WO2017088240A1

WO2017088240A1 - Composite identification code structure, product using same, and monitoring method

Info

Publication number: WO2017088240A1
Application number: PCT/CN2015/099112
Authority: WO
Inventors: 陈辉; 王利明
Original assignee: 上海透云物联网科技有限公司
Priority date: 2015-11-24
Filing date: 2015-12-28
Publication date: 2017-06-01
Also published as: WO2017088313A1; CN105654164A; CN105631501A

Abstract

A composite identification code structure, product using the same, and monitoring method. The composite identification code structure comprises at least two identification codes which are associated with each other by at least one attribute. At least one of the identification codes is provided with a mask region, and at least the other of the identification codes is fully arranged in an exposure region. One of the identification codes of the composite identification code is exposed and the other identification codes are partially covered, so that only the uncovered identification code can be identified at the beginning, and the other codes can be identified only after a covering part is removed. The present invention enables two or more times of identification and code-reading to be performed on the composite identification code. Also, the arrangement mode of the mask region can ensure that the identification and code-reading are performed more than twice after the goods circulate to the final consumer (namely profit realization), and can prevent the identification code from being destroyed before the goods reach to the final consumer, and thus the consumer's rights are protected.

Description

Composite identification code structure, product using composite identification code structure and monitoring method

Technical field

The invention relates to a composite identification code structure, a product using a composite identification code structure and a monitoring method.

Background technique

Over the years, the identification code has gone through the development of one-dimensional code to two-dimensional code, and its use in the commodity and logistics industries has become more and more extensive and extensive.

One-dimensional code, usually a multi-line barcode, can store a large amount of data and is widely used in hospitals, driver's licenses, material management, and cargo transportation. The disadvantage of one-dimensional barcodes is that barcodes only express information in one direction (such as horizontal direction), but do not express any information in the vertical direction. The height is usually for the convenience of reader alignment; the data capacity is small, usually It is only about 30 characters long and can only contain letters and numbers; the barcode size is relatively large, resulting in low space utilization; the barcode cannot be read after it is damaged.

2-dimensional bar code is a black and white graphic that records data symbol information in a plane (horizontal and vertical direction) with a certain geometric pattern. It is skillfully used in code compilation. The concept of the "0" and "1" bitstreams of the internal logic of the computer uses several geometric shapes corresponding to the binary to represent the literal numerical information, and is automatically read by the image input device or the photoelectric scanning device to realize the automatic information. deal with.

In the field of commodity management, warehousing, and transportation logistics, most of the cases use one-dimensional codes to link the attributes of goods with goods through one-dimensional codes. Control of goods, such as preset promotional redemption activities, is when the goods are produced, that is, the reward information has been marked on the goods. In this way, once shipped, you cannot control or modify the rules and results of any promotion, such as increasing or decreasing the number of awards.

At the same time, traditional logistics methods are also very limited in the monitoring of goods. Although there are more and more two-dimensional codes currently used in the packaging of goods, most of them are limited to enterprises for introduction, promotion, promotion, anti-counterfeiting, anti-counterfeiting, and only one QR code, only this one. The QR code is associated with the basic information or logistics information of the product. However, whether it is a one-dimensional code or a two-dimensional code, or other identification codes, the information contained in a single identification code often has a single layer, that is, the information contained in a single identification code can be fully known by one scan. Information cannot be layered out. Even if there is a layered encryption measure in the identification code, in view of the rapid development of technology, there may be devices that can crack the encryption measures, and the information that the manufacturer or the merchant hopes to be exposed after the final sale of the product is disclosed in advance, affecting the manufacturing. Market plan of manufacturers or merchants, monitoring of commodity sales, etc.

Nowadays, there is a demand that merchants want to monitor the real-time logistics location of a batch of goods in real time, send it to the city, and also want to know whether the goods have achieved final sales (sales to the most end users), and even hope to be able to Proactively determine a certain time period (such as holidays), a certain area (such as the Yangtze River Delta region), a certain strength (such as the number of awards and awards) promotions, and a quick response to the winning (such as immediately redemption, fast Receive the award). These requirements are not met in the prior art.

Further, in the field of food packaging, since the components of the identification code itself contain inks, pigments, and the like, which are detrimental to food hygiene and health, the identification code cannot be in direct contact with the food, and cannot be disposed inside the food package in contact with the food. Therefore, the merchant or the manufacturer particularly wants that the identification code of the food is set on the surface of the food packaging to avoid contact with the internal food or beverage. The identification code is set on the outer surface of the package, but the information of the identification code is required to be hierarchically displayed. The current single identification code is difficult to solve such technical problems.

