TW201351295A - Chip tag anti-counterfeiting method and system with positioning function - Google Patents

Abstract

The present invention relates to a chip tag anti-counterfeiting method and system for cooperation with positioning function, which includes a container having a sealed end; a chip tag equipped at the sealed end of the container; a barcode created according to the related information of the container and printed at a packaging material surface on the exterior of the container at the location other than the sealed end; a remote server for storing the related information of the container; a management end device, which includes a first processing module, a first memory module, a first transmission module, a first positioning module, an image acquisition module; a first decoding module, an encoding module and a signal transceiver module; a client end device comprising a second processing module, a second memory module, a second transmission module, a second positioning module, and a second decoding module.

Description

Chip label anti-counterfeiting method and system with positioning

The invention belongs to a method and system for anti-counterfeiting, in particular to a method and system for anti-counterfeiting of a wafer tag with positioning.

In recent years, due to the rapid development of science and technology, various products have been continuously updated, and products with considerable market value are often counterfeited by unscrupulous people, or these products are sold and sold, such as electronic goods, electronic parts, automobiles, food, and cloth processing. Related, etc., the scope is quite wide. Looking at the past and the present, these counterfeit goods not only destroy the real value of related products in the market, but are also more likely to cause safety concerns in our lives, lives and even the soul, although not legally. These norms are not scams, and even the law is constantly being revised. But the law must be only one item, and it can be effectively eliminated. Watching the past and the present, the technology of counterfeiting and alteration of goods is becoming more and more sophisticated, and it is really rare to find out. Therefore, it is necessary for a modern system to develop a system that can prevent and even trace various goods.

As for wine, as of June 1, 2009, the distilling liquor tax has been greatly reduced. The price of red-label rice wine has dropped from 180 yuan per bottle to 50 yuan. The sales volume has risen sharply, and the fake red label has begun to appear. Rice wine, and the real red standard rice wine recycling bottle is used to fill the fake rice wine. Taiwanese liquor has been recycling red-label rice wine bottles through the distributors. The price of the distributors to the public is two yuan per bottle, and the Taiwanese wines give the distributors a bottle of three yuan, but the price of the wine merchants is five yuan per bottle, and then inside. Pack low-cost cheap and inferior rice wine to gain huge profits. Has already flowed into the market, how to distinguish, the smell of rice wine can not be true and false, can only start from the bottle cap! In fact, not only the rice wine has been counterfeited, but the famous Jinmen sorghum wine has long been the target of the private liquor group. In particular, the two sides of the strait have opened exchanges, and the unscrupulous people have set up factories on the other side. Over the years, sea patrols and shore patrols have been investigated for smuggling and fake liquor cases. It is mostly counterfeit gold wine. The Taiwanese liquor company started in mid-December and has an anti-counterfeiting design on the bottle. Not only will the laser date be added to the bottle cap, but the logo of the bottle body will also have hidden and special two different anti-counterfeiting marks. Adding anti-counterfeiting marks will make the procedures for copying rice wine more complicated, but the unscrupulous purchasers will buy the bottles at high prices, and the anti-counterfeit labels will be recycled together. The unscrupulous people only put fake wine inside, the bottles and labels are true, no matter what The anti-counterfeit labels are the same. They can only be cut or torn by the public. The date of manufacture is stamped on the bottle cap, and the layer of anti-counterfeiting also tests the eyesight of the people, thus showing the anti-counterfeiting of the wine. Dilemma.

There are also many labels and barcodes for anti-counterfeiting on the market, or with a one-time opening mechanism to protect products, such as code security labels, laser security labels, etc., but these labels only It is to increase the manufacturer's production cost, only to improve the complexity of counterfeiting, but not to fully protect the authenticity and flow of the product, so the inventor brainstorms, without the high cost, combined with wafer tags, 2D barcodes and collocation The system effectively controls the authenticity of the products and tracks the flow of goods, and can limit the location of the goods for sale, to avoid unclear product flow, and to check the layers. The vendors or agents can determine the authenticity of the goods and finally deliver them to consumers. In the hands of the consumer, the reliable and intelligent mobile communication device judges the course of the goods and, at the moment of judging the goods, returns the goods to the remote server to determine whether the goods are in the correct way for sale. In the course of the process, the consumer can judge that the goods have been counterfeited or are sold in an incorrect way to remind consumers that they may buy non-genuine products.

The object of the present invention is to provide an anti-counterfeiting system organization and method with a positioning function, which is scientific, more effective in tracking the source of goods, avoiding forgery of goods, and avoiding the use of goods by third parties at inappropriate times and places. In order to achieve the above object, the present invention adopts the following technical solution: a method for cooperating with a wafer tag for positioning, comprising at least the following steps: placing a wafer tag on a close end of a container, the wafer tag having read only and not Copying one of the first specific codes; encoding the information related to one of the containers and a second specific code into a code, and printing the barcode on a surface of the packaging material outside the container; using the management device a signal receiving module reads the chip label to obtain the first specific code, and transmits the first specific code to a first memory module for storage; and decodes the barcode by using the first decoding module of the management device Obtaining the second specific code and transmitting it to the first memory module for storage; and capturing, by the image capturing module of the management device, the overall appearance of the container to generate a digital image And transmitting to the first memory module for storing; the first positioning module of the first terminal positioning module captures the first coordinate information of the current position of the container, and transmits the first coordinate information to the first a memory module is stored; the first specific code, the second specific code, the digital image and the first coordinate information are extracted by the first memory module and transmitted to a first transmission module, and transmitted through the network Transmitted to a remote server; the remote server receives the first specific code, the second specific code, the digital image and the first coordinate information, and stores the information in a category, and is set according to the first coordinate information a first limited range; the remote server encrypts the second specific code into a first ciphertext code, and simultaneously generates a first key code corresponding to one of the first ciphertext codes, wherein the first key code The first password is transmitted to the first transmission module and transmitted to the first memory module for storage; One of the management device devices encodes the first memory The first ciphertext code is encoded into a radio wave signal, and the radio wave signal is transmitted to the wafer tag through the signal transceiver module; and the wafer tag receives the radio wave signal, so that the wafer tag stores the first secret The code is such that the first specific code and the first ciphertext code are present in the wafer label.

In the present invention, the image capturing module further includes a first lens, a first light sensing component, and a first capturing module, wherein the first lens collects the image of the barcode or the appearance image of the container. Gathering on the first light sensing element, the first light sensing element converts the image of the barcode or the appearance image of the container into digital data, and then transmits the image to the first capturing module for selecting a desired image. For example, if the first capture module captures the image of the barcode, it is transmitted to the first decoding module for decoding to obtain the second specific code and the related information, such as the first capture module. The digital image is generated by capturing the appearance image of the container.

