JP3203258U - Picture change sheet that can change combination of images and 4-frame video - Google Patents

Abstract

The present invention provides an image change sheet that is an integral type made of a single material and features a specific shape. A picture changing sheet (1) is composed of a square and a rectangle, and a deployment arrangement image (3) is arranged in a square regular rhombus space (2), and a mechanism for temporarily stopping and holding the development storage on the front and back surfaces is provided. An arc-shaped stopper having the rectangular portion is provided, and the folded portion of the developed arrangement image 3 is inserted into the stopper 4. [Selection] Figure 1

Description

  The present invention uses a material that can be folded in the form of a sheet, so that it is possible to obtain a change in a combined image that appears by folding images previously expressed on the material, or to obtain a four-frame video via a tool. It relates to a picture change sheet having a great visual effect.

  Until now, it has been known that there are many methods for folding paper mainly from the east and west. Traditional styles in each region and original ideas and research have been made and evolved. In Japan, it is widely known for its traditional folding patterns and origami. Some have evolved into playground equipment such as “changing pictures” and “kushi pictures”. (For example, refer nonpatent literature 1.)

  The outline of Non-Patent Document 1 will be described. A pattern of a person in kimono is placed in the center of one sheet. The pattern is surrounded by a square frame, and sides can be folded along the top, bottom, left, and right lines of the frame. There are four scenes on the back. This is an Edo period changing picture in which the pattern on the front and back overlaps by folding any side and the pattern in the center changes into several types.

  In other countries, there are also playground equipments that have the same pattern on the entire paper surface, and that incorporate a screen change to taste different expressions, and that the elements of play have evolved into puzzles. You can see many examples including the style called "Holding Puzzle". (For example, refer nonpatent literature 2.)

  The outline of Non-Patent Document 2 will be described. The patterns of four pigs are arranged in advance on four sides of the paper on one side. In addition, the folding lines are displayed vertically and horizontally, and the order of folding is marked. When the sheet is folded according to the directions of mountain folding and valley folding, the center part is hidden, and the patterns of the surrounding parts are overlapped and combined, so that the expression of a specific person can be seen on the entire paper surface.

  Japanese Patent Laid-Open No. 11-327479

  Japanese Patent Laying-Open No. 2015-001733

  Unauthorized “Change picture”, Middle Edo period, Tobacco and salt museum collection

  Unauthorized “Find the 5th Pig in the Holding Puzzle”, c. 1939, Slowcome Collection in Indiana State University Lily Library

  Regarding the folding of the sheet-like material, the following is basically recognized. Although depending on the size and thickness of the sheet to be used, if the sheet is folded several times, the thickness increases, and further implementation is limited. In addition to the thickness of the sheet, the elasticity of the material used has a considerable impact. Therefore, depending on the shape, if there is nothing to hold such as appropriate tools and devices, the whole will be scattered, and if there is an image representation there and you are trying to display it, you can not represent the intended image at the final stage, There arises a problem that the purpose of transmission cannot be achieved.

  Regarding Non-Patent Document 1, the structure is too simple, so it is not interesting, and there is nothing more than satisfactory. In the case of Non-Patent Document 2, it is difficult to convey the whole state unless the surrounding pieces are firmly held at the stage where the final image appears, and it is intended that there is no appropriate process instruction. There was a point that was not transmitted.

  Furthermore, one of the characteristics of origami processing is that it is interesting to fold it small, but if it becomes too small, it is easy to lose it, and there is a problem that it requires careful handling.

  An object of the present invention is to solve the conventional problems, and aims to increase the enjoyment by using visual effect technology in image changes and moving image display by making improvements.

  We want to make sure that everybody who goes through the same folding process, while inheriting traditional Japanese beautiful techniques, will be able to complete an accurate final image and hold it beautifully and stably. I sought a way to fulfill this wish. Focusing on the fact that a unique shape with a reasonable holding mechanism can solve many problems, we developed and designed a unique integrated seat. Furthermore, taking advantage of the simplicity of the basic structure, it combined four-frame video elements and new visual effect technologies that were not available before, adding value and making it attractive.