Summary of the invention

A technical problem to be solved by the present invention is to provide a composite identification code structure and a product having the same structure, and a product monitoring method, which not only includes some basic information of a commodity, but also can be actively controlled through the background at any time. Modify and add some information.

A technical problem to be solved by the present invention is to provide a composite identification code structure and Products with such a structure, as well as product monitoring methods, can not only ensure the management of goods from the packaging of the goods to the logistics stage, but also safely and clearly know or trace back through the identification of the composite identification code. The status or information after the goods are circulated to the final consumer (ie, after the sale), and the information presented to the final consumer can be actively controlled and adjusted.

In order to overcome the technical problems to be solved by the present invention, the present invention provides a composite identification code structure, including at least two identification codes, and the identification codes are associated by at least one attribute. At least one of the identification codes is provided with a mask area, and at least one other of the identification codes is all disposed in the exposed area.

Preferably, the identification codes are nested together.

Preferably, the identification codes are provided separately.

Preferably, the identification code is at least one of a one-dimensional code, a QR code, a PDF417 code, a DM code, an MC code, and a Hanxin code.

As an example, the present invention further provides a composite identification code structure based on a QR code and a DM code, the DM code being nested in a QR code area, where the composite identification code structure includes an exposed area and a mask area, where The QR code is partially covered to form the mask area; the exposed area is a portion other than the mask area, and the DM code is exposed; the QR code and the DM code are associated by at least one attribute.

Preferably, the QR code is provided with three position detection areas in which at least two position detection areas of the QR code are covered. The requirement that the cover portion needs to be covered is determined by the fact that the QR code cannot be recognized, and the covered portion may be equal to or more than the portion where the QR code cannot be recognized as the standard.

Preferably, the DM code is one or more.

Preferably, the DM code is disposed in an area opposite to the three position detection areas of the QR code.

Advantageously, said DM code is disposed in said central region of said QR code.

Preferably, the mask area is a folded portion from which the QR code is self-formed. One of the implementations of the mask area according to the present invention may be that the fold structure is formed by self-folding by the identification code structure. When the identification code that needs to be covered needs to be recognized, only the folded portion of the identification code structure is opened. Identification of another or other identification code can be done.

Preferably, the masking zone is a wiped film coating. The second implementation manner of the mask area of the present invention may be that the identification code structure is partially covered by the wiped film coating. When the identification code to be covered needs to be recognized, the scratch coating is scraped off to reveal the remaining identification code. The structure can complete the identification of another or other identification code.

Preferably, the masking zone is formed by a covering member applied thereto. The third implementation manner of the mask area of the present invention may be that by additionally providing a cover member on the identification code structure portion, the covered portion forms a mask area, and when it is necessary to identify the covered identification code, The cover member can be opened to identify another or other identification code. Preferably, in the present invention, the identification codes are associated by at least one attribute, and the association manner may be, for example, binding. After the association, by identifying and reading one of the clear codes, it is possible to know what the corresponding password is. Therefore, setting the password by identifying the clear code includes adding attribute information (for example, setting to a winning code).

In order to overcome the above-mentioned problems of the prior art and to achieve the technical problem to be solved by the present invention, the present invention provides a corresponding product having the above composite identification code structure, a product having a composite identification code structure, and the composite identification code structure includes at least Two identification codes, the composite identification code structure including an exposed area and a mask area, wherein the exposed area is an exposed portion of the composite identification code structure; the mask area is a structure of the composite identification code In the covered portion, the identification codes are associated by at least one attribute.

Preferably, the identification codes are nested together.

Preferably, the identification codes are provided separately.

As an example, the present invention provides a Tetra Pak package having a composite identification code structure, which is formed by nesting a DM code nested in a QR code region, the composite identification code structure including an exposed area and a mask. a region, wherein the mask region is partially covered by the QR code; the exposed region is a portion other than the mask region, and the DM code is exposed, and the QR code and the DM code pass at least one Attributes are associated.

Advantageously, said masking region covers a portion of the QR code shape by the folded portion of the Tetra Pak package body to make.

Preferably, the mask area is formed by a tear-open label covering portion QR code.

Preferably, the masking zone is formed by a scratch-off wiped film coating covering a portion of the QR code.

