An order processing system for cross-border e-commerce

Abstract

The present invention discloses an order processing system for cross-border e-commerce, comprising: a client, a first grass-roots server, a central server, a second grass-roots server and a merchant terminal. In the process of order transmission, the order processing system for cross-border e-commerce divides the order information into two transmission methods by setting the first grass-roots server, the central server and the second grass-roots server. One is the way of layer-by-layer transmission, in which the order information is sequentially sent to the merchant terminal through the first grass-roots server, the central server and the second grass-roots server. The other is the way of direct transmission, in which the order information is directly transmitted from the first grass-roots server to the second grass-roots server. Through these two transmission methods, the accuracy of the order information is ensured, and the risk of information loss caused by summarization of the order information is reduced. The present invention is mainly used in the field of e-commerce technology.

Description

Technical Field

[0001] The present invention relates to the technical field of e-commerce, and specifically to an order processing system for cross-border e-commerce. Background Art

[0002] The development of globalization has brought a large number of overseas shopping conditions, thus giving rise to cross-border e-commerce logistics. Global commodity transactions can be carried out on the same platform, which is extremely convenient for both buyers and sellers. The existing order processing for cross-border e-commerce generally uses a unified server for summary processing. However, this summary processing method is prone to order loss due to server attacks or other situations. Therefore, how to avoid the risk of such order loss is an urgent research topic in the industry. Summary of the Invention

[0003] The present invention provides an order processing system for cross-border e-commerce to solve one or more technical problems existing in the prior art, and at least provide a beneficial option or create conditions.

[0004] An order processing system for cross-border e-commerce is provided, including: a client, a first basic server end, a central server end, a second basic server end, and a merchant end;

[0005] The client is used to obtain the first order information input by the customer and send the first order information to the first basic server end;

[0006] The first basic server end is used to: receive the first order information, obtain the target address of the order from the first order information, and obtain a first transfer path and a second transfer path according to the target address; wherein, the first transfer path represents the path from the first basic server end to the central server end, and the second transfer path represents the path from the first basic server end to the second basic server end; copy and paste the first order information to obtain a second order information and a third order information; send the second order information through the first transfer path, and send the third order information through the second transfer path;

[0007] The central server end is used to: receive the second order information from the first transfer path, obtain the target address of the order from the second order information, and obtain a third transfer path according to the target address, wherein the third transfer path represents the path from the central server to the second basic server; copy and paste the second order information to obtain a fourth order information; send the fourth order information through the third transfer path;

[0008] The second basic server is used to: obtain the fourth order information from the third transfer path, obtain the third order information from the second transfer path, obtain the target address of the order from the fourth order information, and obtain the fourth transfer path according to the target address, where the fourth transfer path is characterized as the path from the third basic server to the merchant side; send the fourth order information through the fourth transfer path;

[0009] The merchant side is used to receive the fourth order information and confirm the correctness of the fourth order information. If the fourth order information is incorrect, an order information loss signal is sent to the second basic server;

[0010] The second basic server is further used to: after confirming the receipt of the order information loss signal from the merchant side, send the third order information to the merchant side through the fourth transfer path.

[0011] Furthermore, the first basic server is further used to: after completing the copy and paste of the first order information to obtain the second order information and the third order information, store and backup the first order information.

[0012] Furthermore, the central server is further used to: after completing the copy and paste of the second order information to obtain the fourth order information, store and backup the second order information.

[0013] Furthermore, the second basic server is further used to store and backup the fourth order information after receiving the fourth order information.

[0014] Furthermore, the second basic server is further used to store and backup the third order information after receiving the third order information.

[0015] Furthermore, the second basic server is further used to: if it is confirmed from the merchant side that the third order information is incorrect, obtain the second order information through the third transfer path, and send the second order information to the merchant side through the fourth transfer path.

[0016] Furthermore, the second basic server is further used to: if it is confirmed from the merchant side that the second order information is incorrect, obtain the first order information through the second transfer path, and send the first order information to the merchant side through the fourth transfer path.

[0017] The present invention has at least the following beneficial effects: In the process of order transmission of this cross-border e-commerce order processing system, by setting up a first grass-roots server side, a central server side and a second grass-roots server side, the order information is divided into two transmission methods. One is the way of layer-by-layer transmission, and the order information is sequentially sent to the merchant side through the first grass-roots server side, the central server side and the second grass-roots server side. The other is the way of direct transmission, and the order information is directly transmitted from the first grass-roots server to the second grass-roots server. Through these two transmission methods, the accuracy of the order information is ensured, and the risk of information loss caused by summarization of the order information is reduced. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] The drawings are used to provide a further understanding of the technical solutions of the present invention, and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the technical solutions of the present invention and do not constitute a limitation to the technical solutions of the present invention.

[0019] Figure 1 It is a schematic diagram of the system connection structure of the order processing system of cross-border e-commerce. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0020] In order to make the objectives, technical solutions and advantages of the present invention clearer, the present invention will be further described in detail below with reference to the drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention.

