DE102005058925A1 - Cube construction and method to stick pictures for 3-D (three dimensional) -smart mosaic piece to combine 3-D cube with mosaic game whereby pictures are stuck to each of six surfaces, one column at a time for 3 columns of 9 rows of cubes - Google Patents

Abstract

Images are stuck onto each mosaic cube for a variety of different games and puzzles according to a specified method. 27 cubes are arranged as 3 columns in 9 rows, pictures are stuck on each column on the six surfaces, one surface at a time. To increase the degree of difficulty and the development of the game, several cubes are mounted on other cubes as catch pieces. The mosaic cubes can be the frame for an installation of several cubes.

Description

The The present invention relates to a cube structure and a method for gluing pictures for a stereo smart mosaic set, in particular a combination of a Stereo cube construction with a mosaic game to make this stereo mosaic game more interesting and to make it more variable to the intelligence and creativity of children to promote. Depending on a specific method will be for a variety of different Mosaic games and solutions Pictures on every stereo cube glued. Next are to increase the level of difficulty and the challenge of playing several Dice as Traps on some stereo cubes appropriate.

The most famous magic cube, commonly used, conventionally have a dice construction an arrangement of 3 × 3 × 3 (a cube with 3 × 3 small dice on each page, with a total of 26 dice on 6 pages, which will change the Arrangement can be rotated around a construction in the middle). Later, cubes were added an arrangement of 4 × 4 × 4 and 5 × 5 × 5 magic dice developed. The rule of the game with these dice is that the original same color on each side or the same pattern on each Page changed will be restored and then by turning the dice again got to. When using can only the vertical and horizontal cubes are rotated, while the little cubes arranged at the four corners, these only at these four corners of the big one cube can stay but not moved to the middle. The same goes for the little one Cube in the middle on each side, since he does not move to any other place can be. This entire structure is therefore very simple, boring and unchangeable. Because of the restricted Construction, the development can not be continued and all dice are on the big one cube fixed, whereby also the maintenance is difficult and also the inspiration and imagination of the user can not be encouraged. To many turns of the cube wins The player does not have a stereo concept and can easily take pleasure and patience lose with this game. After the innovation loses this magic cube but this quickly its attractiveness.

Because of this feature of the conventional embodiment the magic cube, which has no innovation, has become the inventor of the present Invention seriously with the creation of a more interesting and more attractive product of this embodiment.

It therefore requires the creation of a performance enhancing and higher quality Mosaic cube.

By the invention is said to have interesting and challenging properties a stereo cube be improved as the conventional cube can no longer stimulate the interest of the players. The main purpose of the present The invention therefore consists in the creation of a stereo smart mosaic cube many features, such as a catch design, where several common patterns available, several solutions possible and so on. Since several solutions are possible with this method, three can different patterns are created, each pattern type represents a series of patterns and each solution a pattern on 6 pages is. For the three solutions There are a total of 18 pages available.

• 1. Die erfindungsgemäße Methode zum Aufkleben eines Bildes muss nach einer bestimmten Regel erfolgen, wobei einige Stereo-Würfel auf ihren Flächen mit Fangbildern versehen sind, um den Schwierigkeitsgrad des Spieles und die Herausforderung zu erhöhen.
• 2. Es ist ein erforderliches übliches Aufklebebild vorhanden, wobei ein Teil des gesamten Musters die Eigenschaft für die übliche Benutzung aufweist. Zusätzlich zum Verstärken des Interesses bilden diese üblichen Aufklebebilder eine erforderliche Methode zum Aufkleben der Bilder, wobei die Lösung des Musters nur mit dieser Methode erlangt werden kann.
• 3. Nach der Lösung der vorliegenden Erfindung können eine Lösung auf drei verschiedene Arten sowie Lösungsmuster auf 18 Seiten erzielt werden, das heißt, insgesamt können insgesamt drei Stereo-Würfel mit unterschiedlichen Mustern auf den Oberflächen verändert werden.

The main features of the present invention are as follows:

• 1. The method of sticking an image according to the invention has to be done according to a certain rule, with some stereo cubes on their surfaces being provided with capture images to increase the difficulty of the game and the challenge.
• 2. There is a required conventional sticker image, with part of the entire pattern having the characteristic of ordinary use. In addition to increasing the interest, these conventional stickers form a necessary method for adhering the images, and the solution of the pattern can be obtained only by this method.
• 3. According to the solution of the present invention, a solution in three different ways as well as solution patterns on 18 pages can be achieved, that is, a total of three stereo cubes with different patterns on the surfaces can be changed in total.

