CN201892956U - Anti-counterfeiting mark linkage self-destroying device - Google Patents

Abstract

The utility model relates to an anti-counterfeiting mark linkage self-destroying device, which comprises a support carrier. The support carrier includes a fixed carrier and a movable carrier, both the fixed carrier and the movable carrier are provided with planes to jointly form a rectangular plane, a two-dimensional code lattice pattern is printed in an embedded manner or adhered onto the rectangular plane, and a combining portion is arranged between the movable carrier and the fixed carrier. When inevitable action is exerted on the movable carrier, the movable carrier and the fixed carrier are destroyed and separated from each other along the combining portion, and the two-dimensional code lattice pattern is self-destroyed along with separation of the movable carrier and the fixed carrier. The anti-counterfeiting mark linkage self-destroying device is arranged at a position capable of triggering linkage self-destroying, two-dimensional codes are printed on the rectangular plane of the anti-counterfeiting mark linkage self-destroying device in an embedded manner, and accordingly the anti-counterfeiting mark linkage self-destroying device not only can realize effective identifying and reading of the two-dimensional codes, but also prevents the two-dimensional code pattern from being faked or illegally used repeatedly.

Description

Anti-counterfeit mark linkage self-destruct device

technical field

The utility model relates to the field of anti-counterfeiting technology, in particular to an anti-counterfeiting label linkage self-destruction device.

Background technique

Since the innovation of anti-counterfeiting technology and methods is restricted by the level of scientific and technological development in the fields of identification technology, communication technology, and material technology, the existing anti-counterfeiting methods and technologies generally have cumbersome identification links, high anti-counterfeiting costs, low counterfeiting costs, and anti-counterfeiting marks can be easily detected. Insufficiencies such as counterfeiting or being illegally reused have caused counterfeiting and shoddy behavior to endanger the vital interests of enterprises and consumers for a long time.

With the advancement of modern automatic identification technology, automatic identification technologies including barcode (one-dimensional and two-dimensional), card technology (magnetic, optical and chip), radio frequency identification (RFID), biometric identification, etc. have been applied in the field of anti-counterfeiting. Especially with the popularization of modern communication technology, the anti-counterfeiting method based on mobile phone two-dimensional code recognition technology arises at the historic moment. For example, the Chinese invention patent application with application number 200610125516 discloses "An Anti-Counterfeiting Method for Products with Mobile Phone QR Codes". After being read by the image reading device, the mobile phone QR code image is sent to the anti-counterfeiting system of the product, and the consumer is replied after being judged by the anti-counterfeiting system, or the mobile phone QR code reading software is installed in the consumer's mobile phone, The decoding information of the two-dimensional code of the mobile phone is sent to the anti-counterfeiting system of the product, and the consumer is replied after being judged by the anti-counterfeiting system. This invention application realizes the anti-counterfeiting purpose of remote identification.

The anti-counterfeiting method provided by this patent application can provide a more effective anti-counterfeiting detection function for the purpose of anti-counterfeiting of general commodities, but for the carrier or packaging of some bottles to be verified, the two-dimensional code anti-counterfeiting method cannot be effectively implemented. For example, at the seam of the surface of a bottle and a cap such as a bottle, due to limitations such as the absence of its shape or the inability to form a plane that can support a two-dimensional code dot matrix graphic, the two-dimensional code icon cannot be set there. Therefore, The anti-counterfeiting detection method provided by this patent application can only carry out anti-counterfeiting judgment on the packaging of bottles, and it is difficult to judge whether the bottle and cap of the bottles have ever been opened. In addition, if the QR code icon cannot be destroyed in time after its mission is completed, it may be counterfeited or illegally reused.

Utility model content

The purpose of this utility model is to propose an anti-counterfeit label linkage self-destruct device, which can support the two-dimensional code dot matrix graphics, and can make the two-dimensional code dot matrix icon have the function of being linked to self-destruct, so as to prevent the two-dimensional code Dot icons are counterfeit or illegally reused.

