WO2017036008A1 - System and method for processing promotion in multiple alliances of online-to-offline health services - Google Patents

Abstract

The present invention provides a method for processing promotion in multiple alliances of online-to-offline health services. The method comprises the following steps: constructing multiple digital alliances by all merchant terminals, each digital alliance comprising a preset quantity of merchant terminals; calculating the quantity of multi-alliance two-dimensional codes received by each merchant terminal from a mobile terminal within a preset time period and the total sum of electronic payment; and adjusting health service product information provided by each merchant terminal in the multi-alliance two-dimensional codes according to the quantity of multi-alliance two-dimensional codes received by each merchant terminal from the mobile terminal within the preset time period and the total sum of electronic payment. By executing the present invention, health services can be promoted among multiple digital alliances, and merchants in each digital alliance share profits in online-to-offline promotion processes, so that the promotion activity of merchant terminals of each digital alliance is improved; and resource allocation of the merchant terminals in each digital alliance is optimized according to the consumption status of each merchant terminal.

Description

 Online and offline health service multi-core promotion processing system and method

Technical field

The invention relates to online to offline (Online to Offline, O2O) The field of health services, in particular, relates to a multi-alliance promotion processing system and method for online and offline health services.

Background technique

In recent years, the rapid development of the Internet, especially the mobile Internet, has affected the economic life of the society and changed the way people work and live. People can use the Internet to work, live, shop and play. Due to the great potential and prospects of the Internet, more and more merchants are transferring services (eg, health management services) or health service products (eg, health management health service products) to the Internet for sale.

In order to attract more customers, merchants need to promote services or health service products, so that more users use and purchase business services or health service products. The way in which merchants have been promoted in the past is to join a coalition of multiple merchants and promote them through alliances (for example, generating alliances).

However, the above promotion methods have the following drawbacks. First, different merchant alliances will not communicate with each other, and they will be independent of each other, which is not conducive to resource integration and optimization. Second, the different merchant alliances and consumers are peer-to-peer promotion. Due to the relatively narrow coverage of peer-to-peer, the promotion efficiency of merchant application services is reduced.

Summary of the invention

The main objective of the present invention is to provide a multi-alliance promotion processing system and method for online and offline health services, aiming at solving the problem that the difficulty of integration and optimization of resources in the online and offline promotion of different merchant alliances and the low efficiency of peer-to-peer promotion.

To achieve the above objective, the present invention provides a multi-alliance promotion processing system for online and offline health services, which runs in a merchant alliance platform, and the merchant alliance platform is connected with a merchant terminal through a network, and the merchant terminal and the mobile terminal pass through a network. Connected, the system includes:

a building module for constructing all merchant terminals into a plurality of digital alliances, each digitized alliance including a preset number of merchant terminals;

a generating module, configured to generate and send a multi-featured two-dimensional code to any merchant terminal in any digitized alliance, and when the mobile terminal scans a multi-confederation two-dimensional code of any merchant terminal in any digitized alliance, the mobile terminal acquires the merchant Multi-feature two-dimensional code of the terminal;

a receiving module, configured to receive, when the mobile terminal completes an electronic payment by using a multi-confederation two-dimensional code in any merchant terminal in any digitized alliance, receiving the multi-core two-dimensional code and the electronic payment from the merchant terminal that completes the electronic payment Amount

a confirmation module, configured to confirm the merchant terminal associated with the electronic payment according to the received multi-core two-dimensional code, calculate a dividend amount of the merchant terminal associated with the electronic payment, and send the dividend amount to the associated Merchant terminal

a calculation module, configured to calculate a quantity of the multi-network two-dimensional code received by the merchant terminal from the mobile terminal and a total amount of the electronic payment; and

An adjustment module, configured to adjust, according to the number of multi-network two-dimensional codes received by the merchant terminal from the mobile terminal and the total amount of electronic payment in a preset time period, to adjust each merchant terminal provided by the multi-network two-dimensional code Health service product information.

Preferably, each of the digital alliances is constructed as follows:

Receiving a subscription request for a health service product sent by a preset number of merchant terminals;

Parsing a preset number of merchant terminal affiliation requests to obtain communication information of the preset number of merchant terminals and the provided health service product information; and

Generating a single-confidence two-dimensional code according to the communication information of the preset number of merchant terminals and the provided health service product information, so that the preset number of merchant terminals form a digital alliance.

Preferably, before the joining request is sent to the merchant alliance platform, the joining request is converted into a specific format, wherein the joining request is converted into a specific format as follows:

Converting the affiliate request into a binary code, the binary code including two numbers "0" and "1";

In the binary code, assign a position to each number;

Randomly selecting a preset number of locations through a random function in the merchant alliance platform; and

The number corresponding to the selected position is converted, that is, the corresponding number is “1” converted into a number “0”, and the corresponding number is “0” converted into a number “1”.

Preferably, the obtaining, by the building module, the communication information of the preset number of merchant terminals in the joining request is obtained by parsing a binary code of a specific format, wherein the method for parsing the binary code of the specific format is as follows :

Obtaining, according to the conversion information, a location of the acquired converted digit, where the conversion information is generated by the merchant terminal when performing a specific format conversion on the affiliate request, and sent to the merchant alliance platform; and

The converted number is restored to the original number in the binary code of the particular format based on the location of the converted number.

Preferably, the multi-join two-dimensional code is generated by:

The generating module integrates the single-combination two-dimensional code corresponding to each digitized alliance into a multi-feature two-dimensional code.

