TW202036422A - Method and system for processing variety information of product - Google Patents

Abstract

A method for processing variety information of product and a system thereof are provided. The system includes a server that includes a user database for managing user data and a product database for storing product data. The system provides a software program executed in a user device for reading multiple product linking objects with respect to a product so as to form corresponding request packets. The server will provide a message to the user device based on the information resolved from the request packets. In the method, when the server receives the request packets from the user device which reads one of the product linking objects, various information such as time, location and a product status can be obtained. A message can be accordingly generated and sent to the user device.

Description

Commodity diversity information processing method and system

The present invention relates to a technology for generating commodity-related information, in particular to a method and system that can provide commodity dynamic information based on scanning commodity barcodes and real-time status.

Two-dimensional barcodes (such as QR Code) are often displayed on the packaging of merchandise on display, allowing consumers to operate their mobile devices to scan the two-dimensional barcode and link to a specific webpage to obtain product-related information, for example, to introduce the product manufacturer , Instructions for use, product source and other product history information.

Among them, the information recorded in the two-dimensional barcode is usually a web link, such as a URL (Uniform Resource Locator), which allows users to see the content of this web link through a web browser in a mobile device. Unless the content of the webpage is specifically updated, the content that the user can obtain through the two-dimensional barcode is fixed content.

The application of two-dimensional barcodes also provides a product history. The product supplier maintains a record of product-related information, including the source of the product, manufacturer, and seller, so that consumers can understand the origin and production process of the product.

The disclosure book discloses a method and system for processing product diversity information. The system is equipped with a server that uses database technology to manage user data, and stores multiple product data and the content covered by multiple product link information for each product. On the one hand, the system also provides software programs that are executed on the user's device. After being executed by the processor in the user's device, it can be used to read the product link information of the product, and form a request packet corresponding to the product link information, and send the request packet After reaching the server, the server can provide corresponding information according to the information recorded therein and the status of the product, so as to achieve the purpose of providing information about the variety of products.

According to the embodiment of the product diversity information processing system, the system includes the above-mentioned server, in which there is a user database and a product database, and the product database is used to store multiple product data, including multiple product link information associated with each product Diversified product information, and the latest status of each product, as well as the software program running on the user’s device.

According to the embodiment of the method for processing product diversity information operated by the system, when the server receives from the user device the request packet formed by reading one of the multiple product link information of the product, the relevant product identification data can be obtained by interpreting the request packet If the product link information read by the user device is the first product link information of the product, the server forms the first information corresponding to the product in the first state, and provides the first information to the user device; if the user device The read product link information is the second product link information of the product, and the server forms the second information corresponding to the product in the second state. The second information can be different from the first information, and then the second information is provided to the user device .

Preferably, the request packet generated by the user device includes user identification data and product identification data, so that the server compares the product database with the user database based on the user identification data and the product identification data to update the product of the product The status and the user's record, therefore, the first information or the second information can be formed according to the commodity status of the product and the user's record.

Further, the server receives the request packet sent from the user device, based on the product status of the product or adding the user's record, an interactive command can be generated to form an interactive interface on the user device, through and use The interaction of the user generates interactive information, which is then sent to the server.

In one embodiment, the first state of the commodity may be the state of the commodity before sale, and the first information generated correspondingly includes general information about the commodity before sale; when it is in the second state, the second state may be For the status of the product after the sale, the correspondingly generated second information includes special information about the product after the sale.

In order to further understand the features and technical content of the present invention, please refer to the following detailed description and drawings about the present invention. However, the provided drawings are only for reference and description, and are not used to limit the present invention.

The following are specific examples to illustrate the implementation of the present invention, and those skilled in the art can understand the advantages and effects of the present invention from the content disclosed in this specification. The present invention can be implemented or applied through other different specific embodiments, and various details in this specification can also be modified and changed based on different viewpoints and applications without departing from the concept of the present invention. In addition, the drawings of the present invention are merely schematic illustrations, and are not drawn according to actual dimensions, and are stated in advance. The following embodiments will further describe the related technical content of the present invention in detail, but the disclosed content is not intended to limit the protection scope of the present invention.

It should be understood that although terms such as “first”, “second”, and “third” may be used herein to describe various elements or signals, these elements or signals should not be limited by these terms. These terms are mainly used to distinguish one element from another, or one signal from another signal. In addition, the term "or" used in this document may include any one or a combination of more of the associated listed items depending on the actual situation.

