TWI814381B - Member identification and order management system of multi-entry e-commerce platform - Google Patents

Abstract

A member identification and order management system for a multi-entry e-commerce platform, including an integration platform and a cloud processing platform. The integration platform includes a membership module and an order coding module. The membership module generates authorization information based on member files; the order coding module The initial order information of each store portal is coded according to the first order code table, coding algorithm and key to generate the first coded order information; the cloud processing platform is connected to the integration platform and includes an order receiving module , code identification module and order distribution module; the code identification module decodes the first coded order information according to the first order code table, decoding algorithm and key to generate the first decoded order information; order distribution module The connection code identification module transmits the first decoded order information to the corresponding merchant according to the merchant information in the first decoded order information.

Description

Member identification and order management system for multi-entry e-commerce platforms

A member identification and order management system for a multi-entry e-commerce platform that integrates member and order information from different merchants.

In order to meet their daily needs, people need to purchase tangible or intangible goods and services. Consumers can choose to go to physical stores to purchase goods or consume through online stores. However, whether it is a physical store or an online store, each Member information and order information between merchants are stored separately in each merchant's own system. In other words, the membership information or consumption information generated by consumers at different merchants cannot be integrated. When consumers enter a new store for consumption, It is necessary to re-create member information or perform additional member login, which increases the inconvenience for consumers to shop.

On the other hand, as shown in Figure 5, the conventional online sales system includes a store host 60 and a point of sale (POS) system 80. The store host 60 is connected to the point of sale information system 80. The store The host 60 also provides a store website 70 for consumers to connect through electronic devices such as computers or smart phones. That is to say, consumers enter the store website 70 managed by the store host 60 to make purchases, and then The store host 60 transmits the consumer's order information to the point-of-sale information system 80 of the merchant for subsequent order processing.

However, most merchants already have online sales systems, but the online sales systems of different merchants are independent of each other and are not connected to each other. As a result, consumers cannot browse and shop through the same store website 70. Store website 70 Browsing and shopping on other store websites, creating This causes inconvenience in use and prevents the flow of customers from different merchants to increase the visitor flow of each merchant.

In view of this, the present invention provides a member identification and order management system for a multi-entry e-commerce platform that integrates member information among different merchants and processes the order information of each merchant through a unified order processing process.

In order to achieve the aforementioned goals, the member identification and order management system of the multi-entry e-commerce platform of the present invention includes: an integration platform, which establishes and connects and manages multiple store portals. Each store portal corresponds to a merchant, and includes: a member. A module that stores a plurality of member files. The member module generates authorization information based on each member file and transmits the authorization information to each store portal; and an order coding module receives each store portal. An initial order information is coded according to a first order code table, coding algorithm and key to generate and output a first coded order information; and a cloud processing platform is connected The integration platform includes: an order receiving module, which receives the first coded order information and outputs it; a code identification module, which is connected to the order receiving module, and according to the first order code table, decoding algorithm and financial key, decode the first coded order information to generate and output a first decoded order information; and an order distribution module connected to the code identification module, based on the merchant information in the first decoded order information, The first decoded order information is transmitted to a point-of-sale information system of the corresponding merchant.

In the member identification and order management system of the multi-portal e-commerce platform of the present invention, the member module uniformly outputs the authorization information to each store portal based on the plurality of member files, so as to achieve the integration of the membership systems of different store portals. It improves the problem that member information between different merchants cannot communicate with each other in the conventional consumption system; on the other hand, the present invention uses the order coding module to code the initial order information generated by consumers on each store portal website. When order information is transmitted between the integration platform and the cloud processing platform, since the first coded order information has been coded and encrypted, the security of data transmission can be further improved to prevent the order information from being intercepted or intercepted during the transmission process. Modification, and the present invention connects different store portals through a unified membership and order management system. Consumers only need one membership identity to consume at different store portals, which helps different store portals to improve their customer base. mutual flow, thereby increasing the traffic of each merchant.

10: Integrated platform

11:Member module

12: Order coding module

13:Mall module

20:Cloud processing platform

21: Order receiving module

22:Code recognition module

23:Order distribution module

30: Store portal

30A: First store portal

30B:Second store portal

40:Cloud server system

41:Cloud server

50,80: Point of sale information system

60: Store host

70: Store website

A: Authorization information

D: Member information

Figure 1: Block diagram of the member identification and order management system of the multi-entry e-commerce platform of the present invention.

Figure 2: A schematic flow chart of member authentication on the first store portal in the member identification and order management system of the multi-portal e-commerce platform of the present invention.

Figure 3: A schematic flow chart of member authentication on the second store portal in the member identification and order management system of the multi-entry e-commerce platform of the present invention.