In addition, the present invention further provides a multi-alliance promotion processing method for online and offline health services, which is applied to a merchant alliance platform, where the merchant alliance platform is connected with a merchant terminal through a network, and the merchant terminal and the mobile terminal are connected through a network, The method includes the following steps:

Build all merchant terminals into multiple digital alliances, each digitized alliance including a preset number of merchant terminals;

Generating and transmitting a multi-feature two-dimensional code to any merchant terminal in any digitized alliance. When the mobile terminal scans the multi-feature two-dimensional code of any merchant terminal in any digitized alliance, the mobile terminal acquires the multi-confederation two of the merchant terminal. Dimension code

When the mobile terminal completes the electronic payment by using the multi-feet two-dimensional code in any merchant terminal in any digitized alliance, receiving the multi-dimensional two-dimensional code and the amount of the electronic payment from the merchant terminal that completes the electronic payment;

Determining, according to the received multi-core two-dimensional code, the merchant terminal associated with the electronic payment, calculating a dividend amount of the merchant terminal associated with the electronic payment, and transmitting the dividend amount to the associated merchant terminal;

Calculating a quantity of the multi-party two-dimensional code received by the merchant terminal from the mobile terminal and a total amount of the electronic payment within a preset time period; and

Adjusting the health service product information provided by each merchant terminal in the multi-network two-dimensional code according to the number of multi-network two-dimensional codes received by the merchant terminal from the mobile terminal and the total amount of electronic payment within a preset time period .

Preferably, each of the digital alliances is constructed as follows:

Receiving a subscription request for a health service product sent by a preset number of merchant terminals;

Parsing a preset number of merchant terminal affiliation requests to obtain communication information of the preset number of merchant terminals and the provided health service product information; and

Generating a single-confidence two-dimensional code according to the communication information of the preset number of merchant terminals and the provided health service product information, so that the preset number of merchant terminals form a digital alliance.

Preferably, before the joining request is sent to the merchant alliance platform, the joining request is converted into a specific format, wherein the joining request is converted into a specific format as follows:

Converting the affiliate request into a binary code, the binary code including two numbers "0" and "1";

In the binary code, assign a position to each number;

Randomly selecting a preset number of locations through a random function in the merchant alliance platform; and

The number corresponding to the selected position is converted, that is, the corresponding number is “1” converted into a number “0”, and the corresponding number is “0” converted into a number “1”.

Preferably, the communication information of the preset number of merchant terminals in the affiliation request is obtained by parsing a binary code of a specific format, wherein the method for parsing the binary code of the specific format is as follows:

Obtaining, according to the conversion information, a location of the acquired converted digit, where the conversion information is generated by the merchant terminal when performing a specific format conversion on the affiliate request, and sent to the merchant alliance platform; and

The converted number is restored to the original number in the binary code of the particular format based on the location of the converted number.

Preferably, the multi-join two-dimensional code is generated by:

The generating module integrates the single-combination two-dimensional code corresponding to each digitized alliance into a multi-feature two-dimensional code.

The technical solution of the present invention adopts the above technical solution, and the technical effects of the invention are as follows: the online and offline health service multi-federal promotion processing system and method of the present invention can promote health services based on online and offline mutual promotion among multiple digital alliances, and form a plurality of The promotion mode of the level, thus reducing the cost of the promotion of the merchant; further, the profit sharing in the promotion process of the merchant terminal in each digital alliance improves the enthusiasm of the promotion of the merchant terminal of each digital alliance; meanwhile, according to the The consumption situation optimizes the resource allocation of the merchant terminals in each digital alliance; in addition, in the process of promoting the multi-feature QR code, the specific format conversion of the data in the multi-coordinate two-dimensional code improves the multi-dimensional two-dimensional code Information security.

DRAWINGS

FIG. 1 is a schematic diagram of an application environment of a multi-alliance promotion processing system for online and offline health services according to the present invention. 2 is a block diagram showing a preferred embodiment of the online and offline health service multi-federate promotion processing system of the present invention. 3 is a flow chart of a preferred embodiment of the online and offline health service multi-core promotion processing method of the present invention. 4 is a schematic illustration of a preferred embodiment of the location of each digit in the binary code of the present invention. Figure 5 is a schematic illustration of a preferred embodiment of the present invention for converting binary code to a particular format.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

The specific embodiments, structures, features and functions of the present invention are described in detail below with reference to the accompanying drawings and preferred embodiments. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to FIG. 1 , it is a schematic diagram of an application environment of the online and offline health service multi-core promotion processing system of the present invention. The online and offline health service multi-core promotion processing system 10 in the present invention runs on the merchant alliance platform 1. The merchant alliance platform 1 and a plurality of merchant terminals 2 (illustrated by taking three as an example in FIG. 1) are connected through a network (not shown in FIG. 1). Each merchant terminal 2 can be connected to one or more mobile terminals 3 via a network. The network is preferably a wireless communication network, including but not limited to a GSM network, a GPRS network, a CDMA network, a TD-SCDMA network, a WiMAX network, a TD-LTE network, an FDD-LTE network, and the like.

In this embodiment, each merchant terminal 2 is maintained by a merchant (for example, a health management merchant). For example, the merchant alliance platform 1 is connected with six merchant terminals 2, which are respectively merchant terminals A (located in the first mall). , maintained by the first health management merchant), the merchant terminal B (located in the second mall, maintained by the second health management merchant), the merchant terminal C (located in the third mall, maintained by the third health management merchant), the merchant terminal D (located in the fourth mall, maintained by the fourth health management merchant), merchant terminal E (located in the fifth mall, maintained by the fifth health management merchant), and merchant terminal F (located in the sixth mall).

By connecting a predetermined number (eg, 6) of merchant terminals 2 to the merchant alliance platform 1, the plurality of merchants 2 may constitute a plurality of digitized alliances, for example, a first digitized alliance, a second digitized alliance, and a third Digital alliances, etc. Each digitized alliance includes a plurality of merchant terminals 2, for example, the first digitized alliance includes a merchant terminal A and a merchant terminal B, the second digitized alliance includes a merchant terminal E and a merchant terminal D, and the third digitized alliance includes a merchant terminal E and a merchant. Terminal F.

