TWI617990B - Anti-forgery identification module - Google Patents

Abstract

The present invention provides an anti-counterfeit identification and identification module, including: a first anti-counterfeit identification unit, including: a coding group; and a first bar code, which is translated according to a part of the coding group; and a second anti-counterfeit identification unit, including : A coding group; and a first bar code, which is translated based on a part of the coding group; wherein the coding group of the first anti-counterfeit identification unit and the coding group of the second anti-counterfeit identification unit have a time series inverse relationship ; Wherein the first anti-counterfeit identification unit and the second anti-counterfeit identification unit are disposed adjacently.

Description

Anti-counterfeit identification and identification module

The invention relates to an anti-counterfeiting identification and marking module, and in particular to an anti-counterfeiting identification and marking module having a plurality of anti-counterfeiting identification and marking units.

In recent years, due to the prevalence of imitations, there is an irreparable blow to genuine products. The materials used for counterfeit products are usually inferior to genuine products. For example, plastic products are more prone to differences after long-term use. However, genuine anti-counterfeit labels, although It is changing with each passing day. However, most of them are coding methods that are not easy to identify. Therefore, how to provide a simple and convenient anti-counterfeiting identification code and its coding method is an important issue in the industry.

There are many types of anti-counterfeiting labels, such as paper anti-counterfeiting, laser anti-counterfeiting, etc. Among them, it can be used with anti-counterfeiting ink to achieve better anti-counterfeiting effects. The principle of anti-counterfeiting is mainly to achieve its anti-counterfeiting effect through the structure, material, physical specificity, chemical characteristics or special coded encryption of the label design. However, this kind of anti-counterfeiting method focuses on the manufacturing process and complexity of the label. Its anti-counterfeiting effect is reflected in the label itself, rather than the identification of the product. Consumers need to have the ability to identify authentic labels to identify them. Difficult, it is not suitable for general consumers, and the cost of labeling is high, it is not suitable for mass-produced products.

Furthermore, a single product usually has only a single anti-counterfeiting label. As long as the visitor breaks the production technology of the anti-counterfeiting label, counterfeiting can be performed, so that consumers cannot distinguish between authenticity and authenticity.

The embodiment of the present invention provides a multi-segment anti-counterfeit identification code, which can print multiple sets of anti-counterfeit identification units related to manufacturing time on the same product. The codes of each group of anti-counterfeit identification units are unique and unique, and are related to the manufacturing time. In this way, the effect of multiple anti-counterfeit identification is provided, so that users can perform preliminary verification through the correlation of each group of anti-counterfeit identification units. The user can directly scan the anti-counterfeit identification unit with the mobile device to obtain the authentication data provided by the server. The verification data includes a random code. In this way, the user can quickly confirm the authenticity of each group of anti-counterfeit identification units. Determine if the product is counterfeit.

The anti-counterfeiting identification unit according to the embodiment of the present invention includes an identification code composed of characters and numbers and a barcode corresponding to the identification code portion, and a random code is different from the content of the identification code and the barcode. The identification code has identification information such as device identification, time identification, and random code. Its encoding is time-dependent and can be as fine as seconds or less. Therefore, it has uniqueness and cooperates with the setting of the random code to increase the difficulty of counterfeiting.

It can be known from the foregoing that the anti-counterfeit identification and identification module generated by the encoding method according to the embodiment of the present invention includes multiple sets of anti-counterfeit identification units, and the number of the sets is, for example, 2, 3, or more, and the embodiment of the present invention is not limited. Among them, the anti-counterfeit identification and identification module provides multiple sets of identification, uniqueness, and remote verification of random codes. It has the advantages of simplicity, speed, and low cost, and can be generated and printed in real time with the product manufacturing process, simplifying the construction of anti-counterfeit systems. Placing complexity.

An embodiment of the present invention provides an anti-counterfeit identification and identification module, including: a first anti-counterfeit identification unit, including: a coding group; and a first barcode, which is translated based on a part of the coding group; and a second anti-counterfeit identification unit Includes: a coding group; and a first bar code, which is translated according to a part of the coding group; wherein the coding group of the first anti-counterfeit identification unit and the coding group of the second anti-counterfeit identification unit have a time series Context; wherein the first anti-counterfeit identification unit and the second anti-counterfeit identification unit are disposed adjacently.

