JP2005329543A - Adhesion method for embroidered object - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a new adhesion method for an embroidered object, which prevents even a three-dimensional embroidered object from being flattened, and which enables the firm adhesion and fixation of the embroidered object. <P>SOLUTION: This adhesion method comprises: an embroidered object placing step of preparing the embroidered object 10 wherein embroidery 4 is formed in an upward swelling state and the backside of which is coated with a hot-melt adhesive, and of placing the embroidered object 10 on the top surface of a fabric 11 which is placed on a working table 12; a press-regulating-plate placing step of placing a press regulating plate 13, which surrounds the peripheral edge of the embroidery 4 constituting the embroidered object 10, on the top surface of the fabric 11; and a pressing and heating step of pressing the embroidery 4 downward from above the embroidered object 10, and of heating the embroidered object 10. The plate 13, which is provided with an opening 13c corresponding to a shape of the embroidery 4, is made somewhat thinner than the embroidered object 10. Otherwise, a recess 20a, which corresponds to a shape of embroidery 21 formed in an embroidered object 23 and a press regulating plate 20 and which has a depth somewhat smaller in dimension than the thickness of the embroidery 23, is formed in the undersurface of the plate 20. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to an embroidery body bonding method used when an embroidery body formed with an embroidery bulging upward from the upper surface of a base fabric is bonded to a fabric.

Conventionally, when embroidery processing is performed on clothing or the like, work efficiency or productivity has been poor because it has been necessary to directly process the fabric or fabric. However, in recent years, in order to eliminate such inconvenience, There has been proposed a method of manufacturing an embroidery body having an embroidery on the upper surface of the cloth, and bonding the embroidery body to the cloth or the fabric using a hot-melt adhesive (see Patent Document 1).
JP-A-9-310263

  By the way, the embroidery constituting the embroidery body is more three-dimensional and looks better when processed with the bulging upward from the upper surface of the base fabric than when the embroidery constituting the embroidery body has a small drop from the upper surface of the base fabric. It will be a thing. However, when the embroidery body with such a three-dimensional embroidery is bonded to clothing, a hat, a bag, etc., if this embroidery body is pressed, the embroidery flattenes due to the pressing force, and the three-dimensional feeling is impaired. Become. Conversely, if the pressing force is reduced to avoid such flattening of the embroidery body, it cannot be firmly bonded and fixed by the adhesive, and there is a risk that the embroidery body will peel off and fall off.

  Therefore, the present invention has been proposed in order to solve the problems of the above-described conventional embroidery body bonding method, and even if the embroidery body has a three-dimensional feeling, it is not greatly flattened. It is an object of the present invention to provide a novel embroidery bonding method that can be firmly bonded and fixed.

  In order to achieve the above-described object, the first invention (invention according to claim 1) provides an embroidery body which is formed with the embroidery bulging upward and the back surface of which is coated with a hot-melt adhesive. An embroidery body placing step for placing the embroidery body on the upper surface of the fabric placed on the processing table, and a pressure regulating plate surrounding the periphery of the embroidery constituting the embroidery body are placed on the upper surface of the fabric. And a pressing heating step for pressing the embroidery downward and heating the embroidery body from above the embroidery body. And an opening corresponding to the shape of the embroidery body, or a thickness slightly thinner than the thickness of the embroidery body, or the pressure regulating plate corresponds to the shape of the embroidery formed on the embroidery body A recess having a depth slightly shallower than the thickness of the embroidery body is formed on the lower surface. Be Te is characterized in.

The embroidery body is not particularly limited as long as the embroidery body is formed with at least the embroidery bulging upward and the back surface is coated with a hot-melt adhesive. For example, an embroidery body manufactured by preparing a base fabric having a heat-meltable adhesive applied to the back surface and forming (applying) embroidery on the top surface of the base fabric may be used. The hot melt adhesive may be applied to the back of the base fabric after embroidering. In the first invention, even if the base fabric is a constituent element, the base fabric does not necessarily have to be exposed from the peripheral edge of the embroidery as in the second invention described later. Moreover, in this 1st invention, the said press control board should just be equipped with either structure among the two structures described below. That is, the pressure regulating plate has an opening corresponding to the shape of the embroidery and has a thickness slightly thinner than the thickness of the embroidery body, or the pressure regulating plate is formed on the embroidery body. A concave portion corresponding to the shape of the formed embroidery and having a depth slightly shallower than the thickness of the embroidery body is formed on the lower surface. Further, the pressure regulating plate in which the opening is formed needs to have a thickness slightly thinner than the thickness of the embroidery body. In the pressure regulating plate in which the concave portion is formed, the depth of the concave portion is required. However, it is necessary that the thickness is slightly shallower than the thickness of the embroidery constituting the embroidery body. The relationship between the thickness of the pressure restricting plate in which the opening is formed and the thickness of the embroidery body depends on the type of material constituting the embroidery body, but the material is relatively hard (elastic) When the rate is low), it is preferable that the thickness of the pressure regulating plate is slightly thinner than the thickness of the embroidery body. On the contrary, when the material of the embroidery body is soft (when the elastic modulus is high), the thickness of the pressure regulating plate can be made thinner than the thickness of the embroidery body.

