TWI328515B - - Google Patents

Description

IX. Description of the Invention: [Technical Field] The present invention relates to an inflatable balloon structure, and more particularly to an inflatable structure and a method of manufacturing the same, which can be smoothly placed into a graphic output device (eg: printer) 'through the image output device, on its outer surface (single or double sided) smooth and evenly printed homemade graphics and colors, forming a single or double-sided printing There are balloons with graphics. [Prior Art] According to Figs. 1 and 2, the generally inflatable balloon 10 is a gas-tight bag. The airtight bag includes a first film u, a second film 12, and a gas. The nozzle 20, wherein the films n, 12 are composed of PE films ill, 121 and nylon (Nylon) films 113, 123 which are coated on the outer surface of the pe film in, 121, respectively, and the manufacturer makes the nylon film 113, 123 surface printed patterns, patterns or colors can be more clear and beautiful, generally will be coated on the outer surface of the nylon film 113, 123 coated with an aluminum film layer 112, 122; the gas nozzle 20 is set in the first film 11 and between the inner surfaces of the PE films 111 and 121 of the second film 12, one end of which extends toward the center of the pEmiu, 121, and the other end of which extends beyond the pE film in, 121, so that when heat is used When the first film u and the peripheral edge of the second film 12 are heat-sealed together, the two PE films lu and the corresponding inner side of the periphery are thermally fused to form a ring of heat sealing regions 101 ′ and The inner side of the circumference of the two PE films in, 121 will be thermally integrated with the outer surface of the nozzle 2, and the shape Airtight state. Because in the structure of the conventional inflatable balloon 10, the position corresponding to the heat sealing region 1328515 101- in the nozzle 2 is coated with an ink layer 2()1, so when the first film u and When the circumference of the second film 12 is heat-sealed, the position of the nozzle 2 corresponding to the ink layer 201 is not heat-sealed, and the air passage 202 is retained. The outside air is poured into the balloon 1() β via the air passage 2〇2, or the balloon 1〇(10) air shaft is exhausted outward. 'People therefore, when the user wants to inflate the inflatable balloon 1 ,, the first one of the inflation tube (not shown) is inserted into the air passage 202 and penetrates into the balloon 1 ,, and then In the other one of the inflatable tubes, the balloon 1Q is infused with a mouth-blowing gas or a gas filling machine. After the balloon is smoothly expanded to a predetermined three-dimensional shape, the user can inflate the air channel 202. Pulling out, at this time, due to the pressure difference between the inside and the outside of the balloon, the gas nozzle 20 will be tightly pressed, so that the ink layer muscle on the inner side of the gas nozzle 2 is tightly fitted to prevent gas. Material, ::::Tong 〇 2〇2 automatically becomes airtight. In this way, the user can fix the other end of the air nozzle 2, which is the outer-segment length of the ball 10, on a support forest or a support base for display. (i.e., the above-mentioned conventional balloon 10 surface film 113 and the outer surface of the first substrate 12 are shown in Figures 1 and 2). The nylon material can only be limited to the material properties of the nylon film 113, 123 by the party, and the Πίη brush technology will The required graphic 18 is pre-printed on the outer surface of the first (12) first dam film 12, and therefore, when the consumption of the graphic = Γ inflatable balloon, except that only the manufacturer can print the dead selection In addition to the balloons that are more suitable for their own preferences or use, there is no other 6 1328515 other choices 'can not print the self-designed graphics on the outer surface of the balloon, so the scope and scope of the traditional balloon is greatly reduced. In view of this, in order to enable consumers to use a printer to print their own designs and colors on the surface of the balloon, on November 8, 2000, Transworld Information Inc. applied for in the United States. An application for the invention patent of Shen Qing Case No. 09/708,973, which was approved as a US6, 613,417 B1 invention patent, 嗣, in 2004

On February 19th, Charles Phillips applied for an invention patent application filed in the U.S. Patent Application Serial No. 10/782,441, the disclosure number of which is US2004/0166260 A1, and the inflatable type invented by the previous case. The structure is slightly different in detail, but the main structures of both include the first film 30, the second film 31, and the thin layer %, as shown in Figures 3 and 4, wherein the first film 3 The outer side of () is coated with a coloring material adhesion layer 301', and the color material adhesion layer 301 is used for adsorbing color materials.

