WO2006102848A1

WO2006102848A1 - A data process method and system, a shopping method and system based on mobile terminal

Info

Publication number: WO2006102848A1
Application number: PCT/CN2006/000555
Authority: WO
Inventors: Guiqiang Liu; Pengliang Yang
Original assignee: Huawei Technologies Co., Ltd.
Priority date: 2005-03-31
Filing date: 2006-03-30
Publication date: 2006-10-05
Also published as: CN1841425A

Abstract

The invention relates to the field of data handling. It discloses a data handling method and system, a mobile terminal shopping method and system based on mobile terminal. Said mobile terminal shopping method and system enables the mobile terminal can identify the price, standard and name of goods, so that it can provide the function of pay and shopping for more kinds of goods. The goods identification information can be obtained by the camera in the mobile terminal picking up the image of bar code corresponding to the goods and decoding the image of bar code, so that information about the price, name and standard of goods an be obtained. The bar code can be a two-dimensional bar code. For the wanted goods, the mobile terminal requests the net-pay subsystem for pay. After the pay, the net-pay subsystem feeds back a message about successful pay to user of the mobile terminal and the goods sale terminal so that the shopping ends.

Description

Data processing method and system based on mobile terminal, shopping method and system

The present invention relates to the field of data processing based on wireless communication technologies, and more particularly to bar code recognition and data processing technology based on mobile terminals such as a mobile phone and a personal digital assistant ("PDA") with a wireless module. .

Background technique

With the continuous development of computer technology, bar code technology has been widely used in the fields of business, postal, library management, warehousing, industrial production process control, transportation, and identification. Because bar code technology has the advantages of fast input speed, high accuracy, low cost and high reliability, it has a very important position in today's automatic identification technology.

The basic principle of using barcode technology to realize automatic recognition is to arrange bars and spaces according to certain rules, so as to form corresponding graphic symbols to represent specific text and data information. These graphic symbols can be identified by a special identification device to reproduce the barcode. The information, in turn, enables automatic identification. One of ordinary skill in the art will recognize that different alignment rules correspond to different code systems, and thus the required identification devices are also different.

Current barcodes can be mainly divided into one-dimensional barcodes and two-dimensional barcodes. One-dimensional barcodes carry one-dimensional information, and two-dimensional barcodes carry two-dimensional information. From the perspective of the amount of information, the one-dimensional barcode carries mainly the encoded information of the commodity, and those skilled in the art know that the above encoded information can usually only be represented by numbers or letters; the two-dimensional barcode can carry the image of the commodity, Product information, vendor information, etc., the information can be represented by text or images, so the two-dimensional barcode carries more information than a one-dimensional barcode.

Usually, a one-dimensional barcode uses a fixed-length stripe sequence to represent the encoded information of the commodity. When using a one-dimensional barcode, it is necessary to establish a special database in which the information code represented by the barcode graphic is associated with the product information in the database, and when the identification device recognizes the information represented by the barcode, the data line is passed. The information is transmitted to the database, and then the information of the corresponding commodity can be called from the database according to the correspondence, and then the operation and processing are performed.

Since the one-dimensional barcode needs to extract information by linking the database, the strip can be clearly defined. The information expressed by the code implies that a one-dimensional bar code cannot be used in a place where there is no database or inconvenient networking. In addition, a one-dimensional bar code can only represent numbers or letters and cannot represent words and images, so a two-dimensional bar code gradually emerges. A two-dimensional barcode can represent information in both the horizontal and vertical directions, and can represent more information than a one-dimensional barcode in the same range, and can also represent text and images.