  In the first aspect of the present invention, when the pressure restricting plate in which the opening is formed is placed by the pressure restricting plate placing step, the opening is determined from the thickness relationship between the embroidery body and the pressure restricting plate. The upper part of the embroidery constituting the embroidery body is exposed slightly above the upper surface of the pressure regulating plate. When the embroidery is pressed downward from above the embroidery body in the press heating step, the embroidery is pressed only for the length of the difference in thickness, and the back surface of the embroidery body is pressed against the fabric. However, even if pressed further, the pressing force is restricted by the pressure restricting plate and does not act on the embroidery. Further, when the embroidery is pressed in this way, the wall surface forming the opening of the pressing restriction plate restricts the embroidery from being expanded outward, and the pressing force acts downward. In addition, when the pressure restricting plate in which the concave portion is formed is placed by the pressure restricting plate placing step, the lower surface of the press restricting plate and the fabric are somewhat from the thickness relationship between the embroidery body and the pressure restricting plate. Some distance is created between them (a space is formed). When the pressing restricting plate is pressed downward from above the embroidery body by the pressing and heating step, the distance formed between the fabric and the lower surface of the pressing restricting plate is reduced, and the embroidery is pressed and the embroidery body is pressed. However, when the lower surface of the pressure regulating plate and the fabric are in close contact with each other, even if the pressure regulating plate is further pressed, the pressing force is regulated and does not act on the embroidery. Further, when the embroidery is pressed in this way, the wall surface forming the concave portion of the pressing restricting plate restricts the embroidery from being expanded outward, and the pressing force acts downward.

  Further, according to a second invention (invention of claim 2), in the first invention, the embroidery body includes a base fabric having a back surface coated with a hot-melt adhesive, and an upper surface of the base fabric. And the embroidery formed in a bulging state, and the base fabric is exposed at the periphery of the embroidery. In the pressing restriction plate placing step, the pressing restriction plate is attached to the embroidery. The exposed base fabric is pressed downward through the embroidery constituting the embroidery body and the pressure regulating plate in the pressing and heating step. It is.

  In the second aspect of the invention, the embroidery body includes a base fabric having a back surface coated with a hot-melt adhesive and an embroidery formed in a state of bulging upward from the upper surface of the base fabric. At the same time, it is necessary that the base fabric is exposed at the peripheral edge of the embroidery, and the embroidery and the base fabric are not included in the overlapping (in the same position). For example, when the embroidery shape is a donut shape, the outer diameter of the base fabric must be larger than the outer diameter of the embroidery formed in the donut shape, and the base fabric protruding from the upper surface must be exposed. In this example, the base fabric needs to be exposed inside the embroidery. Then, when the embroidery body having the above-described configuration is pressed by the pressing restricting plate, as in the first aspect, a predetermined length (the difference between the thickness of the embroidery and the thickness of the pressing restricting plate). Only after acting on the embroidery, and after pressing for the length, the pressing force acts on the exposed base fabric. That is, according to the second aspect of the invention, the embroidery constituting the embroidery body is slightly pressed, but thereafter acts on the base fabric exposed around the embroidery.

  In the first and second inventions, in the pressing and heating step, the embroidery constituting the embroidery body (in the second invention, the embroidery and the exposed base fabric) is pressed downward and the embroidery body is heated. The method of heating the embroidery body includes not only a method of heating the embroidery body by heating the pressure regulating plate, but also a method of heating the embroidery body from the back side of the fabric, Either method may be adopted. The fabrics constituting the first and second inventions include not only woven fabrics, non-woven fabrics, natural leathers, synthetic leathers and the like that have been conventionally embroidered, but also can adhere embroidery bodies. If possible, paper, resin sheet, rubber sheet, etc. are also included.