  The effects of visual effects are universal and have a mysterious charm that attracts many people. There are illusional elements that you can't usually enjoy the effects of folding. Conventionally, it has been limited to a playground-style image, but the deployment variations are further expanded by incorporating a combination of front and back and three-dimensional elements. Visual effects with subtle movements in daily life make people's feelings fun and enriched with pleasant surprises.

  Elements of change that are surprising and attractive include changes in size, changes in shape, changes in movement, and changes in color and brightness. They can be confined to a single sheet of paper.

  Introducing the charm of folding sheets. The screen expressing that it will expand will expand to 4 times the space at once. After playing with moving images using a mask film, it is folded and reduced to a quarter size, and it is properly stored in a position with a stopper. This stopper also serves to store the mask film.

  The top view showing the whole composition of the picture change sheet of this invention   Sectional view of AA of FIG.   Development plan view of folding process 2   Development plan view of folding process 3   Development plan view of folding process 4   Development plan view of folding process 5   Plan view in which a bend line is set in step 5 of FIG.   Overall view showing a state where the upper part of FIG. 7 is folded forward and stored.   Overall view showing a state where the upper part of FIG.   Conceptual diagram of the final process display image that is the final of the folding process   Overall view of the layout image after completing the split layout   FIG. 11 shows the entire image after completion of writing.   Whole picture change sheet with 45 degrees rotated and arranged in Figure 12   Full view of the final process display image stored and the top and bottom displayed in reverse   Overall view of Example 2 where the periphery of the stopper was expanded and designed.   Album configuration diagram of Example 3   The block diagram of Example 4 comprised by two types of members   FIG. 17 is an overall view of the fourth embodiment in which the two types of members are combined.

  A material suitable for implementation is preferably a material that is highly durable against bending. Fiber materials such as paper and cloth are common, but chemical fibers, non-woven fabrics, vinyl, etc. can be used by taking advantage of their characteristics. In the case of Japanese paper as a paper material, the fibers are strong and the texture is also exceptional.

  The fiber material has an attractiveness not found in paper, and the suppleness stands out. Even if it becomes wrinkled, the merit of disappearing by ironing is great. This is a great attraction for articles that are mainly folding. Combined with the technology of the present invention and the unique processing technology related to fibers, the appeal further expands.

  If the material is paper, the image can be expressed by a general printing method. Special processing such as embossing and hot stamping is also effective. If it is a fiber material, it can also be reproduced by dyeing such as printing, weaving or knitting using colored yarn. It can also be reproduced by printing corresponding to the fiber material.

  Here, a four-frame moving image arranged and used in the image space of the present invention will be described. Both Patent Literature 1 and Patent Literature 2 relate to visual expression technology for obtaining a display of a four-frame moving image.

  The technique of Patent Document 1 is actually used as a component of a product. This is a method of obtaining a moving image by placing a transparent resin shielding mask film on a 4-frame composite image.

  Moreover, the technique of patent document 2 is a new visual expression technique. In this method, four silhouette composite images are integrated and used as a transparent resin mask and placed on a pattern image having moving image constituent elements to obtain a moving image. As described above, expression methods that make use of each feature can be incorporated and combined, so a great effect can be expected.

  A mask film for visually recognizing moving images necessary for obtaining a four-frame moving image display using the sheet of the present invention will be described. Depending on the corresponding item, material, size, usage, environment, shape, etc. will be affected.

  As a concrete method for realizing the shielding mask, there are a method of applying a shielding material to a transparent resin material, and a method of obtaining a transmission part by perforating an opaque material. It is possible to strictly correspond to each application and condition, and it is possible to select an appropriate material from a wide range of candidates. Individuality can be put out by it.

