CN103279784B - A kind of two-dimensional anti-counterfeit label and production method thereof - Google Patents

Abstract

The present invention relates to antifalsification label and preparation method thereof, signed lower double-decker by big label and small tenon to form, described big label and little label are respectively selected from one-dimensional bar code, Quick Response Code, numeral, one in pattern or version stricture of vagina, described big label is positioned at bottom, little label is positioned at above big label, the present invention is inspired by Two-Dimensional Bar-Code Technologies, traditional false proof data base is upgraded to by traditional one-dimensional digital form the numeral of two dimension, pattern, bar code mixing superposition shape library form, there is more intuitive antifalse effect, and cost of faking is high, fraud is made therefore to yield fraud.

Description

A two-dimensional anti-counterfeiting label and its production method

[technical field]

The invention relates to an anti-counterfeiting label and a manufacturing method thereof.

[Background technique]

Anti-counterfeiting labels generally refer to the marks that can be pasted, printed, and transferred on the surface of the target object, or on the packaging of the target object, or on the accessories of the target object (such as commodity listings, business cards, and anti-counterfeiting certificate cards), and have anti-counterfeiting effects. There are mainly common digital coding labels, barcode labels, laser holographic anti-counterfeiting labels, color-changing inks, concealed marks, RFID labels and other forms.

A one-dimensional barcode is a mark composed of a group of regularly arranged bars, spaces and corresponding characters. "Bar" refers to the part with low reflectivity to light, and "space" refers to the part with high reflectivity to light. These bars and The data composed of blanks express certain information, and can be read by specific equipment and converted into binary and decimal information compatible with computers. Usually, for each item, its code is unique. For ordinary one-dimensional barcodes, the corresponding relationship between barcodes and product information must be established through the database. Applications manipulate and process data. Therefore, the ordinary one-dimensional barcode is only used as identification information during use, and its meaning is realized by extracting the corresponding information from the database of the computer system.

Two-dimensional barcode (ie, two-dimensional code, QR code, QR CODE) was first invented in Japan. It is a black and white graphic that is distributed on a plane (two-dimensional direction) according to certain rules to record data symbol information with a specific geometric figure. In the coding, the concept of "0" and "1" bit streams that constitute the internal logic basis of the computer is skillfully used, and several geometric shapes corresponding to the binary are used to represent the text and numerical information. The scanning device automatically reads to realize the automatic processing of information. It has some common features of barcode technology: each code system has its specific character set; each character occupies a certain width; it has certain verification functions, etc. At the same time, it also has the characteristics of automatic identification of information in different rows, and processing of graphic rotation changes.

However, the above-mentioned anti-counterfeiting labels also have many shortcomings, such as being very simple to make, counterfeiters generally only need to purchase relevant equipment to carry out counterfeiting, and the cost of counterfeiting is low. Or it is difficult for consumers to identify and cannot intuitively express the authenticity of the product.

[Content of the invention]

In order to solve the above-mentioned shortcomings and defects of the prior art, the present invention provides an anti-counterfeit label and a method that are costly to counterfeit and intuitively represent anti-counterfeit information.

In order to achieve the above purpose, an anti-counterfeit label is invented, which is characterized in that it consists of a large label and a small label with a double-layer structure. The large label is located on the bottom layer, and the small label is located above the large label. The large label is a number from 0 to 9. The small label is one of one-dimensional barcode, two-dimensional code, number, pattern or pattern, and there are small labels in the middle of the lines on the left and right sides of the big label number 0; on the big label number 1 There is a small label in the middle of the line; there is a small label in the middle of the line on the left and right sides of the big label number 2; there is a small label in the middle of the line on the right side of the big label number 3. Labels; there are small labels in the middle of the lines on the left and right sides of the big label number 4; small labels are set in the middle of the lines on the left and right sides of the big label number 5; in the big label number 6 There are small labels in the middle of the lines on the left and right sides; small labels are provided in the middle of the lines on the right side of the big label number 7; in the middle of the lines on the left and right sides of the big label number 8 A small label is provided; a small label is provided at the middle position of the lines on the left and right sides of the large label number 9.

The present invention also includes a method for making an anti-counterfeit label, comprising:

Steps for storing one-dimensional barcodes, two-dimensional codes, numbers, patterns or patterns in a computer storage device;

Steps for starting the computer system and starting the drawing program;

It is characterized in that the preparation method also consists of the following steps:

a. Import the numbers 0 to 9 into the drawing program as a large label, adjust the length, width, and starting position, and use it as a large label for anti-counterfeiting labels;

b. Import one-dimensional barcode, two-dimensional code, number, pattern or pattern into the drawing program as a small label;

c. Adjust the large label whose length and width are smaller than the above, and adjust the position above the large label to obtain the graphic of the anti-counterfeit label. There is a small label; there is a small label in the middle of the line of the big label number 1; there is a small label in the middle of the line on the left and right sides of the big label number 2; on the right side of the big label number 3 There is a small label in the middle of the line; there is a small label in the middle of the line on the left and right sides of the big label number 4; Small labels; there are small labels in the middle of the lines on the left and right sides of the number 6 on the big label; there is a small label in the middle of the lines on the right side of the number 7 on the big label; around the number 8 on the big label There are small labels in the middle of the lines on both sides; there are small labels in the middle of the lines on the left and right sides of the big label number 9;

d. Send the graphic to a printing device for printing to obtain the anti-counterfeiting label.