  According to a third aspect of the present invention (invention of claim 3), an embroidery body is formed in a state where the embroidery bulges upward, and a hot-melt adhesive is applied to the back surface. A pressure regulating plate placing step for placing a pressure regulating plate having an opening or a recess corresponding to the outer shape of the embroidery constituting the embroidery body, and the pressure regulating plate is formed on the pressure regulating plate from above the pressure regulating plate. An embroidery body placing step of inserting the embroidery constituting the embroidery body into the opening or recess and placing the embroidery body upside down so that the heat-meltable adhesive is exposed on the upper surface; A fabric placing step for placing a fabric to which the embroidery body is bonded from above the embroidery body, and a pressing heating step for heating the embroidery body while pressing the embroidery body downward from above the fabric. Therefore, the thickness of the pressure restricting plate is slightly thinner than the thickness of the embroidery body. Or, the pressing regulating plate is characterized in that the recess having a slightly shallower depth than the thickness of the embroidery formed on the embroidery body is formed on the upper surface.

  This third invention does not place the embroidery body on the upper surface of the fabric as in the first invention and press the embroidery or the embroidery body via the pressure regulating plate, First, the pressure regulating plate is placed, the embroidery body is placed there, and then the fabric is placed, and then the fabric is pressed downward. Unlike the first invention, the embroidery body is moved up and down. It is a method of adhering to a fabric in an inverted state.

  According to a fourth invention (invention according to claim 4), in the third invention, the embroidery body includes a base fabric having a back surface coated with a hot-melt adhesive, and an upper surface above the base fabric. And the embroidery formed in a bulging state, and the base fabric is exposed at the periphery of the embroidery. In the pressing restriction plate placing step, the pressing restriction plate is attached to the embroidery. In the pressing and heating step, the back surface of the embroidery body is pressed downward with the cloth interposed therebetween.

  As in the relationship between the first invention and the second invention, the fourth invention limits the embroidery body prepared in the third invention and the pressing restriction plate placement process. is there.

  According to a fifth invention (invention according to claim 5), in any one of the first, second, third and fourth inventions, the pressing restricting plate is formed of a metal having high thermal conductivity. It is characterized by.

  In addition, with the said metal with high heat conductivity, various metals conventionally known, such as iron, copper, gold | metal | money, silver, aluminum, can be used, for example.

  According to a sixth invention (invention of claim 6), in any of the first, second, third, fourth and fifth inventions, the embroidery constituting the embroidery body is elastic on the inside. It is characterized in that a core material having properties is accommodated.

  In the sixth aspect of the invention, the embroidery body includes a base fabric, a core material placed on the upper surface of the base fabric, and an embroidery thread that covers the core material to form an embroidery as a whole. ing. The core material is formed in a shape corresponding to the shape of the embroidery formed on the base fabric, and the material of the core material needs to have elasticity, for example, hard or A foamed resin can be used as a raw material, such as a soft urethane resin. The foamed resin is, for example, a material obtained by adding a foaming agent to a thermoplastic resin, and the thermoplastic resin may be composed of one kind of thermoplastic resin or two or more kinds of thermoplastic resins. Preferably, polyethylene resin, polypropylene resin, polystyrene resin, polyethylene terephthalate resin, polyvinyl alcohol resin, vinyl chloride resin, ionomer resin, acrylonitrile / butadiene / styrene (ABS) resin, urethane resin, styrene resin, etc. Can be used.

  In the first invention (invention according to claim 1), the pressing restricting plate is provided with an opening corresponding to the shape of the embroidery, and is a thickness slightly thinner than the thickness of the embroidery body, Alternatively, the pressing restricting plate is formed with a concave portion corresponding to the shape of the embroidery formed on the embroidery body and having a depth slightly shallower than the thickness of the embroidery body on the lower surface. When the embroidery is pressed downward from above, for example by the lower surface of the lifting plate, the embroidery is pressed only for the length of the difference in thickness, and the back surface of the embroidery body is pressed against the fabric. Even if pressed, the pressing force is restricted by the pressure restricting plate and does not act on the embroidery. Therefore, according to the present invention, the embroidery is not greatly flattened, and the embroidery body can be securely bonded. Moreover, according to this method, when the embroidery is pressed downward in this way, the embroidery is restricted from being expanded outward by the wall surface forming the opening of the pressing restriction plate or the wall surface forming the recess. Since the pressure acts downward, embroidery deformation can be effectively prevented. The same applies to the case of the third invention (the invention described in claim 3), and the bulging embroidery can be reliably affixed to the fabric without being flattened or deformed.

