Data processing method and system based on Internet
By building the information bubble structure of the data cover, database and data surface, the problems of low efficiency and poor security in Internet data processing are solved, and efficient, accurate and secure data query is achieved.
Patent Information
- Application Number
- CN202510412223.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-04-02
- Publication Date
- 2025-07-11
AI Technical Summary
When faced with a large amount of query information, existing Internet data processing has problems such as low processing efficiency, long query response time, poor user experience and security, especially in the database of data query, such as malicious access and inaccurate data.
Build an information bubble structure, including a data cover, a database and multiple data surfaces, connect through the data network, perform word segmentation processing and fuzzy query, and control the closure of the data network through the state index of the data cover to ensure data security and query accuracy.
It improves the efficiency and accuracy of data query, ensures the security and stability of the database, prevents malicious access, and achieves fast and accurate information acquisition.
Smart Images
Figure CN120296231A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of data processing, and particularly relates to a data processing method and system based on the Internet. Background Art
[0002] In the prior art, when processing a large amount of query information on the Internet, the processing efficiency is not high. Traditional query methods are difficult to efficiently query the tokenization information of query strings and document contents, resulting in a long query response time and poor user experience. At the same time, the database for data query needs to be connected to the Internet to ensure a large amount of data updates. Since it is connected to the Internet, there is a problem of malicious Internet access, resulting in security problems in data processing and inaccurate user query information. Summary of the Invention
[0003] The object of the present invention is to provide a data processing method and system based on the Internet to solve the deficiencies in the background art.
[0004] To achieve the above object, the present invention provides the following technical solution: A data processing method based on the Internet, comprising the following steps: Construct an information bubble, where the information bubble includes a data cover, a database, a plurality of data surfaces, and a data network between the database and the data surfaces; Input query information through the data surface, and obtain corresponding target information in the database based on the data network and the query information; Obtain the status index of the data cover, close the data cover whose status index does not meet the preset conditions, and at the same time close the data network to terminate the information query.
[0005] In a preferred embodiment, the step of constructing the information bubble includes: Construct a database, and set a networking port and a query port corresponding to the database; Set a plurality of data surfaces corresponding to the database, and all the data surfaces are connected to the query port of the database through the data network; Set a data cover outside the database and the data surfaces, and establish an association relationship between the data cover and the database. Among them, the data cover is composed of a plurality of unit mushrooms, and the plurality of unit mushrooms are arranged in a tiled manner, and there is a connection relationship between adjacent unit mushrooms; Regard the data cover, the database, the plurality of data surfaces, and the data network between the database and the data surfaces as an information bubble.
[0006] In a preferred embodiment, the step of setting a plurality of data surfaces corresponding to the database, and all the data surfaces are connected to the query port of the database through the data network includes: Set multiple data planes, with a connection relationship among the multiple data planes. A data network is set up between the multiple data planes and the database. The data network includes a first connection line, multiple second connection lines, and connection nodes between the multiple first connection lines and the multiple second connection lines; One end of the first connection line is connected to the connection node, and the other end is connected to the query port of the database; One end of each of the multiple second connection lines is respectively connected to a data plane one-to-one, and the other end is connected to the connection node; The connection between the multiple data planes and the query port of the database is realized through the data network.
[0007] In a preferred embodiment, the steps of setting a data cover outside the database and the data planes and establishing an association relationship between the data cover, the database, and the data network include: Set an external database outside the database and the data planes. Set multiple unit mushrooms at the edge of the external database. The unit mushroom consists of a unit data board and a data strip connected to the unit data board; Adjacent unit mushrooms are connected through the unit data board to obtain a data cover; All unit mushrooms are connected to the networking port of the database through data strips. Arbitrarily select the unit data board of a unit mushroom to connect to the Internet, give any connection rule, and based on the connection rule, jump the Internet from the arbitrarily selected unit mushroom to the next unit mushroom to continue connecting to the networking port. The connection rule is the connection order of the Internet to multiple unit data boards.