At present, two-dimensional barcodes can be mainly divided into stacked two-dimensional barcodes and matrix two-dimensional barcodes. Among them, the stacked two-dimensional barcode is developed by a one-dimensional barcode, usually composed of a plurality of short-cut one-dimensional barcodes, which inherits one-dimensional barcodes in terms of coding design, inspection principle, and reading mode. Features, but due to the increase in the number of lines, the distinction between lines and decoding algorithms is different from that of one-dimensional barcodes. Stacked two-dimensional barcodes currently commonly used include PDF417, Code 16K, Supercode, Code49, and the like. The matrix two-dimensional bar code is composed of a matrix, and the binary 0 or 1 is represented by the presence and absence of dots at the corresponding element positions of the matrix, and the meaning of the bar code is represented according to different combinations of points. One of ordinary skill in the art will recognize that the points described above can be dots or square points. The matrix 2D barcodes that are used before are mainly DataMatrix, Maxicode, Vericode, Softstrip, Code 1, Philips Dot Code, etc.

The principle and main classification of the barcode are briefly introduced above. The current general barcode recognition process will be briefly described below. 1 is a block diagram of a system for performing transactions using a barcode in the prior art. As shown in FIG. 1, the system is mainly composed of three modules: a barcode recognition module 10, a barcode decryption module 11, and an operation processing module 12.

The barcode recognition module 10 is mainly used for identifying a barcode pattern and obtaining original barcode data information, which can usually be implemented by a barcode scanner or a data collector.

The barcode decryption module 11 mainly performs a decryption operation on the barcode data information recognized by the barcode recognition module 10 described above. Those of ordinary skill in the art will recognize that the correct data information can only be obtained when the decryption algorithm is the same as the encryption algorithm. For the one-dimensional barcode, the decrypted data information is the encoded information indicating the commodity, and the detailed information of the commodity is obtained by the correspondence between the encoded information and the information of the commodity in the database; for the two-dimensional barcode, the data information of the decrypted processing may include Image information, product name, manufacturer information, and time information of the product. If the data is not encrypted when the barcode is generated, the system may not be set. Set the module.

The operation processing module 12 mainly performs operations on the decrypted goods, such as inbound and outbound operations, printing invoices, and the like. Those of ordinary skill in the art will recognize that the module is primarily implemented by a computer or a dedicated cash register.

When the transaction is performed using the above system, the barcode data recognition module 10 first recognizes the original data information of the barcode, and then transmits the information to the barcode decryption module 11 to decrypt the original data information, thereby obtaining detailed information of the commodity, and finally The operation processing module 12 completes the processing such as the last outbound storage operation of the commodity.

A disadvantage of the above prior art is that all data processing procedures, including input of data processing requests, processing of data, display of processing results, and the like, are performed by the operation processing module 12, and thus the internal structure of the operation processing module 12 is complicated. Efficiency needs to be improved, and for users who want to initiate data processing, the whole process is not transparent and user-friendly. Moreover, since the barcode decryption unit 11 and the operation processing module 12 are wired connections, each system is usually equipped with an operation processing module 12, which causes waste of resources and increases costs. In addition, existing systems must be equipped with appropriate dedicated staff and high labor costs.

At the same time, with the development of communication technologies, the applications of mobile terminals such as mobile phones and PDAs are becoming more and more popular, and the short message technology is becoming more and more mature. At present, it is possible to use SMS to trigger the payment of service fees for some simple service services. People buy a variety of services, such as weather forecast SMS, stock information SMS, and other information services.

However, at present, the mobile terminal cannot realize the identification of the barcode, and the user performs data interaction including submitting the data processing request and accepting the feedback information to other data processing systems based on the barcode identification basis. For example, the price, specification, and name of physical goods such as food and clothing cannot be effectively identified, resulting in the inability to pay and purchase physical goods.

Summary of the invention

In view of this, the main object of the present invention is to provide a data processing method and system based on a mobile terminal, which can improve the working efficiency of the system and reduce waste of resources.

In addition, another technical problem to be solved by the present invention is to provide a mobile terminal shopping method and system thereof, which can improve resource utilization rate of the entire system.