The mobile terminal 3 can be connected to the merchant terminal 2 in any digitized alliance. As shown in FIG. 1, the three mobile terminals 3 are respectively connected to the merchant terminal 2 in the first digitized alliance, and the merchant terminal 2 in the second digitized alliance is The connection is connected to the merchant terminal 2 in the third digitization alliance. As long as the mobile terminal 3 consumes through one of the merchant terminals 2 in any one of the digitized alliances, any merchant terminal 2 in other digitized alliances can also obtain the consumption data of the mobile terminal 3 (for example, the amount of electronic payment, the contact information of the customer) , consumer goods, consumption lists, consumer names and other information). For example, as shown in FIG. 1 , after the mobile terminal 3 consumes the merchant terminal 2 in the first digitization alliance, any merchant terminal 2 in the second digitization alliance can also obtain the consumption data of the mobile terminal 3, and the third digitization. Any merchant terminal 2 within the alliance can also obtain consumption data of the mobile terminal 3. In other embodiments, after the mobile terminal 3 consumes a merchant terminal 2 in a digitized alliance, the consumption data of the mobile terminal 3 is limited to other merchant terminals 2 in the digitized alliance.

The merchant alliance platform 1 is configured to generate an associated two-dimensional code and a multi-feature two-dimensional code for the merchant terminal 2. The associated two-dimensional code and the multi-feature two-dimensional code can be directly sent to the merchant terminal 2.

The associated two-dimensional code includes at least a link address through which the website of the merchant alliance platform 1 can be accessed, an application provided by the merchant alliance platform 1 is downloaded, and the name of the merchant alliance platform 1 and the like. The merchant terminal 2 may acquire a link address in the associated two-dimensional code by means of a camera scan code or receiving the associated two-dimensional code from the merchant alliance platform 1, and link to the The merchant alliance platform 1 (the application provided by the merchant alliance platform 1 can also be downloaded through the website link address), thereby becoming a member of the merchant alliance platform 1. It should be noted that when the merchant terminal 2 is linked to the merchant alliance platform 1, the merchant alliance platform 1 acquires communication information of the merchant terminal 2 (for example, a mobile phone number, an email address, an instant communication software account, etc.) information).

After the merchant alliance platform 1 and the merchant terminal 2 establish a communication connection through the associated two-dimensional code, the merchant alliance platform 1 establishes a plurality of digitized alliances, and each digitized alliance includes a plurality of merchant terminals 2. After the plurality of digitized alliances are constructed, the merchant alliance platform 1 generates a multi-feature two-dimensional code and transmits it to the merchant terminal 2.

The merchant alliance platform 1 integrates all the health service product information (for example, chronic disease intervention service, medical image identification service, Chinese medicine treatment service, and the like) provided by the merchant terminal 2 connected to the merchant alliance platform 1 to generate and transmit the health care product information. The multi-network two-dimensional code is sent to all the merchant terminals 2, and each merchant terminal 2 can send the multi-core two-dimensional code to the mobile terminal 3, so that the mobile terminal 3 purchases the multi-coordinate two-dimensional code. Health care products provided (for example, including chronic disease intervention services, medical imaging identification services, Chinese medicine treatment services, and other medical services).

The multi-core two-dimensional code includes at least the name of the health service product provided by each merchant terminal 2 corresponding to the merchant (for example, TCM physiotherapy neck conditioning service), and a profile of the health service product (for example, TCM physiotherapy neck conditioning service) Specific content), discount rate of health service products, location of health service products, price of health service products, usage rules (eg, single account or mobile phone number usage, expiration date, non-refundable expired, specific in health service products) The object needs to be purchased separately, etc.) and all communication information such as the communication information of the merchant terminal 2 connected to the merchant alliance platform 1.

The merchant alliance platform 1 periodically (for example, daily) pushes the multi-feature two-dimensional code to the merchant terminal 2. The merchant terminal 2 may also actively acquire the multi-core two-dimensional code from the merchant alliance platform 1. It should be noted that, since the multi-core two-dimensional code includes communication information of all the merchant terminals 2 connected to the merchant alliance platform 1, when the multi-core two-dimensional code is used by the mobile terminal 3, the merchant alliance The platform 1 can know the association between the multi-feature two-dimensional code and the merchant terminal 2, for example, the merchant multi-function code used is obtained from which merchant terminal 2, the name of the merchant terminal 2, and the like.

The merchant terminal 2 may display the multi-core two-dimensional code on the display of the merchant terminal 2, or print it into a paper printed matter, and post it to certain specific places (for example, a convenience store or a shopping mall) through relevant personnel. , the bulletin board of the park, the airport, the railway station, the bus station, the bus stop, the elevator room of the office building, etc.).

In addition, when the mobile terminal 3 is consumed by the merchant terminal 2 of a digital alliance through the multi-core two-dimensional code, the merchant alliance platform 1 transmits the consumption data of the mobile terminal 3 to other digital alliances. All merchant terminals 2.

For example, assume that the merchant alliance platform 1 is connected to six merchant terminals 2, which are a merchant terminal A (located in the first mall), a merchant terminal B (located in the second mall), and a merchant terminal C (located in the third mall). ), the merchant terminal D (located in the fourth shopping mall), the merchant terminal E (located in the fifth shopping mall), the merchant terminal F (located in the sixth shopping mall), the merchant terminal A and the merchant terminal B constitute the first digital alliance, the merchant terminal C and the merchant terminal D form a second digitization alliance, and the merchant terminal E and the merchant terminal F form a third digitization alliance. If the mobile terminal 3 completes the electronic payment through the merchant terminal A in the first shopping mall, acquires the multi-feature two-dimensional code associated with the merchant terminal A, and the merchant alliance platform 1 consumes the consumption data of the mobile terminal 3 (for example, electronic The payment amount, the customer's contact information, the consumer category, the consumption list, the consumption name, and the like are transmitted to the merchant terminals B, C, D, E, and F, and then the mobile terminal 3 passes the multi-confederation associated with the merchant terminal A. The QR code is in the merchant terminal B in the second mall (or in the third mall through the merchant terminal C, or in the fourth mall through the merchant terminal D, or in the fifth mall through the merchant terminal E, or in the first When the electronic payment is made through the merchant terminal F) in the six shopping malls, the other discounts may be enjoyed on the basis of the second shopping mall (or the third shopping mall, or the fourth shopping mall, or the fifth shopping mall, or the sixth shopping mall). (ie, fold up).