[0008] In a preferred embodiment, the steps of jumping the Internet from an arbitrarily selected unit mushroom to the next unit mushroom to continue connecting to the networking port based on the connection rule include: Formulate multiple connection rules for the data cover and arbitrarily give one connection rule; Take the unit mushroom currently connected to the data as the starting point according to an arbitrarily given connection rule. After staying at the unit mushroom of the starting point for a preset time, close the data strip of the unit mushroom of the starting point. According to the connection relationship between the unit data boards and the connection rule, connect the Internet to the next unit mushroom and keep the Internet connected to the networking port.
[0009] In a preferred embodiment, the steps of inputting query information through the data plane and obtaining corresponding target information in the database based on the data network and the query information include: Determine the user terminal, connect the user terminal to one of the data planes, and input query information through the user terminal to the connected data plane; Perform word segmentation processing on the query information in the data plane to obtain multiple segmented information, and distribute the multiple segmented information to the data plane one-to-one; The corresponding word segmentation information is transmitted through the data plane via the second connection line and transmitted to the database via the connection button for information query to obtain the corresponding target information.
[0010] In a preferred embodiment, the step S3 of obtaining the status index of the data cover, closing the data cover with a status index not meeting the preset conditions, and simultaneously closing the data network and terminating the information query includes: Obtain the status index of the data cover, where the calculation formula for the data cover status index is: , where is the status index, is the number of unit data versions according to the connection rule, is the total number of unit data versions in the connection rule, is a constant greater than zero, is the weight coefficient of the connection rule; When the status index does not meet the preset conditions, all unit mushrooms in the data cover are closed for communication, and at the same time the connection button is closed to terminate the query of the user terminal information.
[0011] The present invention also provides an Internet-based data processing system, including: A construction module for constructing an information bubble, where the information bubble includes a data cover, a database, a plurality of data planes, and a data network between the database and the data planes; A query module connected to the construction module for inputting query information through the data plane and obtaining the corresponding target information in the database based on the data network and the query information; A control module connected to the query module for obtaining the status index of the data cover, closing the data cover with a status index not meeting the preset conditions, and simultaneously closing the data network and terminating the information query.
[0012] In the above technical solution, the technical effects and advantages provided by the present invention are: 1. The present invention can perform word segmentation processing on the query information through the data plane (it will perform word segmentation on the query string and document content according to the word segmenter, and then match the generated terms), and then obtain multiple word segmentation information. After that, the word segmentation information is allocated one-to-one in the data plane. Then, different data planes can simultaneously query different word segments to obtain the corresponding target information respectively, which can improve the efficiency and accuracy of data query, realize efficient fuzzy matching, can help users quickly and accurately find the required data, and can meet most query needs; 2. The present invention realizes the connection between the Internet and the database through the unit mushroom. Therefore, when the data cover is unstable, it means that there is an external Internet attempting to connect to this data cover. Then the unit mushroom will immediately react and close, and at the same time close the connection button to prevent users from obtaining inaccurate data, ensuring the daily data update of the database, as well as the secure update and storage of the data in the database. BRIEF DESCRIPTION OF THE DRAWINGS
[0013] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings required in the embodiments. Obviously, the drawings described below are only some embodiments recorded in the present invention. For those of ordinary skill in the art, other drawings can also be obtained based on these drawings.
[0014] Figure 1 It is a flowchart of the method of the present invention.
[0015] Figure 2 It is a system block diagram of the present invention. DETAILED DESCRIPTION OF THE EMBODIMENTS
[0016] To make the objectives, technical solutions, and advantages of the embodiments of the present invention clearer, the following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are some, but not all, of the embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts fall within the scope of protection of the present invention.
[0017] Example 1. Please refer to Figure 1 As shown, a data processing method based on the Internet in this embodiment includes the following steps: S1. Construct an information bubble, where the information bubble includes a data cover, a database, a plurality of data surfaces, and a data network between the database and the data surfaces; S2. Input query information through the data surface, and obtain corresponding target information in the database based on the data network and the query information; S3. Obtain the status index of the data cover, close the data cover whose status index does not meet the preset conditions, and at the same time close the data network to terminate the query of information; As described in the above steps S1 - S3, the information bubble can securely store and update information. In addition, it can perform fuzzy queries through the data surface to help users quickly and accurately find the required data, which can meet most query requirements and improve the efficiency and accuracy of data queries.