In the present invention, when the wafer tag has the first specific code and the first ciphertext code, the date And determining whether the first specific code and the second specific code are correctly matched, and enhancing the second specific code, further comprising the steps of: extracting, by using the signal transceiver module, the first specific code in the wafer tag and Transmitting the first ciphertext code to the first transmission module; using the first positioning module to capture the second coordinate information of the current position of the container, and transmitting the second coordinate information to the first transmission The first specific code, the first ciphertext code, and the second coordinate information are transmitted from the first transmission module to the remote server through a network; the remote server utilizes the first gold Decrypting the first ciphertext code to obtain a plaintext code, and determining whether the plaintext code and the second specific code are the same; if the plaintext code and the second specific code are the same, determining whether the second coordinate information is Exceeding the first limited range of the first coordinate information; if yes, the remote server stores the second coordinate information in the category, and sets a second limited range according to the second coordinate to store the category The first specific code The second specific code, the digital image, the first coordinate information, and the second coordinate information; then, the remote server re-encrypts the second specific code into a second ciphertext code, and simultaneously generates the corresponding a second key code of the second ciphertext code, wherein the second key code is a unique password for unlocking the second ciphertext code; the remote server transmits the second ciphertext code back through the network The first transmission module is transmitted to the first memory module for storage; the second ciphertext code in the first memory module is encoded into the radio wave signal by the encoding module, and the signal is encoded by the signal The transceiver module transmits the radio wave signal to the chip tag; and the chip tag receives the radio wave signal, so that the chip tag rewrites and stores the first ciphertext code into the second ciphertext code, and the chip tag exists at present There is the first specific code and the second ciphertext code.

In the present invention, the method further includes the following steps: decoding the barcode by using a second decoding device of a client device to obtain the second specific code and the related information, and storing the barcode in the second memory module; The client device acquires the second specific code and the related information, and utilizes The second positioning module of the client device retrieves customer location information of the location of the client device; and transmits the customer location information to the remote terminal through the network by using the second transmission module of the client device a server, wherein the remote server determines whether the customer location information exceeds the first limited range or the second limited range, and if so, the remote server stores the customer location information into the category and generates a a customer limited scope; if the customer location information appears outside the first customer limited scope, the remote server stores the customer location information in the category and generates a second customer limited relative to the customer location information Range, and so on; and determining, by the remote server, whether the customer location information exists in more than at least two customer-defined ranges, and if so, the remote server sends an alert message to the management device through the network To inform the relevant personnel.

In the present invention, the method further includes a second lens, a second light sensing element, and a second capturing module, wherein the second lens collects the image of the barcode and is concentrated on the second light sensing component. The second light sensing component converts the image of the barcode into digital data, and then transmits the image to the second capture module for selecting a desired image, and when the second processing module controls the second capture module After the image of the barcode is taken, the image is transmitted to the first decoding module for decoding to obtain the second specific code and the related information.

In the present invention, the remote server decrypts the first ciphertext code or the second ciphertext code using the first key code or the second key code to obtain the plaintext code, and determines the plaintext code. When the second specific code is the same, the remote server immediately eliminates all stored customer limited ranges.

In the present invention, the wafer label is a fragile material, and if the close end is relatively displaced or rotated, the wafer label is immediately broken and damaged.

In the present invention, the positioning device is a Location-Based Service (Location-Based Service, LBS) or Global Positioning System (GPS).

In the present invention, the wafer tag is a Radio Frequency IDentification (RFID).

In the present invention, the barcode is a Quick Response Code (QR code).

In the present invention, the client device further includes a display module, the display module is coupled to the second processing module and the second memory module, and the second decoding module decodes the barcode and obtains the container The related information will be displayed on the display module when the second specific code and the related information are used.

A system for aligning a wafer tag anti-counterfeiting, comprising: a container having a close end; a wafer label disposed on the close end of the container and having a read only non-rewriteable first The specific code, when the close end is relatively displaced or deformed, the wafer label is damaged; a remote server; a code, the barcode is encoded by one of the container and a second specific code And printed on a surface of the packaging material outside the container; a management device comprising: a first processing module, which controls and manages the core of each module; a first memory module, The first processing module is electrically connected to the first processing module and the first memory module, and the data is sent to the remote server through the network; The first positioning module is electrically connected to the first processing module and the first memory module, and the first processing module controls the first positioning module to capture the position of the management device to generate the Location information of the management device An image capture module is electrically coupled to the first processing module and the first memory module, and the first processing module controls the image capture module to capture an appearance image of the container to generate a Digital image; a first decoding module, and the first The processing module, the first memory module, and the first transmission module are electrically connected, and the first processing module controls the first decoding module to decode the barcode to obtain the second specific code and the related information; An encoding module electrically coupled to the first memory module for encoding information to be sent to the wafer label; and a signal transceiver module coupled to the first processing module and the encoding module Electrically connecting, the first processing module controls the signal transceiver module to convert the information encoded by the encoding module into a radio signal, and writes the data data to the wafer tag through the radio signal, or transmits the radio signal through the radio signal Reading a message in the wafer tag; a client device comprising: a second processing module for controlling and managing a core of each module; and a second memory module electrically coupled to the second processing module a second transmission module, electrically connected to the second processing module and the second memory module, transmits data to the remote server through a network; and a second positioning module With the second place The module and the second memory module are electrically connected, the first processing module controls the first positioning module to capture the position of the management device to generate position coordinate information of the client device; and a second The decoding module is electrically connected to the second processing module, the second memory module, and the second transmission module, and the second processing module controls the second decoding module to decode the barcode to obtain the The second specific code and the related information.

In the present invention, the image capturing module of the management device further includes a first lens, a first light sensing component and a first capturing module, the first lens and the first light sensing component The first light sensing element is electrically connected to the first capturing module, and the first capturing module is electrically connected to the first decoding module and the first memory module, wherein the first The lens collects an image of the barcode or an image of the container and collects the image on the first photosensitive element. The first photosensitive element converts the image of the barcode or the appearance image of the container into digital data, and transmits the image to the first a module for selecting a desired image, and if the first capture module captures an image of the barcode, And transmitting to the first decoding module for decoding to obtain the second specific code and the related information. If the first capturing module captures the appearance image of the container, the digital image is generated.

In the present invention, the client device further includes a second lens, a second light sensing element, and a second capturing module, the second lens is coupled to the second light sensing element, the second The light sensing component is electrically connected to the second capturing module, and the second capturing module is electrically connected to the second inner module and the second decoding module, wherein the second lens collects the barcode The image is collected on the second light sensing element, and the second light sensing element converts the image of the barcode into digital data, and then transmits the image to the second capturing module for selecting the desired image. The second processing module controls the second capture module to capture the image of the barcode, and then transmits the image to the first decoding module for decoding to obtain the second specific code and the related information.

In the present invention, the wafer label is a fragile material, and if the close end is relatively displaced or rotated, the wafer label is immediately broken and damaged.

In the present invention, the positioning device is a Location-Based Service (LBS) or a Global Positioning System (GPS).

In the present invention, the wafer tag is a Radio Frequency IDentification (RFID).

In the present invention, the barcode is a Quick Response Code (QR code).