Figure 4: A schematic flow chart of member authentication in the mall module in the member identification and order management system of the multi-entry e-commerce platform of the present invention.

Figure 5: Block diagram of the sales system of a known merchant.

Please refer to Figure 1. The member identification and order management system of the multi-entry e-commerce platform of the present invention includes an integration platform 10 and a cloud processing platform 20. The integration platform 10 can establish and connect to manage multiple store portals 30, each of which The store portal 30 corresponds to a merchant. Each store portal 30 and the integration platform 10 can be connected by consumers through electronic devices such as computers or smart phones. The cloud processing platform 20 is connected to the integration platform 10 and can be connected. A cloud server system 40. The cloud server system 40 includes a cloud server 41 corresponding to each merchant. That is to say, each merchant generally manages its own store portal 30 and connects to and uses the cloud server 41. The cloud server 41 It can be a cloud Point of Sale (POS) server. Among them, the store portal 30 can provide a website or social platform operated by the merchant, which can provide consumers with a medium for membership authentication and shopping. The cloud server 41 of each merchant is correspondingly connected to at least one point of sale of each merchant. Information (Point of Sale, POS) system 50, wherein the integration platform 10 can be a computer host or a server.

The integration platform 10 includes a member module 11 and an order coding module 12. The member module 11 is connected to the store portals 30 of the merchants, and a plurality of member files are stored in the member module 11. The member module 11 is used to generate an authorization information A in Figures 2 to 4 based on each member's file, and transmit the authorization information A to each store portal 30 as a member certificate, where the authorization information A may include authorization code or key, etc.

The following uses an example to illustrate the operation process of the membership module 11.

Please refer to FIG. 2 . When a consumer enters a first store portal 30A through his or her electronic device to make a purchase, if the consumer has previously registered as a member at the merchant corresponding to the first store portal 30A, the consumer can Log in to the first store portal 30A through a member's information D that was originally registered. The member module 11 can receive the member's information D from the first store's portal 30A and confirm the corresponding member based on the member's information D. File, in other words, the first store portal 30A receives the member information D of the consumer, and the first store portal 30A transmits the member information D to the member module 11, and then the member module 11 The member information D confirms the member profile, and the member The module 11 generates a corresponding authorization information A based on the member file and outputs it to the first store portal 30A. After the first store portal 30A obtains the authorization information A, it means that the integration platform 10 has verified and confirmed the member's identity. The first store portal 30A can begin to receive orders placed by consumers. The member information D may include the consumer's name, phone number, email address, residential address and other personal information or member account number and password.

Referring further to Figure 3, when a consumer enters a second store portal 30B for consumption, and the consumer has registered as a member on the first store portal 30A, but has not registered as a member on the second store portal 30B At this time, the consumer can still log in to the second store portal 30B through the member information D that was originally registered on the first store portal 30A, that is, the second store portal 30B receives the member information D, The second store portal 30B transmits the member information D to the member module 11, and the member module 11 compares whether there is a member file corresponding to the member information D to confirm whether the member information D exists. If a member has been created on other store portals 30, when the member module 11 stores the member file corresponding to the member information D, the member module 11 generates a corresponding authorization information A based on the member file and outputs it to the member module 11. The second store portal 30B, after obtaining the authorization information A, represents that the integration platform 10 has confirmed the membership status, and the second store portal 30B can begin to receive orders placed by consumers.

In the examples shown in Figures 2 and 3, the membership systems of different merchants can be integrated and connected through the membership module 11 of the present invention. As long as a member's member information D is created on one of the store portals 30, consumers can Through the member module 11, the member information D is used to perform member login and authentication on other store portals 30, and there is no need to re-register as a member. In addition, if the consumer has not previously registered as a member on any store portal 30, the consumer can enter a new member information D on one of the store portals 30 to register as a member. When the store portal 30 determines that there is no When a member matches the member information D, the store portal 30 transmits the member information D to the member module 11. When When the member module 11 also determines that there is no member profile that matches the member information D, the member module 11 creates a corresponding member profile based on the member information D to complete member registration.

The order coding module 12 is connected to the store portals 30 and stores a first order code table and key, and can execute a coding algorithm when the member module 11 of the integration platform 10 transmits the authorization Information A is sent to each store portal 30. Each store portal 30 begins to receive the consumer's shopping order, and the order coding module 12 receives an initial order information transmitted by each store portal 30. According to the The first order code table, coding algorithm and key are used to code the initial order information by the order coding module 12, and replace each information in the initial order information with corresponding codes to generate an The first order information is coded and the corresponding code related information is output. The first order code table records the codes corresponding to each data in the initial order information. In addition, the first order code table can be coded in the order. When the module 12 codes the initial order information, it generates the key based on the coding algorithm and can also be stored in the order coding module 12 in advance, and the order coding module 12 generates the key according to the first order. The code table codes the initial order information, where the initial order information and the first coded order information may include merchant information, consumer information, order information such as order number, purchase items, purchase quantity, consumption amount, etc. .