  Even if the material to be selected is limited to a transparent material, there is a wide range from the film sheet to the acrylic block, and the images created by each vary. As the product image is influenced, it has an effect as a production element. Cost selection is also important. Therefore, since the four-frame image display and the mask film have a correlation, it is important to consider the balance when selecting the material.

  It cannot be overlooked that it is compatible with the other material. For example, the relationship between a game board and a piece moving on the board in a slide puzzle or a slide game. Ease of movement and slipperiness are important points. Fiber material vs. plastic or acrylic block. Therefore, it is important to check the material from both directions. As described above, since the range of selection is wide, it is possible to respond with an appropriate material.

  It is the Example reflecting the content of Claim 1. Here, a typical method using a paper material will be described with reference to the drawings. The basic design consists of two shapes, a square and a rectangle, and is a unique shape that is a combination of the square rotated 45 degrees, that is, a regular rhombus. An image is arranged in the regular rhombus space 2. Features easy to align corners when folded. Anyone who picks it up can be sure to get an accurate final image. The design takes advantage of the features of the present invention. By the way, if the folding order is changed and a different part is folded back, the displayed image at the intermediate point varies depending on the folding order, but the image appearing in the final stage becomes the same image. Therefore, since the final process display image 7 always shows a fixed image regardless of the order of folding, it is not necessary to display the folding line 5 or to describe the folding order.

  Fold it exactly in order. FIG. 1 is a plan view showing the overall configuration of the picture change sheet of the present invention, and is also step 1. 3 shows step 2, FIG. 4 shows step 3, FIG. 5 shows step 4, and FIG. 6 shows step 5. The final image appears with a minimum number of folding times of four. There are few processes and it is easy to understand. The folded portion is inserted into the stopper 4 to complete. By the way, the portion where the thickness is the largest when it is folded four times is 9 times as thick as the flat surface. A cut was provided in the shape of an arc that absorbed 9 times the thickness, and the difference in thickness with the surroundings was interfered. FIG. 8 is an overall view showing a state in which the folded portion is folded and stored inside, and FIG. 9 is an overall view showing a state in which the folded portion is folded and stored on the back side.

  Further, the expanded arrangement image 3 arranged in the regular rhombus space 2 is packed with large elements, and it is important to display the screen of the folding process in both the expansion direction and the storage direction. In other words, it is essential to have a mechanism for temporarily stopping and holding the front and back of the unfolded storage. The mechanism that meets this condition is the arc-shaped stopper 4. This stopper 4 also has a valuable mechanism that also serves as a storage space for a mask film for visual recognition of moving images.

  Illustrations, photographs, letters, symbols, patterns, etc. can be placed in the regular rhombus image space to create a variety of expressions. Moreover, the display change portion is doubled by using both sides as well as one side, and a more complicated expression can be enjoyed.

  Here, a method for creating the unfolded arrangement image 3 to be arranged and used in the regular rhombus space of the folding sheet of the present invention will be described with reference to the drawings. First, an arbitrary image is prepared and placed at the center of the square. This figure is a final process display image 7. The image is divided into four parts, which are divided image A, divided image B, divided image C, and divided image D, respectively. FIG. 10 is a conceptual diagram of the final process display image 7.

  Next, a 16-divided grid having an area four times as large as this square is prepared. Each divided image is moved and arranged at four corners of the entire grid. FIG. 11 is an overall arrangement image after the division arrangement is completed.

  Next, an arbitrary image is created by freely using spaces other than the arranged four spaces. FIG. 12 is an overall view of the completed image. Twelve spaces out of the 16 divisions are enough to expand, and many variations are expected.

  When the production of the handwritten image is completed, it is rotated 45 degrees to become the developed arrangement image 3. It should be noted that the arrangement direction and position are finally determined in relation to the overall design. Although the description is omitted here, when the processing is performed as a four-frame moving image, it is a work process as the next step after the completion of the writing completion image production.