It should be noted that the merchant alliance platform 1 is a server of a cloud platform or a data center, and can better manage and/or assist with the merchant through the data transmission capability and data storage capability of the cloud platform or the data center. The merchant terminal 2 connected to the affiliate platform 1 is used to facilitate the promotion of the multi-feature two-dimensional code of the merchant.

The merchant alliance platform 1 may be located at a merchant business location or at other locations remote from the merchant business location. In order to avoid crowding the space of the business premises, the merchant alliance platform 1 is located at other locations away from the business premises.

The merchant terminal 2 is located in the business premises of the merchant, and is configured to scan the multi-feature QR code on the mobile terminal 3 when the customer holds the mobile terminal 3 to consume in the business premises, and according to the plurality of The Alliance QR code is used for electronic payment.

The merchant terminal 2 may be, but is not limited to, any other suitable barcode-capable cash register device (for example, a POS machine with a scanner).

The mobile terminal 3 can be, but is not limited to, any other suitable portable electronic device with a camera such as a smart phone, a tablet computer, a PDA, a personal computer, and the like.

Referring to FIG. 2, it is a block diagram of a preferred embodiment of the online and offline health service multi-core promotion processing system of the present invention. In this embodiment, the online and offline health service multi-aggregation promotion processing system 10 is applied to the merchant alliance platform 1. The merchant alliance platform 1 includes, However, it is not limited to the online and offline health service multi-core promotion processing system 10, the storage unit 11, the processing unit 12, and the communication unit 13.

The storage unit 11 can be a read only memory unit ROM, an electrically erasable storage unit EEPROM, a flash memory unit FLASH or a solid hard disk.

The processing unit 12 can be a central processing unit (Central Processing Unit, CPU), microcontroller (MCU), data processing chip, or information processing unit with data processing function.

The communication unit 13 is a wireless communication interface with remote wireless communication functions, such as a communication interface supporting communication technologies such as GSM, GPRS, WCDMA, CDMA, TD-SCDMA, WiMAX, TD-LTE, and FDD-LTE.

The online and offline health service multi-core promotion processing system 10 includes, but is not limited to, a building module 111, a generating module 112, a receiving module 113, a confirming module 114, a calculating module 115, and an adjusting module 116, and the module referred to in the present invention. Reference is made to a series of computer program instructions that can be executed by the processing unit 12 of the merchant alliance platform 1 and that are capable of performing fixed functions, which are stored in the storage unit 11 of the merchant alliance platform 1.

The building module 111 is configured to construct all the merchant terminals 2 into a plurality of digital alliances, and each digitized alliance includes a preset number of merchant terminals 2.

Each of the digital alliances is constructed as follows:

Receiving a preset number of joining requests for health service products sent by the merchant terminal 2;

Specifically, the building module 111 receives a predetermined number of affiliate requests related to the health service product sent by the merchant terminal 2 (for example, an affiliate request regarding the health management service). The affiliate request includes communication information (for example, a mobile phone number, an email address, an instant messaging software account, and the like) of the merchant terminal 2 and health service product information. The health service product information includes, but is not limited to, a name of the health service product, a profile of the health service product, a discount rate of the health service product, a consumption location of the health service product, a quantity of the health service product, a price of the health service product, and Use rules. Specifically, the merchant terminal 2 acquires the associated two-dimensional code by means of scanning code, and when the merchant terminal 2 accesses the link address in the associated two-dimensional code, the merchant terminal 2 transmits communication information and The health service product information is integrated into the affiliate request and sent to the merchant alliance platform 1. It should be noted that, since the communication information belongs to the private information, in order to ensure information security, the communication information is integrated into the joining request (integrated by the command generator), and the encryption and decryption algorithm (for example, the MD5 encryption and decryption algorithm) is adopted. , RSA encryption and decryption algorithm, DES encryption and decryption algorithm, DSA encryption and decryption algorithm, AES encryption and decryption algorithm, etc.) encrypt the communication information. The affiliate request can also be converted to a specific format and transmitted to the merchant alliance platform 1 in a specific format.

The way to convert the affiliate request into a specific format is as follows:

The affiliate request is converted into a binary code, and the binary code includes two numbers "0" and "1". For example, the affiliate request is converted to binary code 1001100111000000010111011.

In the binary code, one position is assigned to each number. In the present embodiment, the positions in the binary code are allocated in numerical order. As shown in FIG. 4, the first number "1" is the first position, the second number "0" is the second position, the third number "0" is the third position, and so on.

A preset number of locations are randomly selected by a random function in the merchant alliance platform 1. For example, as shown in FIGS. 4 and 5, in the binary code, the second position, the thirteenth position, and the twenty-second position are randomly selected by a random function.

The number corresponding to the selected position is converted, that is, the corresponding number is “1” converted into a number “0”, and the corresponding number is “0” converted into a number “1”. Specifically, as shown in FIGS. 4 and 5, the numbers corresponding to the second position, the thirteenth position, and the twenty-second position are converted numbers. The number to be converted is converted in the binary code according to the position of the number to be converted. For example, taking the binary code 1001100111000000010111011 as an example, the underlined numbers in FIG. 5 are converted to obtain a binary code 1001100111000000101000100 of a specific format. It should be noted that the underlined numbers in FIG. 5 are only convenient for text description and drawing. In fact, the numbers of the binary code of the specific format are not underlined.

It can be seen from the binary code of the specific format that the converted franchise request conceals the real information, improves the information transmission security between the mobile terminal 3 and the merchant alliance platform 1, thereby improving the promotion of the multi-confidence two-dimensional code. Security.

It should be noted that there is no space between any number in the binary code. The space between the numbers in FIG. 4 and FIG. 5 is convenient for text description and drawing, and the actual binary code has no space.