Inspired by the two-dimensional barcode technology, the invention upgrades the traditional anti-counterfeiting database from the traditional one-dimensional digital form to a two-dimensional mixed and superimposed graphics library form of numbers, patterns and barcodes. The self-circulation proofreading number of the present invention utilizes the principle of electronic code anti-counterfeiting telephone proofreading to complete one-by-one proofreading (as shown in Figure 1) when generating and printing the extremely difficult two-dimensional data. Consumers can see the rules and know the truth; The color one-dimensional barcode of the present invention has no meaning in production because the colorful barcode has no meaning in production. In order to further strengthen the intuitiveness of anti-counterfeiting and strengthen the proofreading accuracy coefficient, taking code39 as an example, we let the software print "what you see" and "get" to establish as attached The two-dimensional logical correspondence shown in Figure 1; color proofread two-dimensional barcodes, and add multiple correspondences on the basis of one-dimensional barcodes, such as adding the following main links in the QR Code application: a, add light yellow QR Code Interference code, QR Code data is generated by logical deformation of the original data (increase, decrease, replacement of digital language symbols, etc.); b, the small label in the middle is black, and the data can be logically deformed twice or multiple times; c, modify the third part of the QR Code The original data of each positioning frame is the color verification data including the first three digits and the last three digits or other logic digits; the color 3D code is formed and called into a two-dimensional 3D database using the 3D principle and the above-mentioned logic deformation principle. The virtual coating forms a dynamic black or special-shaped color two-dimensional database on the basis of Founder's super-line unlocking and anti-counterfeiting. Through the detection of the unlocking sheet, the query password that needs to be scraped off the coating or uncovered in the past is virtually realized. Dynamic digital patterns call various anti-counterfeiting patterns or currency patterns to form a dynamic correspondence, so that the cost of counterfeiting far exceeds the value of the product, and the counterfeiting is forced to give up because it cannot make money.

[Description of drawings]

Figure 1 is an anti-counterfeit label with a combination of large and small numbers;

Figure 2 is an anti-counterfeit label combined with numbers and one-dimensional barcodes;

Figure 3 is an anti-counterfeiting label combined with a two-dimensional code;

Figure 4 is an anti-counterfeit label of another combination of numbers;

Figure 5 is an anti-counterfeit label with a combination of patterns and numbers.

[detailed description]

Example 1

For a given set of data, such as 0123456789, two sets of data of size and size are printed out (hereinafter, A represents the printed shaded number group, and B represents the printed embedded number group), as shown in FIG. 1 . A is printed according to the given data sequence, B is the same and embedded in A. See Table 1 for the number and layout of B embedded numbers contained in each A back figure. If the numbers in group B are printed and there are still unembedded numbers in group A, then B starts to embed A in a loop from the beginning until all the numbers in group A are embedded in group B.

Table 1

number Number layout 0 2 center left and right 1 1 in the center 2 2 lower left, upper right 3 1 right 4 2 upper left, right 5 2 upper left, lower right 6 2 left, right bottom 7 1 right 8 2 about 9 2 upper left, right

The specific steps are as follows:

Store one-dimensional barcodes, two-dimensional codes, numbers, patterns or patterns in computer storage devices;

Start computer system, start the step of drawing program;

The steps of importing different numbers into the drawing program as the large label of the anti-counterfeiting label, adjusting attributes such as length, width, starting position, etc.;

Import different numbers into the drawing program as a small label for the anti-counterfeiting label;

There are small labels in the middle of the lines on the left and right sides of the number 0; there are small labels in the middle of the lines on the number 1; there are small labels in the middle of the lines on the left and right sides of the number 2 Small label; there is a small label in the middle of the line on the right side of the number 3; a small label is provided in the middle of the line on the left and right sides of the number 4; in the middle of the line on the left and right sides of the number 5 There are small labels on the positions; there are small labels on the middle of the lines on the left and right sides of the number 6; there are small labels on the middle of the lines on the right side of the number 7; Small labels are provided at the middle positions in the side lines; small labels are provided at the middle positions in the lines on the left and right sides of the number 9.