Advantageously, said QR code is provided with three position detection zones in which at least two position detection zones of said QR code are obscured.

Preferably, the DM code is one or more.

Preferably, the width of the Tetra Pak DM code is less than or equal to one third of the width of the QR code, the length of the DM code is less than or equal to one third of the length of the QR code, and the smallest size of the QR code is 7 mm x 7 mm.

Preferably, the Tetra Pak DM code is located at the center of the QR code or at a position below the center.

In order to overcome the above-mentioned deficiencies of the prior art, and to achieve the technical problem to be solved by the present invention, the present invention further provides a method for setting a product identification code, comprising the following steps: (1) setting at least two identification codes on a product; 2) partially obscuring at least one of the identification codes and exposing at least one other identification code; (3) associating the identification codes with at least one attribute.

Preferably, the identification codes are nested together.

Preferably, the identification codes are provided separately.

Preferably, the product is a Tetra Pak or a Combibloc package, and the folded portion on the Tetra Pak or the Combibloc package partially obscures at least one identification code and exposes at least one other identification code.

The invention also provides a product monitoring method, comprising the following steps: (1) setting at least two identification codes on the product, partially covering at least one of the identification codes, exposing at least one of the identification codes; (2) The identification code information is stored in a database; (3) the identification codes are associated by at least one attribute; and (4) the product is monitored and controlled by the identification code information in the database.

Preferably, the identification code is a one-dimensional code, a QR code, a PDF417 code, a DM code, and an MC. At least one of a code and a Hanshin code.

Preferably, the product is a Tetra Pak, a Combibloc package, a folded portion of the Tetra Pak or the Combibloc package partially obscures at least one identification code and exposes at least one other identification code.

In order to solve the above problems, the present invention proposes a structure of a composite code, which integrates two QR codes of a QR code and a DM code, and the composite code is implemented based on a QR code and a DM code, including a QR code and a QR code. a DM code in the area, the QR code is provided with three position detection areas, wherein the composite code structure is provided with a mask area, and the mask area covers at least two position detection areas of the QR code, And exposing the DM code.

According to an embodiment of the invention, the mask area is a cover portion to cover at least two position detection areas of the QR code and expose the DM code.

According to an embodiment of the invention, the mask area is a self-formed fold of the QR code to cover at least two position detection areas of the QR code and expose the DM code.

According to an embodiment of the invention, the mask area covers at least two position detection areas of the QR code, and the DM code is disposed in an area where the QR code is exposed.

According to an embodiment of the invention, the mask area covers three position detection areas of the QR code, and the DM code is disposed in an area opposite to the three position detection areas of the QR code.

According to an embodiment of the invention, the mask area covers three position detection areas of the QR code, and the DM code is disposed in the QR code center area. The invention utilizes the masking area of the QR code of the composite code to make the composite code can be scanned and read twice, which facilitates the information recording and anti-counterfeiting traceability of the product in two stages of production and sales, and saves a lot of space.

Compared with the prior art, the main difference between the embodiment of the present invention and the effect is that the identification code other than one of the composite identification codes is partially covered, so that only the uncovered portion can be identified at the beginning. The identification code can be used to identify other codes after the cover portion is removed. Not only enables the composite identification code to be identified or read more than twice; the setting of the mask area ensures that the product is distributed to the final consumer (ie, realizes profit) and is identified and read twice, avoiding the final arrival. In the hands of consumers It was previously destroyed to protect consumer rights.

At least one attribute association between the composite identification codes of the present invention controls the identification code information of the corresponding mask area by controlling the identification code of the exposed area. Similarly, the identification code of the corresponding exposed area can also be known by the case where the mask area identification code is recognized.

The nesting setting mode according to the present invention is a setting manner considering the position and the area, and has a positional relevance as a whole with respect to the separate setting of the separation. The opposite regions of the three position detecting regions of the present invention, wherein the opposite regions are the fourth rectangular corner regions outside the three position detecting regions in the rectangular structure. The exemplification of the present invention is intended to be illustrative, and not to limit the scope of the invention. Various changes and modifications can be made by those skilled in the art without departing from the spirit and scope of the invention. The invention is particularly suitable for application in the field of food packaging by arranging the composite identification code on the outer side of the package, and avoids setting the identification code inside the package of the food to contaminate the food.

