Configuration system for collecting terminal parameters

Abstract

The invention belongs to the field of equipment parameter configuration, and particularly relates to a configuration system for acquiring terminal parameters. The data analysis module is used for extracting to-be-configured parameters from a technical standard protocol; the system further comprises a parameter value configuration module which is used for matching the to-be-configured parameters extracted by the data analysis module with all set parameters in a parameter demand table of a set format through parameter names, and converting parameter values of the to-be-configured parameters according to formats of the matched set parameters. Setting a parameter value of a set parameter matched with the converted result in a parameter demand table according to the converted result; the file conversion module is used for converting the processed parameter demand table into a configuration file which can be read by the acquisition terminal; the system further comprises an auditing module which is used for inversely converting the configuration file into the format of the parameter demand table and comparing an inverse conversion result with the processed content of the parameter demand table for auditing. And the issuing module is used for issuing the configuration file passing the audit to the acquisition terminal.

Description

Technical Field

[0001] The invention belongs to the field of equipment parameter configuration, and in particular relates to a configuration system for collecting terminal parameters. Background Art

[0002] At present, the data types, precisions and frequencies required to be collected by the collection terminals including smart energy meters in different application scenarios are different, and different collection terminals and smart energy meters may have different communication protocols, interfaces and data formats. If the collection terminals and smart energy meters are configured with universal parameters, not only may they not be able to adapt to different application parameters, but they are also likely to be incompatible.

[0003] Therefore, some technicians have proposed parameter customization technology for acquisition terminals and smart energy meters. This technology is usually prepared by engineering designers who prepare the technical standard protocol and the "Parameter Requirements Table" provided by the customer. The "Parameter Requirements Table" contains four important columns, namely "Data Item Name", "Data Length", "Data Item Standard Format" and "Customer Customized Value". According to the "Data Item Name" in the "Parameter Requirements Table", find the corresponding technical requirements or parameter descriptions in the technical standard protocol one by one, and accurately record the customer customized parameters extracted from the technical standard protocol in the "Customer Customized Value" column according to the format requirements of the "Data Item Standard Format" in the "Parameter Requirements Table". Then use the parameter micro-customization system to convert the "Parameter Requirements Table" into a parameter configuration file in txt format that is suitable for the acquisition terminal or smart energy meter, and then send the parameter configuration file to the acquisition terminal or smart energy meter through the parameter sending software.

[0004] However, the current parameter customization technology involves a large amount of manual operation and judgment throughout the entire process, such as extracting information from PDF files, manually entering forms, etc., which is not only inefficient, but also prone to errors in the process of data extraction and entry, resulting in configuration parameter errors in the generated configuration file; once the configuration parameter errors appear in the configuration file, the configured parameters will be inaccurate and unreliable, and may even make the entire parameter configuration process impossible to implement. Summary of the invention

[0005] The purpose of the present invention is to provide a configuration system for collecting terminal parameters, which is used to solve the problem that in the prior art, parameter configuration is performed through manual operation and judgment, resulting in the configured parameters being inaccurate and unreliable, and may even make the entire parameter configuration process impossible to implement.

[0006] In order to achieve the above-mentioned object, the present invention provides a configuration system for collecting terminal parameters, the system comprising a data parsing module for extracting parameters to be configured including parameter names and parameter values ​​from a technical standard protocol; and also comprising a parameter value configuration module for matching the parameters to be configured extracted by the data parsing module with each setting parameter in a parameter requirement table of a setting format including parameter names and data standard formats corresponding to each setting parameter respectively through parameter names, and converting the parameter values ​​of the parameters to be configured according to the data standard formats corresponding to the setting parameters matched therewith, and setting the parameter values ​​corresponding to the setting parameters in the parameter requirement table matching the parameters to be configured according to the converted parameter values ​​of the parameters to be configured; It also includes a file conversion module, which is used to convert the parameter requirement table processed by the parameter value configuration module into a configuration file that can be read by the acquisition terminal; It also includes an audit module, which is used to reversely convert the configuration file into the setting format of the parameter requirement table, and compare the reverse conversion result with the content of the parameter requirement table processed by the parameter value configuration module for audit; It also includes a sending module for sending the configuration files approved by the review module to the collection terminal.