[0018] In one embodiment, the step S1 of constructing the information bubble includes: S11. Construct a database, and set up an Internet connection port and a query port corresponding to the database; S12. Set up multiple data planes corresponding to the database, and all the multiple data planes are connected to the query port of the database through a data network; S13. Set up a data cover outside the database and the data planes, and establish an association relationship between the data cover and the database. Among them, the data cover is composed of multiple unit mushrooms, the multiple unit mushrooms are arranged in a tiled manner, and the adjacent unit mushrooms are in a connected relationship; S14. Regard the data cover, the database, the multiple data planes, and the data network between the database and the data planes as an information bubble; As described in the above steps S1 - S3, first construct a database. This database is used to store data, and this data can be updated through the Internet and increase the data volume and data types, which can enrich the data in the database. This database is connected to the Internet through the Internet connection port, and at the same time, the database can be connected to the data plane through the query port. The data plane has a connection relationship with the external user terminal. In the subsequent use process, after the external user terminal outputs the information to be queried, through the data plane, the information to be queried can be segmented, and the information to be queried can be comprehensively queried in the database based on fuzzy query, ensuring the accuracy and comprehensiveness of information query. Then, set up a data cover outside the whole of the database and the data plane. This data cover can include the database, the data plane, and the data network between the database and the data plane. The database is composed of multiple unit mushrooms, the multiple unit mushrooms are in a tiled state, and the adjacent unit mushrooms are in a connected relationship, thereby obtaining the data cover. Finally, regard the data cover, the database, the multiple data planes, and the data network between the database and the data planes as an information bubble, which can ensure the stability and security of the database information and information query.
[0019] In one embodiment, the step S12 of setting up multiple data planes corresponding to the database, and all the multiple data planes are connected to the query port of the database through a data network includes: S121. Set up multiple data planes, and the multiple data planes are in a connected relationship. Set up a data network between the multiple data planes and the database. Among them, the data network includes a first connection line, multiple second connection lines, and connection nodes between the multiple first connection lines and the multiple second connection lines; S122. One end of the first connection line is connected to the connection node, and the other end is connected to the query port of the database; S123. One end of each of the multiple second connection lines is respectively connected to the data plane one - to - one, and the other end is connected to the connection node; S124. Realize the connection between the multiple data planes and the query port of the database through the data network; As described in the above steps S121 - S124, multiple data planes are set up. The data plane is an access port with the function of word segmentation. In subsequent use, each data plane corresponds to the word segmentation of an information to be queried. Through the access port, each word segmentation can be queried, realizing the fuzzy query of the information to be queried, ensuring the comprehensiveness and accuracy of the query data in the database. In the data network, multiple data planes can query simultaneously. They have corresponding second connection lines, and the synchronization of the query is achieved through the second connection lines, improving the efficiency of the fuzzy query. The second connection lines can be centralized through the connection knob, and then the opening and closing of the query are controlled by controlling the connection knob. The query information of multiple second connection lines is conveyed through the first connection line, thereby enabling the connection between multiple data planes and the database. Here, the connection knob is the receiving end of the query information. There are multiple receiving spaces in this receiving end, and the number of multiple receiving spaces is the same as the number of multiple second connection lines, which are respectively connected to the second connection lines. Then, the information after word segmentation of the query information is transmitted through the first connection line for data matching query in the database. The first connection line can independently transmit the information after word segmentation of multiple query information. The connection knob will not confuse multiple pieces of information and can still independently transmit through the second connection line. Thus, the information after word segmentation processing of the query information is respectively queried in the database, having a good effect of fuzzy query and facilitating the subsequent overall query control.
