TW201901281A - Automatic inflatable balloon capable of presenting three-dimensional image constituted by foreground image and background image including two sheets, a certain amount of powder and a liquid bag - Google Patents

Abstract

The present invention relates to an automatic inflatable balloon capable of presenting a three-dimensional image constituted by a foreground image and a background image. The balloon is composed of two sheets, a certain amount of powder and a liquid bag. Each of the sheets is made of a plastic material (such as a polyethylene film, a polyethylene terephthalate layer, a nylon film or a combination thereof). At least one sheet is transparent, and its surface is coated with a foreground image. A surface of the other sheet is coated with a background image. The corresponding inner edges of the surfaces of the sheets away from the foreground image and the background image can be heated and sealed into a single body, in order to form an airtight accommodation space between the sheets. The powder is placed in the accommodation space. The liquid bag is also placed in the accommodation space. Thus, when a user squeezes and bursts the liquid bag by one hand, the liquid flowing out of the liquid bag can be uniformly mixed with the powder to generate a chemical action, such that gas can be generated to automatically inflate the balloon. Thereby, the balloon can be gradually expanded into a spherical ornament having a three-dimensional image constituted by the foreground image and the background image.

Description

 An automatic inflatable balloon that can form a stereoscopic image from the foreground image and the background image  

The invention relates to an automatic inflatable balloon, in particular to an automatic inflatable balloon capable of forming a stereoscopic image jointly formed by a foreground image and a background image, at least one of the two pieces of the balloon being transparent, and the piece is transparent The corresponding positions on the surface of the body and the other body are respectively coated with a foreground image and a background image, and the foreground image and the background image can together form a stereoscopic image at an interval of a predetermined depth of field. In this way, the user only needs to squeeze a liquid medicine bag in the balloon to make the liquid medicine flowing out of the liquid medicine bag uniformly mix with the powder in the balloon to chemically generate gas, and automatically perform the balloon. When inflated, the balloon can be gradually expanded into a spherical ornament having a stereoscopic view composed of the foreground image and the background image.

Conventionally, as shown in FIGS. 1 and 2, the general inflatable balloon 10 is formed by an inflatable bag body, and the bag body includes a first film 11, a second film 12 and a gas nozzle 20. The films 11 and 12 are respectively composed of a polyethylene (PE) film 111, 121 and nylon (Nylon) films 113 and 123 which are coated on the outer surfaces of the PE films 111 and 121. In order to make the pattern, pattern or color printed on the surface of the nylon film 113, 123 clearer and brighter, the aluminum film layers 112, 122 are generally plated on the outer surface of the nylon film 113, 123; The gas nozzle 20 is disposed between the inner surfaces of the PE films 111 and 121 of the first film 11 and the second film 12, and one end thereof extends toward a central position of the PE films 111 and 121, and the other end thereof extends. In addition to the PE films 111 and 121, when the corresponding inner peripheral edges of the first film 11 and the second film 12 are heat-sealed by heat sealing, the two PE films 111 and 121 are used. The upper inner circumference is integrally formed by heat sealing to form a heat sealing area 101, and the inner circumference of the two PE films 111 and 121 is thermally integrated with the outer surface of the air nozzle 20 to form an airtight status. In the structure of the conventional inflatable balloon 10, the position of the air nozzle 20 corresponding to the heat sealing region 101 is coated with an ink layer 201, so when the first film 11 and the second film 12 are When the inner peripheral edges are heat sealed together, the position of the air nozzles 20 corresponding to the ink layer 201 is not heat sealed together, and an air passage 202 remains, allowing the outside air to pass through the air passages 202. The air passage 202 is poured into the balloon 10, or the air in the balloon 10 is discharged to the outside via the air passage 202.