DRAWINGS

1 is a structural diagram of a QR code and a DM code composite identification code before setting a mask area according to the present invention;

2 is a structural diagram of forming a mask area from the folded portion by the identification code structure in FIG. 1 according to the present invention;

Figure 3 is a structural view showing a masking region formed by a wiped film coating of the present invention;

Figure 4 is a structural view showing a masking region formed by a covering member of the present invention;

5 is a structural diagram of the DM code of the present invention before being disposed in a central area of the QR code and setting a mask area;

Figure 6 is a structural diagram of the present invention after the mask area is set in Figure 5;

7 is a structural diagram of the DM code of the present invention before being disposed under the QR code and setting a mask area;

Figure 8 is a structural diagram of the present invention after the mask area is set in Figure 7;

9 is a schematic view showing a composite corner identification code of a package of a Tetra Pak according to the present invention;

Figure 10 is a schematic view showing the composite identification code of the folded portion of the Leica package of the present invention;

Figure 11 is a schematic view showing the composite identification code of the label cover of the Tetra Pak according to the present invention;

In the figure, 1, QR code; 2, DM code; 3, scratch film coating; 4, covering part; 5, exposed area; 6, mask area; 7, Tetra Pak; 8, folding part; 101, location detection area.

detailed description:

In order to make the inventive features, technical means and accomplishment of the present invention easier to understand, the present invention will be further described below in conjunction with the specific embodiments.

Referring to FIG. 1 , a QR code 1 and DM code 2 composite identification code before a mask area is set according to the present invention, and a blank area is set in a text area of the QR code 1 for setting a DM code 2 to form a composite identification code structure. . In this case, when the composite identification code is identified and coded, both the QR code 1 and the DM code 2 can be recognized and read.

A composite identification code structure of the present invention includes at least two identification codes, the identification codes being associated by at least one attribute, at least one of the identification codes being provided with a mask area, in the identification code At least one other is all set in the exposed area. As shown in FIG. 3, the dotted ellipse points to the exposed area 5; the mask area is the portion where the composite identification code structure is covered, as shown in FIG. 3, the covered portion of the scratch coating 3 is masked. Code area. A code that can be recognized and read can be called a clear code, and a code that is partially obscured and cannot be recognized and read can be called a secret code. In Fig. 2, since the QR code 1 cannot be read because it is covered, it becomes a password, and the DM code 2 can be read because it is uncovered and exposed, and thus becomes a clear code. The DM code 2 is nested with the QR code 1 nested. Before the wiped film coating 3 is scratched, a clear code identification code, DM code 2, can be identified in the exposed area. After the wiped film coating 3 is scratched, the entire QR code 1 is exposed before it can be recognized. The identification code QR code 1 and the DM code 2 are associated by at least one attribute, that is, the information of the corresponding code can be known by identifying the clear code before the wiper film coating layer 3 is removed, so that the manufacturer can pass the For the identification of the clear code, the information of the corresponding secret code is determined, and the information binding between the clear code and the secret code is realized, so that the marketing strategy and method can be adjusted at any time according to the location area where the clear code is located, such as setting a lottery or product recall.

The identification codes may be nested together or separately. The identification code is at least one of a one-dimensional code, a QR code, a PDF417 code, a DM code, an MC code, and a Han code. For example, the identification code may be a QR code, or may be a group of a QR code and a DM code. Hehe.

For convenience of description, the QR code referred to in the present invention may be simply referred to as QR, the DM code may be simply referred to as DM, and the MC code may be simply referred to as MC.

As an example, referring to FIG. 2-11, the composite code structure based on the QR code and the DM code provided by the present invention includes a QR code 1 and a DM code 2, and the DM code 2 is nested in the QR code 1 area. Integrally, the composite identification code structure includes an exposed area 5 and a mask area, wherein the QR code 1 is partially covered to form the mask area; the exposed area is a portion other than the mask area, As shown in FIG. 3, the dotted ellipse points to the exposed area 5, and the DM code is exposed; the QR code and the DM code are associated by at least one attribute. The manner of nesting is set such that the DM code is one or more, and the number of QR codes may be greater than one, and multiple recognitions are implemented. The QR code is provided with three position detection areas in which at least two position detection areas of the QR code are covered. The requirement that the cover portion needs to be covered is determined by the fact that the QR code cannot be recognized, and the covered portion may be equal to or more than the portion where the QR code cannot be recognized as the standard.