In the present invention, the client device further includes a display module, the display module is coupled to the second processing module and the second memory module, and the second decoding module decodes the barcode and obtains the first After the specific code and the related information, the related information will be displayed on the display module.

The present invention proposes a method for tracking the source of goods, effectively controlling the goods, and preventing the goods from being forged. The method and system for coordinating wafer tag anti-counterfeiting, in summary, the present invention has the following advantages:

(1) The use of fragile and cracked wafer labels at the seal of the goods to prevent the goods from being opened, and the barcode printed on the surface of the goods or their packaging materials related to the goods is written into the wafer label so that the goods themselves or their packages Material and content are bound to avoid dropping or forging.

(2) Cooperate with the positioning system to record the location of the goods and prepare the course for the convenience of the manufacturer or agent to track, and can limit the sales area of the goods and record the location of the consumer. If it exceeds the sales area or two in the record When the above consumer's location is located, immediately notify the relevant personnel and lock the consumer's device so that it cannot be unlocked to obtain relevant information.

(3) The smart mobile communication device carried by the general public can scan the barcodes outside the goods to obtain the information and history of the goods. It is not necessary to purchase additional devices such as the complete system, which is easy to achieve and simple.

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

1A and FIG. 1B, FIG. 1A is a schematic diagram of a container and a packaging material in the wafer label anti-counterfeiting system of the present invention, and FIG. 1B is a matching wafer label anti-counterfeiting system of the present invention. Schematic diagram of the management device. As shown in FIG. 1A, the container 6 has a close end. 61. A wafer label 7 is attached to the close end 61. The other package material 5 has a barcode 51. The packaging material 5 is packaged to accommodate the container 6, and the container 6 is placed inside the packaging material 5. As shown in FIG. 1B, the package material 5 having the barcode 51 and the wafer label 7 on the sealing end 61 of the container 6 in the packaging material 5 are processed by the management device 1 and connected to the remote server 8. Upload the relevant data to the remote server 8. The adhesive end 61 of the container 6 can be a gap between the upper cover and the bottle body, and the wafer label 7 is attached to the gap. The wafer label 7 is a fragile material such as aluminum foil, etc., which is relatively thin and easy to be externally driven. The twisted and broken material, such as when the upper cover is opened, the wafer label 7 will be destroyed for the person to recognize whether the container 6 has been opened. The bar code 51 on the packaging material 5 is printed on one of the outer surfaces of the packaging material 5 for identification by the management end device 1. The purpose of the bar code 51 is for the customer to obtain the specific code of the container 6 and related information such as: origin , specifications, ingredients or manufacturing processes. In the overall flow of the management device 1, when the container 6 is manufactured, the related information and the specific code of the origin, specification, composition or manufacturing process of the container 6 are encoded into the barcode 51, and the barcode 51 The specific code system is unique and unique, and the manager uses the management device 1 to first decode the barcode 51 on the package material 5 outside the container 6 to obtain the specific code of the barcode 51, and utilizes one of the management terminal devices 1 to transmit and receive the module. The wafer tag 7 is read to obtain the specific code of the wafer tag 7, and the specific code of the wafer tag 7 is unique and unique. Then, using the positioning device inside the management device 1 to obtain the geographic coordinate position of the current container 6 (such as the latitude and longitude or region name of the manufacturing factory), and the image capturing module to capture the appearance image of the container. The specific module of the barcode 51, the specific code of the wafer label 7, the appearance image of the container, and the geographic coordinate position of the current container 6 are transmitted to a remote server 8 through the network through the transmission module of the management device 1 . The network can be used for wired or wireless internet, even 3G, 4G, etc. to achieve the purpose of transmission. The remote server 8 acquires and stores the barcode The specific code of 51, the specific code of the wafer label 7, the appearance image of the container, and the geographic coordinate position of the current container 6 are in a specific category, in order to bind the specific code of the barcode 51 to the specific code of the wafer label 7. And storing the corresponding image of the product container 6 and the coordinate information of the initial location, and setting a limited area according to the coordinate information of the original location, and the intention of the limited area will be further described later. Description. Then, the remote server 8 encrypts the specific code of the barcode 51 into a ciphertext code, and simultaneously generates a key code corresponding to the ciphertext code, and the key code is the only password that correctly unlocks the ciphertext code, such as The key code to decode the non-corresponding ciphertext code will generate an incorrect plaintext code. Then, the ciphertext code is transmitted back to the management device 1 and the ciphertext code is written into the wafer tag 7 through the wireless transceiver module. At this time, the wafer tag 7 has the specific code of the original wafer tag 7 and the ciphertext code. (that is, the specific code of the barcode 51 after the encryption).

As described in the above paragraph, the specific code of the wafer tag 7 and the ciphertext code are paired and stored in the wafer tag 7 when the replacement package is present (when the container 6 and the package 5 may be in other positions), then management The information of the chip barcode 7 read by the end device (the specific code of the wafer tag 7 and the ciphertext code) is uploaded to the remote server 8 for comparison, and the remote server 8 decrypts the ciphertext code into the plaintext code by the key code. , it will go to whether the plaintext code is the specific code of the barcode 51. If the specific code is not the same as the specific code of the barcode 51, the alarm device is immediately notified to the management device 1, and the container of the container 6 can be immediately determined. The material 5 is not matched with the original, thereby reminding the management end whether the packaging material 5 of the container 6 has been replaced. More importantly, the transfer position coordinate information is stored to the remote server 8 for recording the current position of the container 6. When the container 6 (including the package 5) is located at the manufacturer, the coordinate position is first recorded and a limited range is set. When the container 6 (including the packaging material 5) is located at another location (such as the location of the dealer or transfer station, or even in the manufacturing plant) and is read by the management device 1 for the wafer label 7, The positioning module in the management device 1 simultaneously re-records the position coordinate information of the container 6 and transmits it to the remote server 8, and the remote server 8 determines whether the new position coordinate information falls within the limited range. If yes, re-record the new location coordinate information in the category to which it belongs, and then set a new limited range according to the new location coordinate information, and then create a new ciphertext code, that is, the remote server 8 will re-create Encrypting the specific code of the barcode 51, and generating a new ciphertext code and a new key code corresponding to the new ciphertext code, and transmitting it back to the management device 8 to rewrite the new ciphertext code over the original The ciphertext code is coded into a new ciphertext code to ensure that the ciphertext code is updated once each time the management device 8 reads the wafer tag 7. If it is judged that the new position coordinate information does not fall outside the limited range, only the new ciphertext code is newly created and returned to the management terminal device 1 to be written into the wafer tag 7 without any action. In the above manner, the location of the container 6 (including the packaging material 5) can be recorded therefrom, and the method can also be utilized to generate the shipping history of the container 6, and to ensure that the ciphertext code is continuously updated.