Preview the anti-counterfeiting label in the drawing program, and print it through the printing device after confirmation. The printed label is shown in Figure 1, which contains small number labels in different parts of the large label with a string of numbers. Security label.

When printing, it is also possible to print one or more at a time in a matrix arrangement, so as to print multiple anti-counterfeiting labels in batches.

Example 2

The production method of anti-counterfeiting labels with numbers as large labels and colored one-dimensional barcodes as small labels:

Different from the production and printing steps in Example 1, the light-colored number is used as a large label, and the length, width, and starting position are adjusted to be a large label of an anti-counterfeiting label;

Use the one-dimensional barcode as a small label, adjust the length and width to be smaller than the large label, adjust the position above the large label, and satisfy the requirement that the colored one-dimensional barcode is covered in the number lines, and obtain the anti-counterfeiting label as shown in Figure 2 graphics. The shape of the number is reflected by the coverage of the one-dimensional code.

Example 3

The production method of the anti-counterfeiting label using the QR code as the size label:

The difference from the production method in Example 1 is that the two-dimensional code is used as a large label, and the length, width, and starting position are adjusted to be a large label of an anti-counterfeiting label;

Use the QR code as a small label, adjust the length and width to be smaller than the above-mentioned large label, and adjust the position above the large label to obtain the graphic of the anti-counterfeit label as shown in Figure 3.

Different from Example 1,

Example 4

Use multiple numbers as anti-counterfeiting marks for size labels:

The difference from the production method in Example 1 is that the dark numbers are used as large labels, and the length, width, and starting position are adjusted to be used as large labels for anti-counterfeiting labels;

Use the light-colored number as a small label, adjust the length and width to be smaller than the above-mentioned large label, and adjust the position above the large label to obtain the graphic of the anti-counterfeiting label as shown in Figure 4.

Example 5

Use patterns and numbers as anti-counterfeiting marks on size labels:

The difference from the production method in Example 1 is that the pattern is used as a large label, and the length, width, and starting position are adjusted to be a large label of an anti-counterfeiting label;

Use the number as a small label, adjust the length and width to be smaller than the above-mentioned large label, and adjust the position above the large label to obtain the graphic of the anti-counterfeiting label as shown in Figure 5. The number is transparent, and the shape of the number is outlined by the yin and yang patterns.

Claims (2)

1. an antifalsification label, it is characterised in that signed lower double-decker by big label and small tenon and form, described big label position In bottom, little label is positioned at above big label, described big label be numeral 0～9, little label be one-dimensional bar code, Quick Response Code, One in numeral, pattern or version stricture of vagina, the medium position in the left and right sides lines of big label numeral 0 is equipped with small tenon Sign；It is provided with little label on medium position in the lines of big label numeral 1；In the left and right sides lines of big label numeral 2 Medium position on be equipped with little label；It is provided with little label on medium position in the right side lines of big label numeral 3；Greatly It is equipped with little label on medium position in the left and right sides lines of label numeral 4；Left and right sides lines in big label numeral 5 It is equipped with little label on interior medium position；It is equipped with little on medium position in the left and right sides lines of big label numeral 6 Label；It is provided with little label on medium position in the right side lines of big label numeral 7；The left and right sides in big label numeral 8 Little label it is equipped with on medium position in lines；It is all provided with on medium position in the left and right sides lines of big label numeral 9 There is little label.

The manufacture method of a kind of antifalsification label the most according to claim 1, including:

For the step that one-dimensional bar code, Quick Response Code, numeral, pattern or version stricture of vagina are stored in computer storage device；

For starting computer system, start the step of mapping program；

It is characterized in that manufacture method also comprises the steps of:

A., numeral 0 to 9 imports mapping program mark as big label, adjustment length and width, original position, big as antifalsification label Sign；

B. one-dimensional bar code, Quick Response Code, numeral, pattern or version stricture of vagina are imported mapping program as little label；

C. adjust length and width and above big label, obtain the figure of described antifalsification label less than described big label, adjustment position Shape, position relationship is as follows: be equipped with little label on the medium position in the left and right sides lines of big label numeral 0；At big mark The medium position signed in the lines of numeral 1 is provided with little label；Medium position in the left and right sides lines of big label numeral 2 On be equipped with little label；It is provided with little label on medium position in the right side lines of big label numeral 3；In big label numeral 4 Left and right sides lines in medium position on be equipped with little label；Middle part in the left and right sides lines of big label numeral 5 Little label it is equipped with on position；It is equipped with little label on medium position in the left and right sides lines of big label numeral 6；Greatly Medium position in the right side lines of label numeral 7 is provided with little label；In in the left and right sides lines of big label numeral 8 Little label it is equipped with on position, portion；It is equipped with little label on medium position in the left and right sides lines of big label numeral 9；

D. send to printing device to carry out printing by described figure and obtain described antifalsification label.