• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention relates to a base material of clothing, plastic, wood, and metal, and provides an improved method of simultaneously bonding the base material to a fabric coated with Velcro or hook & loop. After applying heat and pressure-sensitive coating on one side of the adhesive cloth and fabric paper, place the coated cloth and the coated part of the fabric paper on the base material so as to contact the base material, apply heat to coat the two parts, and simultaneously bond Applying the printer material to the other side of the fabric and fabric paper, the two fabrics are pressed at the right temperature and pressure, and printed by complete coating activity for a suitable time, so that the adhesive fabric and fabric paper are not easily separated from the substrate and are not easily changed. It retains the characteristics of hooks & loops that do not fit, and the printed parts can be used as decorative designs. Print the design on the water and at the same time adhere the adhesive fabric and fabric paper to the base material, and then attach the design or printed material to the base material printed on the decoration or toy by using the characteristics of the adhesive cloth and fabric paper. It has the characteristic of making finished products such as boards and wallpapor.
    公开号:KR20000058539A
    申请号:KR1020000032262
    申请日:2000-06-07
    公开日:2000-10-05
    发明作者:송무영
    申请人:전동철；주식회사 유진프로페셔널；
    IPC主号:
    专利说明:

    The manufacturing method of fabrics with printed patterns on one side and coated by adhesive on the other side to adhere to a single sheet or liquid ground }
    The present invention provides an improved method of simultaneously bonding the substrate to a fabric that is associated with a base material of clothing, plastic, wood, metal and coated with a standard adhesive cloth (Velcro or hook & loop). More specifically, after applying heat and pressure-sensitive photosensitive coating on one side of a fabric coated with a Velcro or hook & loop, the Velcro or hook & loop and fabric are fabricated on the base material. ) Place the coated parts in contact with the base material, heat them so that the two parts are coated, and simultaneously apply the printer material to the other side of the fabric coated with Velcro or hook & loop. Both fabrics are pressed at the appropriate temperature and pressure and printed by full coating activity for a suitable time, so that fabrics coated with Velcro or hook & loops are removed from the substrate. The design is printed on fabric coated with Velcro or hook & loops by retaining the characteristics of hook & loops that are not separated easily and making it easier to change. At the same time, a fabric coated with a Velcro or hook & loop is attached to the base material (fabric, wood, metal or plastic), and then a fabric coated with a Velcro or hook & loop. By attaching the design on the printed material to the decoration or toys using the features of the) relates to a method of making a finished product, such as clothes, bags, hats, shoes, boards, wallpaper (wallpapor).
    Conventionally, a method of printing on a fabric registered in US Pat. No. 5,897,678 for the above-mentioned use is a method of simultaneously printing a portion of a fabric, a fabric attached to another fabric, and a fabric or clothing from the same. As can be seen in the process diagram of the passing through the coating station 40, the application station 50, the heat station 60 to the fabric fed from the supply reel 14, heat and pressure is applied to form a site to activate the coating In addition, several color stations 75, 80 and 85 must be passed through the following process, which allows up to five colors to be used as the overall design element in a traditional print screen.
    And the fabric passed through the color station is finished to the fabric to be cut into the garment through the finishing drying station 90 is wound on the reel 17 to go to the next step.
    The reel 17 of the fabric wound in this step is coated with other fabrics 112,116,114 by the coating station 150 through the process as shown in FIG. To be combined with the 113,115, the previously cut applique sheet 135 is transferred to enter the coupling station 160, and is put between the fabric (113,115) and the fabric (112,116,114) is combined into a single fabric Next The process is continued by being compressed by the compression heat station 170 which is a process and is completed by a completely combined fabric 180 and wound on the reel 117 so that it can be moved to the position of cutting and sewing which is the next process. The purpose is to complete the clothing.
    However, the method of printing on the garment by such a complicated process is the first finished product by coating station, bonding station and compressed heat station through many mechanical systems such as coating, application, heat station and multiple color stations and drying stations. It is true that the fabric is finished and used.
    Therefore, the price of clothing completed by such a complicated process and expensive mechanical system is formed at a high price and supplied to consumers. However, the clothes of the finished products are mostly purchased by students and adolescents, but due to the problem of high price There is a problem in that it is a burden on the purchase, and does not attempt to diversify the product, it is limited only to clothing, and the marketability is not large.
    In the conventional printing method, the adhesive material is added to the surface of the fabric together with the ink when printing the design onto the fabric, so that the original part of the printed fabric loses its original characteristics. It is important not to lose the loop function of the velcro-coated fabric, and if the object to be applied is a product composed of fabrics such as clothes, bags or hats that are repeatedly washed, the base fabric (cotton) , Polyester, blend, natural fiber, chemical fiber) and adhesive cloth (velcro) coated fabric (fabric) because the width coefficient is different from each other there is a problem that wrinkles or separate from each other during repeated washing of the fabric.