[0007] Beneficial effects: The present invention provides a new configuration system for collecting terminal parameters, which includes a data parsing module, a parameter value configuration module, a file conversion module, a review module and a sending module; the parameter value configuration module is used to match the parameters to be configured extracted from the technical standard protocol by the data parsing module with each setting parameter in the parameter requirement table, and the parameter values ​​of the parameters to be configured are converted according to the data standard format applied by the setting parameters matched therewith (that is, the format applied by the parameter values ​​of the parameters to be configured is converted to the format applied by the setting parameters matched therewith); the parameter values ​​with the data standard format are set according to the converted results, and then the file conversion module is used to obtain the parameter values ​​containing these parameters. A configuration file of parameter values ​​in a data standard format; after obtaining the configuration file, the audit module is used to reversely convert the configuration file (that is, the format of the configuration file is reversely converted into the setting format of the parameter requirement table), and a reverse conversion result is obtained; the audit module is then used to compare the result with the content of the parameter requirement table processed by the parameter value configuration module (that is, the parameter requirement table before being converted into the configuration file) for audit; when the comparison result is consistent in content, the configuration file is sent to the acquisition terminal by the sending module, thereby realizing automatic configuration, avoiding errors caused by manual operation and judgment, ensuring that the customized parameters are as accurate and reliable as possible, and the entire parameter customization process can be smoothly realized. In addition, the system can convert the configuration file into a table with the same format as the parameter requirement table by reverse conversion on the basis of automatically realizing the entire parameter configuration process, and compare the table with the parameter requirement table (that is, compare the table before conversion to the configuration file with the table reversely converted from the configuration file) to verify whether the parameter value has changed after the conversion to the parameter configuration file (that is, verify whether there is a problem in the link of converting the parameter requirement table into the parameter configuration file), thereby avoiding the situation where the customized parameters are inaccurate due to errors in the automatic configuration process.

[0008] In summary, a large amount of manual operations and judgments can easily lead to errors in the process of data extraction and entry, which in turn leads to configuration parameter errors in the generated configuration file. The system can automatically configure parameters, and replace manual operations with higher error risks and lower efficiency with more accurate and efficient automatic operations; it can also realize automatic review in the process of automatic parameter configuration, and verify whether there are configuration parameter errors in the generated configuration file through reverse conversion and verification to obtain a sufficiently accurate configuration file; the configuration file that passes the review will be issued, so that the acquisition terminal receives the configuration file with accurate parameter values ​​for configuration.

[0009] Furthermore, it also includes an audit exception processing module, which is used to read the result of the audit failure of the audit module. If the result of the audit failure of the audit module is that the reverse conversion result and the content of the parameter requirement table processed by the parameter value configuration module are inconsistent, and the difference between the inconsistent contents is a difference in the difference value within the set error range or a format difference, then modify the configuration file according to the parameter requirement table processed by the parameter value configuration module to correct the difference, and record the correction log; If the result of the audit failure by the audit module is that the reverse conversion result and the parameter requirement table processed by the parameter value configuration module are inconsistent, and the difference between the inconsistent contents is not a difference in the difference value within the set error range or a format difference, then an alarm of a corresponding level is triggered according to the set difference level corresponding to the difference, and a report for preliminary analysis of the difference is provided to provide data support for subsequent manual processing of the difference; the set difference level is a level divided according to the severity of the difference; The sending module is also used to send the configuration file after the audit exception handling module corrects the difference to the collection terminal.

[0010] Furthermore, the method of reverse converting the configuration file into the setting format of the parameter requirement table includes: using a Python algorithm to analyze the text structure and data pattern of the configuration file, identifying and extracting parameter values ​​corresponding to the setting parameters contained in the configuration file through a set data extraction mechanism, so as to convert the configuration file into the setting format of the parameter requirement table.

[0011] Furthermore, the file formats of the technical standard agreement include PDF format and Word format; the file formats of the parameter requirement table include Excel format and CSV format.

[0012] Further, the parameter to be configured is matched with each setting parameter in the parameter requirement table by the parameter name, and the parameter value of the parameter to be configured is converted according to the data standard format corresponding to the setting parameter matched therewith, and according to the result of the parameter value conversion of the parameter to be configured, the parameter value corresponding to the setting parameter matching the parameter to be configured in the parameter requirement table is set, including: Matching the parameter to be configured with each setting parameter in the parameter requirement table by parameter name, and filling the parameter value of the parameter to be configured into the corresponding position in the parameter requirement table as the parameter value corresponding to the setting parameter matched with the parameter to be configured; According to the data standard format corresponding to the setting parameters that match the parameters to be configured, the parameter values ​​corresponding to the setting parameters that match the parameters to be configured filled in the parameter requirement table are converted into data format, and the parameter values ​​corresponding to the setting parameters that match the parameters to be configured in the current parameter requirement table are replaced by the converted parameter values.