Therefore, when the user wants to inflate the inflatable balloon 10, one end of an inflation tube (not shown) is generally inserted into the air passage 202 first, and penetrates into the balloon 10, and then the air is inflated. At the other end of the tube, the balloon 10 is inflated by a mouth, or the balloon 10 is inflated by a gas filling machine. After the balloon 10 is smoothly inflated to a predetermined three-dimensional shape, the user can press the inflation tube from the air passage 202. Pulling out, at this time, due to the pressure difference between the inside and the outside of the balloon 10, the gas nozzle 20 will be tightly pressed, so that the ink layer 201 coated on the inner surface of the gas nozzle 20 can be closely fitted together. The air passage 202 is automatically made airtight to prevent gas leakage. In this way, the user can fix the other end of the air nozzle 20 exposed to a length outside the balloon 10 to a support rod or a support base for display display.

Since, as shown in FIGS. 1 and 2, the surface of the conventional balloon 10 (i.e., the outer surfaces of the first film 11 and the second film 12) is made of a nylon film 113, 123, and is limited to nylon. The material properties of the films 113, 123 can only be pre-printed on the outer surface of the first film 11 and the second film 12 by the manufacturer by printing techniques, so when the consumer is purchasing When you use an inflatable balloon, you can select a balloon that matches your preference or use according to the 2-D graphic 18 printed by the manufacturer. There is no other choice, so the tradition is greatly reduced. The field of application and scope of the balloon.

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 invention patent application with application number 09/708,973, which was approved as a patent for US6,613,417 B1 invention; 嗣, on February 19, 2004, Charles Phillips applied for an application number in the United States. The invention patent application No. 10/782, 441, the disclosure number of which is US2004/0166260 A1, and the inflatable bag body invented in the above-mentioned case, see Figures 3 and 4, in detail The main structure of the first film 30 includes a first film 30, a second film 31 and a thin layer body 32, wherein the outer side of the first film 30 is covered with a colorant adhesion layer 301, the color material The adhesion layer 301 is used to adsorb the color material, and the inner side of the first film 30 is detachably attached to one side of the second film 31, and the first film 30 and the second film 31 are disposed at corresponding positions. There is a gas nozzle 33, and the other side of the second film 31 is detachably attached to One side of the thin layer body 32, which is a thin layer made of paper or other non-ductile material, which is stronger than the first film 30 and the second film 31 to support the first layer 30 a film 30 and a second film 31 make the inflatable bag body flatter and more suitable for being placed in a printer (not shown) by the printer in the colorant The image and color required by the user are printed on the adhesion layer 301.

In the process of fabricating the inflatable bag body, the first film 30 and the first film are provided by a heat sealing mold (not shown) of a predetermined shape as shown in FIGS. 3 and 4. The position of the second film 31 corresponding to the predetermined shape 302 (such as the heart shape shown in FIG. 3) is heat sealed together. At this time, the outer edge of the gas nozzle 33 will be respectively associated with the first film 30 and the first film. The inner side of the second film 31 is heat-sealed together; and further, a cutting die (not shown) is applied to the first film 30 and the second film 31 corresponding to the heat sealing region of the predetermined shape 302. The edge cuts the break line 303, which forms the finished product of the inflatable bag. In this way, when the user puts the inflatable bag into the printer, the self-made graphic and color are printed on the surface of the toner adhesion layer 301 of the inflatable bag through the printer, and the user By breaking the break line 303 by hand, a balloon 40 having a surface printed with a graphic can be removed from the thin layer body 32, and then air is poured into the air nozzle 33 to form a single side. A balloon with graphics is printed.

Investigate that these pre-cases allow consumers to print their own graphics and colors on the surface of the balloon using a printer, but both allow consumers to make homemade 2-D graphic graphics. And the color, printed on a single surface of the balloon, and not printed on both sides of the balloon. In view of this, another inventor applied for an invention patent application with the application number 11/717,116 to the United States on March 13, 2007, and was approved as US 7,507,455 B2 on March 24, 2009. The patent right of the invention enables the consumer to select the two-dimensional or single-sided surface of one of the inflatable bags made by the patent through the printer, and smoothly and evenly prints the colorful 2-D flat type. Graphic design.