Please refer to Table 1 below. Table 1 is one of the first order code tables generated by the order coding module 12. The first order code table includes codes corresponding to each order data in the order. For example , the initial order information can record the merchant POS machine number (such as the ID of the POS machine), merchant number, and consumer information (such as mobile phone number and other personal information) corresponding to the order, and the order coding module 12 can convert the order Each order information in the initial order information is replaced with different codes.

Further refer to Table 2 below. Table 2 is another first order code table generated by the order coding module 12. In addition to the merchant or consumer information in the initial order information, the order coding module 12 In addition to coding, the product items recorded in the initial order information can also be further coded. For example, the black tea and green tea in the product items can be converted into different code numbers, and the order coding module 12 can Convert each data in the initial order information into a code composed of numbers, English and/or symbols.

The cloud processing platform 20 includes an order receiving module 21, a code identification module 22 and an order distribution module 23. The cloud processing platform 20 is connected to the integration platform 10 through the network, and the order receiving module 21 receives the order. The first coded order information can be provided to other back-end modules; the code identification module 22 is connected to the order receiving module 21, and the code identification module 22 uses the first order code table, decoding algorithm and financial key, decode each code in the first coded order information to generate a first decoded order information and output it. In other words, the code identification module 22 uses the first order code table, decoding algorithm and key to convert each data in the first coded order information back to the corresponding content of each code; the order distribution module 23 is connected to the code identification module 22, and the order distribution module 23 is based on the first decoded order. merchant information in the information, the first decoded order information is transmitted to the cloud server 41 of the corresponding merchant in the cloud server system 40, and then the cloud server 41 of the merchant The first decoded order information is transmitted to the point-of-sale information system 50 corresponding to the merchant, and the merchant can process the order based on the first decoded order information.

On the other hand, the order distribution module 23 can further store a second order code table. The second order code table can be set according to the application programming interface (Application Programming Interface, API) requirements of different POS system manufacturers. The distribution module 23 performs the second coding according to the different coding requirements of the POS system manufacturer's application programming interface (API) corresponding to the first decoded order information. The order distribution module 23 performs the second coding according to the first decoded order information. The second order code table, coding algorithm and key code the first decoded order information to generate a second coded order information, and transmit the second coded order information to the cloud server system 40 The cloud server 41 corresponding to the merchant, and the cloud server 41 corresponding to each merchant also stores the second order code table and key, and can execute the decoding algorithm to encode the received second order code. The order information is decoded to generate a second decoded order information, so that the point-of-sale information system 50 of each merchant processes the order based on the second decoded order information.

Please refer to the following Table 3. Table 3 is one of the second order code tables stored by the order distribution module 23. The second order code table includes the codes corresponding to each order data in the order. For example, the The order distribution module 23 can replace the merchant POS machine number (such as the ID of the POS machine), merchant number and consumer information (such as mobile phone number and other personal information) in the first decoded order information according to the second order code table. are different codes, and the codes corresponding to the same data in the first order code table and the second order code table in Tables 1 and 3 are different, but the first order code table and the second order code table correspond to the same data. The codes can also be the same and are not limited to this embodiment.

As shown in Figure 1, the integrated platform 10 can further include a mall module 13, which can be presented on a website for consumers to shop in the mall module 13 through the website, wherein, The mall module 13 can include the products of each merchant and serve as a unified store for each merchant. As further shown in Figure 4, consumers connect to the mall module 13 of the integrated platform 10 through their electronic devices. When consumers make purchases in the mall module 13, member authentication is also required. A member information D is input into the website of module 13. The mall module 13 transmits the member information D to the member module 11, and the member module 11 compares whether there is a member corresponding to the member information D. file, when the member module 11 stores the member file corresponding to the member information D, the member module 11 generates a corresponding authorization information A based on the member file and outputs it to the mall module 13. The mall module After group 13 obtains the authorization information A, it means that the integrated platform 10 has confirmed the membership status of the consumer, and the mall module 13 can begin to receive orders created by consumers. However, when the membership module 11 does not store any When the member profile corresponding to the member information D is created, the member module 11 creates the corresponding member profile based on the member information D to complete the member registration. On the other hand, when the consumer enters the website of the mall module 13 After consumption, the mall module 13 generates initial order information and transmits it to the order coding module 12 .