Please refer to FIG. 2 , which is a schematic diagram of a client device in a wafer tag anti-counterfeiting system with a positioning according to the present invention. As shown in the figure, the consumer can decode the barcode 51 on the packaging material 5 by the client device 2 to obtain the information about the specific code of the barcode 51 and the container (the general consumer cannot read the wafer label 7). Only the barcode 51 on the packaging material 5 of the container 6 can be read. At this time, the consumer can receive the information about the container 6 through the client device, and at the same time, the client device 2 also records the current position coordinates of the consumer. The information is then uploaded to the remote server 8 by the specific code of the barcode 51 and the current location coordinate information of the consumer through the network. First, the remote server 8 finds the category of the specific code by using the specific code of the barcode 51, and compares the current location coordinate information of the consumer with the limited range stored in the category, if the consumer is in the current position. The coordinate information falls outside the limits of all previous records, and the remote server 8 will take the consumer to the present position. The coordinate information is stored in the category, and a consumer-defined area is set according to the current location coordinate information of the consumer, but if the consumer-defined area has been previously set, the consumer no longer interprets the consumer-defined area. The information of the barcode 51, and the remote server 8 determines that the consumer location is not within the consumer-defined area, the remote server 8 will record the new consumer's location coordinate information again, and according to the new consumption. The position information of the person is reset to a new consumer-defined area. Finally, the remote server 8 determines whether there are more than two (including two) consumer-defined areas in the category, and if so, sends an alert message to the management device 1 to notify the relevant personnel of the container 6 (including the package) Material 5) appears in more than two locations, may be a problematic item, and locks the consumer's client device 2 and cannot read the information about the container 6 (including the package 5).

As described in the above paragraph, if the consumer's client device 2 has been unable to read the information about the container 6 (including the package material 5), it can return to the channel or the dealer to re-read the wafer by the management device 1 Label 7, and upload the specific code and ciphertext code in the wafer tag 7 to the remote server 8, and the remote server 8 unlocks the ciphertext code into a plaintext code, and determines that the plaintext code is the same as the specific code of the barcode 51. All stored consumer-defined areas in the category are eliminated to unlock the locked consumer's client device 2, so that the client device 2 can again obtain the relevant information of the container 6 when decoding the barcode 51 on the package 5.

Please refer to FIG. 1 and FIG. 3 together. FIG. 3 is a block diagram of the management device in the wafer tag anti-counterfeiting system of the present invention. As shown in the figure, the management device 1 includes: a first processing module 11, a first memory module 12, a first transmission module 13, a first positioning module 14, an image capturing module 15, and a first decoding. The module 16, the encoding module 17, and the signal transceiving module 18. The first processing module 11 is a central processing unit, mainly for controlling the operation between the components in the management device 1 Work and communicate. The first memory module 12 is electrically connected to the first processing module 11, and mainly stores data data generated by each component. The first transmission module 13 is electrically connected to the first processing module 11 and the first memory module 12, and can transmit data through various forms such as a wired network or a wireless network, or even various transmission protocols such as USB and RS232. The method is transmitted to the remote server 8 for storage or comparison. The first positioning module 14 is electrically connected to the first processing module 11 and the first memory module 12. The first positioning module 14 can be a Location-Based Service (LBS) or a Global Positioning System (Global Positioning). System, GPS), can capture the coordinate data of the current position of the management device 1 by the first processing module 11 controlling the first positioning module 14 to capture the current position of the management device 8 to generate management The location information of the end device 1 is transmitted to the first memory module 12 for storage. The image capturing module 15 is electrically connected to the first processing module 11 and the first memory module 12, and the main function is to capture the overall shape of the container 6 and to form a digital image to record the container 6 The appearance is characterized in that the first processing module 11 is used to control the image capturing module 15 to capture the appearance image of the container 6 to generate a digital image and transmit it to the first memory module 12 for storage. The first decoding module 16 is electrically connected to the first processing module 11 and the first transmission module 13, and is mainly capable of decoding the barcode 51 on the packaging material 5 to obtain the information of the barcode 51, and the information includes the information. The information about the specific code of the barcode 51 and the container 6 is controlled by the first processing module 11 to control the first decoding module 16 to decode the barcode 51 to obtain the information related to the specific code of the barcode 51 and the container 6. The coding module 17 is electrically coupled to the first memory module 12 to encode information obtained from the first memory module 12. The signal processing module 18 is electrically coupled to the first processing module 11 and the encoding module 17. The first processing module 11 controls the signal transceiver module 18 to convert the information encoded by the encoding module 17 into a radio signal, and utilizes The radio signal is written to the wafer tag 7, or the wafer tag 7 is read by radio signals. The stored message.

Please refer to FIG. 2 and FIG. 4 together. FIG. 4 is a block diagram of a client device in the wafer tag anti-counterfeiting system of the present invention. As shown in the figure, the client device 2 includes: a second processing module 21, a second memory module 22, a second transmission module 23, a second positioning module 24, and a second decoding module 25. . The second memory module 22 is electrically connected to the second processing module 21, and mainly stores data data generated by each component. The second transmission module 23 is electrically connected to the second processing module 21 and the second memory module 22, and can transmit data through various forms such as a wired network or a wireless network, or even various transmission protocols such as USB. , RS232, etc. are transmitted to the remote server 8 for storage or judgment. The second positioning module 24 is electrically connected to the second processing module 21 and the second memory module 22, and the second positioning module 44 can be a Location-Based Service (LBS) or a global positioning system ( The Global Positioning System (GPS) can retrieve the current location information of the client device 2 by controlling the second positioning module 24 to capture the current location of the client device 2 to generate a client. The location information of the end device 2 is transmitted to the second memory module 22 for storage. The second decoding module 25 is electrically connected to the second processing module 21, the second memory module 22, and the second transmission module 23. The second processing module 21 controls the second decoding module 25 to control the barcode 51. Decoding to obtain information about the specific code of the barcode 51 and the container 6.