• Schritt a. Anordnen von insgesamt 27 Stereo-Würfeln und danach Aufkleben des Bildes auf die erste Oberfläche. Danach wird jede Säule mit der horizontalen Säule als Basis um 90° herumgedreht.
• Schritt b. Aufkleben des Bildes auf die zweite Oberfläche.
• Danach wird jede Säule mit der horizontalen Säule als Basis um 90° herumgedreht.
• Schritt c. Aufkleben des Bildes auf die dritte Oberfläche. Danach wird jede Säule mit der horizontalen Säule als Basis um 90° herumgedreht.
• Schritt d. Aufkleben des Bildes auf die vierte Oberfläche. Danach wird jede Säule mit der horizontalen Säule als Basis um 90° herumgedreht.
• Schritt e. Aufkleben des Bildes auf die fünfte Oberfläche. Danach wird jede Säule mit der horizontalen Säule als Basis um 180° herumgedreht.
• Schritt f. Aufkleben des Bildes auf die sechste Oberfläche.

To achieve any correct solution of the pattern, the steps of adhering the images of the present invention are listed below:

• Step a. Arrange a total of 27 stereo cubes and then stick the image onto the first surface. Thereafter, each column is turned around with the horizontal column as a base by 90 °.
• Step b. Stick the picture on the second surface.
• Thereafter, each column is turned around with the horizontal column as a base by 90 °.
• Step c. Stick the picture on the third surface. Thereafter, each column is turned around with the horizontal column as a base by 90 °.
• Step d. Stick the picture on the fourth surface. Thereafter, each column is turned around with the horizontal column as a base by 90 °.
• Steps. Stick the picture on the fifth surface. Thereafter, each column with the horizontal column as a base rotated by 180 °.
• Step f. Stick the picture on the sixth upper area.

• 1. Jeder Stereo-Würfel kann in eine beliebige Position innerhalb der Rahmenbasis geschoben und geändert werden, um ein präzises Muster herzustellen, wobei durch das freie Bewegen eines jeden Stereo-Würfels auf der Oberfläche das zusammengesetzte Muster auf viele Weisen abgeändert werden kann, was für den Spieler herausfordernd und die Inspiration und Innovation fördern kann.
• 2. Die Stereo-Mosaikwürfel stellen keine Schwierigkeit der Wartung wie bei der herkömmlichen Ausführungsform dar. Diese Würfel können vollständig auseinandergenommen werden, wobei der Aufbau dieses Stereo-Würfels einzeln auseinandergenommen und präzise positioniert werden kann und ein Abweichen von dieser Methode sehr schwierig ist.
• 3. Ein Würfel in der Mitte ist zwischen mehreren Stereo-Würfeln installiert, wobei dieser Würfel in der Mitte leicht größer ist als die anderen Würfel (ungefähr um 0,6 mm bis 1 mm auf jeder Seite). Obwohl dieser Wurfel in der Mitte leicht größer ist, kann die Ecke dieses Würfels in der Mitte leicht wegen dem Stereo-Würfel auf der Seite steckenbleiben. Daher kann der Würfel in der Mitte kaum herausfallen und die zusammengesetzten Stereo-Würfel werden mit der Rahmenbasis ausgerichtet, um ein Abtrennen dieser Stereo-Würfel voneinander zu verhindern.

The Smart Stereo Mosaic Cube embodiment has the following features: The fully assembled and image-pastable stereo cubes in the frame base are sequentially inserted and aligned one after the other. The stereo cubes are taken out so that a mosaic can be put together with the stereo cubes that can be moved within the grid. Further, a complete pattern must be made on one side, but this pattern of the composite mosaic is hidden in the cubes that are taken out, and a complete mosaic can be assembled with the stereo cubes that were taken out. The benefits of building this smart stereo cube with the mosaic are listed below:

• 1. Each stereo cube can be slid and changed to any position within the frame base to produce a precise pattern, and by freely moving each stereo cube on the surface, the composite pattern can be altered in many ways, which is challenging the player and promoting inspiration and innovation.
• 2. The stereo mosaic cubes do not pose any difficulty of maintenance as in the conventional embodiment. These cubes can be completely disassembled, whereby the structure of this stereo cube can be disassembled and accurately positioned one by one and deviation from this method is very difficult.
• 3. One cube in the middle is installed between several stereo cubes, with this cube slightly larger in the middle than the other cube (approximately 0.6 mm to 1 mm on each side). Although this cube is slightly larger in the middle, the corner of this cube in the middle can easily get stuck on the side due to the stereo cube. Therefore, the cube in the middle can hardly fall out and the composite stereo cubes are aligned with the frame base to prevent separation of these stereo cubes from each other.