The disclosure book discloses a method and system for processing product diversity information. The main concept is to have exclusive and unique product link information (attachment, printing, listing, etc.) on a product, and the product link information is provided to the user device Use specific software programs on the media to read product identification data, such as one-dimensional or two-dimensional barcodes (such as QR Code) or wireless signal tags (such as Near-Field Communication (NFC) tags) using the cooperation of software and hardware , Radio-Frequency Identification (RFID) tags), in which the technical feature is to use the opening and use of the product to set a variety of different product link information to achieve the technical purpose of providing product diversity information.

The method for processing product diversity information runs in a server and forms a system with software programs on the user side. The method for processing product diversity information is applied to products that can provide product information by linking information on the product. For the application of individual products, each product has unique product link information, and even if it is the same product of the same batch, the link information on each product is different. The service proposed by the system can read the product link information by using an electronic device on the user side, such as scanning a bar code, to obtain real-time status and provide dynamic product information.

It’s worth mentioning that the product link information takes barcode as an example. It can be a graphic printed (or pasted) on the outer or inner packaging of the product, allowing the user to take a photo of the barcode with the device, and then decode it by software. Obtain product identification data; when the product link information uses a wireless signal tag as an example, the user device can scan the wireless signal tag with a reader (such as an NFC module) that reads the wireless signal tag to read the product identification data.

The commodity diversity information processing system can refer to the schematic diagram of the system architecture embodiment shown in Figure 1. The figure shows the server 11 proposed by the system, which is connected with the commodity database 101 and the user database 102. The proposed commodity diversity information processing system That is, it is realized between the server 11 and the software program stored in the user device 15.

The server 11 has a user database 102. The user database 102 records the identification data of each user, consumption records, and consumption attributes derived from the analysis of the consumption records for managing user data; the server 11 has Commodity database record 101, used to store multiple commodity data, including the diverse commodity data associated with multiple commodity link information of each commodity, and the latest status of each commodity, as well as record the identification data of each commodity and the browsing of each commodity Link information with consumption records and multiple products specific to each product, such as one-dimensional or two-dimensional barcodes, or wireless identification tags.

A software program executed on the user device 15 is used to read multiple product link information of the product, including at least the first product link information and the second product link information, and form a request packet corresponding to each product link information to be sent to the server 11 , And then receive the information provided by the server 11. The software program executed on the user device 15 is an application program APP on a mobile device. After being executed by the processor of the user device 15, it can drive the software and associated hardware of the user device 15 to read the product link information. (Such as camera, NFC communication module, etc.) to read a product identification data corresponding to the product. In this software program, a request code is calculated in conjunction with the user identification data of the user device.

When the system runs the method for processing product diversity information, the software program running in the server 11 can connect to the user device 15 via a network 10 according to a connection request issued by the software program running on the user device 15.

In this system, the product database 101 built-in or externally linked to the server 11 records multiple product link information corresponding to each product, as well as product information corresponding to each product link information, and these link product link information for each product For example, a two-dimensional barcode, which records the identification data related to the product, and the product database 101 records the link information of each product corresponding to the shelf position of the product, as shown in each product 131, 132, 133 in channel 13, These commodities 131, 132, and 133 are recorded in the commodity database 101 and sold on Channel One 13. Similarly, the illustrated channel two 14 has products 141, 142, 143 each with unique product link information, and the products sold in channel two 14 are also recorded in the product database 101.

The product link information linked to each product in the above-mentioned schematic embodiment is illustrated as a two-dimensional bar code (such as QR Code). In another embodiment, the medium of the product link information can be wireless that can represent product identification data such as NFC or RFID. Signal label.

The figure also shows that the user device 15 uses the software and hardware (such as a camera) to take a two-dimensional bar code (first product link information) of one of the products 131, 132, 133 on the shelf of the channel 13 and decoded After obtaining the product identification data of the corresponding product, it can be sent to the server 11 through the network 10, and after comparing the records in the product database 101, the relevant information of this product can be obtained. This is the first information and can reflect this The specific status of a product, such as the number of times it has been read or scanned, indicates the number of times it has been followed. It can also be the status of the product before or after the sale, so that the system provides users with relevant preferential information. When one of the products is purchased by the user, after opening the package, the second product link information (take a two-dimensional barcode as an example) can be obtained, which can also be scanned by the user device 15 to obtain further information that can only be obtained after the product is purchased (Second information); What's more, when users continue to use the product, they can also obtain the third product link information according to the product design, and then obtain the third information, and so on.