[0013] Furthermore, it also includes a verification module, which is used to read the parameter value corresponding to the parameter name from the acquisition terminal configured according to the issued configuration file according to the parameter name corresponding to the setting parameter in the parameter requirement table, and compare the read parameter value with the parameter value corresponding to the setting parameter included in the parameter requirement table. If the comparison results are consistent, it is determined that the parameter configuration is successful, otherwise it is determined that the parameter configuration fails. BRIEF DESCRIPTION OF THE DRAWINGS

[0014] Figure 1 This is an example diagram of the composition of the system in an embodiment of the method for configuring the parameters of a collection terminal or a smart electric energy meter of the present invention. DETAILED DESCRIPTION

[0015] In order to make the purpose, technical solutions and advantages of the present invention more clear, the present invention is further described in detail below with reference to the accompanying drawings and embodiments.

[0016] Embodiment of configuration system for collecting terminal parameters This embodiment provides a technical solution for a configuration system of acquisition terminal parameters. The system can automatically perform the entire parameter configuration process (the process realizes parameter customization through parameter configuration), and can also ensure automatic review during the parameter configuration process, and send the audited configuration file to the acquisition terminal (the acquisition terminal can include both ordinary acquisition terminals with only data acquisition functions and intelligent acquisition terminals with other functions, such as intelligent electric energy meters, etc.). The audit method of the automatic audit includes reversely converting the configuration file into a table consistent with the format of the parameter requirement table, and comparing the table with the content of the parameter requirement table (if the formats of the two tables are inconsistent, the comparison at the parameter value level cannot be performed) to verify whether there is a problem in the process of converting the parameter requirement table into the configuration file. Since the parameter requirement table based on the configuration file sent to the acquisition terminal is automatically executed during data extraction and entry, the configuration parameter errors in the configuration file due to manual errors can be effectively avoided in this process; and the automatic configuration also includes automatic review, which can also avoid the configuration parameter errors in the configuration file due to omissions or errors in manual review during the review. The configuration file finally sent to the acquisition terminal is the configuration file that has passed the review; therefore, the use of this system can ensure that the configuration file and the configuration parameters therein are accurate enough to achieve accurate and reliable parameter configuration.

[0017] like Figure 1As shown, the system includes a data parsing module for extracting parameters to be configured including parameter names and parameter values ​​from a technical standard protocol (in this embodiment, the protocol is a PDF file) (i.e., using python to obtain a technical standard protocol in PDF format and extracting parameters to be configured from the technical standard protocol) (the data parsing module uses advanced PDF parsing libraries, such as PyMuPDF or PDFMiner.six, which can better handle complex PDF formats and improve the accuracy and efficiency of extracting information about parameters to be configured); the data parsing module is provided with an exception handling mechanism, which can ensure that the program can gracefully handle errors and give clear error prompts when encountering errors during the parsing process when problems such as file damage or format inconsistency occur. The data parsing module is also provided with a logging function to record the results of each step of the operation, which is convenient for subsequent problem tracking and debugging.

[0018] like Figure 1 As shown, in addition to the data parsing module, the system also includes a parameter value configuration module, which is used to match the parameters to be configured extracted by the data parsing module with the various setting parameters in the parameter requirement table of the setting format containing the parameter names and data standard formats corresponding to the various setting parameters through the parameter names, and convert the parameter values ​​of the parameters to be configured according to the data standard formats corresponding to the setting parameters that match them, and set the parameter values ​​corresponding to the setting parameters that match the parameters to be configured in the parameter requirement table according to the results of the parameter value conversion of the parameters to be configured.