For a better one understanding the technical content of the present invention, the other The purpose and the exact construction of the present invention in the following description in connection with explained the drawing.

1 shows a stereo representation of the cube structure according to the present invention.

2 FIG. 12 illustrates a disassembled stereo representation of the present invention in classifying the cubes into different layers. FIG.

3 Figure 3 illustrates the pasting of the images onto the first surface of the stereo cube after placing all cubes of the present invention.

4 Figure 3 illustrates the gluing of the images onto the second surface of the stereo cube of the present invention.

5 Figure 3 illustrates the gluing of the images onto the third surface of the stereo cube of the present invention.

6 Figure 3 illustrates the pasting of the images onto the fourth surface of the stereo cube of the present invention.

7 illustrates the gluing of the images on the fifth surface of the stereo cube of the present invention.

8th Figure 3 illustrates the gluing of the images onto the sixth surface of the stereo cube of the present invention.

9 Fig. 12 is a block diagram showing the steps for adhering the images of the present invention.

10 shows an enlarged view of the surface of the stereo cube for sticking the image according to the present invention.

11 shows an enlarged view of the present invention when sticking the first pattern on the stereo cube.

12 shows an enlarged view of the present invention when sticking the second pattern on the stereo cube.

13 shows an enlarged view of the present invention when sticking the third pattern on the stereo cube.

14 shows a stereo representation of the construction of the mosaic cube according to the present invention.

15 shows a stereo representation of the structure of the mosaic cube in the disassembled state according to the present invention.

16 shows a stereo representation of the structure of the removable stereo cube according to the present invention.

17 shows a side view of the structure of the removable stereo cube according to the present invention.

1 and 2 show a 3 × 3 × 3 construction of the present invention, wherein the cubes are arranged in an array of 3 × 3 on each side of the large cube and a total of 26 cubes, 10 on each side, and a removable cube 60 is under these 26 stereo cubes. The cube 50 in the middle of the middle construction, that of the 26 cubes 10 can be rotated to change its position, since the circumference of this cube 50 slightly larger in the middle than the remaining 26 cubes. The cube 50 in the middle can therefore remain firmly in the middle position without being able to be moved arbitrarily.