However, when the inventors actually use the inflatable bag bodies made by the aforementioned patents, they find that the inflatable bag bodies are all provided with air nozzles, so that they are filled into the air when the inflatable bag bodies are filled. After that, it is easy to leak due to the gap of the nozzle, causing wrinkles on the surface and not being flattened, resulting in the problem of deformation distortion of the printed 2-D flat image on the surface, and in addition, the inflatable bag body is Before being inflated and printed, the surface is blank, but the user must not present a 3-D stereoscopic image with a delicate outline and rich colors.

Therefore, how to make an automatic inflatable balloon, so that the consumer only needs to squeeze a liquid medicine bag in the balloon, so that the liquid medicine flowing out of the liquid medicine bag can be uniformly mixed with the medicine powder in the balloon to have a chemical action. In order to generate a gas and automatically inflate the balloon, the balloon can be gradually expanded into a spherical ornament having a stereoscopic image formed by a foreground image and a background image, which is one of the important aspects of the present invention. Question.

An object of the present invention is to provide an automatic inflatable balloon capable of forming a stereoscopic image jointly composed of a foreground image and a background image, the balloon being composed of two bodies, a certain amount of powder (such as soda powder) and a liquid state. The medicine package (such as: lemon citric acid) is combined; each piece of the system is made of plasticized material (such as polyethylene (PE) film, polyethylene terephthalate (PET) a layer, a nylon (Nylon) film or a combination thereof, wherein at least one of the systems is transparent, and the outer surface is coated with a foreground image, and the outer surface of the other body is coated with a background image. The corresponding edge of the inner surface away from the foreground image and the background image can be sealed into one body to form an airtight receiving space between the sheets; the powder is placed in the receiving space; the liquid medicine package It is also placed in the accommodation space. In this way, when the user only needs to slam the automatic inflatable balloon by hand, or squeeze the liquid medicine bag by hand, and the liquid medicine bag is broken, the liquid medicine flowing out in the liquid medicine bag can be uniformly The powder is mixed and chemically generated to generate a gas, and the accommodation space is automatically inflated, so that the balloon can be gradually expanded into a spherical ornament having a stereoscopic image composed of the foreground image and the background image.

Another object of the present invention is that each of the sheets is sequentially attached by a first PE film, a PET layer, an aluminum film layer, a second PE film (or a nylon film), and a colored layer. In order to ensure the airtightness and transparency of each of the sheets, the self-inflating balloon produced is not easy to leak after completing the automatic inflation, so that the surface can be kept flat for a long time, so as to present a rich and realistic color. The foreground image and the background image, so that each other can form a vivid and three-dimensional scene at a predetermined depth of field.

In another aspect of the present invention, the foreground image and the background image are formed by applying an inkjet printing technique on the colored layer to ensure that the foreground image and the background image are clear and stable, and the automatic inflation is completed. The balloon can form a predetermined depth of field between the foreground image and the background image, and the foreground image and the background image can be combined to form the stereoscopic image with the aid of the predetermined depth of field.

Still another object of the present invention is to provide a self-inflating balloon with a lug formed at a sealing portion corresponding thereto, the lug being secured to a support member such that the support member can be automatically inflated When the balloon is inflated to form a body ornament, it can withstand the weight of the self-inflating balloon, and can be stably and permanently set on the supporting member to exert the vivid decorative effect exhibited by the three-dimensional scene.

For the sake of the examination, the reviewer can make a further understanding and understanding of the purpose, shape, structure and function of the present invention. The embodiment is combined with the diagram and is described in detail as follows:

 [study]  