The relationship of the first film 3G is detachably attached to the - side of the second film 31: and the first film 31 is provided at a corresponding position between the first film and the second film 31. The other side is detachably attached to the side of the thin layer body 32, which is a thin layer made of paper or other non-ductile material, and the stiffness is higher than that of the first film. The strongest, in order to support the first film 3〇 and the second film Μ, so that the body is more riding, and is more suitable for being used in the printing machine to make the coloring machine Adhesive layer 301 printed on

The graphics and colors required by the clothing user. I k in the process of making the silk structure, see the third 7 1328515

As shown in FIG. 4, the first film 3G and the second film 31 correspond to the predetermined shape 302 by a heat sealing mold (not shown) of a predetermined shape (as shown in FIG. 3). The position of the type) is heat sealed together. At this time, the outer edge of the gas nozzle 33 will be heat-sealed to the first film 3〇 and the second film, respectively. a mold (not shown) on the first film 30 and the second film 31 corresponding to the outer edge of the heat sealing region of the predetermined shape 3〇2, that is, the inflatable structure is formed Finished product. Thus, when the user's button structure is placed in the printer, the self-made graphic and color are printed on the surface of the coloring layer of the structure through the printer, and the user is torn off. The break line 303' can remove the balloon from the surface of the thin aloe body 32 by removing the '嗣' from the thin aloe body 32, and then filling the air with the air nozzle 33, thereby forming a two-sided printed graphic Stereo balloon.

Checking that 'these jobs can make the self-made graphic and chronograph on the surface of the balloon, but both of them only allow consumers to print the homemade graphic and color shirt on the balloon. Single - on the surface, and Yifa printing, on both sides of the balloon, so 'how to make an inflatable structure, the most consumers can be 卩 卩 , , , , , , , _ _ _ _ _ _ _ _ _ _ 】 Uniform, colorful graphic design, that is, the invention is: In view of this, in order to improve the above problems, finally, the invention can be used to calculate the self-propelled structure of the present invention and its preparation method. s text of the milk 8 1328515 One of the objects of the present invention is to provide a self-printing graphic inflatable structure, the system structure comprises a thin layer of material, the thin layer hole: The _ upper and lower mantle - thin has:

The outer side of the ruthenium film or/and the osmotic membrane is respectively coated with a coloring material adhesion layer for adsorbing the color material 'the first film and the second thin film corresponding to the inner edge of the opening hole a position is provided at the position, when the positions of the first film and the second film corresponding to the inner edge of the opening are combined, the outer edges of the nozzle are respectively associated with the first film and the second film When the seal is in the same position, the first and second _ are corresponding to the inner edge of the _ hole and the heat sealing region are provided with a break, and the maker makes the inflatable structure to be placed on the reading device ( Such as: printer), through the graphic output device, color and self-made graphics and color materials are printed smoothly and evenly on the inflatable structure _ single-sided money surface, tear __ line, you will A balloon corresponding to the size of the hole and printed on one side or both sides is removed from the inflatable structure, and the air is filled by the Wei mouth to form a single or double-sided printing. Graphical stereo balloon. In the other aspect of the present invention, a method for producing a gas-structured structure capable of printing a picture by itself is provided, which is opened at the center of the thin layer body - the opening is made; Separately disposed under the (four) layer body, a nozzle is attached to the first film at a position corresponding to the inner edge of the opening; a second film is detachably attached above the layer body; Using the first heat sealing mold ' _ _ _, 薄 薄 and the position on the second film corresponding to the opening hole, the key sealing is performed, so that the three positions at the position corresponding to the opening hole The sealing film is formed into a body; the cooling mold is cooled, and the heat sealing 5 region corresponding to the opening on the first film, the thin layer body and the second film is rapidly cooled, so that the heat sealing region has a flat surface Without causing crease or crease; using the second heat sealing mold, the heat-sea seal σ is performed on the position of the film and the second portion corresponding to the hole, so that the first film and the second film correspond to each other. The position of the inner edge of the opening is heat-sealed and the outer edge of the nozzle is respectively associated with the first film A second inner heat-sealable film - since; Finally, a cut 'of the mold - the film and a second film corresponding to the opening edge and the inner region of the heat seal line crack _ mine. In this way, the inflatable structure of the present invention can be produced for the user to place a graphic output device, and the desired image and color can be printed on one or both sides. For the purpose of the purpose of the present invention, the purpose of the invention, the shape, the structure of the device and its tools, to make a more advanced understanding of the scale solution, the examples and drawings, the detailed description is as follows: [Embodiment] One of the present invention In a preferred embodiment, an inflatable structure capable of printing a self-printing image is provided. Referring to Figures 5 and 7, the inflatable structure includes a thin layer body 70 which is made of paper. Or a material made of the same material, the upper and lower surfaces are respectively covered with a enamel film (not shown), and the central portion thereof is open without an opening 71, and the thin layer body 70 is respectively attached with the second film 61 and the first film The film 60, as in the conventional balloon described above, the first film 60 and the second film 61 are respectively formed by a film (not shown) and a nylon film (not shown) coated on the outer surface of the film. Composition, however, in order to make the pattern, pattern or color printed on the surface of the nylon film 1328515 clearer, the outer surface of the nylon film is plated with a film layer, the first film or/and the second film On the outer side of 61 (ie, the outer side of the nylon raft) A coloring material adhesion layer 63 is attached to each of the coloring material adhesion layers 63 for adsorbing the coloring material. In the embodiment, the first film 60 and the second film 61 are provided with a gas nozzle 83 at a position corresponding to the inner edge of the opening 71. When the film 60 and the second film 61 (i.e., the inside of the PE film of the two) are heat sealed together corresponding to the positions of the inner edges of the openings 71, the first film 60 and the second film 61 correspond to the first film 60 and the second film 61. The inner edge of the opening 71 forms a heat sealing area 81, and the outer edge of the air nozzle 83 is heat-sealed with the inner side of the first film 60 and the second film 61, respectively. A position between the film 60 and the second film 61 corresponding to the opening 71 forms an airtight state, and only the gas nozzle 83 can communicate with the outside through the gas nozzle 83. The first film 60 and the second film 61 of the inflatable structure are disposed between the inner edge of the opening 71 and the heat sealing region 81 and provided with a ring break line 82. Therefore, when the user uses the inflatable type When the structure is placed in a graphic output device (such as a printer), the thin layer 7 is made of paper or other non-ductile material and its stiffness is higher than that of the first film. The second film 61 is strong enough to support the films 6〇, 61, so that the inflatable structure can be flattened through the image output device through the image output device, and the user-made graphic and the color material are The color is smooth and evenly printed on one or both sides of the inflatable structure, and the user only needs to tear the broken line 82 to have a single 1328515 side or two sides corresponding to the opening size. The balloon 80 is printed with graphics and the air is injected into the air nozzle 83 to form a stereo balloon 80. Another preferred embodiment of the present invention provides a method of making a self-printing method for the inflatable structure of the article 'Reciprocal (4) 5 and ? As shown in the figure, the method shown in Figure 6 is completed, including the following steps: y, the thin layer wound on the first roller 7〇1 is first fed to