• Schritt a. Aufkleben eines Bildes auf eine erste Oberfläche von insgesamt 27 Würfeln, wobei auf die B-Säule der Reihe 4, B-Säule der Reihe 9, C-Säule der Reihe 2, C-Säule der Reihe 8 ein Fangbild 30 aufgeklebt wird, keine Bilder aufgeklebt werden oder diese mit anderen Mustern ersetzt werden, und danach jede horizontale Säule als eine Basis verwendet wird, wobei jede Säule um 90° vorwärts rotiert wird.
• Schritt b. Aufkleben eines Bildes auf die zweite Oberfläche, wobei auf die A-Säule der Reihe 2, A-Säule der Reihe 3, B-Säule der Reihe 3, C-Säule der Reihe 2, C-Säule der Reihe 3 ein Fang bild 30 aufgeklebt wird, keine Bilder aufgeklebt werden oder diese mit anderen Mustern ersetzt werden, und danach jede horizontale Säule als eine Basis verwendet wird, wobei jede Säule um 90° vorwärts herumgedreht wird.
• Schritt c. Aufkleben eines Bildes auf die dritte Oberfläche, wobei auf die A-Säule der Reihe 2, A-Säule der Reihe 6, A-Säule der Reihe 7, B-Säule der Reihe 4, B-Säule der Reihe 9 ein Fangbild 30 aufgeklebt wird, keine Bilder aufgeklebt werden oder diese mit anderen Mustern ersetzt werden, und danach jede horizontale Säule als eine Basis verwendet wird, wobei jede Säule um 90° vorwärts herumgedreht wird.
• Schritt d. Aufkleben eines Bildes auf die vierte Oberfläche, wobei auf die A-Säule der Reihe 1, A-Säule der Reihe 2, B-Säule der Reihe 1, C-Säule der Reihe 1, C-Säule der Reihe 2 ein Fangbild 30 aufgeklebt wird, keine Bilder aufgeklebt werden oder diese mit anderen Mustern ersetzt werden und danach jede horizontale Säule als eine Basis verwendet wird, wobei jede Säule um 90° nach links herumgedreht wird.
• Schritt e. Aufkleben eines Bildes auf die fünfte Oberfläche, wobei auf die A-Säule der Reihe 8, B-Säule der Reihe 1, B-Säule der Reihe 3, B-Säule der Reihe 8, B-Säule der Reihe 9, C-Säule der Reihe 8 ein Fangbild 30 aufgeklebt wird, keine Bilder aufgeklebt werden oder diese mit anderen Mustern ersetzt werden und danach jede vertikale Säule als eine Basis verwendet wird, wobei jede Säule um 180° nach links herumgedreht wird.
• Schritt f. Auf die A-Säule der Reihe 5, A-Säule der Reihe 6, B-Säule der Reihe 1, B-Säule der Reihe 3, C-Säule der Reihe 5 wird ein Fangbild 30 aufgeklebt, werden keine Bilder aufgeklebt oder diese mit anderen Mustern ersetzt, um das Bild auf die sechste Oberfläche aufzukleben.

2 to 10 represent the method for gluing the images onto the Smart Stereo Mosaic Cube. This embodiment is made up of 25 stereo cubes and a cube 50 in the middle with a slightly larger circumference and a removable cube 60 built so that a total of 27 cubes are present. The 27 cubes are arranged in three columns A, B, C, ie in a total of 9 rows, while the removable cube 60 at the B-pillar and the row 2 and the dice 50 are arranged in the middle of the row 5 B-pillar. The remaining cubes are stereo cubes 10 , where the installation point of the cube 50 is fixed in the middle during the gluing of the pictures and on this cube 50 no pictures are stuck in the middle while the removable stereo cube 60 is used with the patterns of the sticker images as described above. The steps for sticking the pictures are described below:

• Step a. Sticking an image on a first surface of a total of 27 cubes, wherein on the B-pillar of the series 4, B-pillar of the series 9, C-pillar of the series 2, C-pillar of the series 8 a capture image 30 glued on, no pictures are pasted or replaced with other patterns, and then each horizontal column is used as a base, with each column rotated 90 ° forwards.
• Step b. Adhering an image to the second surface, wherein on the A-pillar of the series 2, A-pillar of the series 3, B-pillar of the series 3, C-pillar of the series 2, C-pillar of the series 3 a catch image 30 glued on, no pictures are pasted or replaced with other patterns, and then each horizontal column is used as a base, with each column rotated 90 ° forward.
• Step c. Sticking an image on the third surface, with the A-pillar of row 2, A-pillar of row 6, A-pillar of row 7, B-pillar of row 4, B-pillar of row 9 a capture image 30 glued on, no pictures are pasted or replaced with other patterns, and then each horizontal column is used as a base, with each column rotated 90 ° forward.
• Step d. Sticking an image onto the fourth surface, with a capture image on row 1 A column, row 2 column A, row 1 B column, row 1 C column, row 2 C column 30 glued on, no pictures are glued on or replaced with other patterns and then each horizontal column is used as a base with each column rotated 90 ° to the left.
• Steps. Gluing an image to the fifth surface, referring to the A-pillar of row 8, B-pillar of row 1, B-pillar of row 3, B-pillar of row 8, B-pillar of row 9, C-pillar of Row 8 is a capture picture 30 glued on, no pictures are pasted or replaced with other patterns and then each vertical column is used as a base, with each column rotated 180 ° to the left.
• Step f. The A-pillar of the series 5, A-pillar of the series 6, B-pillar of the series 1, B-pillar of the series 3, C-pillar of the series 5 becomes a capture picture 30 glued on, no pictures are pasted or replaced with other patterns to stick the picture on the sixth surface.