In order to achieve the above purpose, the utility model provides an anti-counterfeit label linkage self-destruction device, including:

The supporting carrier, the supporting carrier includes a fixed carrier and a moving carrier, and the fixed carrier and the moving carrier all have a plane, which together form a rectangular plane, and a two-dimensional code dot matrix icon is embedded or pasted on the rectangular plane;

There is a joint between the moving carrier and the fixed carrier. When the moving carrier is subjected to a certain action, the moving carrier and the fixed carrier will be broken and separated along the joint, and the two-dimensional code dot matrix icon will be Self-destruct due to the separation of the moving carrier and the fixed carrier.

In order to achieve the above object, the utility model provides a container including the aforementioned anti-counterfeit label linkage self-destruction device, the container includes a container cover and a container body, the container cover is closed at the opening of the container body, the The container cover is bonded or integrally manufactured with the movable carrier of the anti-counterfeiting label interlocking self-destruction device, and the container body is bonded or integrally manufactured with the fixed carrier of the anti-counterfeiting label interlocking self-destruction device.

In order to achieve the above purpose, the utility model provides a bottle of the aforementioned anti-counterfeiting label linkage self-destruct device, the bottle includes a bottle body and a bottle cap, the bottle cap is fastened or screwed on the bottle mouth of the bottle body, The bottle cap is bonded or integrally manufactured with the movable carrier of the anti-counterfeiting mark interlocking self-destruction device, and the bottle body is bonded or integrally manufactured with the fixed carrier of the anti-counterfeiting mark interlocking self-destruction device.

Based on the above technical scheme, the anti-counterfeiting label linkage self-destruct device of the utility model is set at a position that can cause the linkage self-destruction, and a two-dimensional code is embedded on the rectangular plane of the anti-counterfeiting label linkage self-destruct device, so the utility model can not only realize two-dimensional The effective reading of the code, and avoiding the counterfeit or illegal reuse of the QR code icon.

Description of drawings

The drawings described here are used to provide a further understanding of the utility model and constitute a part of the application. The schematic embodiments of the utility model and their descriptions are used to explain the utility model and do not constitute improper limitations to the utility model. In the attached picture:

1A-1D are structural schematic diagrams of various parts of the embodiment of the anti-counterfeiting label linkage self-destruction device of the present invention.

2A-2C are schematic diagrams of various states of the embodiment of the bottle adopting the anti-counterfeiting mark linkage self-destruction device of the present invention.

Fig. 3 is a schematic flow diagram of anti-counterfeiting verification by using the anti-counterfeiting label linkage self-destruct device of the present utility model.

Detailed ways

The technical solutions of the present utility model will be further described in detail through the drawings and embodiments below.

As shown in Fig. 1A-1D, it is a structural schematic view of each part of the embodiment of the anti-counterfeiting label linkage self-destruction device of the present invention. The anti-counterfeit label linkage self-destruction device in the present embodiment comprises support carrier 1, and this support carrier comprises fixed carrier 2 and moving carrier 3, and fixed carrier 2 and moving carrier 3 all have a plane, form a rectangular plane 4 altogether, on the rectangular plane 4 Embossing or pasting the two-dimensional code dot matrix graphics 5 .

There is a joint 6 between the moving carrier 3 and the fixed carrier 2. When the moving carrier is subjected to a certain action, the moving carrier 3 and the fixed carrier 2 are broken and separated along the joint 6, and the two-dimensional code dot matrix pattern 5 follows The moving carrier 3 is separated from the fixed carrier 2 and self-destructs.

Considering that there is a difference in the validity of the test evidence in the selection of the setting position of the two-dimensional code supporting plane, it is necessary to set the two-dimensional code icon as an anti-counterfeiting mark at a key position that is sufficient to support the test evidence. This key part should be self-destructed in conjunction with a certain inevitable mechanical action of the object to be verified.