To achieve the above object, the present invention provides a mobile terminal shopping method, wherein the moving The mobile terminal has a camera function, and the method includes the following steps:

A capturing, by the mobile terminal, a barcode image, the barcode including product identification information and description information;

B. The mobile terminal parses the description information from the barcode image and displays it to a user;

When the user confirms the purchase, the mobile terminal sends a payment request message to the network payment subsystem, where the message includes the commodity identification information;

The network payment subsystem, in response to the payment request message, queries the commodity identification information for the price of the commodity, completes the payment, and transmits a payment success message to the mobile terminal and the commodity sales terminal.

The product description information includes a price, a name, and a specification of the product; and the payment request message further includes a price and a quantity of the product.

In addition, when the mobile terminal is a prepaid user, the step D further includes the following substeps:

The network payment subsystem determines whether the account balance of the mobile terminal is greater than the price of the commodity, and if so, completes the payment, otherwise sends a message indicating that the balance is insufficient to the mobile terminal.

In addition, the step B further includes the following sub-steps:

Converting the barcode image information into a predefined data structure;

The predefined data structures are organized into user readable text or image information.

The present invention also provides a mobile terminal shopping system, the system comprising a mobile terminal, a network payment subsystem, and a commodity sales terminal, wherein

The mobile terminal is configured to capture a barcode image, the barcode includes product identification information and description information; parse the commodity identification information and the description information from the barcode image; display the description information to a user; a purchase confirmation or purchase cancellation information of the commodity; sending a payment request message to the network payment subsystem when the user confirms the purchase, the message including the commodity identification information;

The network payment subsystem is configured to respond to the payment request message, query the price of the commodity according to the commodity identification information, complete the payment, and send the payment to the mobile terminal and the commodity sales terminal. Send payment success message.

The mobile terminal includes:

a camera for taking a barcode image, the barcode containing product identification information and an explanation

a parsing module, configured to parse the commodity identification information and the description information from the barcode image;

a display module, configured to display the description information to a user;

An input module, configured to receive a purchase confirmation or purchase cancellation information of the product by the user; and send a payment request message to the network payment subsystem when the user confirms the purchase, in the message Include the commodity identification information;

The merchandise sales terminal is a vending machine for providing a corresponding merchandise to the user in response to a payment success message from the network payment subsystem.

Further, the merchandise sales terminal is configured to display information on the success of the user payment to the salesperson in response to the payment success message from the network payment subsystem.

In addition, the parsing module further includes:

a barcode image recognition submodule, configured to convert the barcode image information into a predefined data structure;

An information collating sub-module for organizing the predefined data structure into user-readable text or image information.

In addition, the network payment subsystem is further configured to determine, when the mobile terminal is a prepaid user, whether the account balance of the mobile terminal is greater than a price of the commodity, and if yes, complete the payment, otherwise send the mobile terminal to the mobile terminal. A message indicating that the balance is insufficient.

Further, the mobile terminal shopping method and the barcode in the mobile terminal shopping system may be a two-dimensional barcode.

A data processing system based on a mobile terminal, comprising: a mobile terminal, a data processing server, and a processing result response device, wherein the mobile terminal and the data processing server perform data interaction wirelessly;

The mobile terminal is configured to collect external barcode information, parse the barcode information, and generate identification information; receive input information of the user, and generate data including the identification information. Request and send to the data processing server;

The data processing server is configured to receive the foregoing data processing request, perform corresponding data processing according to the identification information therein, and send the data processing result to the processing result response device; the processing result response device receives the data processing result and responds.

The mobile terminal includes:

a barcode collection unit for collecting an external barcode image;

a parsing unit, configured to parse the identification information and the description information from the barcode image into a text or image information readable by the user;

a display unit, configured to display the description information to the user;

An input unit, configured to receive user request information;

The request generation and sending unit is configured to generate a data processing request and send the data processing request to the data processing server when the request information of the user is received, and the identification information is included in the data processing request.

The parsing unit includes:

a two-dimensional barcode image recognition sub-unit, configured to convert the barcode image collected by the barcode collection unit into a predefined data structure;

An information collating unit, configured to organize the predefined data structure into user-readable text or image information.