Figure 2 then shows a schematic diagram of a situation where there are multiple product link information on the product. The product link information is like a two-dimensional bar code. This example shows that the product 22 is originally packaged in a product outer package 21. The general user can use the user device Scan the outer package bar code 211 (first product link information) on the product outer package 21, and interpret the information recorded in the outer package bar code 211 in the user’s device, and then send it to the system to obtain general product information. In other words, you can get the information about the product 22 that is concerned.

After the product 22 is purchased by the user and taken out from the outer packaging 21 of the product, the user can get another product barcode 221 (second product link information) printed on the product 22 itself or on the inner packaging. The packaging barcode 211 is different and has different product identification data, but they all correspond to the same product 22. Therefore, the software program on the system side can determine whether the current status of the product 22 is being watched on the shelf or has been One user purchases, so that the system can provide different levels of product information, including discount information of different content.

The barcodes for the outer packaging and inner packaging of the product can respectively indicate the corresponding product identification data before and after purchase. Another scenario is shown in Figure 3. This figure shows that the product 30 does not have a clear inner and outer packaging, but the system can still be based on different positions The product link information distinguishes the status of product 30 before or after purchase.

This example shows that the product 30 has a bottle cap outer barcode 311 (first product link information) on its bottle cap 31, and ordinary people can only scan the bottle cap outer barcode 311 before purchasing to obtain the first information and become a consumer , You can get the barcode 312 in the bottle cap, scan the barcode 312 in the cap (second product link information) with the user device, and send it to the server, so that the system can know the status of the product 30 and the user who purchased it Data, allowing users to obtain second information.

Furthermore, according to a further embodiment, the product 30 can still have other barcodes, for example, the barcode 312 inside the bottle cap is obtained after the cap is opened. If the product continues to be used, another barcode connected to the product 30 can be obtained from the bottom of the bottle. (The third product link information), according to the system database settings, you can still get further information.

In the product diversity information processing method and system, there are multiple product link information linked to the same product, and the number is not limited. The corresponding product link information can be set according to the display, purchase, opening, and equivalent status of the product, so that users can Different information can be obtained at different stages to achieve the purpose of providing information on product diversity. In commercial sales, in addition to providing basic information for general consumers to know, the motives of consumers to purchase, use and share products are also generated through the method of processing product diversity information.

In one embodiment, the system can set several states that a general commodity can have, and design different commodity link information to correspond to different states of the commodity, for example, set the first state as the state of the commodity before it is sold, and provide it to users The information in is the first information, which can be general information about the product before the sale; the second status is the status of the product after the sale, and the information provided is the second information, which can include special information about the product after the sale.

In this way, because the system can provide non-fixed content in line with the real-time and up-to-date status of the product, a variety of product information can be obtained through a product link information, rather than fixed information, and can even be used through display on the user’s device The user interface interacts with users to achieve the effect of product diversity information.

Refer to Figure 4 for an example diagram of the system flow for running the method for processing commodity diversity information. This flow runs on commodity 41 (with multiple commodity link information), user device 42 (executes a specific software program), and server 43 (with Database).

At the beginning, the user device 42 uses a software program in conjunction with a hardware device to read the first product link information on the product 41 (step S401), which can be a barcode on the outer packaging of the product, and then the software program generates the link information according to the rules therein. Line signal to the server 43. In the process, the key obtained when registering the user can be taken out, and the request code 1 is calculated according to the read data (step S403). This is a request packet, which can include use User identification data and product identification data. The user identification data is generated by the user device 42 and used to identify the user. The product identification data corresponds to the product 41 and forms a request code to the server 43 (step S405). After receiving the request code one, the server 43 can verify the reliability of the message with the key, so that the server 43 compares the product database with the user database based on the user identification data and product identification data obtained by the interpretation, and can update The product status of the product 41 and the user's record, and the first information can be formed according to the product status of the product 41 and the user's record (step S407), and then transmitted to the user device 42 (step S409).