The first-cutting die 90 of the = is opened by the first cutting die 9'' at the central position of the thin layer body 7〇 of each predetermined length. The thin layer body 70 of the hole 71 is fed into the next process of the machine; (2): winding, the two rollers, the film-60 is fed into the machine, so that the (four) film-separable film is detachably Below the layer %;

A single-sided or double-sided printing (3) 4 can be formed from the inflatable structure to position the gas nozzle 83 to the position on the first film 60 corresponding to the inner edge of the opening 71. (4) ^ winding, the second film 61 on the third roller 611 is fed into the machine port ' such that the second film 61 is detachably attached above the thin layer body 7〇; (5) using the first heat seal The mold 92 is formed on the first film, that is, the thin layer body and the second film 61, in a region other than the opening 71, and is pressed and sealed so that the two correspond to the opening. ! The other positions are sequentially integrated into one body; (6) the first film 6 〇, the thin layer body 7 〇, and the second film 61 are replaced by a cooling mold 93 ′ corresponding to the heat sealing region other than the opening 71 Cooling is performed so that the reduced area has a flat surface, and the heat-sealed area is prevented from being wrinkled or entrapped by pulling during the subsequent processing due to high temperature softening; (using the second heat sealing mold 94' The positions of the first film 6 and the second film 61 corresponding to the inner edge of the opening 71 are heat-sealed so that the first film 60 and the second film 61 are formed corresponding to the inner edge of the opening 71. a heat sealing region 81, and the outer edge of the gas nozzle 83 is heat-sealed to the first film 60 and the second film 61 side, respectively, so that the first film 60 and the second film 61 correspond to each other. An airtight state is formed at the position of the opening 71, and only the air nozzle 83 is allowed to communicate with the outside; (8) Finally, the second film 6 is formed on the first film 6 and the second film 61 by using the second cutting die 95. Corresponding to the inner edge of the opening 71 and the heat sealing region 81, a ring is cut. After the crack line 82, at the same time, the first film 60, the thin layer body 70 and the second film 61 which are joined together are cut according to a predetermined length, and the inflatable structure 96 of the present invention can be produced for use. The user inserts a graphic output device to smoothly and uniformly print the desired graphic and color on one side (or both sides). Thus, when the user completes a graphic design through the application software on the computer After the case, the inflatable structure 96 can be placed in the graphic output device. The graphic output device prints the graphic design file on one or both sides of the inflatable structural body 96. The color material of the graphic output device will adhere to the surface of the color material adhesion layer 63, and the user only needs to tear the broken line 82 along the 〇Ji5 entanglement line 82, and one corresponding to The balloon 8 having the size of the opening 71 and having a single or double-sided printed image is removed from the charging structure 96, and then the air is injected into the air nozzle 83, so that it can be one-sided Or a double-sided printed balloon 80. According to the above, the traditional balloon of the prior art is only in the first The color material adhesion layer is disposed on the film, and therefore, the graphic output device can only print the graphic and color on the first film which is conventionally gas-filled. In contrast, the first structural film can be the first film 60. Or / and the second film 61 are respectively coated with a coloring material adhesion layer 63, so that the graphic output device can print the graphic and color on the first film or/and the first film 61 to solve the problem The problem of the graphic and color that can be printed on one side. ^ The special statement here is only the best embodiment of the present invention, but the structural features of the present invention are not limited thereto. Anyone familiar with the art, the film of the four layers covered by the upper and lower surfaces of the thin layer body 7 or the pE > film of the second film 61 and the inner surface of the second film 6〇 are further heatd. Instead of the hot-melt plastic layer formed by the molten plastic, the upper and lower surfaces of the thin layer body 7〇 are thermally fused with the inner surfaces of the first film 61 and the first film 60, respectively, during the heat sealing process. Together, they should cover the scope of the patent in this case below. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the appearance of a conventional inflatable balloon structure; Fig. 2 is a schematic sectional view showing a conventional inflatable balloon structure; Fig. 3 is a schematic view showing a process of a conventional inflatable structure; Schematic diagram of a gas-filled structure; 1328515 Figure 5 is a schematic diagram of the process and structure of the gas-filled structure of the present invention; Figure 6 is a schematic view of a machine structure for fabricating the gas-filled structure of the present invention; and Figure 7 A schematic cross-sectional view of an inflatable structure of the present invention. [Description of main component symbols] First film...............60 Second roller..................601 Second film... ............61 Third Roller..................611 Color Attachment Layer............63 Thin Layer body..................70 First roller...............701 Opening hole........ .............71 Balloons........................80 Heat sealing area......... ...81 Breaking line..................82 Air nozzle........................83 A cutting die.........90 Adhesive machine..................91 First heat sealing mold...92 Cooling mold... ...........93 Second heat sealing mold...94 Second cutting die.........95 Inflatable structure.........96 15 c S )

Claims (1)

1328515 X. Scope of Application for Patent····························································································· a first film, the second thin tether is attached to the upper layer; and a gas nozzle 'wei mouth is disposed between the first and second films, corresponding to the opening The position of the edge; the position of the first and second _ corresponding to the inner edge of the closed hole is heat-sealed, forming a heat sealing region, and the outer edge of the gas nozzle is respectively The inner side of the heat sealing region of the film and the second film is heat-sealed so that the position between the first film and the second film corresponding to the opening forms an airtight state, and only the air nozzle can communicate with the outside through the nozzle. A fracture line is disposed on the first film and the second film corresponding to the inner edge of the opening and the heat sealing region. The inflatable structure according to claim 1, wherein the first binding film is coated with a coloring layer on one side of the surface of the thin layer. 3. The inflatable structure according to claim 2, wherein the second film is coated with a coloring layer on one side of the surface of the thin layer. The inflatable structure according to Item 3, wherein the film and the second film face a surface of the thin layer body with a hot-melt plastic layer, and the surface of both sides of the thin layer body is also covered with the same slope. 16 丄JZODl:) • · Hot-melt plastic layer of material. An inflatable structure according to the third aspect of the invention, wherein the system is made of paper or its π-secret (4), and the hardness is stronger than the film and the second film, which is sufficient for the branch. Wait for the thin ' 駄 flat pass - graphic output device. 6 methods for producing an inflatable structure capable of self-printing graphics, comprising: opening an opening in a central position of a thin layer; Φ detachably attaching the first film to the lower side of the thin layer; a nozzle is disposed on the first film corresponding to the inner edge of the opening; ” a second film is detachably attached to the upper layer; the first film, the thin layer and the second The film is sealed with the opening corresponding to the opening, so that the three are sequentially integrated in a position other than the closing hole; the first film and the film are corresponding to the closed hole. The position of the edge is set to be heat-sealed so that the positions of the first film and the second film corresponding to the inner edge of the opening are heat-sealed to form a heat sealing region, and the nozzle The outer edges are respectively heat-sealed with the second thin inner side; and a fracture line is formed on the first film and the second film corresponding to the inner edge of the opening and the sealing region. 7. The method of claim 6, wherein the first film, the thin layer a position on the second film corresponding to the opening: after being heat-sealed, 'including heat sealing regions corresponding to the opening on the first film, the thin layer, and the second 17 1328515 film, Cool down. 18