A data processing method based on a mobile terminal, comprising:

The mobile terminal collects external barcode information, and parses the barcode information to generate identification information; receives input information of the user, generates a data processing request including the identification information, and sends the data processing request to the data processing server;

Receiving, by the data processing server, the foregoing data processing request, performing corresponding data processing according to the identification information therein; and transmitting the data processing result to the processing result response device;

Processing result response device receives the aforementioned data processing result and responds;

The data interaction is implemented wirelessly between the mobile terminal and the data processing server. The parsing the barcode further includes generating description information.

The process of parsing the barcode includes: converting the barcode image collected by the barcode collection unit into a predefined data structure; and arranging the predefined data structure into user-readable text or image information. The method may further include the data processing server sending back various feedback messages to the mobile terminal according to the processing situation.

By comparison, it can be found that the main difference between the technical solution of the present invention and the prior art is that the collection and resolution of the barcode are completed by the mobile terminal, and the user can initiate a data processing request through the mobile terminal, and the data processing server and the mobile terminal The interaction is implemented wirelessly, so the present invention makes the whole process more transparent and user-friendly for users who wish to initiate data processing; and since the input of the data processing request can be implemented by the mobile terminal, the system needs to be more than necessary. With the corresponding dedicated staff, the labor cost is reduced; and the data processing server only needs to complete the data processing process, so that one data processing server can correspond to multiple processing result response devices, and the resource utilization rate is improved.

In addition, the present invention captures a barcode image corresponding to the product through the camera of the mobile terminal, and analyzes the barcode image through the analysis module built in the mobile terminal to obtain the product identification information and the product description, thereby obtaining the price, the name, and the specification information of the commodity; The barcode can use a two-dimensional barcode with a large information capacity; for determining the commodity to be purchased, the mobile terminal requests payment from the network payment subsystem, and after the payment is successful, the network payment subsystem feeds the payment success message to the mobile terminal user and the commodity sales. Terminal, thus completing the shopping. The area on this technical solution, ij, brings more obvious beneficial effects, namely, effectively identifying the price, name and specification information of the products of interest to the mobile terminal users, and realizing more physical goods through the network payment subsystem. Payment and purchase features.

DRAWINGS

1 is a block diagram of a system for performing transactions using a barcode in the prior art;

2 is a schematic flow chart of a mobile terminal shopping method according to a first embodiment of the present invention; FIG. 3 is a schematic structural diagram of a mobile terminal shopping system according to a fifth embodiment of the present invention; FIG. 4 is a sixth embodiment of the present invention. Schematic diagram of the mobile terminal shopping system. detailed description

The present invention will be further described in detail below with reference to the accompanying drawings.

In general, the principle of the present invention is to read a barcode pattern of a product into a mobile terminal by using a camera capable of capturing a mobile terminal, and adding a built-in analysis module to the mobile terminal. The corresponding information of the parsed commodity is displayed to the user. For the product that the user wishes to purchase, the mobile terminal requests payment from the network payment subsystem, and the network payment subsystem completes the payment after being identified, and notifies the user of the mobile terminal and the commodity selling terminal. Thus, the present invention realizes the payment and purchase function for physical goods through the camera and the built-in analysis module.

In principle, the present invention can adopt a one-dimensional barcode, but the information capacity of the one-dimensional barcode is small, in order to be able to carry more description information of the commodity with a smaller area of the barcode (such as product name, product model, manufacturer, date of manufacture, and quality) Years, etc.), it is more convenient to use two-dimensional barcodes.

As shown in FIG. 2, the flow of the first embodiment of the mobile terminal shopping method of the present invention is as follows: First, in step 210, when the user finds an item of interest or has been determined to be purchased, the mobile terminal The dimensional barcode image is taken and saved. It should be noted that the two-dimensional barcode contains product identification information and explanation information. The identification information refers to information that can uniquely identify the product, such as an identification number, which must be in the network payment subsystem to uniquely identify the product.