[0020] In one embodiment, step S13 of setting a data cover outside the database and the data plane and establishing an association relationship between the data cover, the database, and the data network includes: S131. Set up an external database outside the database and the data plane, and set multiple unit mushrooms at the edge of the external database. Among them, the unit mushroom consists of a unit data board and a data strip connected to the unit data board; S132. Adjacent unit mushrooms are connected through the unit data board to obtain a data cover; S133. All unit mushrooms are connected to the networking port of the database through data strips. Arbitrarily select the unit data board of a unit mushroom to connect to the Internet, give any connection rule, and based on the connection rule, jump the Internet to the next unit mushroom through the arbitrarily selected unit mushroom, keeping the Internet connected to the networking port. Here, the connection rule is the connection order of the Internet to multiple unit data boards; As described in the above steps S131 - S133, an external database related to query information is set up outside the database, the data plane, and the data network. This external database is used to carry the operating space between the database and the data plane. A plurality of unit mushrooms are set at the edge of the external database, and the plurality of unit mushrooms are communicatively connected through their corresponding unit data versions. The unit data versions of the plurality of unit mushrooms form a wrapping effect in the external database, which can protect the information inside the external database. The adjacent unit mushrooms are communicatively connected through their corresponding unit data versions to obtain a data cover, and then the data cover can be connected to the external Internet. All the unit mushrooms are connected to the networking port of the database through data bands. Arbitrarily select the unit data version of a unit mushroom to connect to the Internet, and give any connection rule. Based on the connection rule, the Internet is jumped to the next unit mushroom through the arbitrarily selected unit mushroom and continues to be connected to the networking port. Among them, the connection rule is the connection order of the Internet with a plurality of unit data versions, which means that the Internet is not connected to the database through one unit mushroom, but continuously changes different unit mushrooms for connection according to the connection rule, and does not connect the database and the Internet according to a fixed unit mushroom, which can ensure the stability of the connection between the Internet and the database, better ensure the update of the database and the security of data storage, and then make the query of data accurate; In one embodiment, step S133 of jumping the Internet to the next unit mushroom through the arbitrarily selected unit mushroom based on the connection rule and continuing to connect to the networking port includes: S1331. Formulate a plurality of connection rules corresponding to the data cover and arbitrarily give one connection rule; S1332. Take the unit mushroom currently connected to the data as the starting point according to the arbitrarily given connection rule. After staying at the starting unit mushroom for a preset time, close the data band of the starting unit mushroom, and connect the Internet to the next unit mushroom according to the connection relationship between the unit data versions and keep the Internet connected to the networking port; As described in the above steps S1331 and S1332, multiple connection rules are formulated for the corresponding data cover. Any one of the connection rules is given randomly, and the multiple connection rules are given and used randomly. Taking the unit mushroom currently connected to the data as the starting point according to any given connection rule, the connection rule here does not refer to a certain unit mushroom, but represents a continuous relationship between unit mushrooms. For example, in one orientation, unit mushrooms are connected every other unit mushroom, and the rule of connecting unit mushrooms every other unit mushroom is used as the connection rule. Currently, according to the connection rule, the unit mushroom currently connected to the Internet can be used as the starting point. After staying at the starting unit mushroom for a preset time, the data band of the starting unit mushroom is closed. According to the connection relationship between unit data versions, the Internet is connected to the next unit mushroom according to the connection rule, and the Internet connection to the network port is maintained, thus ensuring the continuous connection between the Internet and the database, without affecting the connection between the Internet and the database. The database can be continuously updated through the Internet, enabling users to obtain more and more accurate query information.
[0021] In one embodiment, step S2 of obtaining the corresponding target information in the database based on the data network and the query information by inputting the query information through the data plane includes: S21. Determine the user terminal, connect the user terminal to one of the data planes, and input the query information through the user terminal to the connected data plane; S22. Perform word segmentation processing on the query information in the data plane to obtain multiple word segmentation information, and allocate the multiple word segmentation information one-to-one to the data plane; S23. Transmit the corresponding word segmentation information through the data plane via the second connection line and transmit it to the database through the connection button for information query to obtain the corresponding target information.