In summary, the anti-counterfeit identification and marking module of the embodiment of the present invention uses the same Format multiple anti-counterfeit identification and identification units are printed on a carrier, and the multiple anti-counterfeit identification and identification units have a time series correlation and uniqueness of the time code, which can effectively achieve the anti-counterfeiting function, which is simply simple. Reliable anti-counterfeiting identification and marking module.

In order to further understand the features and technical contents of the present invention, please refer to the following detailed description and accompanying drawings of the present invention, but these descriptions and attached drawings are only used to illustrate the present invention, not the right to the present invention. No limitation on scope.

1‧‧‧The first anti-counterfeit identification and marking unit

1’‧‧‧Second anti-counterfeit identification and marking unit

10‧‧‧The first coding group

10’‧‧‧Second coding group

20‧‧‧The first bar code

20’‧‧‧ The second bar code

100‧‧‧ carrier

101‧‧‧ number one

102‧‧‧Second coding

101A‧‧‧Device code

101B‧‧‧First time code

101C‧‧‧Second time code

200‧‧‧Anti-counterfeit identification and marking module

S100-S140, S200-S250‧‧‧ steps

FIG. 1 is a schematic diagram of a security identification and identification module on a carrier according to an embodiment of the present invention.

FIG. 2 is a schematic diagram of an anti-counterfeit identification and marking unit according to an embodiment of the present invention.

3 is a flowchart of a method for generating an anti-counterfeit identification code on a carrier according to an embodiment of the present invention.

4 is another flowchart of a method for generating an anti-counterfeit identification code on a carrier according to an embodiment of the present invention.

Hereinafter, the present invention will be described in detail by illustrating various exemplary embodiments of the present invention with drawings. However, the inventive concept may be embodied in many different forms and should not be construed as limited to the exemplary embodiments set forth herein. Moreover, the same reference numbers may be used in the drawings to indicate similar elements.

Please refer to FIG. 1 and FIG. 2. FIG. 1 is a schematic diagram of a security identification and identification module on a carrier according to an embodiment of the present invention. FIG. 2 is a schematic diagram of an anti-counterfeit identification and marking unit according to an embodiment of the present invention.

The anti-counterfeit identification and identification module 200 includes a first anti-counterfeit identification and identification unit 1 and a second anti-counterfeit identification and identification unit 1 '.

In this embodiment, the first anti-counterfeit identification and marking unit 1 includes a first coding group. 10 and a first bar code of 20. The first encoding group 10 includes a first encoding 101 and a second encoding 102. The first bar code 20 is a bar code of a predetermined format, which corresponds to the first code 101. In other words, the first bar code 20 can be translated according to the first code 101. In this embodiment, the first barcode 20 is a one-dimensional barcode. In other embodiments, the first barcode 20 may be a two-dimensional barcode or a barcode in another format, which is not limited in the present invention. The second anti-counterfeit identification and identification unit 1 'includes a second encoding group 10' and a second bar code 20 '. The format of the second coding group 10 'and the second bar code 20' is the same as that of the first coding group 10 and the first bar code 20 of the first anti-counterfeit identification and identification module 1. I will not repeat them here. In this embodiment, the anti-counterfeit identification and identification module 200 includes two anti-counterfeit identification and identification units. In other embodiments, the number of anti-counterfeit identification and identification units can be adjusted and designed according to actual needs. For example, 3 or 4 groups, the present invention The embodiment does not limit the number of anti-counterfeit identification and marking units. It is worth noting that multiple sets of anti-counterfeiting identification and marking units in the same anti-counterfeiting identification and marking module 200 can be sequentially generated during the manufacturing process of a single product. Due to the different time points, the coding content of multiple sets of anti-counterfeit identification and marking units will be different, but they are time-dependent, that is, within a predetermined time range, thereby making the coding of the anti-counterfeit identification and marking unit unique. .

In this embodiment, the second code 102 of the first anti-counterfeit identification and identification unit is suffixed after the first code 101, that is, the first code 101 and the second code 102 are disposed adjacently.