The patterns of the above-mentioned stickers are replaced by the symbols and are installed at a specific location according to the rules of the present invention. So can every sticker image 20 on the adhesive surface 101 of the stereo cube 10 either top or bottom, left or right, glued on. To achieve the right solutions, these methods are necessary for sticking the sticker images.

As in 2 and in 11 to 13 are shown in the application of the above methods for sticking the sticker images 20 on the adhesive surface 101 of the stereo cube 10 three solutions possible. Every solution for a complete pattern, which is achieved with the stickers, can be achieved on the six sides. The drawing represents the 11 a pattern of the sticker of the first solution extended over the six sides, where F4 has two common cubes, while F4 is used together with L2 of the second solution and another common cubes 40 is present at a location shared with A1 and G2 of the second solution. The in the 12 The illustration shown shows a pattern of a second solution, wherein the extended over the six pages pattern of the sticker image in the second sticker image has no common sticker image.

13 FIG. 12 shows a six-page stick-on image of the third solution, using common stick-on images in a large number. For the general aspect of the The M-Zone sticker images contain the sticker images for normal use for the first solution, these images for common use M1 and A9, M2 and A8, M3 and A7, M7 and A3, M9 and A2 and the images for the usual use for the second stickers M8 and G2 include. The stickers in the N-Zone contain the stickers for the usual use for the first solution. These images for common use include N1 and B7, N3 and B1, N4 and B8, N6 and B3, N7 and B9, N9 and B2. The sticker images in the O zone include the images for common use for the first solution, which include O1 and C9, O2 and C4, O3 and C7, O4 and C8, O6 and C2, O7 and C3, O9 and C1. The sticker images in the P zone include the stickers for the first solution and include P1 and D9, P3 and D7, P4 and D6, P6 and D1, P7 and D3, P9 and D4. The sticker images in the R zone for the usual use for the first solution include R1 and F6, R2 and F3, R3 and F9, R7 and F1, R8 and L2, R9 and F7. All of the above designations refer to the sticker images that are commonly used.

For sticking the sticky images to the predetermined locations according to the above-mentioned methods for producing the pattern with these stick-on images for the three possible solutions, capture images are obtained 30 adhered to the adhesive surfaces of a plurality of cubes, wherein each sticker image either an empty pattern or another, not in connection with the rest of the pattern showing image has. With these capture pictures 30 Both the level of difficulty and the challenge can be increased. However, these stickers must be adhered with the required gluing method, since solutions can only be obtained using these methods. The sticking of the commonly used pictures 40 for every solution does not occupy the adhesive surface 101 of the stereo cube 10 , leaving on the remaining adhesive surface 101 a capture picture 30 can be stuck on.

When sticking these several stereo cubes 10 Depending on the specific methods, these stereo cubes 10 one after the other in the frame base 1 be used. 14 to 17 show the construction, taking the frame base 1 to position the several stereo cubes mentioned above 10 the surrounding ones 27 Stereo cubes 10 with the grid 11 framed and fixed. This is done with the frame base 1 formed an open structure on one side to assemble and insert these multiple stereo cubes 10 to simplify. After inserting and arranging these stereo cubes 10 into the frame base 1 in the order this will be with the cover 12 in the frame base 1 attached to these stereo cubes 10 align accordingly. When playing with these mosaic cubes, the cube can 50 in the middle because of its larger size than the other stereo cubes 10 in the middle with the frame base 1 mounted grid 11 be attached and aligned. The user can use the stereo cube with his finger 10 turn it over to make a pattern

Since the present invention has three solution possible sticker patterns, the removable stereo cube must 60 in the embodiment, during the mosaic dice game, before the game is assembled. After removing the removable stereo cube 60 However, missing a sticker image, so therefore this removable stereo cube 60 must be used to complete the entire image.

The removable stereo cube 60 has a structure which is provided with at least more than two protruding spring parts 602 on the four sides of the main body 601 is installed while the upper part of the corresponding two sides of the main body 601 each with a notched gap 603 are provided and in each upper portion of each notched gap 603 a protruding tip 604 is introduced. From below in the middle of the main body 601 extends a middle pillar 605 passing through the hole 607 in the middle of the pattern replacement element 606 protrudes and is aligned after this. On the surface of each pattern replacement element 606 stickers are glued on, while two mutually corresponding sides of each pattern replacement element 606 with two horizontal notched columns 607 are provided so that when positioning this pattern replacement element 606 in the notched gap 603 of the removable stereo cube 60 regardless of which side, this with the help of the protruding tip 604 in the inner notched gap 608 Can be attached to the pattern replacement element 606 can be properly aligned. By sticking the images with a particular method on each stereo cube according to the present invention, several methods and solutions for sticking the images are made possible, by installing several catching cubes on some of the stereo cubes increases the level of difficulty and the challenge of playing become.