10, 40‧‧‧ balloons

101‧‧‧Heat sealing area

11, 30‧‧‧ first film

111, 121‧‧‧PE film

112, 122‧‧‧ aluminum film

113, 123‧‧‧Nylon membrane

12, 31‧‧‧ second film

18‧‧‧ graphic

20, 33‧‧‧ gas nozzle

201‧‧‧Ink layer

202‧‧‧Air passage

301‧‧‧Color material adhesion layer

302‧‧‧Predetermined shape

303‧‧‧Fracture line

32‧‧‧thin layer

 〔this invention〕  

50‧‧‧Automatic inflatable balloon

51‧‧‧ tablets

511‧‧‧Colored layer

5112‧‧‧Second PE film

5113‧‧‧ aluminum film

5114‧‧‧PET layer

5115‧‧‧First PE film

512‧‧‧Three-dimensional scene

5121‧‧‧ foreground image

5122‧‧‧ Background image

513‧‧‧ inside edge

514‧‧‧ airtight accommodation space

515‧‧ ‧ lugs

5151‧‧‧Opening

52‧‧‧medicine powder

53‧‧‧Liquid pack

60‧‧‧Support components

61‧‧‧First support

611‧‧‧Positioning column

62‧‧‧Second support

621‧‧‧Positioning holes

63‧‧‧Support rod

Figure 1 is a schematic view of the appearance of a conventional inflatable balloon structure; Figure 2 is a schematic cross-sectional view of a conventional inflatable balloon structure; Figure 3 is a schematic view of a conventional inflatable bag body; Figure 4 is a cross section of a conventional inflatable bag body 5 is a schematic exploded view of the automatic inflatable balloon of the present invention; FIG. 6 is a schematic view of the assembly of the automatic inflatable balloon of the present invention; and FIG. 7 is a foreground image and background image of the automatic inflatable balloon of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 8 is a schematic cross-sectional view of each of the sheets of the automatic inflatable balloon of the present invention.

The present invention provides an automatic inflatable balloon capable of forming a stereoscopic image jointly formed by a foreground image and a background image. Referring to FIG. 5, in a preferred embodiment of the present invention, the balloon 50 is composed of two pieces. The body 51, a certain amount of the powder 52 (such as: soda powder) and a liquid medicine package 53 (such as: a drug pack containing the lemon citric acid solution); wherein each of the sheets 51 is made of plasticized material ( For example, a polyethylene (Polyethylene, PE for short) film, a polyethylene terephthalate (PET) layer, a nylon (Nylon) film, or a combination thereof, wherein at least one of the bodies 51 is transparent. And the outer surface is coated with a coloring layer 511 for adsorbing paint pigment, and the colored layer 511 is coated with a foreground image (for example, a cartoon spider man in a floor hole than a gesture of silking) 5121, another piece The outer surface of the body 51 is also coated with a coloring layer 511 for adsorbing paint pigments, and the color layer 511 of the other sheet body 51 is coated with a background image (for example, a night view of a tall building with high-rise buildings and bright lights) 5122 The inside of the sheet 51 is covered with a heat a transparent transparent plastic film (eg, a PE film) such that the inner side surface of the sheet 51 is away from the foreground image and the corresponding inner edge 513 of the background image (as indicated by the dashed line in FIG. 5) Pressing and sealing, and airtightly integrated, as shown in Fig. 6, to form an airtight receiving space 514 between the sheets 51; the powder 52 is placed in the airtight receiving space 514. The liquid drug pack 53 is also placed in the airtight accommodating space 514, and the liquid medicine in the liquid medicine package 53 can chemically react with the powder 52 to generate gas, and the liquid medicine and the medicine powder 52 The amount must be sufficient to produce an amount of gas that causes the balloon 50 to fully expand after being uniformly mixed with each other. In this way, the user only needs to slam the balloon 50 by hand, or squeeze the liquid medicine bag 53 by hand, and after the liquid medicine bag 53 is broken, the liquid medicine flowing out of the liquid medicine bag 53 (for example, lemon and lemon) The acid solution is uniformly mixed with the powder 52 (eg, soda powder), and chemically acts to generate a gas, and the balloon 50 is automatically inflated to gradually expand to have the foreground image 5121 and the background. The image 5122 together constitutes a spherical ornament of the stereoscopic image 512, as shown in Fig. 7.