The first code 101 includes a device code 101A, a first time code 101B, and a second time code 101C. In this embodiment, the device code 101A, the first time code 101B, and the second time code 101C are disposed adjacently. In this embodiment, the device code 101A is a three-digit code, the first time code 101B is a six-digit code of the date, and the second time code 101C is a six-digit code of the manufacturing time, that is, time division The encoding of the second. In other embodiments, the device code 101A, the first time code 101B, and the second time code 101C may be designed and adjusted according to actual requirements, which is not limited in the present invention. The second code 102 is a random code generated according to the first code 101, that is, A randomly generated digital code. In this embodiment, the second code 102 is a single-digit random code. In other embodiments, the second code 102 may be a two-digit or three-digit random code. The invention is not limited.

In this embodiment, the device code 101A is J03, the first time code 101B is 161018, and the second time code 101C is 134727. The order of the first code 101 is arranged according to the order of the device code 101A, the first time code 101B, and the second time code 101C. In other embodiments, the first code 101B, the second time code 101C, and the device may be arranged. The order of 101A is arranged, that is, in the embodiment of the present invention, the first code 101 may be J03161018134727, or 161018134727J03, and the coding order is not limited. The order of the first code 101 and the second code 102 can be adjusted according to actual needs, that is, the second code 102 can be suffixed after the first code 101, or it can be prefixed before the first code 101. In addition, The second code 102 may also be set between each group of the same code in the first code 101, which is not limited in the present invention.

In this embodiment, the first time code 101A and the second time code 101B in the first code 101 of the first anti-counterfeit identification marking unit 1 are the same as the first time code 101 'in the first code 101' of the second anti-counterfeit identification marking unit 1 '. A time code (not shown) and a second time code (not shown) have a correlation in time series. In this embodiment, the first time code (not shown) and the second time code (not shown) in the second code group 10 'first code 101' of the second anti-counterfeit identification marking unit 1 'are later The first time code 101A and the second time code 101B in the first code 10 of the first anti-counterfeit identification marking unit 1 are for a period of time, such as 4 seconds or 5 seconds. In other embodiments, the first time code 101A and the second time code 101B in the first code 10 of the first anti-counterfeit identification marking unit 1 are the same as the first time code 101 'in the first code 10' of the second anti-counterfeit identification marking unit 1 '. The correlation between a time code (not shown) and a second time code (not shown) in the time series, for example, the front-to-back relationship of the time series is not limited to those listed in the embodiments of the present invention, and may be based on actual requirements. For design and adjustment, the present invention is not limited.

In this embodiment, it is the first time to use the first anti-counterfeit identification and marking unit 1 The uniqueness and relevance of the first time code (not shown) and the second time code (not shown) of the second time code 101B and the second time code 101C and the second anti-counterfeit identification and marking unit 1 'make the present The anti-counterfeiting identification and marking module 200 of the embodiment of the invention can be a unique anti-counterfeiting identification and marking module. In other embodiments, the anti-counterfeit identification and identification module may further include more sets of anti-counterfeit identification and identification units to increase its uniqueness.

In addition, in this embodiment, the first anti-counterfeiting identification and marking unit 1 and the second anti-counterfeiting identification and marking unit 1 'are disposed on a carrier 100. In this embodiment, the carrier 100 is a plastic tube. In other embodiments, The carrier 100 may be a mechanical device, an electronic device, or other products, which is not limited in the present invention.

Please refer to FIG. 3 and FIG. 4. FIG. 3 is a flowchart of a method for generating an anti-counterfeit identification code on a carrier according to an embodiment of the present invention. 4 is another flowchart of a method for generating an anti-counterfeit identification code on a carrier according to an embodiment of the present invention.

The invention also provides a method for generating an anti-counterfeit identification code on a carrier, comprising the following steps: generating a first anti-counterfeiting identification unit at a first time (step S100); and generating a second anti-counterfeiting identification unit at a second time (Step S110); in accordance with the time sequence of the first anti-counterfeit identification unit and the second generation anti-counterfeit identification unit, printing the first anti-counterfeit identification unit and the second anti-counterfeit identification unit on the carrier (step S120); A third anti-counterfeit identification unit (step S130); and printing a third anti-counterfeit identification unit and a third generation anti-counterfeit identification unit on a carrier (step S140).

