TW201324366A - Composite encryption barcode security identification method - Google Patents

Abstract

A composite encryption barcode security identification method is disclosed, which comprises generating a plain code, using a variety of encryption techniques respectively and jointly to encrypt the plain code so as to generate a secret code, using the plain code and the secret code simultaneously on merchandises, using a reading device to read the secret code and using the Internet to send the secret code to the database, using the built-in software of the database to perform an identification, and sending the identification result back immediately to the reading device for displaying its identification result. If being identified as a genuine merchandise, the plain code is returned and displayed on the reading device, thereby providing consumers with a double check on the plain code of merchandises in order to achieve the efficacy of dual identification. If being identified as a counterfeit merchandise, the message of no such merchandise is immediately returned and displayed on the reading device and, at the same, the positioning software built in the database is employed to obtain the geographical location of the identified merchandise, so that the manufacturer of genuine merchandises can immediately process matters related to the counterfeits. As a result, it is able to provide a composite encryption barcode security identification method characterized by easy operation, rapid identification and high security features.

Description

Composite encryption barcode anti-counterfeiting identification method

The invention relates to a composite encryption barcode anti-counterfeiting identification method, in particular to a composite encryption of a plain code to generate a secret code, and by identifying the identification result and the clear code returned by the password, the user is provided to check the plain code again and identify the authenticity of the commodity. The composite encryption anti-counterfeiting identification method.

With the advancement of technology, various commodities have been falsified and copied by unscrupulous manufacturers. This has not only impacted the survival of genuine manufacturers, but also caused serious concerns about consumer safety. Therefore, the establishment of anti-counterfeiting mechanism on commodities is common among manufacturers. The method of application; however, the traditional anti-counterfeiting mechanism such as laser labeling, laser marking, special ink, special paper and code anti-counterfeiting are all common technologies, which are not only easy to fake, imitation, but also easy to crack, and their anti-counterfeiting effect is very limited. It can provide a kind of anti-counterfeiting method that allows consumers to identify goods immediately and easily at the time of shopping, and makes it difficult for the copywriter to crack and improve the difficulty of copying. It is now to protect the survival of genuine manufacturers and protect consumer rights. It is imperative.

The main object of the present invention is to provide a composite encryption anti-counterfeiting identification method, so that the imitation person can not interpret and crack, thereby improving the difficulty of anti-counterfeiting, so that the consumer can easily and immediately recognize the authenticity of the product.

Another object of the present invention is to provide a dual check identification function, thereby improving the effectiveness of anti-counterfeiting identification.

Another object of the present invention is to immediately know the geographical location of the product in the authenticity identification, and to provide real-time manufacturers with relevant matters for the imitation of the imitation goods.

Still another object of the present invention is to provide a consumer with an easy anti-counterfeiting operation and to immediately know whether the purchased product is genuine.

In order to achieve the above object, the composite encryption barcode anti-counterfeiting identification method of the present invention comprises the following steps: Step 1: compiling the plain code to generate the plain code; and step 2: generating the secret code after the composite code is combined and encrypted, and generating the secret code. The encryption is generated by multiple encryption technologies (such as MD5, AES, DES, RAS, ..., etc.) and mixed; and step 3: storing the plain code and the secret code in the database; the database is a server, the database And built-in identification software, positioning software, production history software, marketing application software, ..., etc.; Step 4: the password is made into a password anti-counterfeit label; Step 5: the password anti-counterfeit label and the clear code are used simultaneously on the product; Step 6 : reading the password security label by using the reading device, and transmitting the password to the database through the network; the reading device is an electronic device with a camera device (eg, mobile phone, PDA, computer, etc.) or is externally connectable Electronic equipment of the photographing device (such as: mobile phone, PDA, computer, ..., etc.); Step 7: Identify the code by using the identification software built into the database; Step 8: Recognition results back to the reading device, and displays identification result codes.