[0019] Specifically, in this embodiment, the "Parameter Requirement Table" (i.e., the parameter requirement table in a set format containing parameter names and data standard formats corresponding to each setting parameter) is an Excel file. In this embodiment, the data in the "Parameter Requirement Table" is pre-divided into columns according to their data types (i.e., each column is a data type). The table contains four important columns, namely: "Data Item Name" column (the data type represented by this column is the parameter name corresponding to each setting parameter), "Data Length" column (the data type represented by this column is the byte length of the data), "Data Item Standard Format" column (the data type represented by this column is the data standard format corresponding to each setting parameter), and "Customer Customized Value" column (the data type represented by this column is the specific parameter value of the configuration); among them, the "Customer Customized Value" column has been set with a default value; in other embodiments, this column can also be left blank to facilitate filling in the configured data.

[0020] In this embodiment, the data parsing module is used to extract the parameters to be configured from the technical standard protocol, and the extracted parameters to be configured are matched with the setting parameters in the "Parameter Requirements Table" according to the data item names (i.e. parameter names) shown in the "Data Item Name" column in the "Parameter Requirements Table" (i.e. matching the parameters to be configured and the setting parameters according to the parameter names). The matching method selected in this embodiment is one-by-one matching to obtain each matching result; in other embodiments, the matching of the setting method can also be performed according to actual needs (e.g., matching in alternate rows, etc.).

[0021] Specifically, the parameter to be configured is matched with each setting parameter in the parameter requirement table through the parameter name, and the parameter value of the parameter to be configured is converted according to the data standard format corresponding to the setting parameter matched therewith, and according to the result of the parameter value conversion of the parameter to be configured, the parameter value corresponding to the setting parameter matching the parameter to be configured in the parameter requirement table is set, including: The parameters to be configured are matched with the setting parameters in the parameter requirement table through the parameter names, and the parameter values ​​of the parameters to be configured are used as the parameter values ​​corresponding to the setting parameters that match the parameters to be configured, and filled into the corresponding positions in the parameter requirement table. For example, the matching results obtained above are filled into the "Customer Customized Value" column of the "Parameter Requirement Table" line by line to replace the default values ​​originally set in each row of the column.

[0022] When the parameters to be configured and the setting parameters are matched one by one, the parameter values ​​corresponding to the setting parameters to be configured in the parameter requirement table are converted according to the data standard format corresponding to the setting parameters to be configured. After the conversion is completed, the formats of the two parameters are consistent, and both are in the data standard format corresponding to the setting parameters. The parameter values ​​corresponding to the setting parameters to be configured in the current parameter requirement table are replaced with the converted parameter values, that is, the result of the conversion of the parameters to be configured is used as the parameter value of the setting parameters to be matched, and filled into the parameter requirement table; for the convenience of description, the new table obtained by performing the above operation on the "Parameter Requirement Table" is named "Parameter Requirement Table-1". In other embodiments, the parameter values ​​of the parameters to be configured can also be directly converted according to the data standard format corresponding to the setting parameters to be matched, and then filled into the parameter requirement table as the parameter values ​​corresponding to the setting parameters to be configured, instead of first filling the parameter values ​​of the parameters to be configured as the parameter values ​​corresponding to the setting parameters to be configured in the corresponding positions in the parameter requirement table and then performing format conversion.

[0023] like Figure 1 As shown, the system also includes a file conversion module, which is used to convert the parameter requirement table processed by the parameter value configuration module into a configuration file that can be read by the acquisition terminal.

[0024] Specifically, the file conversion module converts the "Parameter Requirements Table-1" output by the parameter value configuration module into a configuration file by writing a Python script; the configuration file is a txt format file that can be read by the acquisition terminal. Figure 1 As shown, the system also includes an audit module, which is used to reversely convert the configuration file into the set format of the parameter requirement table, and compare the contents of "Parameter Requirement Table-2" (i.e., the reverse conversion result) and "Parameter Requirement Table-1" (i.e., the parameter requirement table processed by the parameter value configuration module) (i.e., compare the contents of "Parameter Requirement Table-2" and "Parameter Requirement Table-1" field by field except for the basic data values, and use natural language processing technology to semantically parse the parameter names and the language used to describe the parameters) for audit; it also includes a sending module, which is used to send the configuration file approved by the audit module to the collection terminal. Since the method of converting the parameter requirement table in the set format into a configuration file readable by the collection terminal by writing a Python script belongs to the prior art, it will not be repeated here.