In the preferred embodiment, as shown in FIGS. 6 and 8, the material of each of the sheets 51 is sequentially composed of a first PE film 5115, a PET layer 5114, and an aluminum film layer from the inside to the outside. 5113, a second PE film (or nylon film) 5112 and the colored layer 511 are attached one by one, wherein the aluminum film layer 5113 is plated to the outer surface of the PET layer 5114 by using a coating technique. The outer surface of the aluminum film layer 5113 is protected by the second PE film (or nylon film) 5112, so that not only the aluminum film layer 5113 is not peeled off, but also the air film of the aluminum film layer 5113 can be used. The opaque effect is such that each of the formed sheets 51 has excellent airtightness and opacity characteristics at corresponding positions of the aluminum film layer 5113. In this way, after the user completes the painting of the automatic inflatable balloon 50, and the automatic inflatable balloon 50 is automatically inflated, the automatic inflatable balloon 50 can be inflated by the air due to the air leakage. The support is maintained flat for a long period of time, so that the foreground image 5121 and the background image 5122 which are rich in color and vivid on the surface of each of the sheets 51 constitute a vivid stereoscopic image 512.

In the preferred embodiment, as shown in FIGS. 6 and 7, the colored layer 511 is prepared by using a raw material such as an acrylic-styrene copolymer resin, a cationic fixing agent, ceria, and water. The coating is applied to the outer surface of the second PE film (or nylon film) 5112 uniformly and dried, wherein the viscosity of the coating is below 500 cps, and the dried thickness of the colored layer 511 is dried. It is in the range of 10 to 100 micrometers (μm). In the process of preparing the paint, the toner can be added to the paint according to actual needs, so that the colored layer 511 has a desired light color (for example, pure white). In addition, each layer of the sheet body 511 (ie, the first PE film 5115, the PET layer 5114, the aluminum film layer 5113, and the second PE film (or nylon film) 5112) has a thickness of 10 to 300 micrometers (μm). In the range, to ensure that each of the sheets 51 not only has a certain degree of softness, but also has a certain tension, so that the automatic inflatable balloon 50 after the application of the foreground image 5121 and the background image 5122 is completed and the automatic inflation is completed. The surface can be maintained flat by the inflation gas to highlight the foreground image 5121 and the background image 5122 which are rich in color and vivid, thereby jointly forming a vivid stereoscopic image 512.

In the foregoing preferred embodiment of the present invention, as shown in FIGS. 6-8, when the materials of the respective sheets 51 are transparent, the materials of the sheets 51 are sequentially from the inside to the outside. A transparent first PE film 5115, a transparent PET layer 5114, an aluminum film layer 5113, a transparent second PE film (or nylon film) 5112, and the transparent colored layer 511 are attached one by one, wherein Since the aluminum film layer 5113 is plated to the outer surface of the PET layer 5114 corresponding to the foreground image 5121 and the background image 5122, the second PE film (or nylon film) is used. 5112 protects the outer surface of the aluminum film layer 5113, so that the aluminum film layer 5113 can be prevented from peeling off, and the opacity of the aluminum film layer 5113 can be effectively enhanced to enhance the transparent coloring layer 511. The foreground image 5121 and the background image 5122 are coated with a brilliant color effect to make the stereoscopic image 512 formed together more stereoscopic and vivid.

However, in order to reduce the manufacturing difficulty and simplify the process, in other embodiments of the present invention, the aluminum film layer 5113 may be omitted on each of the sheets 51, that is, the material of each of the sheets 51 is from the inside to the outside. The sequence is formed by attaching a first PE film 5115, a PET layer 5114, a second PE film (or nylon film) 5112 and the colored layer 511 one by one; in addition, in other embodiments of the present invention, in order to enhance The contrast effect between the foreground image 5121 and the background image 5122 is to highlight the difference in chromaticity and brightness caused by the depth of field between the foreground image 5121 and the background image 5122, and the sheet 51 is coated in each of the sheets 51. The material of the sheet 51 of the foreground image 5121 is sequentially from the inside to the outside by a transparent first PE film 5115, a transparent PET layer 5114, a transparent second PE film (or nylon film) 5112, and the transparent coloring. The layers 511 are attached one by one, and the material of the sheet 51 for coating the background image 5122 is sequentially from the inside to the outside by a first PE film 5115 (transparent or non-transparent), a PET layer 5114. (transparent or non-transparent), a second PE film (or nylon film, transparent or non-transparent) ) 5112, and the colored layer 511 (transparent or non-transparent) attached individually formed.