In this embodiment, the rectangular plane can ensure the planar shape of the dot matrix pattern of the two-dimensional code carried by it, so as to realize the effective reading and recognition of the two-dimensional code by the mobile terminal. The interlocking self-destruction device can be linked with the inevitability operation of the object to be verified (such as the container). The lid is closed at the opening of the container body. Generally speaking, because the container may have contained some articles and needs to be taken, or as a utensil for containing articles, it is necessary to open the container cover, and the opening action of the container is an inevitable action before use. This inevitable action destroys the two-dimensional code on the linkage self-destruct device as verification information, thereby preventing the two-dimensional code from being counterfeited or illegally reused.

This inevitable action can be that the container cover rotates relative to the container body, causing the moving carrier and the fixed carrier to be sheared along the joint, or the container cover is displaced relative to the container body in a direction perpendicular to the plane of the joint, causing the moving carrier and the fixed carrier to be sheared. The fixed carrier is pulled off along the joint, etc. The above examples are only to illustrate several situations in which the anti-counterfeiting label-linked self-destruction device is self-destructed due to certain actions, but it does not limit a specific method, which is usually related to the sealing method of the container.

The bonding strength of the joint between the moving carrier and the fixed carrier is smaller than the bonding strength between the moving carrier and the container cover and between the fixed carrier and the container body, so it is easier to be destroyed and avoids non-bonding when certain actions are applied. The internal parts are likely to be damaged first.

Containers can include bottles, jars, boxes, etc. Among the more common containers, bottle containers may have a higher demand for anti-counterfeiting verification functions. The purpose of implementing anti-counterfeiting for bottle containers is to verify the authenticity of the content in the bottle (such as the wine in the bottle). Obviously, the surface joint between the bottle body and the bottle cap of the bottle is a key part that needs to be equipped with a linkage self-destruct device.

As shown in Figure 2A, the bottle includes a bottle body 8 and a bottle cap 7, and the bottle cap 7 is fastened or screwed on the mouth of the bottle body 8. On a traditional bottle, the joint between the bottle cap 7 and the bottle body 8 is usually Because there is no plane with a large area to support the two-dimensional code dot matrix graphics, the two-dimensional code dot matrix graphics cannot be set at the key part of the surface seam between the bottle body and the bottle cap of the bottle container, and cannot be connected with the opening of the bottle. The inevitable mechanical action of the cap is self-destructing, and it is impossible to rely on the QR code anti-counterfeiting mode to prove whether the cap has been opened.

Because the application process of this anti-counterfeiting method has nothing to do with the actual state of the bottle body and the bottle cap, therefore, for many verified objects such as bottle containers, this anti-counterfeiting method is only for containers (such as wine bottles) or packaging. Anti-counterfeiting can not be carried out, but the objects in its container (such as wine in the bottle) cannot be anti-counterfeited.

And the utility model bonds or integrally manufactures the movable carrier 3 of the bottle cap 7 and the anti-counterfeiting label linkage self-destruct device, and the fixed carrier 2 of the bottle body 8 and the anti-counterfeit label linkage self-destruct device is bonded or integrally manufactured. In this way, the rectangular plane 4 formed by the east carrier 3 and the fixed carrier 2 provides a bearing surface for the two-dimensional code dot matrix pattern.

As shown in FIG. 2B , a two-dimensional code dot matrix pattern 5 for realizing the anti-counterfeiting verification function is set on the mouth of the bottle. When the bottle is bottled and leaves the factory, the anti-counterfeit label linkage self-destruction device has been tightly installed at the bottle mouth. The fixed carrier is separated along the junction, see FIG. 2C , which will cause damage to the rectangular plane, and further damage to the dot matrix pattern of the two-dimensional code embossed or pasted in the rectangular plane.

This kind of damage is easy to identify, that is to say, even if someone reassembles the bottle cap and the bottle body, it is easy to find traces of reassembly, and it cannot form a recognizable two-dimensional code dot matrix pattern, which proves that the There is a problem with the bottle and its contents.