In another case, the user operates the user device 42 to read the second product link information on the product 41 (step S411). The second product link information may be the barcode of the product's inner packaging, which is read in the user device 42 according to The obtained data is calculated to form request code 2 (the details of the relevant calculation are not repeated here) (step S413). Similarly, the request packet formed in the user device 42 also includes user identification data and product identification data, except for the linked product 41 The status is not the same. Then the request code 2 is sent to the server 43 (step S415), and the server 43 obtains the second information by comparing the product database with the user database (step S417), including real-time updates The product status of the product and the user's record are provided with the second information to the user device 42 (step S419).

In the process embodiment shown in FIG. 4, the first, second, or more product link information provided on the inner and outer packaging of the product or the inner and outer cover can be used to provide various information about the product 41 in different states, corresponding to these For the related process of expressing product link information of different states of the product, refer to the following illustrated process embodiment.

In FIG. 5, a flowchart of an embodiment of processing the first product link information is described. In step S501, the server receives the data generated by the user device reading the first product link information. This first product link information, such as a product, is provided to the viewer. General information of the merchandiser, in step S503, the first merchandise identification data is obtained by interpretation, and at the same time, in step S505, the server can obtain real-time information obtained by the user device, such as a request packet generated by the user device Carry the time information generated by the user device or the position information generated by the positioning circuit, and obtain the relevant data of the corresponding product on the server, as well as the real-time position information and time information. For example, in step S507, the database can be updated. According to the database content, the latest status of the product can be obtained. It can also be judged whether the product status of the product is abnormal based on time information or location information. In step S509, first information is generated. The first information can include the product status determined by the server, as in step S511, then transmit to the user device.

Among them, when a commodity has multiple commodity link information, it can be determined whether the commodity is stolen or counterfeited according to the operation process of different commodity link information. For example, the first product link information of a product package is used to provide basic product information, but once the system determines that the time and location of reading the first product link information is abnormal (the system can request the user device to enable the positioning function ), when it is different from the store business hours and store locations registered in the database, abnormal alarms can be issued.

Next, refer to the embodiment of the process generated by reading the second product link information of the product shown in FIG. 6.

In step S601, the server receives the data generated by the user device reading the second product link information. This second product link information can be a barcode on the inner packaging of the product or the inner cover, and after it is provided to the server, as in step S603 Interpretation to obtain the second product identification data, after checking the product database, in step S605, it can be determined whether the second product identification data is obtained for the first time. If the server receives the second product identification data for the first time (Yes ), in step S607, the server can actively log in the user, update the user database, and generate the second information in step S609, and then transmit it to the user device, as described in step S611.

If it is determined that this second product identification data is not obtained for the first time (No), since each product has different link information, it can be determined that someone has uploaded the request code generated by scanning the second product link information in the same way. At this time, In step S613, the software program in the server determines whether the user is the same.

If the information received this time is the same user as the previous or first receiving source (Yes), that is, similarly, in step S609, the second information is generated and sent to the user. Conversely, if the person who reads the second product link information this time is not the logged-in user (No), in step S615, as far as the server is concerned, the logged-in user (another type of second information) can be notified first, and some communication information Confirm that this is not an abnormal state. For example, in step S617, the server generates an interactive command based on the commodity status of the commodity or the user's record, and sends the interactive command to the user device of the registered user through the interactive interface initiated on the user side Interact with the user to generate interactive information. In step S619, the server can receive the interactive information.

In step S621, the system determines whether to provide further information. If there is no abnormality in the product, there may be no further information (No), and the procedure ends. If there is specific information (Yes), such as step S623, further information can be generated, and then as in step S611: Send to the user device.

For example, the second product link information can be a second bar code, which can be used for anti-counterfeiting. When the server receives the decoded message from the user (user ID) of the second bar code and queries the database, If it is the first time to get the message of the second barcode, log in the user ID and product ID (registration procedure). The second message may include the number of scans of the second barcode and related information, allowing the user to determine whether the product has been registered or is a counterfeit.

In one example, when the server receives the information generated by reading the link information of the first product, if it determines that there is no abnormality, it will provide the corresponding first information, which can only be general information; then, after a certain period of time, the server When receiving the information generated by reading the link information of the second product, if it is determined that this is the information generated by reading the link information of the second product for the first time, the user (user ID) and The product (product ID) is associated and registered in the product database of the server; if the software program in the server determines that this information is not the first time that the information generated by reading the second product link information of this product is obtained, if When the corresponding user is not a logged-in user, or cannot be identified as the same user, you can respond to this message to indicate that the product has been registered, or is a counterfeit, and you can send to the originally logged-in user that someone else is using it. Information about this product.