    The present invention has been made in order to solve the above-mentioned conventional problems, the fabric and the adhesive through the heater and dryer means for constructing the fabric in one adhesive layer; The adhesive layer is formed to provide a means for completing the finished fabric into a single sheet by a cutting machine, and provides a manufacturing method to complete the product by thermal transfer printing the single sheet together with the transfer paper and the base material.
    In addition, the present invention uses a technique of coating the fabric paper on the adhesive cloth (Velcro or hook & loop), it is composed of the fabric in clothing, bags, hats, shoes, board, wallpaper (wallpaper), or the like to adhere the fabric It is related to all kinds of products that can be produced in the market, and the velcro fabric coated with a standard adhesive cloth is applied to the base material and the print design is applied. It is defined as a method of attaching or removing freely.
    In addition, one of the screen printing and heat transfer printing is selected as a technique for printing the design.
    In order to solve the problem that the characteristics of the fabric of the printed portion of the conventional plastisol ink used in the conventional printing method to achieve the above object is designed in the form of dyeing (dyeing) Designed on fabric coated with Velcro or hook & loop by thermal transfer printing method using transfer paper pre-printed with disperse dye sublimation ink specially designed to print To be printed. Therefore, as a result of printing, the ink covers the fabric coated with Velcro or hook & loop, so that the printed material has a Plastisol that prevents the attachment of the hook. As the result of printing appears in the form of dyeing because disperse dye sublimation ink is used instead of ink, the characteristics of the fabric coated with adhesive cloth (Velcro or hook & loop) are maintained even after printing. The adhesion of the bonded decoration was made easy.
    In addition, when the above invention is applied to the fabric, in order to solve the problem caused by the difference in the shrinkage coefficient of the two fabrics during repeated washing and the fabric (fabric) coated with the adhesive fabric (Velcro or hook & loop) Similar shrinkage and characteristics are decided to use fabrics with more than 50% of seismic polyester, and fabrics coated with Velcro or hook & loops at one time before printing. When melted, the material is a strong adhesive material. Heat and pressure photosensitive coating is applied, and the adhesive coated in advance by the heat and pressure applied during the process of thermal transfer printing melts the two fabrics (base fabric and hook & look fabric). Even if the fabric is repeatedly washed, the wrinkles are minimized to be wrinkled or separated. At this time, the heat of 350 to 400 ° F and the pressure of 55 to 60LB are applied for about 15 to 20 seconds. Intended to provide a method for manufacturing the printing and design of the two fabrics can be bonded,
    1 is a process diagram showing a state in which the design is attached to the base fabric by a conventional method
    Figure 2 is a process chart showing a state that the base fabric is coated by a conventional method
    Figure 3 is a process diagram showing a state in which the adhesive layer is attached to the fabric according to the present invention
    4 is a process chart showing a state in which a single sheet is cut according to the present invention.
    Figure 5 is a process chart showing a state in which the transfer paper is attached to a single sheet according to the present invention
    Figure 6 is a cross-sectional view attached to the fabric paper is a single sheet base material completed by the present invention
    Figure 7 is a cross-sectional view of a single sheet completed by the present invention attached to the wood, plastic, iron material as a base material
    Figure 8 is a cross-sectional view of the main portion is attached to the single sheet and the base material of the present invention
    Explanation of symbols on the main parts of the drawings
    21,22 fabrics 100. Heaters
    110. Dryer 24. Coating layer
    200. Cutting Machine 23. Single Sheet
    31. Transfer Paper 41. Base Material
    300. Thermal transfer printer 30. Textile paper
    31.Wood 32.Plastic
    33. Steel 51. Table
    42. Finished Products 43. Decorative Pieces
    Hereinafter, with reference to the accompanying drawings will be described in detail the configuration made by one embodiment of the present invention.
    1 is a process chart showing a state of attaching the design to the base fabric by a conventional method, Figure 2 is a process diagram showing a state in which the base fabric is coated by a conventional method, Figure 3 is another adhesive layer of the present invention fabric Figure 4 is a process chart showing a state attached to, Figure 4 is a process chart showing a state in which a single sheet is cut according to the present invention, Figure 5 is a process chart showing a state in which the transfer sheet according to the invention is attached to a single sheet, Figure 6 A single sheet completed by the present invention is a cross-sectional view attached to the fabric paper is a base material, Figure 7 is a cross-sectional view is attached to a wood, plastic, iron material is a single sheet completed by the present invention.