Further, in the process of converting the affiliate request into a specific format, the conversion information is also recorded, and the conversion information is sent to the merchant alliance platform 1 together. The conversion information includes information such as the position of the converted number.

The building module 111 parses a preset number of affiliate requests of the merchant terminal 2 to obtain the communication information of the preset number of merchant terminals 2 and the provided health service product information.

Specifically, if the affiliation request is a binary code of a specific format, the generating module 112 first parses the binary code of the specific format, and then according to the encryption and decryption algorithm (for example, the MD5 encryption and decryption algorithm, the RSA encryption and decryption algorithm, The DES encryption and decryption algorithm, the DSA encryption and decryption algorithm, the AES encryption and decryption algorithm, and the like decrypt the parsed affiliate request to obtain the communication information of the merchant terminal 2.

The manner in which the building block 111 parses the binary code of a specific format is as follows:

Acquiring the position of the acquired converted digit according to the conversion information (for example, the position of the converted digit in FIG. 5 is a second position, a thirteenth position, and a twenty-second position), and the conversion information is The merchant terminal 2 generates and sends to the merchant alliance platform 1 when performing a specific format conversion on the affiliate request;

The converted number is restored to the original number in the binary code of the particular format based on the location of the converted number. For example, a binary code of a specific format 1001100111000000101000100 is converted into 1001100111000000010111011.

The building module 111 generates a single-feature two-dimensional code according to the preset number of communication information of the merchant terminal 2 and the provided health service product information, so that the preset number of merchant terminals 2 form a digital alliance. The building module 111 generates the single-combination two-dimensional code through a two-dimensional code generator installed on the merchant alliance platform 1.

The generating module 112 is configured to generate and send a multi-core two-dimensional code to any merchant terminal 2 in any digitized alliance. When the mobile terminal 3 scans the multi-feature two-dimensional code of any merchant terminal 2 in any digitized alliance, the The mobile terminal 3 acquires the multi-feature two-dimensional code of the merchant terminal 2.

Specifically, the multi-join two-dimensional code is generated in the following manner: the generating module 112 integrates the single-combination two-dimensional code corresponding to each digitized alliance into a multi-coordinate two-dimensional code, and the multi-coordinate two-dimensional code The code transmits each merchant terminal 2 within the digitized alliance.

The generating module 112 sends the multi-party two-dimensional code to the mobile phone number, and/or the email address of the merchant terminal 2, and/or the instant messaging software account. The mobile terminal 3 acquires the multi-feature two-dimensional code of the merchant terminal 2 by scanning the multi-feature two-dimensional code of any merchant terminal 2 in any digitized alliance.

In addition, when the mobile terminal 3 acquires the multi-core two-dimensional code from the merchant terminal 2, the merchant terminal 2 adds an acquisition label to the multi-core two-dimensional code (may be a segment containing the name of the merchant terminal 2) The text indicates, for example, "multi-feature two-dimensional code obtained from the xxx merchant terminal"), the acquisition label indicating which merchant terminal 2 of the digitized alliance is acquired from the multi-core two-dimensional code.

The receiving module 113 is configured to receive the multi-confederation from the merchant terminal 2 that completes the electronic payment when the mobile terminal 3 completes the electronic payment by any multi-community two-dimensional code in any merchant terminal 2 in any digitized alliance. The amount of the QR code and electronic payment.

The confirmation module 114 is configured to confirm the merchant terminal 2 associated with the pen electronic payment according to the received multi-core two-dimensional code, calculate the dividend amount of the merchant terminal 2 associated with the electronic payment, and distribute the dividend The amount is sent to the associated merchant terminal 2. In this embodiment, the associated merchant terminal 2 refers to the merchant terminal 2 corresponding to the mobile terminal 3 when acquiring the multi-core two-dimensional code.

The manner of calculating the dividend amount of the merchant terminal 2 associated with the electronic payment in the pen is as follows:

Calculating, by the mobile terminal 3, the cumulative use of the number of multi-feature two-dimensional codes associated with the associated merchant terminal 2;

Finding a corresponding dividend ratio according to the number of accumulated multi-core two-dimensional codes. For example, when the number of the accumulated multi-coordinate two-dimensional codes exceeds one thousand, the corresponding dividend ratio is 3%, when the accumulated multi-alliance When the number of two-dimensional codes exceeds 10,000, the corresponding dividend ratio is 5%.

The dividend amount of the associated merchant terminal 2 is calculated according to the corresponding dividend ratio found and the amount of the electronic payment. For example, if the corresponding dividend ratio of the search is 5%, and the amount of the electronic payment is 600 yuan, the dividend amount of the associated merchant terminal 2 is 600*5%=30 yuan.

In addition, the confirmation module 114 is further configured to notify the associated merchant terminal 2. In this embodiment, the confirmation module 114 notifies the associated merchant terminal 2 by means of mail, short message or a combination of the two.

The calculating module 115 is configured to calculate the number of multi-feature two-dimensional codes received by the merchant terminal 2 from the mobile terminal 3 within a preset time period (for example, one month) and the total amount of electronic payment.

The adjusting module 116 is configured to adjust according to the number of multi-feature two-dimensional codes received from the mobile terminal 3 and the total amount of electronic payment received by each merchant terminal 2 within a preset time period (for example, one month). Health service product information provided by each merchant terminal 2 in the affiliate QR code.

Specifically, when the number of multi-feature two-dimensional codes received by the merchant terminal 2 from the mobile terminal 3 within one month exceeds a first preset number (for example, 100 sheets) and the merchant terminal 2 is from the mobile terminal 3 When the total amount of the received electronic payment exceeds the first preset amount (for example, 100,000 RMB), it indicates that the business of the merchant terminal 2 is honoured, and the investment needs to be expanded. At this time, the calculation module 115 is in the above-mentioned Adding the health service product information provided by the merchant terminal 2 to the alliance QR code (for example, adding one or more health service product information to the multi-core two-dimensional code, so as to increase the merchant terminal 2 business).