Furthermore, the product diversity information processing system can also design products with more product link information to provide more diverse information. For related embodiments, refer to the flow shown in FIG. 7.

In this process, in step S701, when the server receives the data generated by scanning the third product link information on the product from the user device, in step S703, the third product identification data can be interpreted. In step S705, the software program running on the server compares this identification data with the database, knowing that this is different from the first and second product link information, and can determine that the consumer has already been designed according to the record of the product link information originally designed When the commodity is used in a state, the server can update the database and generate the latest state of the commodity. Therefore, in step S707, the third information can be generated according to the current state of the commodity, and the third information can be transmitted to the user device, as in step S709 .

For example, referring to the embodiment described above, the outer package of the product is provided with a first barcode (first product link information), which when scanned indicates that the product is in the first state (such as the state of the product before sale), so that the user can obtain The first information is also information available to the general public. As far as the server is concerned, it can count the number of followers, and can cooperate with other information for big data analysis. After opening, you can get the second barcode (second product link information). Scanned indicates that the product is in a post-sale state. The system allows consumers who purchase the product to obtain further second information about the product. For the server, it can be counted The number of purchases and its information can be analyzed by big data. When the product continues to be used, to a stage, a third barcode (third product link information) can be obtained, so that users can get more third information about the product. For example, when food is eaten to the bottom, the bottom of the package shows a third bar code. The third bar code is scanned to indicate that the product has been used to a stage. After reading it, the server will obtain the product corresponding to the third bar code. The device can determine that the product has been used up, and can further provide additional product recommendations, product renewal discounts, product use surveys (interaction), etc. In this way, the purpose of commodity diversity information is still achieved.

In a further embodiment, at this time, the server can generate information based on the latest status of the current product, or, as described in step S711, send an interactive command to interact with the user through an interactive interface, such as using a product satisfaction survey to allow the user to pass The interactive interface writes down opinions and generates interactive information, as in step S713, and then the server receives the interactive information.

In addition to the first product link information that provides general information for ordinary people, the second, third, or other product link information that can only be read in a specific state allows the server to know further information about many products, including Personalized messages and offers based on consumption records. In particular, in order to make the product more acceptable to consumers, the relevant system can attract users who are willing to understand the product, so that the user can obtain the first information through the product link information before purchasing, and allow the user to purchase Later, other consumer demands are generated, and all kinds of further information can be compensation information of varying degrees or a condition for obtaining a compensation.

Furthermore, because the system can generate various data that can be further analyzed through the interaction between the server and the user device, the information provided to the user is more diverse, and the preferential conditions of the product can also be regional, that is, The system can determine consumers or distribution stores in the same area, and provide information related to the area; the preferential conditions of the product can provide corresponding discounts based on the category of the product, the sales channel, and whether the same type of product is the same; it can also be based on the personal characteristics of the consumer Provide personal or customer-specific discount information; also provide time-related discount information based on time (such as event period); and then based on the information that each product is followed or purchased, such as the number of scans, purchase frequency, and purchase amount Provide preferential information; according to the above various characteristics, plus other characteristic values, such as time and other conditions, provide corresponding preferential information. In this way, the system provides more personal and complete sales information.

In summary, the above embodiments of the method and system for processing product diversity information are disclosed. The purpose of the invention is to provide users with general product information, and to provide further product interactive information after the user further purchases the product. The technical purpose of multi-code multiple information, and because the server can obtain the status of the product being purchased or used, as well as consumer information based on the received information, the system can be further analyzed and analyzed. Consumption records.

The content disclosed above is only a preferred and feasible embodiment of the present invention, and does not limit the scope of the patent application of the present invention. Therefore, all equivalent technical changes made using the description and schematic content of the present invention are included in the application of the present invention. Within the scope of the patent.