    As shown in FIG. 3, a process of adhering a material that becomes a strong adhesive when melted in heat to the face of a fabric coated with a velcro or hook & loop is described. There are two fabrics 21 and 22 thread spools so that the fabric 21 of the bobbin is wound with a pure adhesive cloth (velcro or hook & loop) and fabric fabric (fabric). The reel is completed and wound on the fabric 22 of the adhesive cloth (velcro or hook & loop) coated with the adhesive on the face.
    And 211 and 212 is the state before the adhesive is coated, the fabric (fabrlc) is passed through the heater 100, the line 221 is coated on one side of the fabric (fabric) by the appropriate heat and pressure as the dryer Via 110 is wound on the bobbin of the fabric (22).
    As a technique for printing a design on a tabric coated with a velcro or hook & loop, one of the screen prints and the thermal transfer prints is selected. The screen prints are placed on the same part of the fabric. Depending on the number of colors in the overall design, one or several different screens can be arranged and cross-applied, and at each stage each screen has a full or partial design according to the color, so that each screen can A printing technique developed to apply colored print materials (inks, paints) to fabrics, and the finished design appears on the fabric surface when all screens have been applied. The design is printed on it, followed by a photosensitive adhesive tape treated with heat and pressure. Paper is applied, and with the proper heat, pressure and time applied, the design printed on the transfer paper is transferred to the surface of the fabric and visualized to the outside.
    In addition, the adhesive tape (velcro) has been popularized by using adhesive tapes and fasteners, which are used instead of buttons, and are particularly used as a substitute for zippers and buttons, and are also used to attach ornaments of this type. When the silver fabric is bonded to the base material, the design is printed on the surface of the bonded fabric paper, and the sheet is adhered to the base material and then decorated with various shapes (characters, letters, buildings, animals, etc.) corresponding to the printed design. By designing and attaching the hook fabric on the back, the decoration is applied to clothing, bags, hats, boards, and wallpaper by allowing the fabric to be attached or moved to the bonded base material.
    Figure 4 is a process showing a state in which a single sheet is cut according to the present invention is a process of cutting into pieces matching the figure of the design to print the adhesive (velcro or hook & loop) fabric paper coated with the adhesive ( Cutting Station).
    In the above process, a plurality of bobbins 92 wound around a fabric 22 of a fabric coated with a velcro or hook & loop coated by a process of FIG. 3 coincide with a figure in one design. Through a cutting machine 200 for cutting the fabric (fabric) to be cut in the shape of a single sheet 23 is to be stored in the table (51).
    The single sheet 23 cut at this time may be cut in various shapes and sizes depending on the shape of the design as well as the shape of the rectangle as shown in the figure.
    Figure 5 is a process showing the state that the transfer paper is attached to a single sheet in accordance with the present invention the adhesive cloth (velcro or hook & loop) is coated on the fabric paper (fabric) coated with a thermal transfer printing method and at the same time the adhesive cloth (velcro or hook & loop) is a process of adhering the coated fabric (fabric) to the base material in the above step 3, the single sheet of the fabric sheet (fabric) coated with the adhesive end of the base material (41) at the bottom Then, the transfer paper 31, the design of which is printed with Disperse dye sublimation ink at the bottom, is sequentially stacked as shown in the figure and passes through the thermal transfer printer 300. Here, the substrate 41, the single sheet 23, and the transfer paper 31 apply heat of 350 to 400 ° C. and a pressure of 55 to 60 LB in the thermal transfer printer 300 for about 15 to 20 seconds. Fabric 51 coated with a Velcro or hook & loop is strongly bonded to the base material to produce the finished product 42.
    Then, the transfer paper 32 from which the ink has been transferred is separated, where the fabric is a base material for the finished products such as clothes, bags, hats, and the like, for the finished products such as boards and wallpaper. Metals, plastics, etc. may be selected as the base material.
    FIG. 6 is a cross-sectional view of a single sheet completed by the present invention attached to a fabric paper which is a base material. In the process of FIG. 5, when the base material is a fabric, a thermal transfer printer and a base fabric adhesive cloth (velcro or hook) positioned therebetween. Based on the fabric coated with a strong < RTI ID = 0.0 > a < / RTI > loop and a fabric 23 coated with a velcro or hook & loop as shown in the cross section of the transfer paper. The adhesive material is melted by heat in contact with the fabric 41, and then strongly adhered to the base fabric 41 when an appropriate pressure is applied. At the same time, the surface on which the design of the transfer paper 31 is printed is placed on top of the fabric 23 coated with an adhesive cloth (volcro or hook & loop) so that the adhesive paper (volcro or hook & loop) is coated ( The process of printing the design on the upper surface of the fabric (23) is in progress.