As shown in Figures 5-8, in general, the shape of the QR code 1 is substantially square or rectangular, having three position detection zones 101 for positioning at the time of identification, three distributed over the four corners of the QR code. As shown in FIG. 7, the DM code 2 is disposed in an area opposite to the three position detecting areas 101 of the QR code 1. Or, as in FIG. 5, in the central region of the QR code 1, or in the fourth corner of the square or rectangular four corners except the three position detecting regions 101. In this way, the text area of the QR code 1 is utilized to the utmost extent, and the composite identification code structure remains as a basic square or rectangle as a whole, saving a lot of space. In the figure, the QR code is provided with three position detecting areas 101, in which at least two position detecting areas 101 of the QR code are covered, such as two position detecting areas on the upper or left side of the QR code. 101. For the requirement that the covering part needs to be covered, the QR code can not be identified as the standard, and the covered part can be equal to or more than the part where the QR code cannot be recognized as the most, the maximum covering condition, the composite identification code structure can be The QR code is completely covered except for the DM code.

An example of the setting of the mask area of the present invention is shown in Figure 2-4:

As shown in FIG. 2, the mask area is a self-formed folded portion of the QR code, and the present invention One of the implementations of the mask area may be that the fold structure is formed by self-folding by the identification code structure. When the identification code to be covered needs to be recognized, another or other identification may be completed by simply opening the folded portion of the identification code structure. Identification of the code.

As shown in FIG. 3, the mask area is a wiped film coating. The second implementation of the mask area of the present invention may be that the identification code structure is partially covered by a wiped film coating, and is required to be covered. When the identification code is identified, the identification of another or other identification code can be completed by scratching the wiped film coating 3 to reveal the remaining identification code structure.

As shown in FIG. 4, the mask area is formed by a cover member 4 (for example, a label) applied thereto, and the third implementation manner of the mask area of the present invention may be by additionally providing a cover member in the identification code. Above the structural portion, the covered portion forms a mask area, and when the identification code to be covered needs to be recognized, the identification of another or other identification code can be completed by simply opening the covering member.

The identification code in the mask area of the present invention and the identification code in the exposed area 5 are associated by at least one attribute, and the association manner may be, for example, binding. After the association, only one of the clear codes is identified and read. It is possible to know what the corresponding secret code is, and thus to set the password by identifying the clear code, including adding attribute information (for example, setting to a winning code).

The present invention provides a corresponding product having the above composite identification code structure, a product having a composite identification code structure, the composite identification code structure including at least two identification codes, and the composite identification code structure includes an exposed area and a mask area. The exposed area is a portion of the composite identification code structure that is exposed; the mask area is a portion of the composite identification code structure that is obscured, and the identification codes are associated by at least one attribute. The identification codes are nested together or separately. The identification code is at least one of a one-dimensional code, a QR code, a PDF417 code, a DM code, an MC code, and a Hanxin code.

As an example, the present invention provides a Tetra Pak package having a composite identification code structure, and the composite identification code structure is formed by nesting a DM code nested in a QR code region, and the composite identification code structure includes an exposed area and a mask area. Wherein the mask area is partially covered by the QR code; the exposed area is a portion other than the mask area, and the DM code is exposed, and the QR code and the DM code pass at least one attribute Make an association. Mask area by Tetra Pak The folded portion of the body covers a portion of the QR code to be formed; or is formed by a tearable label covering a portion of the QR code; or formed by covering the portion of the QR code with a scratch-off wiped film coating.

Referring to FIG. 9, a Tetra Pak package having a composite identification code structure, the Tetra Pak package 5 has a composite identification code structure, and the composite identification code structure includes at least two identification codes, and the QR code 1 and the nest are in the figure. In the DM code 2 in the QR code 1, the identification code DM code 2 is nested with the QR code 1, the composite identification code structure including an exposed area and a mask area, wherein the exposed area is the The portion of the composite identification code structure exposed, as shown in FIG. 9, is a portion where the identification code can be seen; the mask area is a portion of the composite identification code structure that is covered, as shown in FIG. The music bag 7 covers the portion covered by the member 4 (one corner) when bent. As shown in FIG. 10, in the case where the folded portion 8 of the other portion on the Tetra Pak bag 7 is folded, the Tetra Pak package is folded at the bonding portion (the sealing portion) to form a folded portion, and the folded portion is unfolded. After 8th, expose the complete QR code. Figure 9 and Figure 10 all use the folding parts of the Tetra Pak or the SIG Combibloc to form the covering part. When the final consumer purchases the product and then consumes it, the package must be opened, the covering part is opened, and the complete QR code is exposed. At this point, the consumer can scan to identify the QR code. The merchant or product manufacturer can also scan through the QR code to know the information that the product was purchased by the final purchase. As shown in FIG. 11, a label 9 is placed on the Tetra Pak 7 to cover the identification code, and after the label 9 is torn open, the complete QR code is exposed. After the terminal is sold, the consumer can identify the QR code 1 by removing the tag 9, and the merchant accepts the identification information of the QR code 1 by the consumer terminal, and determines that the product is finally purchased for purchase. The QR code 1 and the DM code 2 are associated by at least one attribute, that is, information binding is performed by at least one attribute. The identification code set on the Tetra Pak includes, but is not limited to, a one-dimensional code, a QR code, a PDF417 code, a DM code, an MC code, and a Hanshin code.