[0022] As described in the above steps S21 - S23, the user terminal is the input port for the query information. The user terminal only needs to be connected to one of the data planes, and the multiple data planes are connected to each other. Then, the query information is input through the user terminal to the connected data plane. The data plane can perform word segmentation processing on the query information (it will perform word segmentation on the query string and the document content according to the word segmenter, and then match the generated terms), thus obtaining multiple word segmentation information. The number of word segmentation information is less than or equal to the number of data planes. Then, the word segmentation information is allocated one-to-one in the data plane. Then, different data planes can query different word segments simultaneously to obtain the corresponding target information respectively, which can improve the efficiency and accuracy of data query. Although it is a fuzzy match, the fuzzy query function usually has high accuracy, which helps users quickly and accurately find the required data and can meet most query requirements.
[0023] In one embodiment, step S3 of obtaining the status index of the data cover, closing the data covers whose status indices do not meet the preset conditions, and at the same time closing the data network and terminating the information query includes: S31. Obtain the status index of the data cover. The calculation formula of the data cover status index is: , where is the status index, is the number of unit data versions according to the connection rule (representing the number of unit data versions in the connection order of the Internet and multiple unit data versions), is the total number of unit data versions in the connection rule, is a constant greater than zero, is the weight coefficient of the connection rule. It should be noted that The larger the quantity of , the larger the value of represents a better status of the data cover and a higher security of the database;
[0024] As described in steps S31 and S32 above, during the information query process and the daily security maintenance of the database, the status index of the data cover is obtained to reflect the security status of the data. First, obtain the number of unit data versions according to the connection rule (representing the number of unit data versions in the connection order of the Internet and multiple unit data versions), secondly, obtain the total number of unit data versions in the connection rule, and then calculate the status index of the data cover. When the status index does not meet the preset conditions, all unit mushrooms in the data cover are closed for communication, and at the same time the connection button is closed to terminate the information query of the user terminal. The connection between the Internet and the database is realized through the unit mushroom. Therefore, when the data cover is unstable (when the status index does not meet the preset conditions), it means that there is an external Internet trying to connect to this data cover, then the unit mushroom will immediately react and close, and at the same time close the connection button to prevent the user from obtaining inaccurate data and ensure the daily data update of the database, as well as the secure update and storage of the data in the database.
[0025] Embodiment 2. Please refer to Figure 2 As shown, the data processing system based on the Internet in this embodiment includes: A construction module for constructing an information bubble, where the information bubble includes a data cover, a database, multiple data surfaces, and a data network between the database and the data surfaces; A query module, connected to the construction module, for inputting query information through the data surface and obtaining corresponding target information in the database based on the data network and the query information; A control module, connected to the query module, is configured to obtain the status index of the data cover, close the data cover whose status index does not meet the preset conditions, and at the same time close the data network and terminate the query of information; The information can be safely stored and updated through the information bubble. In addition, fuzzy queries can be performed through the data surface to help users quickly and accurately find the required data, which can meet most query requirements and improve the efficiency and accuracy of data queries.
[0026] The above is only the specific implementation manner of the present application, but the protection scope of the present application is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present application can easily think of changes or substitutions, which should all be covered within the protection scope of the present application. Therefore, the protection scope of the present application should be subject to the protection scope of the claimed rights.
Claims
1. A data processing method based on the Internet, characterized by Including the following steps: Construct an information bubble, where the information bubble includes a data cover, a database, multiple data surfaces, and a data network between the database and the data surfaces; Input query information through the data surface, and obtain corresponding target information in the database based on the data network and the query information; Obtain the status index of the data cover, close the data covers whose status indexes do not meet the preset conditions, and at the same time close the data network to terminate the query of information.
2. The data processing method based on the Internet according to claim 1, characterized in that: The step of constructing the information bubble includes: Construct a database, and set a networking port and a query port corresponding to the database; Set multiple data surfaces corresponding to the database, and all the multiple data surfaces are connected to the query port of the database through the data network; Set a data cover outside the database and the data surfaces, and establish an association relationship between the data cover and the database. Among them, the data cover is composed of multiple unit mushrooms, the multiple unit mushrooms are arranged in a tiled manner, and there is a connection relationship between adjacent unit mushrooms; Take the data cover, the database, the multiple data surfaces, and the data network between the database and the data surfaces as an information bubble.