In summary, the system for aligning the wafer tag anti-counterfeiting of the present invention provides a concise and accurate anti-counterfeiting system, and if the article is unsealed or dropped during shipping, it can be identified at the dealer or sales office, and consumed. The barcode of the outer package can also be used to know the authenticity of the product, and the mechanism of the limited area can be used to avoid buying the product incorrectly or in more than two different locations, and to avoid copying of the outer packaging of the product. And to further demonstrate that The flow of the steps will be described in detail below with reference to Figures 5 through 8 to truly describe the spirit of the present invention. Please refer to FIG. 5 , which is a processing flowchart of the wafer label anti-counterfeiting method of the present invention in which the management end device is located at the first position (when the product is shipped from the factory): First, refer to step S11, the wafer is processed. The label is disposed at the close end of the container, and the wafer label has a first specific code that is non-repeatable and readable; then, referring to step S12, the related information having the container and the second specific code are encoded together into one code, and The barcode is printed on the surface of the packaging material outside the container; then, referring to step S13, the wafer label is read by the signal transceiver module of the management device to obtain the first specific code and transmitted to the first memory. Module storage; then, referring to step S14, the barcode is decoded by the first decoding module of the management device to obtain the second specific code, and transmitted to the first memory module for storage; then, refer to step S15. The image capture module of the management device captures the overall appearance of the container to generate a digital image and transmits it to the first memory module for storage; then, please refer to Step S16: The first positioning module of the management device picks up the first coordinate information of the current position of the container, and transmits the first coordinate information to the first memory module for storage; and then, referring to step S17, The first memory module extracts the first specific code, the second specific code, the digital image and the first coordinate information and transmits the first specific code to the first transmission module, and transmits the data to the remote server through the network; then, referring to step S18, The remote server receives the first specific code, the second specific code, the digital image and the first coordinate information, and stores the information in a category, and sets a first limited range according to the first coordinate information; then, referring to step S19, The remote server encrypts the second specific code into the first ciphertext code. And simultaneously generating a first key code corresponding to the first ciphertext code, wherein the first key code is a unique password for unlocking the first ciphertext code; then, referring to step S20, the remote server will be A ciphertext code is transmitted back to the first transmission module through the network and transmitted to the first memory module for storage; then, referring to step S21, the first memory module is used by the coding module of the management device. The ciphertext code is encoded into a radio wave signal, and the radio wave signal is transmitted to the wafer tag through the signal transceiving module; and then, referring to step S22, the chip tag receives the radio wave signal, so that the chip tag stores the first ciphertext code, so The wafer label has a first specific code and a first ciphertext code; when the container 6 (including the packaging material 5) is located at another position (that is, the management device reads the wafer label again, but the location of the management device does not necessarily have The process step of FIG. 6 is a process flow chart of the wafer tag anti-counterfeiting method of the present invention, wherein the management terminal device is located at the second position: first, refer to step S31, The signal transceiver module extracts the first specific code and the first ciphertext code in the wafer tag, and transmits the first ciphertext code to the first transmission module. Then, referring to step S32, the first positioning module is used to capture the second coordinate of the current position of the container. Information, and transmitting the second coordinate information to the first transmission module; then, referring to step S33, transmitting the first specific code, the first ciphertext code and the second coordinate information from the first transmission module to the network through the network to The remote server; then, referring to step S34, the remote server uses the first key code to unlock the first ciphertext code to obtain a plaintext code, and determines whether the plaintext code and the second specific code are the same; then, please Referring to step S35, if not, an alarm message is sent to the management device; Next, referring to step S36, if the plaintext code and the second specific code are the same, it is determined whether the second coordinate information exceeds the first limited range of the first coordinate information; then, refer to step S37, and if not, the second content is not stored. Coordinate information; next, please refer to step S38, if the second coordinate information exceeds the first limited range of the first coordinate information, the remote server stores the second coordinate information in the category, and sets a second according to the second coordinate The limited range is such that the content stored in the category has a first specific code, a second specific code, a digital image, a first coordinate information, and a second coordinate information; then, referring to step S39, the remote server re-creates the second specific code. Encrypting into a second ciphertext code, and simultaneously generating a second key code corresponding to one of the second ciphertext codes, wherein the second key code is a unique password for unlocking the second ciphertext code; then, refer to step S40. The remote server transmits the second ciphertext code back to the first transmission module through the network and transmits the data to the first memory module for storage; then, referring to step S41, the first memory module is implemented by using the coding module. The second ciphertext code is encoded into a radio wave signal, and the radio wave signal is transmitted to the wafer tag by the signal transceiving module; and then, referring to step S42, the chip tag receives the radio wave signal, so that the wafer tag will be A ciphertext code is overwritten and stored as a second ciphertext code, and the first specific code and the second ciphertext code are stored in the wafer label.

When the consumer purchases the container 6 (including the packaging material 5) or wants to brush the bar code to see the relevant information about the container 6, please refer to the process steps of FIG. 7 , which is the method for the anti-counterfeiting of the wafer label of the present invention. Processing flowchart of the client device: First, referring to step S51, the barcode is solved by the second decoding device of the client device. a code to obtain a second specific code and related information, and stored in the second memory module; then, referring to step S52, when the client device acquires the second specific code and related information, using one of the client devices The second positioning module captures the customer location information of the location where the client device is located; then, referring to step S53, the client location information is transmitted to the remote server through the network by using the second transmission module of the client device; then, Referring to step S54, the remote server determines whether the customer location information exceeds the first limited range or the second limited range; then, refer to step S55, and if so, the remote server stores the customer location information into the category and Generating a first client limited range; then, referring to step S56, the remote server determines whether the customer location information appears outside the first client limited range; then, refer to step S57, and if so, the remote servo Stores customer location information in this category and generates a second customer limit relative to one of the customer location information, and so on; then, please In step S58, the remote server determines whether the customer location information exceeds at least two customer limited ranges; then, refer to step S59, and if so, the remote server sends an alert message to the administrator device through the network. To inform the relevant personnel.

In the process, if the remote server is judged to have at least two (including two) customer-defined ranges, the remote server locks the client device of the consumer, so that the client device can no longer obtain the product by decoding the barcode. (Information about the container and the matching package), you must perform the following procedures to restore the permissions of the client device: First, referring to step S61, the management device reads the wafer tag to obtain the first specific code and the ciphertext code of the wafer tag and transmits the code to the remote server, and then decrypts the ciphertext code into the plaintext code by using the key code. Then, referring to step S62, the remote server is used to determine whether the plaintext code and the second specific code of the barcode are the same; if yes, refer to step S63, and if so, the remote server eliminates all customer restrictions stored in the category. Range; if not, please refer to step S64. If not, the remote server sends an alarm message to the management device to inform the customer that the product to be unlocked (the container and the packaged package) is a problematic product.

Please refer to FIG. 9 , which is a schematic diagram of the management device in the first embodiment of the wafer tag anti-counterfeiting system with the positioning of the present invention. As shown in the figure, it is in the packaging stage of the product and is ready to be prepared before the product is exported. In the figure, each product 301 is a wine bottle 10 which is packaged by an outer package 9. The wine bottle seal 101 of the wine bottle 10 has an RFID (Radio Frequency Identification) tag 102, and the RFID tag 102 has a unique specificity. The outer package 9 has a QR code 91, and the QR code 91 is also encoded by a unique code associated with the bottle 10. Each product 301 is placed on a conveyor belt 104 and passed through a set of wafer label reading and writing device and barcode reading device 3 to complete the reading of the specific code of the RFID tag 102 of each product, the specific code of the QR code 91, and the product. The photo and the location coordinate information are uploaded to the central management server 103 and stored in the exclusive category of each product 301. The specific code of the RFID tag 102, the specific code of the QR code 91, the product photo, and the storage of the location coordinate information, and how to bind the QR code 91 and the RFID 102 have been previously described, and will not be further described herein, but the wafer The internal device of the tag reading and writing device and the bar code reading device 3 will be described in the following paragraph.