10

Stereo cubes

603

notched gap

101

bonding surface

604

above top

20

Aufklebebild

605

middle pillar

30

Label-catching image

606

Pattern replacement element

40

common Aufklebebild

607

average hole

50

middle cube

608

Inside notched gap

60

removable Stereo cubes

1

frame base

601

main body

11

grid

602

prominent spring part

12

cover

Claims (8)

Method for sticking images to smart stereo mosaic cubes, wherein a total of 27 dice first arranged so that they have three columns A, B, C and total 9 rows, with the steps for adhering the pictures described below are: Step a. Sticking an image onto a first surface of a total of 27 dice, being on the B-pillar the row 4, B-pillar of the Series 9, C-pillar of the Row 2, C-pillar the row 8 a capture picture is glued on and then every horizontal Pillar as a base is used, each column being rotated 90 ° forward; step b. Gluing an image on the second surface, with the A-pillar of the Row 2, A-pillar of the Row 3, B-pillar the row 3, C-pillar the row 2, C-pillar the row 3 a capture picture is glued on and then every horizontal Pillar as a base is used, with each column rotated 90 ° forward; step c. Gluing an image on the third surface, with the A-pillar of the Row 2, A-pillar of the Row 6, A-pillar the row 7, B-pillar row 4, B-pillar the row 9 a capture picture is glued on and then every horizontal Pillar as a base is used, with each column rotated 90 ° forward; step d. Gluing an image on the fourth surface, with the A-pillar of the Row 1, A-pillar of the Row 2, B-pillar the row 1, C-pillar the row 1, C-pillar the row 2 a capture picture is glued on and then every horizontal Pillar as a base is used, with each column rotated 90 ° to the left; step e. Sticking an image on the fifth surface, with the A-pillar of the Row 8, B-pillar of the Row 1, B-pillar the row 3, B-pillar the row 8, B-pillar the series 9, C-pillar the row 8 a capture picture is glued on and then every vertical column as a base is used, with each column rotated 180 ° to the left; step f. On the A-pillar Row 5, A-pillar the row 6, B-pillar row 1, B-pillar the row 3, C-pillar the series 5 a capture picture is glued to the picture on the sixth surface to stick. Method of pasting images onto Smart Stereo mosaic cubes Claim 1, characterized in that the removable cube on the B-pillar the row 2 is arranged. Method of pasting images onto Smart Stereo mosaic cubes Claim 1, characterized in that the cube in the middle at the B-pillar of Row 5 is arranged. Method of pasting images onto Smart Stereo mosaic cubes Claim 1, characterized in that with the image no capture picture is glued on. Method of pasting images onto Smart Stereo mosaic cubes Claim 1, characterized in that the capture image by another Pattern is replaced, which is different from the solution pattern. Method of pasting images onto Smart Stereo mosaic cubes Claim 1, characterized in that each place to stick of an image and the orientation for sticking an image a certain way is set. Construction of a Smart Stereo Mosaic Cube, consisting mainly from a frame base for the Installation of several stereo cubes, these being several Stereo cubes a cube contained in the middle, whose circumference is larger than the other stereo cubes, and these multiple stereo cubes also include a removable stereo cube, characterized that the removable stereo cube a hollow body forms, wherein on the four sides of the main body at least more than two projecting spring parts are mounted and the upper part of corresponding two sides of the main body, each with a notched Gap is provided in each upper part of the notched gap a pair of protruding tips is inserted, a pillar in the Center down in the middle of the main body extends upwards, in order to arrange several pattern Ersatzele elements, the two matching pages of each pattern replacement element with horizontally notched columns are provided so that when arranging the pattern replacement element on any side in the notched gap of the removable Stereo cube this pattern replacement element with the protruding tip in the inner Notched gap can be attached to this accordingly align. Structure of a smart stereo mosaic cube according to claim 7, characterized characterized in that on the surface of each pattern replacement element Adhesive picture is glued on.