3. The data processing method based on the Internet according to claim 2, characterized in that: The step of setting multiple data surfaces corresponding to the database, and all the multiple data surfaces are connected to the query port of the database through the data network includes: Set multiple data surfaces, and there is a connection relationship between the multiple data surfaces. Set a data network between the multiple data surfaces and the database. Among them, the data network includes a first connection line, multiple second connection lines, and connection nodes between the multiple first connection lines and the multiple second connection lines; One end of the first connection line is connected to the connection node, and the other end is connected to the query port of the database; One end of each of the multiple second connection lines is respectively connected to the data surface one by one, and the other end is connected to the connection node; Realize the connection between the multiple data surfaces and the query port of the database through the data network.
4. A data processing method based on the Internet according to claim 2, characterized in that: The step of setting a data cover outside the database and the data surfaces, and establishing an association relationship between the data cover and the database and the data network includes: Set an external database outside the database and the data surfaces, and set multiple unit mushrooms at the edge of the external database. Among them, the unit mushroom is composed of a unit data board and a data band connected to the unit data board; Adjacent unit mushrooms are connected through the unit data board to obtain a data cover; All unit mushrooms are connected to the networking port of the database through the data band. Arbitrarily select the unit data board of a unit mushroom to be connected to the Internet, give any connection rule, and based on the connection rule, jump the Internet to the next unit mushroom through the arbitrarily selected unit mushroom and continue to be connected to the networking port. Among them, the connection rule is the connection order of the Internet and multiple unit data boards.
5. A data processing method based on the Internet according to claim 4, characterized in that: The step of jumping the Internet to the next unit mushroom through the arbitrarily selected unit mushroom and continuing to be connected to the networking port based on the connection rule includes: Formulate multiple connection rules for the data cover, and arbitrarily give a connection rule; Take the unit mushroom currently connected to the data as the starting point according to an arbitrarily given connection rule. After staying at the unit mushroom of the starting point for a preset time, close the data band of the unit mushroom as the starting point, and connect the Internet to the next unit mushroom according to the connection relationship between the unit data boards and the connection rule, and keep the Internet connected to the networking port.
6. The data processing method based on the Internet according to claim 1, characterized in that: The step of inputting query information through the data plane and obtaining corresponding target information in the database based on the data network and the query information includes: Determine the user terminal, connect the user terminal to one of the data planes, and input query information to the connected data plane through the user terminal; Perform word segmentation processing on the query information in the data plane to obtain multiple word segmentation information, and allocate the multiple word segmentation information to the data plane one by one; Transmit the corresponding word segmentation information through the data plane via the second connection line and transmit it to the database via the connection button for information query to obtain the corresponding target information.
7. A data processing method based on the Internet according to claim 1, characterized in that: The step S3 of obtaining the status index of the data cover, closing the data cover whose status index does not meet the preset conditions, and at the same time closing the data network and terminating the information query includes: Obtain the status index of the data shield, where the calculation formula for the data shield status index is: , where is the status index, is the number of unit data versions according to the connection rule, is the total number of unit data versions in the connection rule, is a constant greater than zero, is the weight coefficient of the connection rule; When the status index does not meet the preset conditions, turn off the communication of all the unit mushrooms in the data cover, and at the same time turn off the connection button to terminate the query of the user terminal information.
8. An Internet-based data processing system for implementing an Internet-based data processing method according to any one of claims 1-7, characterized in that: It includes: A construction module for constructing an information bubble, where the information bubble includes a data cover, a database, multiple data planes, and a data network between the database and the data planes; A query module connected to the construction module for inputting query information through the data plane and obtaining corresponding target information in the database based on the data network and the query information; A control module connected to the query module for obtaining the status index of the data cover, closing the data cover whose status index does not meet the preset conditions, and at the same time closing the data network and terminating the information query.