When the number of multi-feature two-dimensional codes received by the merchant terminal 2 from the mobile terminal 3 within one month is lower than a second preset number (for example, 30 sheets) and the merchant terminal 2 receives from the mobile terminal 3 When the total amount of the electronic payment is less than the second predetermined amount (for example, 30,000 yuan), it indicates that the business of the merchant terminal 2 is generally required, and the investment needs to be reduced. At this time, the calculation module 115 is in the multi-dimensional two-dimensional code. Reducing the health service product information provided by the merchant terminal 2 (for example, reducing one or more health service product information in the multi-core two-dimensional code, thereby reducing or reducing the business of the merchant terminal 2 ).

When the number of the multi-network two-dimensional code received by the merchant terminal 2 from the mobile terminal 3 within one month is lower than the first preset number and higher than the second preset number (for example, 30 sheets), in addition, the merchant terminal 2 When the total amount of the electronic payment received from the mobile terminal 3 is lower than the first preset amount (for example, 100,000 yuan) and exceeds the second preset amount (for example, 30,000 yuan), the multi-federal two-dimensional The health service product information of the merchant terminal 2 in the code is adjusted to maintain the status quo.

By adjusting the health service product information provided by each merchant terminal 2 in the multi-core two-dimensional code, the digital alliance can increase or decrease the investment and dynamically adjust the resources according to each merchant terminal 2.

Referring to FIG. 3, it is a flow chart of a preferred embodiment of the online and offline health service multi-feature promotion processing method of the present invention. In this embodiment, the online and offline health service multi-core promotion processing method is applied to the merchant alliance platform 1, and the method includes the following steps:

Step S11: The building module 111 constructs all the merchant terminals 2 into a plurality of digital alliances, and each digitized alliance includes a preset number of merchant terminals 2.

Each of the digital alliances is constructed as follows:

Receiving a preset number of joining requests for health service products sent by the merchant terminal 2;

Specifically, the building module 111 receives a predetermined number of affiliate requests related to the health service product sent by the merchant terminal 2 (for example, an affiliate request regarding the health management service). The joining request includes a preset number of communication information (for example, a mobile phone number, an email address, an instant messaging software account, and the like) of the merchant terminal 2 and health service product information. The health service product information includes, but is not limited to, a name of the health service product, a profile of the health service product, a discount rate of the health service product, a consumption location of the health service product, a quantity of the health service product, a price of the health service product, and Use rules. Specifically, the preset number of merchant terminals 2 acquires the associated two-dimensional code by means of scanning code, and when the preset number of merchant terminals 2 access the link address in the associated two-dimensional code, The preset number of merchant terminals 2 integrate the communication information and the health service product information into the affiliate request, and send the information to the merchant alliance platform 1.

The way to convert the affiliate request into a specific format is as follows:

The affiliate request is converted into a binary code, and the binary code includes two numbers "0" and "1". For example, the affiliate request is converted to binary code 1001100111000000010111011.

In the binary code, one position is assigned to each number. In the present embodiment, the positions in the binary code are allocated in numerical order. As shown in FIG. 4, the first number "1" is the first position, the second number "0" is the second position, the third number "0" is the third position, and so on.

A preset number of locations are randomly selected by a random function in the merchant alliance platform 1. For example, as shown in FIGS. 4 and 5, in the binary code, the second position, the thirteenth position, and the twenty-second position are randomly selected by a random function.

The number corresponding to the selected position is converted, that is, the corresponding number is “1” converted into a number “0”, and the corresponding number is “0” converted into a number “1”. Specifically, as shown in FIGS. 4 and 5, the numbers corresponding to the second position, the thirteenth position, and the twenty-second position are converted numbers. The number to be converted is converted in the binary code according to the position of the number to be converted. For example, taking the binary code 1001100111000000010111011 as an example, the underlined numbers in FIG. 5 are converted to obtain a binary code 1001100111000000101000100 of a specific format. It should be noted that the underlined numbers in FIG. 5 are only convenient for text description and drawing. In fact, the numbers of the binary code of the specific format are not underlined.

It can be seen from the binary code of the specific format that the converted franchise request conceals the real information, improves the information transmission security between the mobile terminal 3 and the merchant alliance platform 1, thereby improving the promotion of the multi-confidence two-dimensional code. Security.

It should be noted that there is no space between any number in the binary code. The space between the numbers in FIG. 4 and FIG. 5 is convenient for text description and drawing, and the actual binary code has no space.

Further, in the process of converting the affiliate request into a specific format, the conversion information is also recorded, and the conversion information is sent to the merchant alliance platform 1 together. The conversion information includes information such as the position of the converted number.

The building module 111 parses a preset number of affiliate requests of the merchant terminal 2 to obtain communication information of each merchant terminal 2 and the provided health service product information.

Specifically, if the affiliation request is a binary code of a specific format, the generating module 112 first parses the binary code of the specific format, and then according to the encryption and decryption algorithm (for example, the MD5 encryption and decryption algorithm, the RSA encryption and decryption algorithm, The DES encryption and decryption algorithm, the DSA encryption and decryption algorithm, the AES encryption and decryption algorithm, and the like decrypt the parsed affiliate request to obtain the communication information of the merchant terminal 2.

The manner in which the building block 111 parses the binary code of a specific format is as follows:

Acquiring the position of the acquired converted digit according to the conversion information (for example, the position of the converted digit in FIG. 5 is a second position, a thirteenth position, and a twenty-second position), and the conversion information is The merchant terminal 2 generates and sends to the merchant alliance platform 1 when performing a specific format conversion on the affiliate request;

The converted number is restored to the original number in the binary code of the particular format based on the location of the converted number. For example, a binary code of a specific format 1001100111000000101000100 is converted into 1001100111000000010111011.

The building module 111 generates a single-feature two-dimensional code according to the preset number of communication information of the merchant terminal 2 and the provided health service product information, so that the preset number of merchant terminals 2 form a digital alliance. The building module 111 generates the single-combination two-dimensional code through a two-dimensional code generator installed on the merchant alliance platform 1.