Thereafter, proceeding to step 220, the mobile terminal parses the explanatory information from the two-dimensional barcode image and displays it to the user. In this step, a two-dimensional barcode image of the product can be realized by adding a parsing module to the mobile terminal. The parsing module first converts the two-dimensional barcode image information into a predefined data structure; then, the predefined data structure is organized into user-readable text or image information.

One of ordinary skill in the art will recognize that such understandable and identifiable information is generally represented by text or images.

Next, in step 230, the user confirms that the item needs to be purchased, and then sends a payment request message to the network payment subsystem through the mobile terminal. In the present invention, the payment request message contains identification information of the commodity.

Thereafter, in step 240, the network payment subsystem responds to the payment request message, queries the price of the item based on the item identification information, and completes the payment. A person of ordinary skill in the art can understand that in this step, payment can be implemented by deducting the credit of the mobile terminal. However, it is not limited thereto, and the specific implementation may also be negotiated by the merchant and the mobile service operator. After successful payment, the network payment subsystem sends a payment success to the mobile terminal and the commodity sales terminal. In the second embodiment of the present invention, the product description information includes a price, a name, and a specification of the product. Of course, one of ordinary skill in the art will appreciate that other information may be included in the merchandise description information.

In the third embodiment of the present invention, the payment request message in step 230 is further supplemented, and the price and quantity of the item are included in the message, so that the purchase intention of the mobile terminal user can be more clearly defined.

In the fourth embodiment of the present invention, the mobile terminal is a prepaid mobile phone user. In this case, step 240 is implemented as follows: The network payment subsystem determines whether the account balance of the mobile terminal is greater than the price of the product, if Yes, the payment is completed, otherwise, a message indicating that the balance is insufficient is sent to the mobile terminal.

A first embodiment of the mobile terminal shopping system of the present invention will now be described with reference to FIG. As shown in the figure, in this embodiment, the system includes a mobile terminal, a network payment subsystem, and a merchandising terminal.

The mobile terminal includes a camera, a parsing module, a display module, an input module, and a network billing module, wherein the parsing module and the network billing module are newly added in the present invention. The functions and interconnections of each module are specified below.

The camera is used to capture a two-dimensional barcode image of a product, and as described above, the two-dimensional barcode contains product identification information and explanation information. The parsing module is configured to parse the item identification information and the description information from the two-dimensional barcode image to become user-readable text or image information. The display module is configured to display the description information to the user and a payment success message sent back to the mobile terminal by the network payment subsystem. The input module is configured to receive a purchase confirmation or purchase cancellation information for the item. The network payment module is configured to send a payment request message to the network payment subsystem when the user confirms the purchase, as described above, the payment request message includes the item identification information.

The network payment subsystem in the present invention is configured to respond to the payment request message of the mobile terminal user, query the price of the commodity according to the product identification information, and complete the payment. It should be noted that the payment process in this step may be implemented by deducting the credit of the mobile terminal in the prior art, or by the merchant and the mobile service operator. When the payment is successful, the network payment subsystem will send a payment success message to the mobile terminal and the merchandising terminal.

In this embodiment, the merchandise sales terminal may be a vending machine, and the response is from the network branch. Pay the success message of the subsystem and provide the corresponding product to the user. It may also be a refusal by a salesperson. In this case, the merchandising terminal will respond to the payment success message from the network payment subsystem, display the information of the user's payment success to the salesperson, and instruct the mobile terminal user to provide the corresponding merchandise.

FIG. 4 shows a second embodiment of the mobile terminal shopping system of the present invention. In this embodiment, the parsing module includes a two-dimensional barcode image recognition sub-module and an information collation module, and the other is the same as the first embodiment, and is no longer Narration.

In this embodiment, the two-dimensional barcode image recognition sub-module is configured to convert the two-dimensional barcode image information of the product ingested by the camera into a predefined data structure; the information sorting module is configured to organize the predefined data structure into a user-readable data structure. Text or image information.