  Further, according to the second invention (the invention described in claim 2) and the fourth invention (the invention described in claim 4), when the embroidery body is pressed by the pressing restricting plate, the first invention ( As with the second invention, only the predetermined length (difference between the thickness of the embroidery and the thickness of the pressure regulating plate) acts on the embroidery, and after pressing the length, the pressing force Since it acts on the base fabric exposed around the embroidery, the embroidery body can be more reliably bonded. That is, according to the second and fourth aspects of the present invention, the embroidery is pressed moderately in the pressing and heating step, and the base fabric exposed around the embroidery is pressed after the embroidery is pressed. Since the embroidery body is pressed firmly and heated, not only the position corresponding to the exposed part but also the position corresponding to the part where the embroidery is formed can be adhered accurately.

  Further, according to the fifth invention (the invention according to claim 5), when the embroidery body is heated via the pressing restricting plate, the embroidery body can be heated in a short time because the thermal conductivity is high. Thus, it is possible to further speed up the work of bonding the embroidery body.

  Further, according to the sixth invention (invention of claim 6), it is possible to prevent the bulging embroidery from being flattened in the one-step press heating step. The embroidery body is thus composed of a base fabric, a core material placed on the upper surface of the base fabric, and an embroidery thread that covers the core material and forms an embroidery as a whole. Therefore, it is not necessary to use a large amount of embroidery thread, and a three-dimensional embroidery body can be easily manufactured. In particular, since the core material is made of elastic material, when embroidering on the upper surface of the base fabric, there is no risk of damaging the embroidery needle, and it effectively prevents cutting of the embroidery thread by external force can do.

  Hereinafter, the best mode for carrying out the present invention will be described in detail with reference to the drawings.

  In this method of bonding the embroidery body, first, an embroidery body is prepared, and then the embroidery body is bonded to the fabric. First, an example of a method for manufacturing the embroidery body will be described. Here, a method for manufacturing an embroidery body in which the alphabet “A” is designed will be described as an example. In this embroidery manufacturing method, as shown in FIG. 1, a base cloth 1 is fixed on a processing table (not shown), and a positioning marking (not shown) is applied to the upper surface of the base cloth 1. The base cloth 1 is made of synthetic fibers that are dissolved by a solvent. In this embodiment, acetate (semi-synthetic fibers made of cellulose acetate and cellulose fibers) that are dissolved by acetone (CH3COCH3) as a solvent. ) Is a material. And the base fabric 2 which comprises this invention is adhere | attached on this base fabric 1. FIG. As shown in FIG. 2, the base fabric 2 is formed into an external shape of the designed alphabet “A”, and an opening 2 a is formed inside. Further, a hot-melt adhesive is applied to the back surface of the base fabric 2. After the base fabric 2 is bonded, a marking (not shown) for positioning is further provided on the base fabric 2, and the core material 3 is bonded to the marked position as shown in FIGS. To do.

  The core material 3 is made of a hard urethane resin. In the present embodiment, the core material 3 is formed into an alphabet “A” shape that is slightly smaller than the outer diameter of the base fabric 2, and its thickness is Is about 5 mm, and an opening 3a is formed inside. That is, the size of the base fabric 2 and the core material 3 is set such that the base fabric 2 is exposed to the outside of the core material 3 when the core material 3 is bonded to the upper surface of the base fabric 2. . In this embodiment, the base fabric 2 is shaped so as to be exposed approximately 1 to 2 mm from the outer surface of the core material 3 substantially evenly. Then, when the process of bonding the core material 3 onto the base fabric 2 is completed in this way, the embroidery 4 is then applied so that all of the core material 3 is covered as shown in FIGS. Apply) to form. That is, the core material 3 is covered with an embroidery thread (reference numerals are omitted). Due to the formation of the embroidery 4, the embroidery 4 bulges upward from the base fabric 2.

