation method of the conventional tuft pattern.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 (1a, 1b) ... Work sheet, 2a, 2b ... Sheet material, 3 (8) ... Embroidery, 4 ... Thermal bonding interlining, 5 (5a) ... Upper thread, 6 ... Lower thread, 7 ... Thermal welding film , 9 ... Double-sided thermal adhesive film, 10 ... Release sheet

Claims (4)

A step of stacking at least two sheet materials having a predetermined thickness on the sheet to be embroidered, and performing embroidery stitches on these with upper and lower threads;
Bonding and fixing the upper thread exposed on the back surface of the embroidered sheet to the embroidered sheet, and bonding and fixing the upper thread exposed on the upper surface of the uppermost sheet material;
Cutting the upper thread between any sheet materials;
A step of removing all the sheet material from the embroidered sheet,
An embroidery body forming method comprising forming an embroidery in which the upper thread is raised in a fluffy manner on the embroidery sheet. At least two sheet materials having a predetermined thickness are stacked on the embroidery sheet, and embroidery sewing is performed on the embroidery sheet with an upper thread and a lower thread, and the upper thread exposed on the back surface of the embroidery sheet is Adhering and fixing to the embroidered sheet, the upper thread exposed on the upper surface of the uppermost sheet material is adhesively fixed to the upper surface, and then the upper thread is cut between any sheet materials, An embroidery body in which an embroidery having a shape in which the upper thread is raised up is formed on the embroidery sheet by removing all the sheet material from the embroidery sheet. A step of stacking at least two sheet materials having a predetermined thickness, and performing embroidery sewing with an upper thread and a lower thread on these,
Adhering a carrier sheet under the lowermost sheet material;
Bonding and fixing the upper thread exposed on the upper surface of the uppermost sheet material to the upper surface;
Cutting the upper thread between any sheet materials;
And removing all the sheet material from the carrier sheet,
An embroidery body forming method, wherein an embroidery is formed by raising the upper thread in a fluffy manner on the carrier sheet. At least two sheet materials having a predetermined thickness are overlapped, embroidery stitching is performed on these with upper and lower threads, and a carrier sheet is bonded under the lowermost sheet material, and the uppermost sheet material Adhering and fixing the upper thread exposed on the upper surface of the sheet, and then cutting the upper thread between any sheet material, and then removing all the sheet material from the carrying sheet, An embroidery body in which an embroidery having a shape in which the upper thread is raised up is formed on the carrier sheet.

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