  By reversing the regular rhombus space 2 and the stopper 4 with the developed arrangement image 3 upside down, the image changes greatly. FIG. 14 shows an example in which the top and bottom are reversed. FIG. 15 shows an example in which the periphery of the stopper 4 is expanded and animal characters are arranged. Since the shape of the stopper part is the position of the character's mouth, the display image at the final stage is an image with the message in the mouth.

  The layout is highly flexible and can be used in a horizontal position. Furthermore, a plurality of sheets punched with a punch can be prepared and configured as a spiral notebook, album, scrapbook or the like. It is also possible to create picture books whose magazines expand greatly when opened. FIG. 16 shows an embodiment using an album. As a variation, if the sheet is used in a spread state, it becomes a greeting card of an unprecedented style.

  By extending the design around the image space, various paper supplies with the same effect can be assembled in a single sheet. Although it is not shown in the figure, it will surely be surprised if existing goods such as New Year's pocket bags with added message space and New Year's bags begin to move suddenly.

  An embodiment reflecting the contents of claim 2 will be described. Usually, in order to implement an item having a large size, a sheet having a thickness proportional to the size is required in order to maintain the overall stability when viewed from the functional structure, and various sheets are selected. However, if the folded portion is implemented with paper of the same thickness, the thickness is increased and the folding becomes difficult. In other words, the thickness of the folded paper is greatly influenced by conditions such as the size of the final form. In order to take advantage of the functions of both parts, it is desirable to change the thickness of each part. For this purpose, it is necessary to select and determine a suitable paper individually.

  You can practice combination development with free ideas without being fixed to conditions. Combinations can be examined from various cuts such as paper texture, color, and texture before printing. Furthermore, unlike the development with a single material, the ability to design multiple materials and shapes together is a great advantage. FIG. 17 shows an overall view composed of two types of members. The lower part of the back surface of the regular rhombus space 2 and the adhesive part 14 on the upper part of the picture change sheet mount 6 are joined. FIG. 18 is an overall view after the joining of the members is completed.

  A method for combining materials will be described. In the case of paper materials, there are normal adhesion, adhesion with a low adhesion material, adhesion with a removable material, and the like. Velcro or the like is effective in the case of bonding between fiber materials or different materials. It can respond flexibly according to the situation such as the purpose of use and the environment of the product.

  The product obtained by carrying out the present invention transmits each effect when it is actually picked up, but when it is displayed at the point of sale, it exhibits a remarkable effect at that stage. One of the techniques disclosed in Patent Document 2 describes an environmental effect when using space. When used in product packages or in storefront displays, it produces animated and floating effects. More specifically, the image expressed in the product placed in the store appears to move. You can imagine the surprised face of customers who are looking at products at the sales floor. This is a visual effect technology that has not existed before, and has a great synergy with the product itself.

  The visual effect technology of the present invention directly appeals to human senses. As mentioned above, a pleasant surprise with impact can be directly communicated to the other party. If it is used casually in daily life, the work itself will be the most delightful. Message tools such as greeting cards are the most suitable for typical applications. Furthermore, it can be applied to stationery supplies such as notebooks, stationery, and memo pads. In the case of textile materials, household goods such as handkerchiefs, napkins, furoshiki, and bags are suitable. The suppleness of the fiber material is optimal for the implementation of the present invention. The series of collapses will impress the viewer. In addition, since it works with related product packages and store displays, a comprehensive effect can be expected.

DESCRIPTION OF SYMBOLS 1 Picture change sheet with image 2 Regular rhombus space 3 Expanded arrangement image 4 Stopper 5 Folding line 6 Picture change sheet mount 7 Final process display image 8 Split image A
9 Split image B
10 Split image C
11 Split image D
12 Part to be added 13 Finished image 14 Adhered part

Claims (2)

  Place a specific image on the whole or part of the exposed part of the sheet-like foldable material to obtain an image change that appears by folding, display four-frame videos, and the folded part This is a picture change sheet that features a specific shape and is an integral type made of a single material.   2. The picture changing sheet according to claim 1, wherein the picture changing sheet has a specific shape composed of a plurality of members.

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