JPS60122200A - Look-up picture body in which figure, etc. are hidden - Google Patents

Abstract

In a three-dimensional picture puzzle, code bits are arranged distributed on an object in all three spatial planes. The code information being sought in the form of a two-dimensional picture is revealed only when the three-dimensional object is viewed from a specific line of sight. The spatially arranged code bits then lose their depth effect and unite to form a two-dimensional picture. <IMAGE>

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a latent searching soft body with a figure etc. f, and this searching soft body is a back crown 1? A large number of code pits are provided in front of the code pit, and the code information inserted therein is hidden.

Concerning the so-called con and nation searching bodies, which are known in various embodiments, what is common to all embodiments of said searching bodies is that in front of the background a large number of first irregularly Appearing in a distributed manner - the presence of code hits in the form of, for example, striations, lines, or other traffic features. After looking at it for a while, the observer finally noticed the various code pits on the screen.
It turns out that there is a relationship that allows us to know hidden shapes.

This figure is structured as code information that can be requested.

A disadvantage of the known two-dimensional search soft body is that the observer usually only needs to distinguish between important code pits and unimportant code hits in order to find the hidden figure (the desired code + 1'J information). Another disadvantage is that the search object cannot be used for purposes other than graphical purposes. This is due to the fact that everything is constrained to normal H, which severely limits the application.The present invention has a wide range of applications, and the code information it collects is fundamentally different and unpredictable for the observer. The purpose is to provide a search software that can be found according to the rules.

In order to achieve this objective, the present invention has a three-dimensional structure in which a large number of dot bits are provided in front of the background, and code information of a two-dimensional arrangement to be inserted into the pit is hidden. The code pits are distributed over all three tf+i of the object, so that the code information to be captured can be recognized on the object only at a specific viewing angle. An important feature of the present invention is the three-dimensionality of the searching soft body.

This creates completely new uses as explained below.

Three-dimensional hunting bodies can be used, for example, in promotional gifts. In this case, it is assumed that the object is provided with code pits in the form of code lines distributed in various shapes or graphic code elements of different shapes and sizes. desirable. Each plate is therefore equipped with code spots distributed in various shapes. When the plates are stacked one on top of the other to form one block, by rotating this block, three display surfaces can be created. You can see it.

The observer initially sees only an irregular overlapping of the code elements on individual one-upon-one plates.

It is only when he rotates the object in a certain direction for a predetermined time that all the code elements of all the plates are unified to represent the code information. This code information can be, for example, a graphic, a blurb, a telephone number, or other information.

According to the present invention, it is possible to obtain the advantage that all ]-dots I-trays, )B can be made into a (1" grouping power) of the code information. It is no longer necessary to identify what is important and what is not important, and to separate these by association from 1. profit.When a latent figure is discovered, it is interesting to search for another picture according to that principle. This is because the code pits included in all search pictures are constituent parts of code information that cannot be requested.

[Searching pictures are also often used]-1; Information is provided in a distributed form, and each code information can be associated with a specific viewing angle. Since each piece of food information is arranged in a certain direction of parental authority, code information that can be recognized in a specific line of sight direction cannot be recognized in other directions of line of sight.

As the object is rotated in the observer's hand, the observer views the object in the direction of the small line that changes one after another, and becomes aware of the 11 different codes one after another.

The claimed coat element can be manufactured in a different manner from the above by forming the code elements distributed on a transparent plate into regularly printed dots of various sizes forming a mesh. It can be formed in black and white or color graphics separated into meshes during printing.

In order to increase the range of play, the transparent plate can be placed in a holster or a transparent container so that it can be disassembled and put into various configurations.

This provides the so-called search-picture principle.

That is, the plates can be placed in a holder or container in various orders and orientations. In this case, a number of orientations and orders of the plate must be tried so that the code information that can be requested can be found when viewed from a particular direction.

Furthermore, the code information also depends on the background code information.
) A detailed monochromatic surface is created, and a search line stick is created! When challenged from the correct direction by an I+ observer, different code information can be made to appear in a different color in front of the background code information. Therefore, in addition to perspective K, the principle of external observation also exists.◇ Three-dimensional search rods are not limited to those fixed inside a block made of glass or synthetic resin, however.This invention In the first embodiment, it is dark colored. code elements, which stand out against a bright background.Conversely, it is also possible to have bright code pits in front of a dark background.

In another embodiment according to the invention, the object can be a three-dimensional holding device in which the code pits are arranged as dots distributed in various shapes. For example, a "Christmas tree" can be considered as such a three-dimensional object. Such objects are ideal for advertising purposes, for example in exhibition halls or shop windows. A great advertising effect is created when a point light source (for example a light emitting diode) is chosen for the code point. Such three-dimensional objects are a great eye-catcher in exhibition halls or shop windows. When an observer observes this object from a completely specific viewing angle, code information is assembled into code points. In addition to code pits that emit light themselves like a point light source, code hits that emit received light like a mirror, for example, can also be used. Mirrors such as triple mirrors can also be called passive point light sources because they emit incident light to the observer. The advantage of this passive element is that no wiring is required, as is the case when using light emitting diodes.

The invention can be further developed by designing digital displays, such as time, temperature, pressure, etc., as three-dimensional objects. At this time, the digital display can be read only from a specific viewing direction, whereas from all other angles, only the three-dimensionally scattered elements (code hits) that make up the digital display can be seen; It is not possible to see the information Z).O This information can be obtained not only from the contents of the configurations explained above, but also from the combinations of individual configurations.

Hereinafter, the present invention will be described in more detail based on embodiments shown in the accompanying drawings.