The DM code is one or more, and the QR code is provided with three position detection areas, in which at least two position detection areas of the QR code are covered. The DM code is disposed in an area opposite to the three position detection areas of the QR code or in the QR code center area. The specific setting method is as described above for the description of FIG. 5-8.

The width of the Tetra Pak DM code is less than or equal to one third of the width of the QR code, the length of the DM code is less than or equal to one third of the length of the QR code, and the smallest size of the QR code is 7 mm x 7 mm. Alternatively, the Tetra Pak DM code is located at the center or center of the QR code. The location below.

Products that set composite identification codes also include, but are not limited to, Tetra Pak, Combibloc packaging, or other similar packaging, such as roof packaging, which uses a roof bag to wrap the folded portion to set a mask area to cover part of the identification code information. When the final consumer purchases the merchandise for final consumption, the package is opened, the cover component is opened, and the complete identification code can be recognized. The merchant or product manufacturer can also be identified by the mask area identification code to know that the merchandise is Information on the final purchase purchase.

A method for setting a product identification code according to the present invention includes the following steps: (1) setting at least two identification codes on a product; (2) partially covering at least one of the identification codes, and exposing at least another identification code; (3) Associating the identification codes with at least one attribute. The identification codes are nested and nested together; they can also be set separately. The product is a Tetra Pak or a Combibloc package, and the folded portion on the Tetra Pak or the Combibloc package partially obscures at least one identification code and exposes at least one other identification code.

The invention provides a product monitoring method, comprising the following steps: (1) setting at least two identification codes on a product, partially covering at least one of the identification codes, and exposing at least one of the identification codes; (2) The identification code information is stored in a database; (3) the identification codes are associated by at least one attribute; and (4) the product is monitored and controlled by the identification code information in the database. The identification code set on the product is at least one of a one-dimensional code, a QR code, a PDF417 code, a DM code, an MC code, and a Hanxin code. The product is a Tetra Pak, a Combibloc package, or other similar packaging. The folded portion of the Tetra Pak or the Combibloc package partially covers at least one identification code and exposes at least one other identification code.

In the present invention, the identification codes are associated by at least one attribute, and after the association, the corresponding relationship is established between the identification codes. After that, for the identification code to set a party, such as the internal management personnel, the identification code of the exposed area will record the basic information of the carrier indicating the identification code, such as product introduction, business introduction, product logistics information, product authenticity information, feedback, etc., or On-demand settings for internal management; the identification code in the mask area will be identified after removal of hiding or cloaking, which can include promotional information, product authenticity information, winning information, feedback, etc., or set as needed. The identification code setting party only needs to carry out the identification code of the exposed area. Identify, read, and decode to understand the masked identification code and control it, set properties, and more.

After the product is sold, for example, at the consumer, the consumer can remove the cover by tearing off the mask, tearing off the scratch layer, unfolding the fold, etc. on the mask area of the composite identification code structure. Identify and read code. Realize understanding of promotional information, product authenticity information, winning information, feedback or suggestions. If you win the prize, you can directly complete the verification of the winning prize. After the feedback, the bonus will be released in the shortest time, which greatly simplifies the verification and acceptance process.

The identification code of the exposed area can be set on the package of multiple single-piece products, or on more batch packages of several packaged products to achieve control, in addition to being placed on a single product package. Logistics of bulk products. The identification code set on the box package or the batch package may be the same as the identification code of the exposed area, or may be different. If different, it may also be associated by the attribute to achieve the purpose of information binding control. The identification code setting and products and methods of such exposed areas are also within the scope of the present invention.