In step S100, a first anti-counterfeit identification unit is generated at a first time. The first anti-counterfeit identification unit includes a first identification code and a first barcode corresponding to the first identification code. The first identification code includes At least one first random code.

In step S110, a second anti-counterfeit identification unit is generated at a second time. The second anti-counterfeit identification unit includes a second identification code and a second barcode corresponding to the second identification code, wherein the second identification The code includes at least a second random code. In this embodiment, the second time is later than the first time, that is, the second time is later than the first time in time series.

In step S120, the first anti-counterfeit identification unit 1 and the second anti-counterfeit identification unit 1 'are printed on the carrier 100 according to the chronological order of the first anti-counterfeit identification unit 1 and the second anti-counterfeit identification unit 1'. In this embodiment, the first anti-counterfeit identification unit 1 generated at the first time is printed first, and then the second anti-counterfeit identification unit 1 'generated at the second time is printed.

In step S130, a third anti-counterfeit identification unit is generated at a third time. In this embodiment, the third anti-counterfeit identification unit, the first anti-counterfeit identification unit 1 and the second anti-counterfeit identification unit 1 'also include a third An identification code and a third barcode corresponding to a portion of the third identification code, and the third identification code includes at least a third random code. In this embodiment, the third time is later than the second time and the first time.

In step S140, the third anti-counterfeit identification unit is printed after the second anti-counterfeit identification unit according to the sequence of time series.

In addition, in this embodiment, step S100 further includes the following steps: obtaining a first time parameter to generate a first time code (step S200); obtaining a manufacturing equipment parameter to generate a device code (step S210) ; Generating a first code according to the first time code and the device code (step S220); generating at least a first random code (step S230); generating a first identification code according to the first code and at least one first random code (step S240) ); Translate the first code into the first code (step S250).

In step S200, a time code is generated according to the time parameters when the carrier 100 is manufactured. In this embodiment, the time code includes a first time code 101B and a second time code 101C. The first time code 101B includes a year. The six-digit code of the month and day time information, and the second time code 101C is a six-digit code containing time, minute, and second time information. In other embodiments, it can also be other ways of encoding, which is not limited in the present invention. .

In step S210, a manufacturing equipment parameter is obtained according to a manufacturing equipment when manufacturing the carrier 100 to generate an equipment code.

In step S220, in this embodiment, the time code in step S200 and the device code in step S210 are combined to generate a first code 101.

In step S230, at least one random code is generated according to the first code 101. In this embodiment, the random code is also the second code 102, which is a random number of a unit number. In other embodiments, the random code (Second code 102) may be a multi-digit random number, which can be adjusted according to actual requirements, and is not limited in the present invention.

In step S240, the random code (second code 102) is suffixed after the first code 101 to generate an identification code 10.

In step S250, the first code 101 is translated into the first code 20 in a code format, that is, the encoded content of the first code 20 is only the first code 101, and does not involve a random code. That is, neither the first bar code 20 nor the second bar code 20 'will include the first random code or the second random code. In summary, the anti-counterfeiting identification and marking module of the embodiment of the present invention is printed on a carrier by using multiple anti-counterfeiting identification and marking units in the same format, and the multiple anti-counterfeiting identification and marking units have a time series correlation with each other. And the uniqueness of the time code can effectively achieve the anti-counterfeiting function, which is a simple and reliable anti-counterfeiting identification and marking module.

The above description is only an embodiment of the present invention, and is not intended to limit the patent scope of the present invention.