It can be understood from the above that in the mobile terminal shopping system proposed by the present invention, the item description information may include the price, name and specification of the item; the payment request message may also include the price and quantity of the item. Moreover, when the mobile terminal is a prepaid user, the network payment subsystem further determines whether the account balance of the mobile terminal is greater than the price of the commodity, and if so, completes the payment, otherwise sends a message indicating that the balance is insufficient to the mobile terminal. .

The structure and various functions and associations of the mobile terminal shopping system proposed by the invention have been explained and explained above, and the dynamic working process is briefly described below. First, a two-dimensional barcode image that the user is interested in or determines that the product needs to be purchased is acquired by the camera of the mobile terminal, and converted into identifiable and understandable information by the built-in analysis module, and displayed on the display module. After the mobile terminal user determines that the commodity needs to be purchased, the purchase is confirmed by the input module, and the payment request message containing the commodity identification information is sent by the network payment module to the network payment subsystem, and the network payment subsystem responds to the payment request message according to the product identification. The information is queried for the price of the commodity, and the payment is realized by, for example, deducting the credit of the mobile terminal, and finally the payment success message is sent to the mobile terminal and the commodity sales terminal.

With the above embodiments, those skilled in the art can understand that the essence of the present invention is to provide a data processing system based on a mobile terminal and a corresponding method.

The mobile terminal-based data processing system includes a mobile terminal, a data processing server, and a processing result response device. The data interaction is implemented wirelessly between the mobile terminal and the data processing server. The data processing server may be a network payment subsystem; the processing result response device may be a vending machine or a manned commodity selling terminal.

The mobile terminal is configured to collect external bar code information, and parse the bar code information to generate identification information; receive input information of the user, generate a data processing request including the identification information, and send the data processing request to the data processing server.

The data processing server receives the aforementioned data processing request, performs corresponding data processing based on the identification information therein, and transmits the data processing result to the processing result response device.

The processing result response device receives the aforementioned data processing result and responds.

The mobile terminal of the present invention includes: a barcode collection unit, a parsing unit, a display unit, an input unit, and a request generation and transmission unit. The function and correlation of each unit are specified below.

The barcode acquisition unit is used to capture an external barcode image. The parsing unit is configured to parse the identification information and the explanatory information from the barcode image into a text or image information readable by the user. The display unit is for displaying the description information to the user. The input unit is used to receive the user's request information. The request generating and transmitting unit is configured to generate a data processing request and transmit the data processing request to the data processing server when the request information of the user is received, as described above, the data processing request including the identification information.

Wherein, the parsing unit may include a two-dimensional barcode image recognition subunit and an information sorting unit.

The two-dimensional barcode image recognition sub-unit is configured to convert the barcode image acquired by the barcode collection unit into a predefined data structure; the information sorting unit is configured to organize the predefined data structure into user-readable text or image information.

It can be understood that the data processing server can also send back various feedback messages to the mobile terminal according to the processing situation.

Correspondingly, the mobile terminal-based data processing method of the present invention includes:

The data processing server receives the aforementioned data processing request, and executes the phase according to the identification information therein The data processing should be performed; the data processing result is sent to the processing result response device.

The data interaction is implemented wirelessly between the mobile terminal and the data processing server. The parsing of the barcode can also generate description information, thereby further enhancing transparency to the user.

The process of parsing the barcode comprises: converting a barcode image acquired by the barcode collection unit into a predefined data structure; and arranging the predefined data structure into user-readable text or image information.

Although the present invention has been illustrated and described with reference to the preferred embodiments of the present invention, those skilled in the art The spirit and scope of the invention.

Claims

Rights request

A mobile terminal shopping method, wherein the mobile terminal has an imaging function; and the method includes:

The network payment subsystem, in response to the payment request message, queries the commodity identification information for information of the commodity, completes payment, and transmits a payment success message to the mobile terminal and the commodity sales terminal.