1 is a composite code structure diagram of a mask area not provided in the present invention. As shown in the figure, the composite code structure includes a QR code 1 and a DM code 2 disposed in the area of the QR code 1. A basic structure of the composite code is formed by setting a blank area in the text area of the QR code 1 for setting the DM code 2.

In general, the QR code 1 has a basic shape of a square or a rectangle, and is configured with three position detecting areas 101 for positioning when scanning code. The three position detecting areas 101 are respectively disposed at the upper left and upper right of the QR code. The lower left edge of the composite code, and the DM code 2 in the composite code can be correspondingly set in the lower right area of the QR code 1 opposite to the three position detection areas 101, that is, the central area of the QR code 1, or The lower right corner of the QR code 1, or the middle area below the QR code. This setting maximizes the text area of the QR code 1 and keeps the overall shape of the composite code 2 as a basic square or rectangle. Structure, effectively saving a lot of space.

3 is a structural diagram of a composite code with a masking member as a masking area of the present invention. As shown in the figure, above the basic structure of the composite code, the present invention further provides a masking area 6, which is covered by a masking area 6. In the body area of QR code 1, which is specifically set to mask the QR code The at least two position detecting areas 101 of 1 may be the upper left and upper right position detecting areas, the upper left and lower left position detecting areas 101, or the three position detecting areas 101 may be completely covered.

1 and FIG. 2, the specific location setting of the DM code is not limited to the above location, and only within the QR code 1, all exposed places except the mask area 6 can be used as the area for setting the DM code, and the number of DM codes is also Not limited to one, it may be one or more DM codes and QRs constitute a composite code structure.

Specifically, in the present invention, a cover member is used as the mask area 6 to cover the QR code. The cover member 4 may be a label paper or the like, which is not limited in the present invention.

2 is a structural diagram of a composite code having a folded portion as a masking area of the present invention. As shown in the drawing, in the present invention, a folded portion is used as a masking area 1 to be masked on the QR code 1, and the folded portion may be printed. The label paper of QR code 1 is self-formed, and it can be exposed to the remaining position detecting area 101 after being folded up.

5 is a composite code structure diagram of the DM code 2 of the present invention disposed in a central area of the QR code 1. As shown, the mask area 1 is specifically disposed to cover three position detection areas 101, and only the central area is exposed for Set DM code 2.

7 is a structural diagram of a composite code in which the DM code 2 of the present invention is disposed under the QR code 1. As shown, the mask area 1 is specifically disposed to cover the two position detection areas 101, in the lower middle portion of the QR code 1. The area is used to set the DM code 2.

The basic principles, main features, and advantages of the present invention are shown and described above. It should be understood by those skilled in the art that the present invention is not limited by the foregoing embodiments, and that the present invention is described in the foregoing description and the description of the present invention. Such changes and modifications are intended to fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and their equivalents.