The technical means and method for the purpose of the present invention are described in detail with reference to the flowchart shown in the first figure. As shown in the first figure, a composite encryption anti-counterfeiting identification method of the present invention includes There are the following steps: Step 1: Prepare the clear code to generate the clear code; Step 2: Generate the password after the composite code is combined and encrypted, and the code is generated by various encryption technologies (such as MD5, AES, DES, RAS, ..., etc.) Separately and separately encrypt and generate the clear code; Step 3: Store the plain code and the secret code in the database; the database is a server, and the database has built-in identification software, positioning software, production history software, marketing application software, ... Step 4: Make the password into a password anti-counterfeit label; Step 5: Use both the password anti-counterfeit label and the clear code on the product; Step 6: Use the reading device to read the password anti-counterfeit label, and pass the password through the network Transfer to a database; the reading device is an electronic device with a photographic device (eg, mobile phone, PDA, computer, etc.) or an electronic device capable of external photographic device Preparation (eg mobile phone, PDA, computer, ..., etc.); Step 7: Identify the code using the built-in identification software in the database; Step 8: Return the identification result to the reading device, and display the identification result and the clear code; The positioning software built in the database can know the geographical location; by the above steps, the invention can first encode the clear code in any way to generate the clear code; and then the plain code is combined and encrypted to generate the secret code, and the secret code is generated. The code is encrypted by multiple encryption technologies (such as MD5, AES, DES, RAS, ..., etc.) and mixed to clear the code, so it has changed the interpretation algorithm of the code-adding technique, so the code has a highly difficult solution. The characteristics of translation and cracking, at the same time, the plain code and the secret code are unique at the same time, so that the imitation is not copied; the clear code and the secret code are stored in the database, and the database is a server, in addition to storing the plain code and the secret code, And built a recognition software, positioning software, ..., etc.; the password is made into a password anti-counterfeit label, and the code anti-counterfeit label and the clear code are used for the goods; After the user reads the password anti-counterfeit label by the reading device, the password can be transmitted to the database through the network, and the identification code built by the database starts to recognize the password; after the identification software recognizes the password, the identification result is returned. Passed to the reading device and displayed whether the product is genuine or not. If it is a genuine product, it returns and displays the clear code at the same time, so that the user can check the clear code of the product again, so as to achieve the effect of double identification, thereby improving the anti-counterfeiting function; If it is a counterfeit, it means that there is no such product. In order to enable the consumer to easily operate the method of the present invention, an electronic device (such as a mobile phone, a PDA, a computer, etc.) with an photographic device or an electronic device capable of externally photographic devices (eg, a mobile phone, a PDA, a computer) can be used. As a reading device, the electronic code device can easily read the security code of the code made by the code, transmit the code to the database, identify the software built in the database, and immediately return the identification result. It tells consumers that it has the characteristics of simple operation. Moreover, when the consumer reads the password anti-counterfeit label and transmits the password to the database by using the reading device, the location software of the product can be known by the positioning software built in the database, and if the identification result is a replica, the genuine product can be obtained. The manufacturer immediately handles matters related to the copy.

It can be seen from the above that the composite encryption anti-counterfeiting identification method of the present invention has the high difficulty of interpretation and cracking, and has the dual check identification function, so that the imitation can not be cracked, thereby reducing the willingness to copy, and at the same time The invention can provide simple operation for the consumer to use, so as to enhance the consumer's willingness to identify, and can provide the real thing manufacturers to master the place where the counterfeit goods occur, so that the imitation goods can be dealt with immediately. Therefore, the present invention is highly advanced and has never been seen before. In order to comply with the requirements of the invention patent, the application for the invention patent is filed according to law, and the patent prayer is prayed.

However, the above description is only one of the possible embodiments of the present invention, and the scope of the present invention is not limited thereto, and equivalent changes and modifications according to the specification and patent application of the present invention should still belong to the present invention. Within the scope covered.

The first figure is a flow chart of the present invention.

Claims (5)

A composite encryption barcode anti-counterfeiting identification method comprises the following steps: Step 1: compiling a clear code to generate a clear code; Step 2: generating a password by a composite encryption encoding, the generation of the password is separately and mixed by using various encryption technologies. Encryption of the clear code; Step 3: Store the plain code and the secret code in the database, the database has built-in identification software; Step 4: Make the password into a password anti-counterfeit label; Step 5: Use both the password anti-counterfeit label and the clear code simultaneously Commodity; Step 6: Read the password anti-counterfeit label by using the reading device, and transmit the password to the database through the network; Step 7: Identify the password by using the identification software built in the database; Step 8: Return the identification result Go to the reading device and display the recognition result. A composite encryption anti-counterfeiting identification method according to claim 1, wherein the encryption technology can be an encryption technology such as MD5, AES, DES, RAS, or the like. A composite encryption anti-counterfeiting identification method according to claim 1, wherein the reading device is an electronic device with a photographing device or an electronic device capable of externally connecting the photographing device. A composite encryption anti-counterfeiting identification method according to claim 1, wherein the database can be a server. A composite encryption anti-counterfeiting identification method according to claim 1, wherein the database includes a positioning software, a production history software, a marketing application software, and the like.