JPS63278189A - Volvox code - Google Patents

Abstract

PURPOSE:To cope with the processing of information in many directions as well by sorting and discriminating the information according to the combination of colored volvox codes. CONSTITUTION:At the time of reading the volvox code, the direction is determined by 1, primary information is determined by 2, secondary information by 3 and tertiary information by 4. 2-4 are respectively segmented into four, so that the colored combination are at every 16 in types. 2-4 are connected by 5 and the sorting and the discrimination are executed according to the colored combination. Many information can be obtained by converting the combination to the number of information.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is a code that can contain more information and is easier to print than conventional codes used for classification and identification of products. If we develop an example of the use of Honshojo in a drawing, (a) Figure 2 (1) is a perspective view of a milk carton as an example. C in Figure 2 (1) is (l'1) in Figure 2 (2)
This is the same as the 11th view, viewed from above. FIG. 2(3) is a front view of FIG. 2(2). This C is used to read the milk punk code, but in this case, the second
It is assumed that information is acquired when A in Figure (3) overlaps with D in Figure 2 (1). This D determines the reading direction of the code. B in FIG. 2 (3) rotates 360 degrees, and if A is + and D is -, B can be rotated from any direction when reading is attempted, so processing can be performed.

(b) Then, the first information is the manufacturing date, the second information is the product type, and the third information is the price. In this proposal, classification and identification will be performed based on the combination of colored Volvox codes, as shown in Figure 2 (1).
If we replace the coat on the milk carton with Figure 3 (1), we get the following information: 1st information: ○○, ○○ month, ○○ day 2nd information: Milk 3rd information:・・・・・・You may use it as 00 yen. In addition, depending on the amount of information required,
They can also be used in different combinations as shown in Figures (2) and (3).

If we expand the detailed explanation of the book Ki Qin in the drawings, (c) Figure 1 (1) determines the direction in reading the Volvox code.

) Figure 1 (2) is the primary information of the Volvox code.

(e) Figure 1 (3) is the secondary information of the Volvox code.

(f) Figure 1 (4) is the tertiary information of the Volvox code.

(G) Since each of (2), (3), and (4) in FIG. 1 is divided into four sections, there are 16 combinations to be colored. This figure 1 (1), (2), (
The combination of 3) and (4) is shown in Figure 1 (5), which is a Volvox court system that allows classification and identification by color combinations, and provides a large amount of information by converting the combinations into numbers of information. do.

Note that in the Volvox code, colored combinations may be expressed as arbitrary positive combinations, and uncolored combinations may be expressed as arbitrary negative combinations. Also, the first
Although figures (1), (2), and (3) are surrounded by four sides, they do not need to be four sides. The combination of (3) and (4) in FIG. 1 is one, but the number may be increased depending on the amount of information.

This shape is free, so square, rectangle, polygon,
It may be circular. Furthermore, a large number of colors may be used depending on the amount of information. When the amount of information increases, it may be made into figures such as those shown in FIG. 4 (1), (2), and (3). Further, the number of basic implementation drawings of the Volvox code may be any number, and implementation drawings may be included in the implementation drawings of the Volvox code depending on the amount of information as shown in Figure 5 (1) and (2).
It is also possible to add as many figures as you like, including the actual drawings inside. In addition to classifying and identifying products, Volvox codes can be used in a variety of ways. For example, one combination of Volvox codes can be used by one person to handle a large amount of information, such as in customer management at a currently popular jazz dance club or a life insurance company.

In this way, the Volvox code is characterized in that it can be used even when there is an infinite number of pieces of information, and that it can be used in many ways.

(Fig. 1 (3)) and tertiary information (Fig. 1 (4)) from a plane to a three-dimensional image. In this case, since E is a hexahedron, information can be obtained from the six sides by rotating it. As an example of its use, it can be used to project the image shown in FIG. 6 (1) on a screen, and to perform information input/output processing by operating a computer. And this E is a cube, a polyhedron,
It may be solid or may be increased in number depending on the amount of information.

[Brief explanation of the drawing]

(b) Figure 1 (1) determines the direction in which to read the Volvox code. (0) l 1 Figure (2) shows the primary information of the Volvox code. (c) FIG. 1(3) is the secondary information of the Volvox code. ) Figure 1 (4) is the tertiary information of the Volvox code. (e) Figure 1 (5) is the same as Figure 1 (1), (2), (3).
, (4) are combined. (f) Fig. 2 (1) is an example of the use of the Volvox code, and is a perspective view using a milk puncture. (g) FIG. 2(2) is a side view of C in FIG. 2(1), and FIG. 2(3) is a front view. (7) FIG. 3 (1), (2), and (3) are examples of how the Volvox code is used. (1) Figure 4 (1), (2), (3), Figure 5 (1)
, (2) is an example of a Volvox code when information increases. (1) Figure 6 (1) is a Volvox code that combines Figure 1 (3) and (4) and makes it three-dimensional. (1)・M 2 A in Figure (3) is the Volvox code supplement terminal (2)... B in Figure 2 (3) is the internal rotating body of the Volvox code reader (3) Figure 2 (1) C is the Volvox code reader (4) D in Figure 2 (1) is the Volvox code terminal (5) E in Figure 6 (1) is the Volvox code secondary information, Three-dimensionalization of tertiary information

Claims (1)

[Claims] (a) Figure 1 (1) is provided to determine the direction in reading the Volvox code. (b) Figure 1 (2) is provided as the primary information of the Volvox code. (c) Figure 1 (3) is provided as secondary information of the Volvox code. (d) Figure 1 (4) is provided as tertiary information of the Volvox code. (e) Figure 1 (5) is a combination of Figure 1 (1), (2), (3), and (4), which is a basic implementation diagram for the present invention, and is classified by color combination. It is something that identifies. If the configuration is as described above and there is an infinite amount of information, Figure 4 (
1), (2), and (3), and Figure 6 (1), which is a three-dimensional combination of Figure 1 (3) and (4) (E may be a cube, polyhedron, or circle). Volvox code is characterized by its ability to be used in a variety of ways, and to handle information processing in a wide range of fields.