10: Internet 11: server 101: Commodity Database 102: User database 15: User device 13: Passage One 131,132,133: Commodities 14: Path Two 141,142,143: Commodities 21: Outer packaging of goods 211: Outer packaging barcode 22: Commodities 221: product barcode 30: Commodities 31: bottle cap 311: Barcode outside the cap 312: Barcode outside the cap 41: Commodities 42: User device 43: server S401～S419 system flow: steps S501～S511 method flow one: steps S601～S623 method flow two: steps S701～S713 method flow three: steps

Figure 1 shows a schematic diagram of an embodiment of a system architecture for operating a method for processing commodity diversity information;

Figure 2 shows one of the schematic diagrams of the scenario of running the commodity diversity information processing method;

Figure 3 shows the second schematic diagram of the scenario of running the commodity diversity information processing method;

Figure 4 shows an embodiment diagram of a system flow for running a method for processing commodity diversity information;

Figure 5 shows one of the embodiments of the method for processing product diversity information;

FIG. 6 shows the second process of the embodiment of the method for processing product diversity information;

FIG. 7 shows the third process of the embodiment of the method for processing product diversity information.

41: Commodities

42: User device

43: server

S401: Read the link information of the first product

S403: Form request code one

S405: Transmission request code one

S407: Compare the commodity database to form the first information

S409: Provide first information

S411: Read the second product link information

S413: Form request code two

S415: Transmission request code 2

S417: Compare the commodity database to form the second information

S419: Provide second information

Claims (10)

A method for processing product diversity information, applied to a server, includes: receiving from the user device a request formed by reading one of multiple product link information of a product by the software program running on the user device Packet; interpret the request packet to obtain that the product link information is a first product link information or a second product link information; and if the product link information read by the user device is the first product link information, form Corresponding to the first information of the product in the first state, and provide the first information to the user device; if the product link information read by the user device is the second product link information, the corresponding product is formed A second information in the second state is different from the first information, and the second information is provided to the user device. The method for processing product diversity information according to claim 1, wherein the user device executes a software program for reading one of multiple product link information of the product, and the multiple product link information includes at least the first The product link information and the second product link information form a request packet corresponding to each product link information to be sent to the server, and then the first information or the second information provided by the server is received. The method for processing product diversity information according to claim 2, wherein the request packet includes a user identification data and a product identification data, wherein the user identification data is generated by the user device and is used to identify a user , The product identification data corresponds to the product, so that the server compares the product database with the user database based on the user identification data and the product identification data to update a product status of the product and the user And form the first information or the second information according to the commodity status of the commodity and the user's record. The method for processing product diversity information according to claim 3, wherein the request packet sent from the user device is received by the server, based on the product status of the product or the user’s record to generate a An interactive command is used to form an interactive interface on the user device, so as to obtain an interactive information. The method for processing product diversity information according to claim 1, wherein the request packet generated by the user device includes a time information generated by the user device or a position information generated by a positioning circuit, which is obtained by the server Corresponding to the location information and the time information of the product, it is determined whether the status of a product of the product is abnormal based on the time information or the location information. The method for processing product diversity information according to any one of claims 1 to 5, wherein the first state is the state of the product before sale, and the first information includes general information about the product before sale; the The second status is the status of the product after being sold, and the second information includes special information about the product after being sold. A product diversity information processing system, including: a server with a user database for managing user data; a product database for storing multiple product data, including multiple product links for each product Information related to the various product information and the latest status of each product; a software program running on a user’s device for reading multiple product link information of a product, including at least a first product link information and a first product link information 2. Product link information, forming a request packet corresponding to each product link information to send to the server, and then receive the information provided by the server; wherein the product diversity information processing system is executed on the user device through the server and The software program runs a product diversity information processing method, which includes: the server receives from the user device, the software program running on the user device reads one of multiple product link information of the product Request packet; and the server interprets the request packet, if the product link information read by the user device is a first product link information of the product, the server forms a corresponding product in the first state First information, and provide the first information to the user device; if the product link information read by the user device is a second product link information of the product, the server forms the corresponding product in the second state A second information of is different from the first information, and the second information is provided to the user device. The commodity diversity information processing system according to claim 7, wherein the first state is the state of the commodity before sale, the first information includes general information about the commodity before sale; the second state is the commodity In the post-sale state, the second information includes special information about the merchandise after being sold. The commodity diversity information processing system according to claim 8, wherein the request packet includes a user identification data and a commodity identification data, wherein the user identification data is generated by the user device and is used to identify a user , The product identification data corresponds to the product, so that the server compares the product database with the user database based on the user identification data and the product identification data to update a product status of the product and the user And form the first information or the second information according to the commodity status of the commodity and the user's record. The commodity diversity information processing system according to claim 9, wherein the server receives the request packet sent from the user device, and generates a request packet based on the commodity status of the commodity or the user's record An interactive command is used to form an interactive interface on the user device, so as to obtain an interactive information.

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