Referring to FIG. 11 and FIG. 9 together, FIG. 11 is a block diagram of a wafer tag reading and writing device and a bar code reading device (management device) in the first embodiment of the wafer tag anti-counterfeiting system of the present invention. As shown in the figure, the wafer tag reading and writing device and bar code reading device 3 includes: a first processing module 31, a first memory module 32, a first transmission module 33, a first positioning module 34, and an image capturing module. The group 35, the first decoding module 36, the encoding module 37, and the signal transceiving module 38. The general connection between the modules and the mode of operation have been previously described and will not be repeated here. The image capturing module 35 further includes a first lens 351, a first light sensing element 352 and a first capturing module 353. The first lens 351 is connected to the first light sensing element 352. The first light sensing element 352 is electrically connected to the first capturing module 353, and the first capturing module 353 is electrically connected to the first processing module 31, the first decoding module 36, and the first memory module 32, respectively. . The image capturing module 35 can be a Charge-Coupled Device (CCD) or a Complementary Metal-Oxide-Semiconductor (CMOS). The image is collected by the first lens 351 and collected. The first light sensing element 352 converts the optical signal into an electrical signal and transmits it to the first capturing module 353 for selecting an image. In this embodiment, the image capturing module 35 mainly captures the QR code image. (Fig. 9, reference numeral 91) and transmitting the image signal to the first decoding module 36 for decoding, to obtain the information about the specific code of the barcode and the bottle 10, and using the image capturing module 35 to extract the wine. The image of the bottle (Fig. 9, reference numeral 9) is stored in the first memory module 32 (the image of the bottle 9 can be imaged by the wafer tag reading and writing device and the bar code reading device 3 before being packaged in the outer package 10. Capture module 35 to shoot).

Please refer to FIG. 10 and FIG. 12 together. FIG. 10 is a schematic diagram of a client device in a first embodiment of a wafer tag anti-counterfeiting system according to the present invention, wherein the smart mobile communication device 4 is a client device. 12 is a wafer tag anti-counterfeiting system of the present invention. In one embodiment, a smart mobile communication device (client device) block diagram. As shown in the figure, the smart mobile communication device 4 can be a smart phone with a camera function or a personal digital assistant (PDA), and includes a second processing module 41 and a second memory module 42. The second transmission module 43 , the second positioning module 44 , the second decoding module 45 , the second lens 46 , the second photosensitive element 47 , and the second capturing module 48 . The basic connection relationship between the modules and the operation mode have been previously described, and will not be described here, but the difference from the previous description is that the second lens 46, the second light sensing element 47, and the second are added. The module 48 and the display module 49 are captured. The second lens 46 is connected to the second light sensing element 47, and the second light sensing element 47 is electrically connected to the second capturing module 48. The second capturing module 48 and the second processing module 41 are respectively The second decoding module 45 is electrically connected. The second lens 46, the second photosensitive element 47 and the second extraction module 48 may be formed by a combination of a Charge-Coupled Device (CCD) or a Complementary Metal-Oxide-Semiconductor. , CMOS), mainly uses the second lens 46 to collect images and gather on the second light sensing element 47, converts the optical signal into an electrical signal and transmits it to the second capturing module 48 for selection of images. In the embodiment, the second lens 46, the second light sensing element 47, and the second capturing module 48 are mainly used to capture a QR code image (FIG. 10, reference numeral 91) and transmit the image signal to the second decoding. The module 45 decodes to obtain information about the specific code and the bottle. The display module 49 is connected to the second processing module 41 and the second memory module 42 for displaying information related to the bottle 10 obtained after decoding (including geographic location history and production related information). Display module 49 for viewing by the consumer.

Referring to FIG. 9 to FIG. 12 together, it is worth noting that if the smart mobile communication device 4 photographs the QR code 91 on the outer package 9 of the wine bottle 10 due to being located in a non-original customer limited area, the central management server 103 Will store the new coordinate information of the smart mobile communication device 4 first. In the category, and creating a new customer-defined area, but when the central management server 103 determines that there are more than two (including two) different customer-defined areas in the category, the central management server 103 sends an alert message to The chip tag reading and writing device and the bar code reading device 3 and the smart mobile communication device 4 are locked, so that the smart mobile communication device 4 cannot know the related resources of the bottle 10 by decoding the QR code 91 method, unless the consumer carries the bottle 10 (In the case where the RFID tag 102 is not broken), the manufacturer, the channel, or the dealer having the wafer tag reading/writing device and the bar code reading device 3 performs the operation of reading the RFID tag 102 once, and judges that the bottle 10 is true. The locking of the smart mobile communication device 4 can be released.

Please refer to FIG. 13 , which is a schematic diagram of the method and system for the anti-counterfeiting of the wafer label of the present invention applied to a plurality of different locations. The factory location A of the product has recorded the product at the location A by using the management device. Position, and transfer the barcode label of the product and the barcode of the outer package to the remote server, and set the first limited range A1, and then transport it to the transfer station B. After receiving the product, the transfer station B first uses Visually observing whether the wafer label of the product is damaged, so as to judge that it was opened during the transportation, and then use the management device to scan the specific code and ciphertext code inside the wafer label to check whether the product content and the outer packaging match, and judge the product. Whether the content or external standard has been replaced in transit, and then record the product at the location of location B, and then transfer it to the central server for recording (because it is judged that the B position is not located in A1, the coordinates of point B are stored. And set the second limited range B1 and continue to transport to the transfer station C. At the transfer station C, the same procedure as that of the transfer station B is performed again using the management device to ensure the integrity of the product, and the position of the product at the location C and the third limited range C1 are set, and the shipment is continued to the sale. At D. At the sales office D, the management device is also used to check the product, and after the position of the sales office D is recorded, the fourth limited range D1 is set, so that the barcode of the related product is in the area. The information about D1 being decoded by the consumer and obtaining the product will not be recorded by the remote server. However, after the area D1 is exceeded, the central server will immediately store the consumer's coordinate location information and set a customer limited range to tie the product. Set the area where the consumer is located. However, if someone else decodes the barcode of the product's outer packaging outside the scope of the original customer, not only will the coordinate position of the other person be stored again, but the second customer limited range will be further stored, and the remote server determines the category. Whether there are more than two customer-limited scopes, if it exceeds, it will lock other people's client devices (such as smart phones), so that they can no longer obtain product-related information through decoding. If you want to unlock the lock, you can remove the wafer label of the product from the manufacturer, the channel or the dealer in the future, and confirm the authenticity of the product, immediately release the lock of the client device for decoding.

The above is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention; the modifications and equivalents of the present invention are intended to be included in the scope of the present invention without departing from the spirit and scope of the invention. Within the scope of protection.