[0021] It should be noted that although the functional modules are divided in the system schematic diagram and the logical order is shown in the flowchart, in some cases, the steps shown or described can be executed in a different order from the module division in the system or the flowchart in the flowchart. Terms such as "first" and "second" in the specification, claims and the above-mentioned drawings are used to distinguish similar objects and do not necessarily need to describe a specific order or sequence.

[0022] Refer to Figure 1 , and a cross-border e-commerce order processing system is provided, including: a client, a first grass-roots server side, a central server side, a second grass-roots server side and a merchant side.

[0023] The client is used to obtain the first order information input by the customer and send the first order information to the first grass-roots server side.

[0024] The first basic server is used to: receive the first order information, obtain the target address of the order from the first order information, and obtain the first transfer path and the second transfer path according to the target address; wherein, the first transfer path represents the path from the first basic server to the central server, and the second transfer path represents the path from the first basic server to the second basic server; copy and paste the first order information to obtain the second order information and the third order information; send the second order information through the first transfer path and send the third order information through the second transfer path.

[0025] The central server is used to: receive the second order information from the first transfer path, obtain the target address of the order from the second order information, and obtain the third transfer path according to the target address, wherein the third transfer path represents the path from the central server to the second basic server; copy and paste the second order information to obtain the fourth order information; send the fourth order information through the third transfer path.

[0026] The second basic server is used to: obtain the fourth order information from the third transfer path, obtain the third order information from the second transfer path, obtain the target address of the order from the fourth order information, and obtain the fourth transfer path according to the target address, wherein the fourth transfer path represents the path from the third basic server to the merchant side; send the fourth order information through the fourth transfer path.

[0027] The merchant side is used to receive the fourth order information and confirm the correctness of the fourth order information. If the fourth order information is incorrect, an order information loss signal is sent to the second basic server.

[0028] The second basic server is further used to: after confirming the receipt of the order information loss signal from the merchant side, send the third order information to the merchant side through the fourth transfer path.

[0029] The purpose of this order processing system is to enable the merchant to reliably obtain the customer's order information. Therefore, in this order processing system, a client, a first basic server, a central server, a second basic server, and a merchant side are set up. The client provides a human-computer interaction interface to obtain the order information input by the customer, and the order information includes the target address to be sent.

[0030] After obtaining the first order information, the client can send the first order information to the first basic server.

[0031] The first primary server is set in the grid area where the client is located. The grid area refers to a preset unit network area for information transmission. The first primary server mainly collects the first order information sent by each client in its unit network area.

[0032] After obtaining the first order information, the first primary server can obtain the target address of the order by extracting the order information. After obtaining the target address of the order, the first primary server can query the first transfer path and the second transfer path from the local database according to the target address of the order. The first transfer path mainly reflects the transfer path between the first primary server and the central server. The second transfer path mainly reflects the transfer path between the first primary server and the second primary server.

[0033] Among them, the central server is set in a network one level larger than the unit network area. The function of the central server is to collect the order information sent by the first primary server.

[0034] The object corresponding to the second primary server is the merchant side. The second primary server mainly sends the received order information to the merchant side.

[0035] After determining the first transfer path and the second transfer path, the first primary server will copy and paste the first order information to generate the second order information and the third order information. The second order information is mainly transmitted to the central server through the first transfer path. The third order information is mainly transmitted to the second primary server through the second transfer path.

[0036] After receiving the second order information, the central server will parse the second order information to obtain the target address of the order from the second order information. Then, it will query the third transfer path from the local database. The third transfer path represents the transfer path between the central server and the second primary server. After determining the third transfer path, the central server will copy and paste the second order information to generate the fourth order information. Finally, the fourth order information will be sent through the third transfer path to transmit the fourth order information to the second primary server.

[0037] Obviously, two order information are transmitted from the first primary server to the second primary server. These two order information are: the fourth order information and the third order information. Among them, the third order information is directly sent from the first primary server to the second primary server. The fourth order information is first transmitted from the first primary server to the central server, and then from the central server to the second primary server. During this period, the fourth order information is copied and pasted from the third order information.

[0038] After obtaining the fourth order information and the third order information, the second basic server stores and backs up the third order information. The fourth order information is parsed to obtain the target address of the order, and the fourth delivery path is queried from the local database according to the target address of the order. The fourth delivery path represents the path from the second basic server to the merchant side. After determining the fourth delivery path, the second basic server can send the fourth order information to the merchant side through the fourth delivery path.

[0039] The merchant side can display the order information through the human-computer interaction interface, so that the merchant knows the content of the order information.

[0040] After receiving the fourth order information, the merchant can check the fourth order information. When it is found that the fourth order information is incorrect, the merchant side sends an order loss message to the second basic server, requesting the second basic server to send the third order information through the fourth delivery path.

[0041] In the process of order transmission in this cross-border e-commerce order processing system, by setting the first basic server, the central server and the second basic server, the order information is divided into two transmission methods. One is the layered transmission method, where the order information is sequentially sent to the merchant side through the first basic server, the central server and the second basic server. The other is the direct transmission method, where the order information is directly transmitted from the first basic server to the second basic server. Through these two transmission methods, the accuracy of the order information is ensured, and the risk of information loss caused by summarization of the order information is reduced.