  When the embroidery 4 is formed, the base cloth 1 is then dissolved with the solvent (acetone) to obtain the embroidery body 10 shown in FIG. The embroidery body 10 is formed with an embroidery 4 bulging upward from the upper surface of the base fabric 2, and the base fabric 2 is exposed at the periphery of the embroidery 4, and on the back surface of the base fabric 2. Is coated with a hot-melt adhesive (not shown). The above is an explanation of an example of a method for manufacturing the embroidery body 10.

Next, a method for bonding the embroidery body 10 to the fabric will be described. First, as shown in FIG. 8, the fabric 11 to which the embroidery body 10 is bonded is placed and fixed on the processing table 12, and the embroidery body 10 is placed on the fabric 11 (embroidery body placing step). Further, the pressing restricting plate 13 is placed from above the embroidery body 10. The press restricting plate 13 is made of aluminum, and is composed of an outer press restricting plate 13a and an inner press restricting plate 13b as shown in FIG. Note that the wall thickness (L ₁ ) of the outer pressure regulating plate 13a and the inner pressure regulating plate 13b is thinner than the wall thickness (L ₂ ) of the embroidery 4 constituting the embroidery body 10 as shown in FIG. It is said to be thick. The outer pressing restricting plate 13a is formed with an opening 13c formed in the shape corresponding to the outer shape of the embroidery 4 on the inner side. The inner pressure restricting plate 13b is formed separately from the outer pressure restricting plate 13a and substantially corresponds to the size of the opening 3a of the core member 3 on which the embroidery 4 is formed. is there. Therefore, as shown in FIG. 10, when the pressing restricting plate 13 is set from above the embroidery body 10, the embroidery 4 bulging from the base fabric 2 is inserted into the opening 13c, and the upper portion of the embroidery 4 is inserted. a state exposed upward (the length of the difference between the L ₁ and L ₂₎ slightly than the upper surface of the pressing regulating plate 13, also the lower surface of the pressing pressure limitation plate 13 groups exposed around the embroidery 4 It is placed on the cloth 2. When the step of placing the pressure regulating plate 13 is completed, the elevating plate 14 is then lowered from above the pressure regulating plate 13 as shown in FIG. The elevating plate 14 is heated to a temperature at which the hot-melt adhesive applied to the base fabric 2 of the embroidery body 10 is heated. When the elevating plate 14 is lowered, first, the elevating plate 14 The lower surface of 14 comes into contact with the upper surface of the embroidery 4 exposed slightly above the upper surface of the pressing restricting plate 13, and when further lowered, the embroidery 4 is pressed downward. When the elevating plate 14 is lowered to the upper surface of the pressing restricting plate 13, no further pressing force acts on the embroidery 4, and the pressing force of the elevating plate 14 is then passed through the pressing restricting plate 13. It acts on the exposed base fabric 2. The lifting plate 14 may be any one that can press the fabric 11, the embroidery body 10, and the pressure regulating plate 13 between the upper surface of the processing table 12 and heat the pressure regulating plate 13. The raising / lowering drive operation may be manual or automatic. Note that, after the elevating plate 14 is lowered, the elevating plate 14 is raised again to remove the fabric 11 to which the embroidery body 10 is bonded.

  Therefore, according to the bonding method of the embroidery body according to the above-described embodiment, the embroidery 4 is initially pressed downward by the lowering operation of the elevating plate 14, and thereafter, the pressing force against the embroidery 4 does not act. Only the base fabric 2 constituting the embroidery body 10 is pressed and heated via the pressing restriction plate 13. Therefore, the hot-melt adhesive applied to the back surface of the embroidery body 10 (base fabric 2) is melted, and the embroidery body 10 is bonded to the fabric 11 by the melted hot-melt adhesive. At this time (during the pressing and heating step), the embroidery 4 is pressed by the lower surface of the lifting plate 14 only for the difference between the upper surface of the embroidery 4 and the upper surface of the pressing restriction plate 13, and the pressed embroidery 4 is opened by the opening. 13c is in close contact with the wall surface and is not deformed to the outside and the pressing force acts exclusively downward, so that the embroidery 4 is not greatly flattened but also corresponds to the portion where the embroidery 4 is formed. The position to be bonded is also securely bonded by the hot-melt adhesive. Further, in the embroidery body bonding method according to this embodiment, since the base fabric 2 is exposed around the embroidery 4, when the pressing on the embroidery 4 is finished, the exposed base fabric 2 is then It is pressed and heated via the pressure regulating plate 13. Accordingly, the portion corresponding to the base fabric 2 exposed around the embroidery 4 is also securely bonded to the fabric 11. Furthermore, in the above embodiment, since the core material 3 made of hard urethane is used as a constituent element of the embroidery body 10, as described above, the embroidery 4 is pressed by the elastic force of the core material 3 even when the embroidery 4 is pressed. Since 4 is restored to its original shape, it is possible to further prevent flattening of the embroidery 4 during the pressing and heating process. Moreover, in the adhesion method of the embroidery body which concerns on this embodiment, the method which presses this press control board 13 with the raising / lowering board 14 using the press control board 13 which has the opening 13c is adopted, and it mentions later. Since the elevating plate 14 in which the concave portion is formed is not used, the embroidery body 10 of various designs can be pressed and bonded only by preparing the pressure regulating plate 13 corresponding to the shape of the embroidery 4. Cost can be reduced.