Claims

A composite identification code structure, comprising: at least two identification codes, wherein the identification codes are associated by at least one attribute, and at least one of the identification codes is provided with a mask area, wherein the identification code is At least one other of them is all set in the exposed area.
The composite identification code structure according to claim 1, wherein said identification codes are nested and nested together.
The composite identification code structure according to claim 1, wherein said identification codes are provided separately.
The composite identification code structure according to claim 1, wherein the identification code is at least one of a one-dimensional code, a QR code, a PDF417 code, a DM code, an MC code, and a Hanxin code.
A composite identification code structure based on a QR code and a DM code, wherein the DM code is nested in a QR code area, and the composite identification code structure includes an exposed area and a mask area, wherein the QR The code is partially covered to form the mask area; the exposed area is a portion other than the mask area, and the DM code is exposed; the QR code and the DM code are associated by at least one attribute.
The structure according to claim 5, wherein said QR code is provided with three position detecting areas in which at least two position detecting areas of said QR code are covered.
The structure of claim 5 wherein said DM code is one or more.
The structure according to claim 6, wherein said DM code is disposed in an area opposite to said three position detection areas of said QR code.
The structure of claim 6 wherein said DM code is disposed within said QR code center region.
The structure according to claim 5, wherein said mask area is a self-formed folded portion of said QR code.
The structure of claim 5 wherein said masking zone is scraped Membrane coating.
The structure of claim 5 wherein said masking region is formed by a covering member applied thereto.
A product having a composite identification code structure, wherein the composite identification code structure includes at least two identification codes, the composite identification code structure including an exposed area and a mask area, wherein the exposed area is the The portion of the composite identification code structure that is exposed; the mask area is a portion of the composite identification code structure that is obscured, and the identification codes are associated by at least one attribute.
The article of claim 13 wherein said identification codes are nested together.
The product of claim 13 wherein said identification codes are provided separately.
The product according to claim 13, wherein the identification code is at least one of a one-dimensional code, a QR code, a PDF417 code, a DM code, an MC code, and a Hanshin code.
A Tetra Pak package having a composite identification code structure, wherein the composite identification code structure is formed by nesting a DM code nested in a QR code region, and the composite identification code structure includes an exposed area and a mask area. Wherein the mask area is partially covered by the QR code; the exposed area is a portion other than the mask area, and the DM code is exposed, and the QR code and the DM code are performed by at least one attribute Association.
The Tetra Pak package according to claim 17, wherein the mask area is formed by a portion of the QR code of the folded portion of the Tetra Pak package body.
The Tetra Pak package according to claim 17, wherein the mask area is formed by a tearable label covering portion QR code.
The Tetra Pak package according to claim 17, wherein the masking zone is formed by a scratch-off wiped film coating covering a portion of the QR code.
The Tetra Pak package according to claim 17, wherein the QR code is provided with three position detecting areas in which at least two position detecting areas of the QR code are covered.
A Tetra Pak according to claim 17, wherein said DM code is one or more.
The Tetra Pak package according to claim 21, wherein the mask area is formed by a portion of the QR code of the folded portion of the body of the Tetra Pak package.
The Tetra Pak package according to claim 21, wherein the mask area is formed by a tearable label covering portion QR code.
The Tetra Pak package according to claim 21, wherein the masking zone is formed by a scratch-off wiped film coating covering a portion of the QR code.
The Tetra Pak package according to claim 21, wherein the DM code is disposed in an area opposite to the three position detection areas of the QR code.
The Tetra Pak package according to claim 21, wherein said DM code is disposed in said QR code center area.
The Tetra Pak package according to any one of claims 17 to 25, wherein the width of the DM code is less than or equal to one third of the width of the QR code, and the length of the DM code is less than or equal to one third of the length of the QR code, and The smallest size of the QR code is 7mm x 7mm.
The Tetra Pak according to any one of claims 17 to 25, wherein the DM code is located at a center of the QR code or at a position lower than the center.
A method for setting a product identification code, comprising the steps of: (1) setting at least two identification codes on a product; (2) partially covering at least one of the identification codes, and exposing at least another identification code (3) associating the identification codes with at least one attribute.
The method of claim 27 wherein said identification codes are nested together.
The method of claim 27 wherein said identification codes are provided separately.
The method according to claim 27, wherein said product is a Tetra Pak or a Combibloc package, and the folded portion on the Tetra Pak or the Combibloc partially obscures at least one identification code and exposes at least one other identification code .
A product monitoring method, comprising the following steps, (1) in production Setting at least two identification codes on the product, partially obscuring at least one of the identification codes, exposing at least one of the identification codes, (2) storing the identification code information in a database, and (3) placing the identification code The association is performed by at least one attribute; (4) the product is monitored and controlled by the identification code information in the database.
The method according to claim 31, wherein the identification code is at least one of a one-dimensional code, a QR code, a PDF417 code, a DM code, an MC code, and a Hanshin code.
30. The method of claim 31, wherein the product is a Tetra Pak, a Combibloc package, a folded portion of the Tetra Pak or the Combibloc package partially obscures at least one identification code and exposes at least one other identification code.
A composite code structure based on a QR code and a DM code, comprising a QR code and a DM code disposed in a QR code area, the QR having three position detection areas, wherein the composite code structure is provided with a cover And a mask area covering at least two location detection areas of the QR code and exposing the DM code.
The composite code structure according to claim 37, wherein said mask area is a masking portion to cover at least two position detecting areas of said QR code and exposing said DM code.
The composite code structure according to claim 37, wherein said mask area is a self-formed folded portion of said QR code to cover at least two position detecting areas of said QR code, and exposing said DM code.
The composite code structure according to claim 37, wherein said mask area covers at least two position detection areas of said QR, and said DM code is disposed in an area in which said QR code is exposed.
The composite code structure according to claim 40, wherein said mask area covers three position detection areas of said QR, and said DM code is disposed in an area opposite to said QR position detection area Inside.
The composite code structure according to claim 40, wherein said mask area covers three position detection areas of said QR, and said DM code is disposed in said QR center area.