[0042] In order to achieve traceability of the order information during the transmission process, in some preferred specific embodiments, the first basic server stores and backs up the first order information. The first basic server mainly stores the first order information in its local database to facilitate tracing of the order information. The specific storage timing is: after the first basic server completes the copy and paste of the first order information to obtain the second order information and the third order information, it can store and back up the first order information.

[0043] Similarly, in order to achieve traceability of the order information during the transmission process, in some preferred specific embodiments, the central server stores and backs up the second order information. The central server mainly stores the second order information in its local database to facilitate tracing of the order information. The specific storage timing is: after the central server completes the copy and paste of the second order information to obtain the fourth order information, it can store and back up the second order information.

[0044] Similarly, in order to achieve the traceability of order information during the transmission process, in some preferred specific embodiments, the second basic server end will store and back up the fourth order information. The second basic server end mainly stores the fourth order information in its local database to facilitate the traceability of order information. The specific storage timing is as follows: after the second basic server end has received the fourth order information, it will store and back up the fourth order information.

[0045] Similarly, in order to achieve the traceability of order information during the transmission process, in some preferred specific embodiments, the second basic server end will store and back up the third order information. The second basic server end mainly stores the third order information in its local database to facilitate the traceability of order information. The specific storage timing is as follows: after the second basic server end has received the third order information, it will store and back up the third order information.

[0046] The order processing system of this cross-border e-commerce can also retrieve the correct order information after the order information is incorrect. The adopted concept is a step-by-step traceability method. When the second basic server end confirms from the merchant end that the third order information is incorrect, the second basic server end can conduct a traceback to the upper level. Specifically, it obtains the second order information from the central server end through the third transmission path, and then sends the second order information to the merchant end.

[0047] If the merchant end still believes that the second order information is incorrect after obtaining the second order information, then the second basic server end can obtain the first order information from the first basic server end through the second transmission path, and then send the first order information to the merchant end. Thus, the merchant end can obtain the correct order information.

[0048] The above is a specific description of the preferred embodiments of the present invention, but the present invention is not limited to the above-mentioned embodiments. Those skilled in the art can make various equivalent deformations or substitutions without departing from the spirit of the present invention, and these equivalent deformations or substitutions are all included in the scope defined by the claims of the present invention.

Claims

1. An order processing system for cross-border e-commerce, characterized in that, Including: A client, a first grass-roots server, a central server, a second grass-roots server, and a merchant terminal; The client is used to obtain the first order information input by the customer and send the first order information to the first grass-roots server; The first grass-roots server is used to: receive the first order information, obtain the target address of the order from the first order information, and obtain the first transfer path and the second transfer path according to the target address; wherein, the first transfer path represents the path from the first grass-roots server to the central server, and the second transfer path represents the path from the first grass-roots server to the second grass-roots server; copy and paste the first order information to obtain the second order information and the third order information; send the second order information through the first transfer path, and send the third order information through the second transfer path; The central server is used to: receive the second order information from the first transfer path, obtain the target address of the order from the second order information, and obtain the third transfer path according to the target address, wherein the third transfer path represents the path from the central server to the second grass-roots server; copy and paste the second order information to obtain the fourth order information; send the fourth order information through the third transfer path; The second grass-roots server is used to: obtain the fourth order information from the third transfer path, obtain the third order information from the second transfer path, obtain the target address of the order from the fourth order information, and obtain the fourth transfer path according to the target address, wherein the fourth transfer path represents the path from the third grass-roots server to the merchant terminal; send the fourth order information through the fourth transfer path; The merchant terminal is used to receive the fourth order information and confirm the correctness of the fourth order information. If the fourth order information is incorrect, it sends an order information loss signal to the second grass-roots server; The second grass-roots server is further used to: after confirming the receipt of the order information loss signal from the merchant terminal, send the third order information to the merchant terminal through the fourth transfer path.

2. The order processing system for cross-border e-commerce according to claim 1, characterized in that The first grass-roots server is further used to: after completing the copy and paste of the first order information to obtain the second order information and the third order information, store and back up the first order information.

3. The order processing system for cross-border e-commerce according to claim 1, characterized in that, The central server is further used to: after completing the copy and paste of the second order information to obtain the fourth order information, store and back up the second order information.

4. The order processing system for cross-border e-commerce according to claim 1, characterized in that The second grass-roots server is further used to store and back up the fourth order information after receiving the fourth order information.

5. The order processing system for cross-border e-commerce according to claim 1, characterized in that, The second grass-roots server is further used to store and back up the third order information after receiving the third order information.

6. The order processing system for cross-border e-commerce according to claim 1, characterized in that The second grass-roots server is further used to: confirm that the third order information is incorrect from the merchant terminal, then obtain the second order information through the third transfer path, and send the second order information to the merchant terminal through the fourth transfer path.

7. The order processing system for cross-border e-commerce according to claim 5, characterized in that, The second basic server is further configured to: if it is confirmed from the merchant side that the second order information is incorrect, obtain the first order information through the second transmission path, and send the first order information to the merchant side through the fourth transmission path.

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