Referring to Figures 6 and 7, it is necessary to specifically mention that the foreground image 5121 or the background image 5122 can be easily applied to the colored layer 511 by the creator, and the coating is completed. After that, the auto-inflated balloon 50 can present the foreground image 5121 or the background image 5122 with clear outline and rich color. The inventors have conducted experiments after various experiments on various printing or printing technologies used in the market. The effect of forming the foreground image 5121 and the background image 5122 on the colored layer 511 by the inkjet printing technology is optimal; otherwise, the foreground image 5121 is formed on the colored layer 511 by using conventional screen printing technology. This background image 5122 has the worst effect. The reason is that it is known that the quantitative and limited ink of the screen printing is easily absorbed by each of the colored layers 511, resulting in insufficient formation of the foreground image 5121 and the background image 5122, except that the outline cannot be presented clearly. If the foreground image 5121 or the background image 5122 is rich in color, it may become blurred, and the foreground image 5121 or the background image 5122 may be distorted due to the inability to present a clear outline; Printing to fill the foreground image 5121 or the background image 5122 to the hue, it is easy to cause the foreground image 5121 or the background image 5122 to appear halo, and become blurred.

On the contrary, using the inkjet printing method, as shown in FIG. 8, since the ink can be controlled by the computer at a sufficient amount of spraying, some of the ink of the foreground image 5121 is absorbed into the colored layer 511. However, there is still a portion of the ink of the foreground image 5121 attached to the surface of the colored layer 511, so that the foreground image 5121 formed has sufficient color (such as dark black or dark blue) to have a sharp outline. The line, so that the self-inflating balloon made after the automatic inflation is completed, not only is not easy to leak, and the surface can be kept flat for a long time to present the foreground image 5121 or the background image 5122 which is rich in color and realistic. In turn, each other can form a vivid three-dimensional scene 512 at an interval of a predetermined depth of field.

Thus, referring to FIG. 5, after the manufacturer finishes the application of the foreground image 5121 or the background image 5122 on the automatic inflatable balloon 50, the user only needs to tap the automatic inflatable balloon 50 by hand. , or by pinching the liquid medicine bag 53 by hand, the liquid medicine package 53 can be easily broken, and the liquid medicine therein is discharged, and uniformly mixed with the medicine powder 52. At this time, the liquid medicine and the medicine powder 52 are occurring. After the chemical action, a gas is generated, and the automatic inflatable balloon 50 is automatically inflated, and the automatic inflatable balloon 50 is gradually expanded to form between the rich and realistic foreground image 5121 and the background image 5122. a predetermined depth of field, according to which the foreground image 5121 and the background image 5122 can form a vivid stereoscopic image 512 on the automatic inflatable balloon 50, thereby becoming a stereoscopic image. A spherical ornament of the scene 512.

In addition, in another preferred embodiment of the present invention, as shown in FIGS. 5 and 6, in order to expand the self-inflating balloon 50 of the present invention into a three-dimensional and painted pattern, it still has a comparable Structural strength, without collapse deformation, each of the sheets 51 is formed with a lug 515 at an inner edge 513 corresponding to the upper seal thereof, and the lug 515 is provided with at least one opening 5151, and thus, in the piece After the body 51 is sealed into the balloon 50, a support member 60 can be fixed to the lugs 515, so that the support member 60 can withstand the weight of the three-dimensional ornament when the balloon 50 expands to form a body ornament. The three-dimensional ornament can be firmly and permanently set on the supporting member 60 to exert the unique decorative effect of the stereoscopic image 512.

In addition, in the other preferred embodiment, as shown in FIG. 5, the support member 60 includes a first support base 61, a second support base 62 and a support rod 63, wherein the first support The configuration of the seat 61 corresponds to the configuration of the lug 515, and the first support base 61 is convexly provided with at least one positioning post 611 corresponding to the opening 5151 of the lug 515. The configuration of the second support base 62 corresponds to the configuration of the first support base 61, and the second support base 62 is recessed with at least one positioning hole 621 corresponding to the positioning post 611. . In this way, the first support base 61 and the second support base 62 can be clamped on the two sides of the lugs 515, and after the positioning post 611 penetrates the opening 5151 and is inserted into the positioning hole 621, The first support base 61 and the second support base 62 can be integrated into one body, and the lug 515 is firmly clamped between the first support base 61 and the second support base 62. The support rod 63 One end is connected to the first support base 61, so that after the automatic inflatable balloon 50 is finished painting and expanded to form a body ornament, the support rod 63 can bear the weight of the three-dimensional ornament, and the three-dimensional ornament can be stable and long-lasting. The ground is erected on the support rod 63 to exert the desired decorative effect.