    FIG. 7 illustrates a case in which the base material is wood, metal, plastic, etc. in the process of FIG. 5, and the base material and the adhesive cloth (velcro or hook & loop) coated between the table and the thermal transfer printer 300 are coated. And, it is a section of transfer paper. In this case, since the heat conductivity of the selected base material is low, heat is applied only from above, unlike in the case of FIG. 6, so that a process of printing a design by the thermal transfer printer 300 is performed.
    As described above, all products produced as a result of all the above processes are uniformly coated with a velcro or hook & loop coated fabric, and have a design element thereon. (In this case, it is possible to use only the function of attaching and moving the decoration without any design element on the fabric coated with the velcro or hook & loop). Of course, in the past, when Plastisol ink was mainly used for printing, it was impossible to print a design on the fabric paper while maintaining the characteristics of the fabric coated with a velcro or hook & loop. However, even if the design is printed on a fabric coated with a velcro or hook & loop using a disperse dye subllmallon ink, the unique characteristics of the fabric coated with the velcro or hook & loop are coated. The present invention is enabled because it is maintained as it is.
    Therefore, in the case of the present invention, a suitable background picture is printed on a fabric coated with a velcro or hook & loop, and attached to it while moving or exchanging a corresponding decoration, so that a slightly different scene can be seen from a predetermined background. It can be withdrawn, which makes it possible to further increase the value of the product.
    Adhesive fabric and fabric paper integrally formed by heater and dryer are cut to a certain shape by cutting machine and composed of single sheet, so that the material is compressed at proper temperature and pressure by thermal transfer printer together with base material and transfer paper. Because of the complete coating activity and printing for a reasonable time, the adhesive fabric and textile paper are not easily separated from the base material and retain the characteristics of the hook & loop that do not change easily, and the printed portion can be used as a decorative design. , Print the design on textile paper and glue the fabric to the base material (fabric, wood, metal, plastic), and then use the characteristics of the adhesive cloth and fabric paper on the base material on which the design of decoration or toy is printed. By attaching, it is effective to make finished products such as clothes, bags, hats and shoes.
    In addition, since the operation process can be simplified as described above, the configuration of the mechanical system is simplified, and thus, the initial facility investment cost is not greatly required, and the price of the product can be supplied at a low cost, and the mass production is possible.
    权利要求:
    Claims (4)
    [1" claim-type="Currently amended] A means for forming an adhesive layer by passing through the heater to the dryer to coat the adhesive cloth and the textile paper; Means for completing the adhesive layer completed fabric into a single sheet by a cutting machine; Means for applying a heat and pressure-sensitive coating on one side of the adhesive cloth fabric paper so that the coated portion of the adhesive cloth fabric paper is in contact with the substrate material on the substrate material; Means for thermal transfer printing the single sheet together with the transfer paper and the base material to complete a product; Means associated with all fields of products which consist of fabrics such as garments, bags, hats, shoes, etc. or which can be produced by adhering the fabrics; A printed paper with a printed design and adhesive cloth and coated fabric, characterized in that the printing material is applied to the standard adhesive cloth and the base material of the fabric paper, and at the same time, the print design is applied and attached or removed freely to a decoration or a toy bonded thereon. Is bonded to a single sheet and the base material
    [2" claim-type="Currently amended] The method of claim 1,
    The adhesive fabric and the textile paper are coated with adhesive on one side of the fabric paper by the appropriate heat and pressure as it passes through the heater.The design is printed and the adhesive fabric and coated fabric paper are single Manufacturing method bonded to the sheet and the base material
    [3" claim-type="Currently amended] The method of claim 1,
    In cutting the fabric into a single sheet shape so that several fabrics with adhesive cloth and fabric paper are matched to a shape in one design, the single sheet is not only a rectangular shape but also various shapes and sizes according to the shape of the design. The manufacturing method is characterized in that the printing is characterized in that the adhesive fabric and fabric paper is bonded to a single sheet and the base material
    [4" claim-type="Currently amended] The method according to claim 1 or 2.
    The substrate, single sheet, and transfer paper are applied in a thermal transfer printer for about 15 to 20 seconds at 350 to 400 ° C heat and 55 to 60 LB pressure. Method of manufacturing a design characterized in that the printing and adhesive fabric and fabric paper is bonded to a single sheet and the base material
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    同族专利:
    公开号 | 公开日
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    法律状态:
    2000-06-07|Application filed by 전동철, 주식회사 유진프로페셔널
    2000-06-07|Priority to KR1020000032262A
    2000-06-07|Priority claimed from KR1020000032262A
    2000-10-05|Publication of KR20000058539A
    2002-07-26|Application granted
    2002-07-26|Publication of KR100346501B1
    优先权:
    申请号 | 申请日 | 专利标题
    KR1020000032262A|KR100346501B1|2000-06-07|The manufacturing method of fabrics with printed patterns on one side and coated by adhesive on the other side to adhere to a single sheet or liquid ground|
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