To sum up, the member identification and order management system of the multi-entry e-commerce platform of the present invention integrates the member information D of different store portals 30 through the member module 11. Consumers only need to register once to use the same member information D. Complete membership authentication and make purchases in different store portals 30 or the mall module 13, and create each of the consumer's previously registered member information D or newly registered member information D by receiving and storing the member module 11. Member files, and generate the authorization information A based on each member file, thereby achieving the integration of the membership systems of different store portals 30, and improving the problem that member information of different merchants cannot communicate with each other in the conventional consumption system.

On the other hand, the member identification and order management system of the multi-portal e-commerce platform of the present invention uses the order coding module 12 to process the order generated by each store portal 30 or the mall module 13. The initial order information is coded. In other words, the first coded order information transmitted between the integration module and the cloud processing platform 20 is code-encrypted, which can improve the security of data transmission; similarly, The order distribution module 23 of the cloud processing platform 20 can code the first decoded order information for a second time according to the needs of different merchants to generate a second coded order information, so that the cloud processing platform 20 and The second coded order information transmitted between the cloud server systems 40 is also coded and encrypted, further improving the security of data transmission, and the cloud processing platform 20 unifies the first codes of different store portals 30 The order information is decrypted and output to the cloud server 41 of the corresponding merchant, thereby achieving integrated processing of orders from different merchants, and the present invention connects different store portals 30 through a unified membership and order management system, so that It helps the mutual flow of customers from different store portals 30 and effectively increases the traffic of each merchant.

10: Integrated platform

11:Member module

12: Order coding module

13:Mall module

20:Cloud processing platform

21: Order receiving module

22:Code recognition module

23:Order distribution module

30: Store portal

40:Cloud server system

41:Cloud server

50: Point of sale information system

Claims (8)

A member identification and order management system for a multi-portal e-commerce platform, including: an integration platform that establishes and connects to manage multiple store portals, each store portal corresponds to a merchant, and includes: a membership module that stores multiple store portals Member files, the membership module generates authorization information based on each member file, and transmits the authorization information to each store portal; and an order coding module receives an initial order information from each store portal, Code the initial order information according to a first order code table, coding algorithm and key to generate and output a first coded order information; and a cloud processing platform connected to the integration platform, including : An order receiving module, which receives the first coded order information and outputs it; a code identification module, which is connected to the order receiving module, and according to the first order code table, decoding algorithm and key, the first The coded order information is decoded to generate a first decoded order information and output; and an order distribution module is connected to the code identification module to generate the first decoded order according to the merchant information in the first decoded order information. The information is transmitted to a point-of-sale information system of the corresponding merchant. As for the member identification and order management system of the multi-entry e-commerce platform described in request item 1, the cloud processing platform is connected to a cloud server system, the cloud server system includes a cloud server of each merchant, and the order distribution module The first decoded order information is transmitted to the point-of-sale information system through the cloud server of the corresponding merchant. As for the member identification and order management system of the multi-portal e-commerce platform described in request item 1, the store portal receives a member information of the consumer, the store portal transmits the member information to the member module, and based on the member information Member information completes member login. For the member identification and order management system of the multi-portal e-commerce platform described in request item 1, the store portal receives a member information. When the store portal determines that there is no member matching the member information, the store portal will The member information is transmitted to the member module. When the member module determines that there is no member that matches the member information, it creates a corresponding member file based on the member information. As for the member identification and order management system of the multi-portal e-commerce platform described in request item 1, the store portal receives a member information, and the store portal transmits the member information to the member module, and the member module compares Whether there is a member file corresponding to the member information, when the member module stores the member file corresponding to the member information, the member module generates a corresponding authorization information based on the member file and outputs it to the Store portal. As for the member identification and order management system of the multi-entry e-commerce platform described in request item 1, the integrated platform further includes a mall module, the consumer inputs a member information in the mall module, and the mall module converts the member information Transmitted to the member module, the member module will compare whether there is a member file corresponding to the member information. When the member module stores the member file corresponding to the member information, the member module will The member file generates corresponding authorization information and outputs it to the mall module. As for the member identification and order management system of the multi-entry e-commerce platform described in claim 1, the order distribution module further stores a second order code table, and the order distribution module performs coding calculation according to the second order code table. method and key, code the first decoded order information to generate second coded order information, and transmit the second coded order information to the corresponding merchant. As for the member identification and order management system of the multi-entry e-commerce platform described in claim 2, the order distribution module further stores a second order code table, and the order distribution module performs coding calculation according to the second order code table. method and key to code the first decoded order information, To generate a second coded order information, and transmit the second coded order information to the cloud server of the corresponding merchant; each cloud server stores the second order code table, and according to the second order code table, decoding algorithm and key, decoding the second coded order information to generate second decoded order information.

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