1‧‧‧Management device

103‧‧‧Central Management Server

104‧‧‧Conveyor belt

11‧‧‧First Processing Module

12‧‧‧First Memory Module

13‧‧‧First transmission module

14‧‧‧First Positioning Module

15‧‧‧Image capture module

16‧‧‧First Decoding Module

17‧‧‧Code Module

18‧‧‧ Signal Transceiver Module

2‧‧‧Client device

21‧‧‧Second processing module

22‧‧‧Second memory module

23‧‧‧Second transmission module

2‧‧‧Second positioning module

25‧‧‧Second decoding module

3‧‧‧ wafer tag reading and writing device and bar code reading device

301‧‧‧Products

31‧‧‧First Processing Module

32‧‧‧First Memory Module

33‧‧‧First transmission module

34‧‧‧First Positioning Module

35‧‧‧Image capture module

351‧‧‧ first shot

352‧‧‧First light sensing element

353‧‧‧First capture module

36‧‧‧First Decoding Module

37‧‧‧Code Module

38‧‧‧ Signal Transceiver Module

4‧‧‧Smart mobile communication device

41‧‧‧Second processing module

42‧‧‧Second memory module

43‧‧‧Second transmission module

44‧‧‧Second positioning module

45‧‧‧Second decoding module

46‧‧‧second lens

47‧‧‧Second light sensing element

48‧‧‧Second capture module

49‧‧‧Display module

5‧‧‧Package

51‧‧‧ barcode

6‧‧‧ Container

61‧‧‧ Close end

7‧‧‧ wafer label

8‧‧‧Remote Server

9‧‧‧Package box

91‧‧‧QR code (2D barcode)

10‧‧‧ wine bottles

101‧‧‧ bottle seal

102‧‧‧RFID (Radio Frequency Identification)

103‧‧‧Central Management Server

Step S11 to step S22

Step S31 to step S42

Step S51 to step S59

Step S61 to step S64

1A is a schematic view of a container and a packaging material in a wafer label anti-counterfeiting system with a positioning according to the present invention; FIG. 1R is a schematic diagram of a management end device in the wafer label anti-counterfeiting system with the positioning of the present invention; FIG. FIG. 3 is a block diagram of a management end device in the wafer label anti-counterfeiting system of the present invention; FIG. 4 is a wafer label anti-counterfeiting of the present invention. In the system, a block diagram of a client device; FIG. 5 is a flowchart of a process of the wafer tag anti-counterfeiting method of the present invention, when the management device is in the first position; 6 is a process flow diagram of the wafer label anti-counterfeiting method of the present invention, wherein the management terminal device is located at the second position; FIG. 7 is the processing of the client device in the method for anti-counterfeiting of the wafer label with the positioning of the present invention. FIG. 8 is a flow chart of the relationship between the remote server determining the ciphertext and the specific code and eliminating the customer's limited range in the method for the anti-counterfeiting of the wafer tag of the present invention; FIG. 9 is the matching positioning chip of the present invention. In the first embodiment of the label anti-counterfeiting system, a schematic diagram of the management device; FIG. 10 is a schematic diagram of the client device in the first embodiment of the wafer tag anti-counterfeiting system of the present invention; FIG. 11 is a matching positioning chip of the present invention. In the first embodiment of the label anti-counterfeiting system, a wafer tag reading and writing device and a bar code reading device (management device) are shown in FIG. 12; FIG. 12 is a smart mobile communication device in the first embodiment of the wafer tag anti-counterfeiting system with the positioning of the present invention. Block diagram of the device (client device); FIG. 13 is a method and system for the anti-counterfeiting of the wafer tag with the positioning of the present invention applied to several different locations a schematic diagram of the flow of goods;

Step S11 to step S19

Claims (19)