In the bonding method of the embroidery body according to the above-described embodiment, the embroidery body 10 is heated by heating the pressure restricting plate 13 by the elevating plate 14, but in the present invention, the embroidery is not necessarily heated by heating the pressure restricting plate 13. There is no need to heat the body 10, and a method of heating the embroidery body 10 by heating the processing table 12 may be used. Further, in the method for adhering an embroidery body according to the above embodiment, the pressure regulating plate 13 having the opening 13c corresponding to the shape of the embroidery 4 is used. However, the pressure regulating plate constituting the present invention does not necessarily have the opening 13c. Instead of being formed, a recess 20a corresponding to the shape of the embroidery 4 may be formed as shown in FIG. That is, the pressing restricting plate 20 has a recess 20a formed on the lower surface. The depth (L ₁ ) of the recess 20 a is shallower than the thickness (L ₂ ) of the embroidery body 23 composed of the embroidery 21 and the base fabric 22. That is, the recess 20a is a portion into which the embroidery body 23 is inserted. Even in the case of using the pressure restricting plate 20 configured in this manner, the embroidery 21 is not flattened and can be reliably bonded to the fabric 11 as in the above-described method. As described above, the lifting plate 14 and the pressing restricting plate 13 are not shown separately, and are not shown corresponding to the shape of the embroidery 4 formed on the embroidery body 10 on the lower surface of the lifting plate 14. A method of pressing the embroidery body 10 by forming a recess and lowering the elevating plate 14 may be employed.

  In addition, although an example of a method for manufacturing an embroidery body has been described at the beginning, the embroidery body is not necessarily manufactured by the above-described method. That is, without using the base cloth 1, the core material 3 may be placed and fixed on the base cloth 2 coated with a hot-melt adhesive on the back surface, and then the embroidery 4 may be applied. The hot-melt adhesive applied to the back surface may also be applied in the last step. Further, the embroidery body 10 has been illustrated with the base fabric 2 exposed around the embroidery 4. However, in the present invention (the inventions according to claims 1 and 3), such an embroidery body 10 is not necessarily limited to this. The base fabric 2 is not limited to the exposed one, and the end portion of the base fabric 22 and the end portion of the embroidery 21 are formed at the same position as in the embroidery body 23 shown in FIG. There may be. It should be noted that the thickness (or depth of the recess 20a) of the pressure regulating plate 13 (20) used when the base fabric 22 is bonded to the embroidery body 23 that is not exposed around the embroidery 21 is the embroidery body. A thing slightly thinner (shallow) than the wall thickness of 23 is used.

In the embroidery body adhering method according to the embodiment, the cloth 11, the embroidery body 10, and the pressure regulating plate 13 are placed (set) in this order on the processing table 12, and the elevating plate 14 is lowered from above. However, in the present invention (the invention described in claim 3 or 4), as shown in FIG. 13, a pressing restriction plate 13 is placed on the processing table 12, and then formed on the pressing restriction plate 13. The embroidery body 10 is placed upside down so that the embroidery 4 is inserted into the opening 13a, the fabric 11 is placed on the embroidery body 10, and the lifting plate 14 is lowered on the fabric 11 so that the pressing You may employ | adopt the method of making a heating process. The thickness (L ₁ ) of the pressing restricting plate 13 is slightly shorter than the thickness (L ₂ ) of the embroidery 4 constituting the embroidery body 10. Even when such a method is employed, the embroidery body 10 can be reliably bonded to the fabric 11 without flattening the embroidery 4 in the same manner as described above.