The mobile terminal shopping method according to claim 1, wherein the displaying the step B to the user comprises: displaying the commodity price, the name, and the specification; and the payment request message further includes the price of the commodity And quantity.

3. The mobile terminal shopping method according to claim 1, wherein the barcode is a two-dimensional barcode.

The mobile terminal shopping method according to claim 1, wherein when the mobile terminal is a prepaid user, the step D further includes:

The mobile terminal shopping method according to claim 1, wherein the parsing process of the step B comprises:

Converting the barcode image information into a predefined data structure;

A mobile terminal shopping system, wherein the system comprises a mobile terminal, a network payment subsystem, and a commodity sales terminal, wherein

The mobile terminal is configured to capture a barcode image, and parse the barcode from the barcode image Product identification information and description information; displaying the explanation information to a user; receiving purchase confirmation or purchase cancellation information of the product by the user; transmitting a payment request message to the network payment subsystem when the user confirms the purchase, the message The product identification information is included in the product;

The network payment subsystem is configured to respond to the payment request message, query the information of the commodity according to the commodity identification information, complete the payment, and send a payment success message to the mobile terminal and the commodity sales terminal.

7. The mobile terminal shopping system according to claim 6, wherein the merchandise sales terminal is a vending machine for providing a corresponding merchandise to a user in response to a payment success message from the network payment subsystem.

8. The mobile terminal shopping system according to claim 6, wherein the merchandise sales terminal is configured to display, to the salesperson, information that the user has successfully paid in response to a payment success message from the network payment subsystem.

The mobile terminal shopping system according to claim 6, wherein the parsing module comprises:

10. The mobile terminal shopping system according to claim 6, wherein when the mobile terminal is a prepaid user, the network payment subsystem further determines whether the account balance of the mobile terminal is greater than a price of the commodity. If yes, the payment is completed, otherwise a message indicating that the balance is insufficient is sent to the mobile terminal.

The mobile terminal shopping system according to claim 6, wherein the mobile terminal comprises: a camera for capturing a barcode image, the barcode comprising product identification information and description information;

a display module, configured to display the description information to a user;

An input module, configured to receive a purchase confirmation or purchase cancellation information of the product by the user; Network ¹ Mo block Fu, when the user for confirmation of the payment subsystem sends the payment request message to the network later time, the message containing the product identification information;

12. A mobile terminal-based data processing system, comprising: a mobile terminal, a data processing server, and a processing result response device, wherein the mobile terminal and the data processing server implement data interaction wirelessly;

The mobile terminal is configured to collect external barcode information, and parse the barcode information to generate identification information; receive input information of the user, generate a data processing request including the identification information, and send the data processing request to the data processing server;

The data processing server is configured to receive the foregoing data processing request, perform corresponding data processing according to the identification information therein, and send the data processing result to the processing result response device;

The data processing system according to claim 12, wherein the mobile terminal comprises:

a barcode collection unit for collecting an external barcode image;

a display unit, configured to display the description information to the user;

An input unit, configured to receive user request information;

The data processing system according to claim 13, wherein the parsing unit comprises:

The information collating unit is configured to organize the predefined data structure into user-readable text or image information.

A data processing method based on a mobile terminal, comprising: collecting, by the mobile terminal, external barcode information, and parsing the barcode information to generate identification information; receiving input information of the user, generating the identification information Data processing request and Send to the data processing server;

The data interaction is implemented wirelessly between the mobile terminal and the data processing server.

16. The data processing method according to claim 15, wherein the parsing the barcode further comprises generating description information.

The data processing method according to claim 15, wherein the process of parsing the barcode comprises: converting a barcode image collected by the barcode collection unit into a predefined data structure; and arranging the predefined data structure into User readable text or image information.

18. The data processing method according to claim 15, further comprising the data processing server sending back various feedback messages to the mobile terminal according to the processing situation.