A method for cooperating with a wafer tag for positioning, comprising at least the steps of: arranging a wafer label on a close end of a container having a first specific code that is non-reproducible and readable; A related information and a second specific code are encoded together as a code, and the barcode is printed on a surface of the packaging material outside the container; and the wafer label is read by using a signal transceiver module of the management device Obtaining the first specific code and transmitting it to a first memory module for storage; decoding the barcode by using the first decoding module of the management device to obtain the second specific code, and transmitting the The first memory module is stored; the image capture module of the management device captures the overall appearance of the container to generate a digital image, and transmits the image to the first memory module for storage; The first positioning module captures the first coordinate information of the current position of the container, and transmits the first coordinate information to the first memory module for storage; by the first memory mode Extracting the first specific code, the second specific code, the digital image and the first coordinate information to a first transmission module, and transmitting the same to a remote server through the network; the remote server receives The first specific code, the second specific code, the digital image and the first coordinate information are stored in a category, and a first limited range is set according to the first coordinate information; the remote server Encrypting the second specific code into a first ciphertext code, and simultaneously generating a first key code corresponding to one of the first ciphertext codes, wherein the first key code is uniquely unlocked a password of the first ciphertext code; the remote server transmits the first ciphertext code back to the first transmission module through the network, and transmits the code to the first memory module for storage; using one of the management terminal devices The encoding module encodes the first ciphertext code in the first memory module into a radio wave signal, and transmits the radio wave signal to the wafer tag through the signal transceiver module; and the wafer tag receives the radio wave signal, The wafer tag is stored with the first ciphertext code, so the first specific code and the first ciphertext code are stored in the wafer tag. The image capture module further includes a first lens, a first light sensing component, and a first capturing module, wherein the image capturing module further includes a first lens, a first light sensing component, and a first capturing module. Collecting, by a lens, an image of the barcode or an image of the container and collecting the image on the first photosensitive element, the first photosensitive element converting the image of the barcode or the appearance image of the container into digital data, and transmitting the image The first capture module is configured to select the desired image, and if the first capture module captures the image of the barcode, the first capture module is transmitted to the first decoding module for decoding to obtain the second specific The code and the related information, if the first capture module captures the appearance image of the container, the digital image is generated. The method for anti-counterfeiting of a wafer tag according to claim 1 , wherein when the wafer tag has the first specific code and the first ciphertext code, the first specific code and the second are determined later Whether the matching of the specific code is correct, and the second specific code can be enhanced, further comprising the steps of: extracting, by the signal transceiver module, the first specific code and the first ciphertext code in the wafer tag, and transmitting the first ciphertext code to the first code a transmission module; Using the first positioning module to capture the second coordinate information of the current position of the container, and transmitting the second coordinate information to the first transmission module; the first specific code and the first secret are transmitted through the network The code and the second coordinate information are transmitted from the first transmission module to the remote server; the remote server uses the first key code to unlock the first ciphertext code to obtain a plaintext code, and Determining whether the plaintext code and the second specific code are the same; if the plaintext code and the second specific code are the same, determining whether the second coordinate information exceeds the first limited range of the first coordinate information; if yes, The remote server stores the second coordinate information in the category, and sets a second limited range according to the second coordinate, so that the content stored in the category has the first specific code, the second specific code, and the digit The image, the first coordinate information, and the second coordinate information; then, the remote server re-encrypts the second specific code into a second ciphertext code, and simultaneously generates a second corresponding to the second ciphertext code Key code, wherein the second gold The code system is the only password for unlocking the second ciphertext code; the remote server transmits the second ciphertext code back to the first transmission module through the network, and transmits the code to the first memory module for storage; Using the encoding module to encode the second ciphertext code in the first memory module into the radio wave signal, and transmitting the radio wave signal to the wafer tag by the signal transceiver module; and receiving the wafer tag The radio wave signal causes the wafer tag to overwrite and store the first ciphertext code into the second ciphertext code, and the first specific code and the first Two ciphertext code. The method for anti-counterfeiting of a wafer tag according to claim 3, further comprising the steps of: decoding the barcode by using a second decoding device of a client device to obtain the second specific code and the Related information; when the client device obtains the second specific code and the related information, the second positioning module of the client device retrieves customer location information of one location of the client device; and utilizes the client The second transmission module of the end device transmits the customer location information to the remote server through the network; and the remote server determines whether the customer location information exceeds the first limited range or the second limited range If yes, the remote server stores the customer location information into the category and generates a first customer limited range; if the customer location information appears outside the first client limited range, the remote server stores The customer location information is in the category and generates a second customer limited range relative to the customer location information, and so on; and by the remote servo The device determines whether the customer location information exists in more than at least two customer-defined ranges. If yes, the remote server sends an alarm message to the management device through the network to notify the relevant personnel. The method for preventing the anti-counterfeiting of the wafer tag according to the fourth aspect of the invention, further comprising a second lens, a second light sensing component and a second capturing module, wherein the second lens collects the barcode An image is collected on the second photosensitive element, and the second photosensitive element has the barcode After the image is converted into digital data, the image is transferred to the second capture module for selecting the desired image. When the second processing module controls the second capture module to capture the image of the barcode, And transmitting to the first decoding module for decoding, to obtain the second specific code and the related information. The method for anti-counterfeiting of a wafer tag according to claim 4, wherein the remote server decrypts the first ciphertext code or the second by using the first key code or the second key code. When the ciphertext code obtains the plaintext code and determines that the plaintext code and the second specific code are the same, the remote server immediately eliminates all stored customer limited ranges. The method for preventing the anti-counterfeiting of the wafer label according to the first aspect of the invention, wherein the wafer label is a fragile material, and if the close end is relatively displaced or rotated, the wafer label is immediately broken and Damaged. The method for anti-counterfeiting of a wafer tag according to the first aspect of the patent application, wherein the positioning device is a Location-Based Service (LBS) or a Global Positioning System (GPS). The method for anti-counterfeiting of a wafer tag according to claim 1, wherein the wafer tag is Radio Frequency IDent (RFID). The method for anti-counterfeiting of a wafer tag according to claim 1, wherein the barcode is a Quick Response Code (QR code). The method for the anti-counterfeiting of the wafer tag as described in the first aspect of the patent application, wherein the client device further comprises a display module, the display module is coupled to the second processing module and the second memory module When the second decoding module decodes the barcode and obtains the second specific code of the container and the related information, the related information is displayed on the display module. A system for aligning a wafer tag anti-counterfeiting, comprising: a container having a close end; a wafer label disposed on the close end of the container and having a first specific code that is readable and non-reproducible, when the close end is relatively displaced or In the deformation, the wafer label is damaged; a remote server; a code, the barcode is encoded by one of the container and a second specific code, and printed on the outside of the container a management device, comprising: a first processing module for controlling and managing a core of each module; a first memory module electrically coupled to the first processing module; The transmission module is electrically connected to the first processing module and the first memory module, and sends data to the remote server through a network; a first positioning module is coupled to the first processing module The first processing module controls the first positioning module to capture the position of the management device to generate position coordinate information of the management device; an image capture module Group, the first processing module and the The first processing module controls the image capturing module to capture the appearance image of the container to generate a digital image; a first decoding module is coupled to the first processing module The first memory module and the first transmission module are electrically connected, and the first processing module controls the first decoding module to decode the barcode to obtain the second specific code and the related information; The group is electrically connected to the first memory module, and is sent to the chip The information of the label is encoded; and a signal transceiver module is electrically connected to the first processing module and the encoding module, and the first processing module controls the signal transceiver module to encode the encoding module The information is converted into a radio signal, and the data is written to the wafer tag through the radio signal, or the information in the wafer tag is read through the radio signal; a client device comprising: a second processing module, Controlling and managing the core of each module; a second memory module electrically coupled to the second processing module; a second transmission module, the second processing module, and the second memory module The second connection module is electrically connected to the second processing module and the second memory module, and the first processing module is electrically connected to the remote server. Controlling the location of the first location module to retrieve the location of the management device to generate location coordinates of the client device; and a second decoding module coupled to the second processing module and the second memory module The second Transmission module electrically connected to, the second processing module controls the second decoding module decodes the barcode to obtain the specific code and the second related information. The system of the anti-counterfeit chip-type anti-counterfeiting system of claim 12, wherein the image capturing module of the management device further comprises a first lens, a first photosensitive element, and a first capturing device. The first lens is electrically connected to the first light sensing element, the first light sensing element is electrically connected to the first capturing module, and the first capturing module and the first decoding module are The first memory module is electrically connected, wherein the first lens collects an image of the barcode or an appearance image of the container and is collected on the first photosensitive element, and the first photosensitive element images the barcode Or the image of the container is converted into digital data and then transmitted to the first capture module for selecting the desired image. If the first capture module captures the image of the barcode, the image is transmitted to The first decoding module performs decoding to obtain the second specific code and the related information. If the first capturing module captures the appearance image of the container, the digital image is generated. The system for matching the positioned wafer tag anti-counterfeiting according to claim 12, wherein the client device further comprises a second lens, a second light sensing element and a second capturing module, the second lens Interconnecting with the second light sensing element, the second light sensing element is electrically connected to the second capturing module, the second capturing module and the second inner module and the second decoding module An electrical connection, wherein the second lens collects the image of the barcode and collects on the second photosensitive element, and the second photosensitive element converts the image of the barcode into digital data, and then transmits the image to the second capture a module for selecting a desired image, and the second processing module controls the second capture module to capture the image of the barcode, and then transmits the image to the first decoding module for decoding to obtain the image Two specific codes and related information. The system for matching the positioned wafer label anti-counterfeiting according to claim 12, wherein the wafer label is a fragile material, and if the close end is relatively displaced or rotated, the wafer label is immediately broken and Damaged. The system for matching the positioned wafer tag anti-counterfeiting according to claim 12, wherein the positioning device is a Location-Based Service (LBS) or a Global Positioning System (GPS). The system for matching the positioned wafer label anti-counterfeiting according to claim 12, wherein the wafer label is Radio Frequency IDentification (RFID). A system for matching a wafer tag anti-counterfeiting as described in claim 12, wherein the Barcode is a Quick Response Code (QR code). The system of the above-mentioned patent device, wherein the client device further includes a display module, the display module is coupled to the second processing module and the second memory module. After the second decoding module decodes the barcode and obtains the second specific code and the related information, the related information is displayed on the display module.