1‧‧‧The first anti-counterfeit identification and marking unit

1’‧‧‧Second anti-counterfeit identification and marking unit

10‧‧‧The first coding group

10’‧‧‧Second coding group

101A‧‧‧Device code

101B‧‧‧First time code

101C‧‧‧Second time code

20‧‧‧The first bar code

20’‧‧‧ The second bar code

200‧‧‧The first anti-counterfeiting identification marking module

Claims (11)

An anti-counterfeiting identification and marking module includes: a first anti-counterfeiting identification unit, including: a first coding group; and a first bar code, which is translated according to a part of the coding of the first coding group, and other codes of the first coding group are incorrect. Should be the first bar code; and a second anti-counterfeit identification unit, including: a second code group; and a second bar code, which is translated according to a part of the code of the second code group, and other codes of the second code group should not correspond to the second code A bar code; wherein a first time of the first coding group generating the first anti-counterfeiting identification unit and a second time of the second coding group of the second anti-counterfeiting identification unit have a time series context, the first An anti-counterfeit identification unit and the second anti-counterfeit identification unit are disposed on a carrier according to the time series context; wherein the first anti-counterfeit identification unit and the second anti-counterfeit identification unit are disposed adjacently. For example, the anti-counterfeit identification and identification module of the first patent application scope, wherein the first code group of the first anti-counterfeit identification unit includes: a first code; and a second code, suffixed with the first code; wherein, The first code, the second code, and the first bar code of the first anti-counterfeit identification unit are adjacently arranged, and the first bar code is translated according to the first code of the coding group. For example, in the application for the anti-counterfeit identification and identification module of the second item of the patent scope, wherein the second coding group of the second anti-counterfeit identification unit includes: a first code; and a second code, suffixed with the first code; The first code, the second code, and the second bar code of the second anti-counterfeit identification unit are adjacently arranged. For example, the application of the anti-counterfeit identification and identification module of the first patent scope, wherein the format of the first bar code of the first anti-counterfeit identification unit is the same as the format of the first bar code of the second anti-counterfeit identification unit. For example, the anti-counterfeit identification and identification module of the second patent application range, wherein the first code of the first fraudulent identification unit includes at least one device code and at least one time code, and the first of the second fraudulent identification unit is The encoding includes at least one device code and at least one time code. The at least one time code of the first encoding of the first security identification unit and the at least one time code of the first encoding of the second security identification unit have a Context in time series. For example, the anti-counterfeit identification and identification module of the fifth scope of the patent application, wherein the second code of the first anti-counterfeit identification unit is at least a random number code corresponding to the first code of the first anti-counterfeit identification unit. The second code of the two anti-counterfeit identification units is at least one random number code corresponding to the first code of the second anti-counterfeit identification unit. For example, the anti-counterfeit identification and identification module of the sixth scope of the patent application, wherein the first anti-counterfeit identification unit and the second anti-counterfeit identification unit are disposed adjacent to each other on a carrier. A method for generating an anti-counterfeit identification code on a carrier, comprising: generating a first anti-counterfeit identification unit at a first time; the first anti-counterfeit identification unit includes a first identification code and a portion corresponding to the first identification code; A first barcode, the first identification code includes at least a first random code, wherein the first random number does not correspond to the first barcode; a second anti-counterfeit identification unit is generated at a second time, the second anti-counterfeit identification unit package Including a second identification code and a second barcode corresponding to the second identification code, the second identification code including at least a second random code, wherein the second random number does not correspond to the second barcode; and According to the chronological sequence of the first anti-counterfeit identification unit and the second anti-counterfeit identification unit, the first anti-counterfeit identification unit and the second anti-counterfeit identification unit are printed on the carrier. For example, the method for generating an anti-counterfeit identification code on a carrier according to item 8 of the scope of patent application, further includes: generating a third anti-counterfeit identification unit at a third time, the third anti-counterfeit identification unit includes a third identification code and corresponding to A third bar code of a portion of the third identification code, the third identification code including at least a third random code; and printing the third anti-counterfeit identification unit on the carrier. For example, the method for generating an anti-counterfeit identification code on a carrier according to item 8 of the scope of patent application, wherein the step of generating the first anti-counterfeit identification unit includes: obtaining a first time parameter to generate a first time code; obtaining a manufacturing equipment Parameters to generate a device code; generate a first code according to the first time code and the device code; generate the at least one first random code; generate the first identification according to the first code and the at least one first random code Code; and translating the first code into the first bar code. For example, the method for generating an anti-counterfeit identification code on a carrier in item 8 of the scope of patent application, wherein the first identification code and the first barcode are arranged side by side, and the first barcode does not include the at least one first random code; the second The identification code is arranged side by side with the second barcode, and the second barcode does not include the at least one second random code.