In the embodiment shown in FIGS. 1 to 3, the three-dimensional body consists of a transparent block (1);
) are many stacked plates (2), (3),
It consists of (4) and (5). Each plate (2), (3),
(4), (5) have code elements (OL (7), (8), (9)) distributed in various shapes, these coat elements being equal or different with respect to size and shape. ing.

Code elements can consist of points, lines, curves, arrows, triangles, etc. When block (1) is observed at viewing angle OQ, code information @1 (JI) in the form of an advertising message appears, as shown in FIG. 3, for example. Plate (2) ~ (
5) All code elements (6) to (9) included
) is the code information that can be requested in combination with this scene number U sword 0 What is important is that the number of individual letters or numbers in the code information is 81.The different code elements of plates (2) to (5) It consists of (6) to (9).

For example, the letter “S” is played with 3 cards) (3), (4) (
Cord lines (7), (8), (9) included in 5)
It consists of or. The code element can be produced, for example, by printing on a plate using a screen printing ink method or by a photomechanical reproduction method. In a similar manner photographs can also be used as patterns for searching soft bodies. The photograph is broken down into a network of points in various planes, and each plane is constructed of a glass or synthetic resin plate, on the front and back of which the appropriate network of points is printed. As a result, only at a particular viewing angle, a requestable photograph emerges from the hidden information, as all the mesh points are combined. 4 and 5 show another embodiment. Here, the three-dimensional search soft body takes the form of a hole J-02 that stands up vertically, and bars 01.04% 1Jf)% (It) pointing in any direction in a three-dimensional manner are arranged one above the other. .

The rod has a code point Q71. in the form of a point light source. (G), (II
), υ is installed. Preferably, these point light sources are light emitting diodes or incandescent bulbs, which provide well-defined code points that stand out well against other backgrounds.

When the object shown in FIG. 4 is observed at viewing angle 01, code information (2) shown in FIG. 5 appears.

In this case as well, it is important that the code information consists of various code points in various three-dimensional planes.

FIGS. 6 to 8 show still other embodiments. In this example, another 71 is provided, in which three search patterns 6υ~) are provided.
lath or synthetic resin blocks).

Code information ~<'4 is hidden in each search diagram 09~.

When the block) (which is shown two-dimensionally in the figure for simplicity) is turned in the direction of the arrow ■ and reaches the viewing angle Oρ, the code information diagram hidden in the search diagram Oυ can be seen. You can't see the code information (), (2) hidden in other search charts, but instead you can only see the individually distributed code lines (2). .

When the glass or synthetic resin block 4 is further turned in the direction of the arrow (b), the code information ■ in the first search diagram C+η disappears, and only the yc code F line ■ becomes visible instead. .

Next, at the viewing angle (6), the code information described in the search diagram 04) appears as an arrow pointing to the right. When the block shown in Figure 8) is further turned in the direction of the arrow (b), the search diagram cI
In υ, 0, the code line ■, (to) is only mentioned, but in the search diagram q on the right, the code information at the viewing angle -)
becomes recognized. Therefore, when we look at this invention, it disappears, and the code points are then combined with V to form a two-dimensional figure.

[Brief explanation of drawings]

The figures show an embodiment of the present invention, and FIG. 1 is a diagonal I1 diagram of an example of the search line bar, FIG. 2 is an exploded perspective view of the search line bar shown in FIG. 1, and FIG. is a view of the search line bar in Figure 1 viewed from an angle that allows code information to be recognized, Figure 4 is a slope view of another example, and Figure 5 is a view of the search line bar in Figure 4 viewed from the direction of arrow aO. FIG. 6 is a front view of the code information that is sometimes recognized. FIG. 1, FIG. 7, and FIG. It is a figure seen from a different angle. (1)...Block or object (2), (3), (4), (5)...Nocolas or synthetic resin plate (6), (7), (8), (9) ... ] - Dot or code element @ ... Holter - 03, α→, Q! 1, αQ...rod (17), as, as, (e), 01)---1-dot point (2)...code information ■...j5 lath or synthetic resin block (rod) ), V
ri, so... search trout, ni), ii? ...Code information (hereinafter, above)

Claims (1)

[Claims] ■ A large number of code pits are provided at 8+7 in the background to form a three-dimensional structure, and two-dimensionally arranged 21;1# information to be inserted into the code pits is hidden. , the code pits are distributed in three directions of the object, so that the requested code information can be recognized on the object only by a pigeon loft at a specific viewing angle. A search line bar with latent figures, etc., characterized by the following. (1) A search device according to claim 1, characterized in that a large amount of code information that can be placed on the object is provided in a distributed manner, and each code pit corresponds to a specific viewing angle. wire rod. ■ The object is a transparent 7 layered layer yc layered one above the other.
A patent characterized in that the cord is made of one lath or synthetic resin and is provided in the form of cord striations distributed in various shapes or in the form of classic cord elements of different shapes and sizes. A search line rod according to claim 1 or 2. ■Claim 3, characterized in that the glass or synthetic resin plates are placed in a halter or a transparent container so that they can be disassembled to change the combination in order to be used as a puzzle. Search line bar described in. (2) The search line rod according to claim 1, wherein the 1tlJ code pits are printed in the form of a 9-14 dot. ■ The object is a three-dimensional holding device! The search line rod according to claim 1a, characterized in that the holding device holds code pits provided in the form of code points distributed in various shapes. . (2) The searching soft body according to claim 6, wherein the code points are formed by point light sources. (2) The flexible body according to claim 7, wherein the code point is a light emitting element that emits the received light. (2) The searching soft body according to claim 1, wherein the object is a compact synthetic resin block and code hits or code points are fixedly embedded in the block.