Based on this anti-counterfeit label linkage self-destruct device, the utility model provides a process of applying the anti-counterfeit label linkage self-destruct device for anti-counterfeit verification, see Figure 3, including:

Step 101, the mobile terminal collects the two-dimensional code dot matrix pattern embossed or pasted on the rectangular plane of the anti-counterfeit mark linkage self-destruct device through the image acquisition device;

Step 102, the mobile terminal obtains the corresponding URL from the two-dimensional code dot matrix pattern;

Step 103, the mobile terminal accesses the Web or Wap page corresponding to the uniform resource locator through the browser, so that the user can perform anti-counterfeiting verification according to the information of the object to be verified described in the Web or Wap page displayed by the mobile terminal.

In the above verification process, the mobile terminal can collect and analyze the two-dimensional code dot matrix pattern on the self-destruct device of the anti-counterfeiting mark by using its attached image acquisition device (such as a camera, a special reader for two-dimensional code, etc.), and obtain the The Uniform Resource Locator URL corresponding to the two-dimensional code dot matrix graphic uses the Internet access function of the mobile terminal to directly access the URL to obtain the Web or Wap page corresponding to the URL, and the verified object ( For example, various information about bottles) for users to perform anti-counterfeiting verification. The authenticated information may include textual or graphical information.

The server on the network side can pre-set a Web or Wap page for each product, corresponding to a two-dimensional code dot matrix graphic; Two-dimensional code dot matrix graphics.

The utility model aims at the identification link of a certain mechanical action of the verified object or its carrier or its packaging, and can provide effective evidence whether the container (such as a bottle) has been opened, forming a fully closed inspection evidence loop in the anti-counterfeiting process , can provide logical test evidence in theory, and prove the authenticity of many things to be verified, such as bottles, in practice.

Those of ordinary skill in the art can understand that all or part of the steps for realizing the above-mentioned method embodiments can be completed by hardware related to program instructions, and the aforementioned program can be stored in a computer-readable storage medium. When the program is executed, the It includes the steps of the above method embodiments; and the aforementioned storage medium includes: ROM, RAM, magnetic disk or optical disk and other various media that can store program codes.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present utility model and not to limit it; although the utility model has been described in detail with reference to the preferred embodiment, those of ordinary skill in the art should understand that: still The specific implementation of the utility model can be modified or some technical features can be equivalently replaced; without departing from the spirit of the technical solution of the utility model, all of them should be included in the scope of the technical solution claimed by the utility model.

Claims (3)

1. an anti-counterfeiting mark interlock self-desttruction equipment is characterized in that, comprising:

The holder carrier, described holder carrier comprises decides carrier and mobile carrier, describedly decide carrier and mobile carrier all has a plane, forms a rectangle plane altogether, at described rectangle plane embedding seal or stickup two-dimension code dot pattern;

Described mobile carrier and decide to have the joint portion between the carrier, when described mobile carrier is subjected to inevitable action, described mobile carrier with decide to destroy along the joint portion between the carrier and separate, this two-dimension code dot pattern with described mobile carrier with decide carrier separate and self-destruction.

2. container that comprises the described anti-counterfeiting mark of claim 1 interlock self-desttruction equipment, it is characterized in that, described container comprises container cover and container body, described container cover covers at the opening part of described container body, the mobile carrier of described container cover and described anti-counterfeiting mark interlock self-desttruction equipment is bonding or integrally manufactured, described container body and described anti-counterfeiting mark link self-desttruction equipment to decide carrier bonding or integrally manufactured.

3. bottle that comprises the described anti-counterfeiting mark of claim 1 interlock self-desttruction equipment, it is characterized in that, described bottle comprises bottle and bottle cap, described bottle cap fastens or screws the bottleneck at described bottle, the mobile carrier of described bottle cap and described anti-counterfeiting mark interlock self-desttruction equipment is bonding or integrally manufactured, described bottle and described anti-counterfeiting mark link self-desttruction equipment to decide carrier bonding or integrally manufactured.

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