The above is only the preferred embodiment of the present invention, but the scope of the claims of the present invention is not limited thereto, and according to those skilled in the art, according to the technical content disclosed in the present invention, Equivalent changes that are easily thought of should be without departing from the scope of protection of the present invention.

Claims (9)

 An automatic inflatable balloon capable of forming a stereoscopic image jointly composed of a foreground image and a background image, comprising: two sheets, each of which is made of a plasticized material, wherein at least one of the systems is transparent and has an outer surface uniform The coating is coated with a transparent colored layer capable of adsorbing pigment, and the transparent colored layer is coated with a foreground image, and the outer surface of the other body is uniformly coated with a coloring layer capable of adsorbing the pigment, and the colored layer is coated with a background. The image, the corresponding inner edge of the inner surface of the sheet away from the foreground image and the background image can be sealed by heat sealing, and integrated airtightly to form an airtight receiving space between the sheets; The powder is placed in the accommodating space; and a liquid medicine bag, wherein the liquid chemical can chemically react with the powder and generate gas, and the amount of the liquid medicine and the powder must be mixed with each other to generate The amount of gas that the self-inflating balloon is fully inflated.    The automatic inflatable balloon of claim 1, wherein the foreground image and the background image form each of the images on each of the colored layers by an inkjet printing technique.    The automatic inflatable balloon according to claim 2, wherein the inner side of the sheets is covered with a film of hot melt plastic so that the inner edges of the sheets can be sealed by heat sealing and airtightly combined. In one.    The automatic inflatable balloon according to claim 3, wherein the material of each of the sheets is sequentially composed of a first polyethylene film, a polyethylene terephthalate layer and an aluminum film layer from the inside to the outside. a nylon film and the colored layer are attached one by one, wherein the aluminum film layer is plated to the outer surface of the polyethylene terephthalate layer by a coating technique corresponding to the foreground image or the The outer surface of the aluminum film layer is protected by the nylon film at the position of the background image.    The automatic inflatable balloon according to claim 3, wherein the material of each of the sheets is sequentially composed of a first polyethylene film, a polyethylene terephthalate layer, a nylon film and the like from the inside to the outside. The colored layers are attached one by one.    The automatic inflatable balloon according to claim 4 or 5, wherein the colored layer is prepared from a raw material such as an acrylic-styrene copolymer resin, a cationic fixing agent, cerium oxide and water, and then uniformly The coating is applied to the outer surface of the nylon film and dried, and the dried layer has a dry thickness in the range of 10 to 100 μm.    The automatic inflatable balloon according to claim 6, wherein each of the layers of the sheet has a thickness in the range of 10 to 300 μm.    The automatic inflatable balloon according to claim 7, wherein each of the sheets is formed with a lug at an inner edge corresponding to the upper seal, and the lug is provided with at least one opening.    The automatic inflatable balloon according to claim 8, further comprising a supporting member, the supporting member comprising a first supporting seat, a second supporting seat and a supporting rod, wherein the configuration of the first supporting seat corresponds to the a configuration of the lug, and the first support base is convexly provided with at least one positioning post, the positioning post corresponding to the opening on the lug, and the configuration of the second support base corresponds to the first support a configuration of the seat, and the second support base is recessed with at least one positioning hole, the positioning hole corresponding to the positioning post, so that the first support base and the second support base can be clamped in the convex One side of the ear, and after the positioning post penetrates the opening and is embedded in the positioning hole, the first support base and the second support base are integrated into one body, and one end of the support rod is connected to the first Support base.