It is a side view which shows typically the state by which the base fabric was mounted on the base cloth. It is a top view which shows typically the state by which the base fabric was mounted on the base cloth. It is a side view which shows typically the state by which the core material was mounted on the base fabric. It is a top view which shows typically the state by which the core material was mounted on the base fabric. It is a sectional side view which shows typically the state by which embroidery was given to the base cloth, the base cloth, and the core material. It is a top view which shows typically the state by which embroidery was given to the base cloth, the base fabric, and the core material. It is a top view which shows an embroidery body. It is a sectional side view which shows an embroidery body and a press control board typically. It is a top view of a press control board. It is a sectional side view which shows typically the state before lowering a raising / lowering board. It is a sectional side view which shows typically the state which descended the raising / lowering board from the state shown in FIG. 10, and pressed the embroidery. It is side sectional drawing which shows typically the method of adhere | attaching an embroidery body with the press control board in which the recessed part is formed in the lower surface. It is a sectional side view which shows typically the method of inverting an embroidery body upside down and adhere | attaching on a fabric.

Explanation of symbols

DESCRIPTION OF SYMBOLS 2 Base cloth 3 Core material 4 Embroidery 10 Embroidery body 13 Press control board 13a Outer press control board 13b Inner press control board 13c Opening 20 Press control board 20a Recess 21 Embroidery 22 Base cloth 23 Embroidery body

Claims (6)

An embroidery body is formed in a state where the embroidery bulges upward, and an embroidery body coated with a hot-melt adhesive is prepared on the back surface,
An embroidery body placing step of placing the embroidery body on the upper surface of the fabric placed on the processing table;
A pressure regulating plate placing step of placing a pressure regulating plate surrounding the periphery of the embroidery constituting the embroidery body on the upper surface of the fabric;
A pressing heating step of pressing the embroidery downward and heating the embroidery body from above the embroidery body;
And having
The pressing restricting plate has an opening corresponding to the shape of the embroidery and has a thickness slightly thinner than the thickness of the embroidery body, or
The pressure regulating plate is formed with a concave portion corresponding to the shape of the embroidery formed on the embroidery body and having a depth slightly shallower than the thickness of the embroidery body on the lower surface. Method. The embroidery body includes a base fabric having a back surface coated with a hot-melt adhesive, and an embroidery formed in a state of bulging upward from the upper surface of the base fabric, and a peripheral edge of the embroidery The above base fabric is exposed,
In the pressing restricting plate placing step, the pressing restricting plate is placed on a base fabric exposed at the periphery of the embroidery,
2. The method of bonding an embroidery body according to claim 1, wherein, in the pressing and heating step, the exposed base fabric is pressed downward through the embroidery constituting the embroidery body and the pressure regulating plate. An embroidery body is formed in a state where the embroidery bulges upward, and an embroidery body coated with a hot-melt adhesive is prepared on the back surface,
A pressure regulating plate placing step for placing a pressure regulating plate having an opening or a recess corresponding to the outer shape of the embroidery constituting the embroidery body on the processing table;
The embroidery body is inserted from above the pressure regulating plate so that the embroidery constituting the embroidery body is inserted into an opening or recess formed in the pressure regulating plate and the upper surface of the hot melt adhesive is exposed. An embroidery body placing step for placing it upside down;
A cloth placing step of placing a fabric to which the embroidery body is bonded from above the embroidery body;
A pressing heating step of pressing the embroidery body downward from above the fabric and heating the embroidery body;
Having
The pressing restricting plate is formed to be slightly thinner than the thickness of the embroidery body, or
The method for adhering an embroidery body, wherein the pressing restricting plate is formed with a recess having a depth slightly shallower than a thickness of the embroidery formed on the embroidery body. The embroidery body includes a base fabric having a back surface coated with a hot-melt adhesive, and an embroidery formed in a state of bulging upward from the upper surface of the base fabric, and a peripheral edge of the embroidery The above base fabric is exposed,
In the pressing restricting plate placing step, the pressing restricting plate is placed on a base fabric exposed at the periphery of the embroidery,
4. The method of adhering an embroidery body according to claim 3, wherein in the pressing and heating step, the back surface of the embroidery body is pressed downward with the fabric interposed therebetween.   5. The method for bonding an embroidery body according to claim 1, wherein the pressing restricting plate is formed of a metal having high thermal conductivity. 6. The method for bonding an embroidery body according to claim 1, wherein the embroidery constituting the embroidery body contains a core material having elasticity inside.