Step S12: The generating module 112 generates and sends a multi-network two-dimensional code to any merchant terminal 2 in any digitized alliance. When the mobile terminal 3 scans the multi-feature two-dimensional code of any merchant terminal 2 in any digitized alliance, The mobile terminal 3 acquires the multi-feature two-dimensional code of the merchant terminal 2.

Specifically, the generating module 112 integrates the single-association two-dimensional code corresponding to each digitized alliance into a multi-feature two-dimensional code, and sends the multi-core two-dimensional code to each merchant terminal in the digital alliance. 2.

The generating module 112 sends the multi-party two-dimensional code to the mobile phone number, and/or the email address of the merchant terminal 2, and/or the instant messaging software account. The mobile terminal 3 acquires the multi-feature two-dimensional code of the merchant terminal 2 by scanning the multi-feature two-dimensional code of any merchant terminal 2 in any digitized alliance.

In addition, when the mobile terminal 3 acquires the multi-core two-dimensional code from the merchant terminal 2, the merchant terminal 2 adds an acquisition label to the multi-core two-dimensional code (may be a segment containing the name of the merchant terminal 2) The text indicates, for example, "multi-feature two-dimensional code obtained from the xxx merchant terminal"), the acquisition label indicating which merchant terminal 2 of the digitized alliance is acquired from the multi-core two-dimensional code.

Step S13: When the mobile terminal 3 completes the electronic payment by any multi-community two-dimensional code in any merchant terminal 2 in any digitized alliance, the receiving module 113 receives the multi-confederation from the merchant terminal 2 that completes the electronic payment. The amount of the QR code and electronic payment.

Step S14: The confirmation module 114 confirms the merchant terminal 2 associated with the electronic payment according to the received multi-core two-dimensional code, and calculates the dividend amount of the merchant terminal 2 associated with the electronic payment. In this embodiment, the associated merchant terminal 2 refers to the merchant terminal 2 corresponding to the mobile terminal 3 when acquiring the multi-core two-dimensional code.

The manner of calculating the dividend amount of the merchant terminal 2 associated with the electronic payment in the pen is as follows:

Calculating, by the mobile terminal 3, the cumulative use of the number of multi-feature two-dimensional codes associated with the associated merchant terminal 2;

Finding a corresponding dividend ratio according to the number of accumulated multi-core two-dimensional codes. For example, when the number of the accumulated multi-coordinate two-dimensional codes exceeds one thousand, the corresponding dividend ratio is 3%, when the accumulated multi-alliance When the number of two-dimensional codes exceeds 10,000, the corresponding dividend ratio is 5%.

The dividend amount of the associated merchant terminal 2 is calculated according to the corresponding dividend ratio found and the amount of the electronic payment. For example, if the corresponding dividend ratio of the search is 5%, and the amount of the electronic payment is 600 yuan, the dividend amount of the associated merchant terminal 2 is 600*5%=30 yuan.

In addition, the confirmation module 114 is further configured to notify the associated merchant terminal 2. In this embodiment, the confirmation module 114 notifies the associated merchant terminal 2 by means of mail, short message or a combination of the two.

Step S15: The calculation module 115 calculates the number of multi-network two-dimensional codes and the total amount of electronic payment received by the merchant terminal 2 from the mobile terminal 3 within a preset time period (for example, one month).

Step S16: The adjustment module 116 adjusts according to the number of multi-feature two-dimensional codes received by the merchant terminal 2 from the mobile terminal 3 within a preset time period (for example, one month) and the total amount of electronic payment. Health service product information provided by each merchant terminal 2 in the affiliate QR code.

Specifically, when the number of multi-feature two-dimensional codes received by the merchant terminal 2 from the mobile terminal 3 within one month exceeds a first preset number (for example, 100 sheets) and the merchant terminal 2 is from the mobile terminal 3 When the total amount of the received electronic payment exceeds the first preset amount (for example, 100,000 RMB), it indicates that the business of the merchant terminal 2 is honoured, and the investment needs to be expanded. At this time, the calculation module 115 is in the above-mentioned Adding the health service product information provided by the merchant terminal 2 to the alliance QR code (for example, adding one or more health service product information to the multi-core two-dimensional code, so as to increase the merchant terminal 2 business). When the number of multi-feature two-dimensional codes received by the merchant terminal 2 from the mobile terminal 3 within one month is lower than a second preset number (for example, 30 sheets) and the merchant terminal 2 receives from the mobile terminal 3 When the total amount of the electronic payment is less than the second predetermined amount (for example, 30,000 yuan), it indicates that the business of the merchant terminal 2 is generally required, and the investment needs to be reduced. At this time, the calculation module 115 is in the multi-dimensional two-dimensional code. Reducing the health service product information provided by the merchant terminal 2 (for example, reducing one or more health service product information in the multi-core two-dimensional code, thereby reducing or reducing the business of the merchant terminal 2 ). When the number of the multi-network two-dimensional code received by the merchant terminal 2 from the mobile terminal 3 within one month is lower than the first preset number and higher than the second preset number (for example, 30 sheets), in addition, the merchant terminal 2 When the total amount of the electronic payment received from the mobile terminal 3 is lower than the first preset amount (for example, 100,000 yuan) and exceeds the second preset amount (for example, 30,000 yuan), the multi-federal two-dimensional The health service product information of the merchant terminal 2 in the code is adjusted to maintain the status quo.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims (10)

An online and offline health service multi-federate promotion processing system runs in a merchant alliance platform, wherein the merchant alliance platform is connected with a merchant terminal through a network, and the merchant terminal and the mobile terminal are connected through a network, and the system includes : a building module for constructing all merchant terminals into a plurality of digital alliances, each digitized alliance including a preset number of merchant terminals; a generating module, configured to generate and send a multi-featured two-dimensional code to any merchant terminal in any digitized alliance, and when the mobile terminal scans a multi-confederation two-dimensional code of any merchant terminal in any digitized alliance, the mobile terminal acquires the merchant Multi-feature two-dimensional code of the terminal; a receiving module, configured to receive, when the mobile terminal completes an electronic payment by using a multi-confederation two-dimensional code in any merchant terminal in any digitized alliance, receiving the multi-core two-dimensional code and the electronic payment from the merchant terminal that completes the electronic payment Amount a confirmation module, configured to confirm the merchant terminal associated with the electronic payment according to the received multi-core two-dimensional code, calculate a dividend amount of the merchant terminal associated with the electronic payment, and send the dividend amount to the associated Merchant terminal a calculation module, configured to calculate a quantity of the multi-network two-dimensional code received by the merchant terminal from the mobile terminal and a total amount of the electronic payment; and An adjustment module, configured to adjust, according to the number of multi-network two-dimensional codes received by the merchant terminal from the mobile terminal and the total amount of electronic payment in a preset time period, to adjust each merchant terminal provided by the multi-network two-dimensional code Health service product information. The online and offline health service multi-core promotion processing system according to claim 1, wherein each of the digital alliances is constructed as follows: Receiving a subscription request for a health service product sent by a preset number of merchant terminals; Parsing a preset number of merchant terminal affiliation requests to obtain communication information of the preset number of merchant terminals and the provided health service product information; and Generating a single-confidence two-dimensional code according to the communication information of the preset number of merchant terminals and the provided health service product information, so that the preset number of merchant terminals form a digital alliance. The online and offline health service multi-federate promotion processing system according to claim 2, wherein the affiliation request is converted into a specific format before the affiliation request is sent to the merchant alliance platform, wherein the franchise The way to request a conversion to a specific format is as follows: Converting the affiliate request into a binary code, the binary code including two numbers "0" and "1"; In the binary code, assign a position to each number; Randomly selecting a preset number of locations through a random function in the merchant alliance platform; and The number corresponding to the selected position is converted, that is, the corresponding number is “1” converted into a number “0”, and the corresponding number is “0” converted into a number “1”. The online and offline health service multi-federal promotion processing system according to claim 3, wherein the building module acquires communication information of a preset number of merchant terminals in the joining request by performing binary code of a specific format. Obtained after parsing, wherein the parsing of the binary code of a specific format is as follows: Obtaining, according to the conversion information, a location of the acquired converted digit, where the conversion information is generated by the merchant terminal when performing a specific format conversion on the affiliate request, and sent to the merchant alliance platform; and The converted number is restored to the original number in the binary code of the particular format based on the location of the converted number. The online and offline health service multi-core promotion processing system according to claim 1, wherein the multi-core two-dimensional code is generated by: The generating module integrates the single-combination two-dimensional code corresponding to each digitized alliance into a multi-feature two-dimensional code. An online and offline health service multi-aggregation promotion processing method is applied to a merchant alliance platform, wherein the merchant alliance platform is connected with a merchant terminal through a network, and the merchant terminal and the mobile terminal are connected through a network, and the method includes The following steps: Build all merchant terminals into multiple digital alliances, each digitized alliance including a preset number of merchant terminals; Generating and transmitting a multi-feature two-dimensional code to any merchant terminal in any digitized alliance. When the mobile terminal scans the multi-feature two-dimensional code of any merchant terminal in any digitized alliance, the mobile terminal acquires the multi-confederation two of the merchant terminal. Dimension code When the mobile terminal completes the electronic payment by using the multi-feet two-dimensional code in any merchant terminal in any digitized alliance, receiving the multi-dimensional two-dimensional code and the amount of the electronic payment from the merchant terminal that completes the electronic payment; Determining, according to the received multi-core two-dimensional code, the merchant terminal associated with the electronic payment, calculating a dividend amount of the merchant terminal associated with the electronic payment, and transmitting the dividend amount to the associated merchant terminal; Calculating a quantity of the multi-party two-dimensional code received by the merchant terminal from the mobile terminal and a total amount of the electronic payment within a preset time period; and Adjusting the health service product information provided by each merchant terminal in the multi-network two-dimensional code according to the number of multi-network two-dimensional codes received by the merchant terminal from the mobile terminal and the total amount of electronic payment within a preset time period . The method for processing an online and offline health service multi-core promotion according to claim 6, wherein each of the digital alliances is constructed as follows: Receiving a subscription request for a health service product sent by a preset number of merchant terminals; Parsing a preset number of merchant terminal affiliation requests to obtain communication information of the preset number of merchant terminals and the provided health service product information; and Generating a single-confidence two-dimensional code according to the communication information of the preset number of merchant terminals and the provided health service product information, so that the preset number of merchant terminals form a digital alliance. The method for processing an online and offline health service multi-core promotion according to claim 7, wherein the joining request is converted into a specific format before the joining request is sent to the merchant alliance platform, wherein the joining The way to request a conversion to a specific format is as follows: Converting the affiliate request into a binary code, the binary code including two numbers "0" and "1"; In the binary code, assign a position to each number; Randomly selecting a preset number of locations through a random function in the merchant alliance platform; and The number corresponding to the selected position is converted, that is, the corresponding number is “1” converted into a number “0”, and the corresponding number is “0” converted into a number “1”. The method for processing an online and offline health service multi-festion promotion method according to claim 8, wherein the communication information of the preset number of merchant terminals in the joining request is obtained by parsing a binary code of a specific format, wherein The way to parse the binary code of a specific format is as follows: Obtaining, according to the conversion information, a location of the acquired converted digit, where the conversion information is generated by the merchant terminal when performing a specific format conversion on the affiliate request, and sent to the merchant alliance platform; and The converted number is restored to the original number in the binary code of the particular format based on the location of the converted number. The method for processing the online and offline health service multi-core promotion according to claim 6, wherein the multi-core two-dimensional code is generated by: The generating module integrates the single-combination two-dimensional code corresponding to each digitized alliance into a multi-feature two-dimensional code.