[0025] Specifically, the function of the audit module is to reversely convert the configuration file converted by the file conversion module (which can also be expressed as the reverse process of "the file conversion module converts the parameter requirement table processed by the parameter value configuration module into a configuration file readable by the acquisition terminal"). The table obtained after the reverse conversion is "Parameter Requirement Table-2".

[0026] The method of reversely converting the configuration file into the setting format of the parameter requirement table includes: using a Python algorithm to analyze the text structure and data pattern of the configuration file, identifying and extracting parameter values ​​corresponding to the setting parameters contained in the configuration file through a set data extraction mechanism, so as to convert the configuration file into the setting format of the parameter requirement table.

[0027] In this embodiment, the system also includes an audit exception processing module, which is used to read the audit failure results of the audit module and process the differences according to the results of the content comparison. The audit failure results mainly include the following two types: ① If the result of the audit module failing the audit is that the contents of "Parameter Requirement Table-2" and "Parameter Requirement Table-1" are inconsistent, and the difference between the inconsistent contents is the difference in the difference value within the set error range (the set error range is the error range preset in advance according to the requirements, and this difference is a small difference) or format difference, then modify the configuration file according to the parameter requirement table processed by the parameter value configuration module to correct the difference, and record the correction log.

[0028] Since the above-mentioned sending module is also used to send the configuration file after the audit exception handling module corrects the differences to the collection terminal, therefore, after the configuration file is corrected, the corrected configuration file is sent to the collection terminal through the sending module in the same way as sending a normal configuration file.

[0029] ② If the result of the audit module failing the audit is that the contents of "Parameter Requirement Table-2" and "Parameter Requirement Table-1" are inconsistent, and the difference between the inconsistent contents is not a difference in the difference value within the set error range (that is, the difference in the difference value exceeds the set error range, which is a major difference) or a format difference, then according to the set difference level corresponding to the difference (the set difference level is a level divided according to the severity of the difference), an alarm of the corresponding level is triggered (for example, the set difference level is a total of five levels, and the set difference level corresponding to a certain difference is level four, then a level four alarm is triggered according to the difference level, and the alarm content is: "Attention! The level of this major difference is level four."), and a report for preliminary analysis of the difference is provided to provide data support for subsequent manual processing of the difference.

[0030] In this embodiment, the file formats of the technical standard protocol include PDF format and Word format (that is, in addition to the PDF format used above, the system can also expand the technical standard protocol compatible with Word document format); the file formats of the parameter requirement table include Excel format and CSV format (that is, in addition to the Excel format used above, the system can also expand the parameter requirement table compatible with CSV format).

[0031] In this embodiment, the parameter to be configured is matched with each setting parameter in the parameter requirement table by the parameter name, and the parameter value of the parameter to be configured is converted according to the data standard format corresponding to the setting parameter matched therewith, and according to the result of the parameter value conversion of the parameter to be configured, the parameter value corresponding to the setting parameter matched with the parameter to be configured in the parameter requirement table is set, including: Match the parameter to be configured with each setting parameter in the parameter requirement table by parameter name, and use the parameter value of the parameter to be configured as the parameter value corresponding to the setting parameter matched with the parameter to be configured, and fill in the corresponding position in the parameter requirement table; According to the data standard format corresponding to the setting parameters that match the parameters to be configured, the parameter values ​​corresponding to the setting parameters that match the parameters to be configured filled in the parameter requirement table are converted into data format, and the parameter values ​​corresponding to the setting parameters that match the parameters to be configured in the current parameter requirement table are replaced with the converted parameter values.

[0032] In this embodiment, the system also includes a verification module, which is used to read the parameter value corresponding to the parameter name from the acquisition terminal configured according to the issued configuration file according to the parameter name corresponding to the set parameter in the parameter requirement table, and compare the read parameter value with the parameter value corresponding to the set parameter included in the parameter requirement table. If the comparison results are consistent, it is determined that the parameter configuration is successful, otherwise it is determined that the parameter configuration fails.

[0033] Specifically, through Figure 1 The verification module shown in the example reads the corresponding parameter values ​​from the acquisition terminal according to the parameter names displayed in the "Data Item Name" column (which indicates the parameter names of each setting parameter) in the "Parameter Requirement Table" (the method adopted in this embodiment is to read one by one, and in other embodiments, it can also be read in a cross-item manner, for example); and compares the read parameter values ​​with the parameter values ​​filled in the "Customer Customized Value" column in the "Parameter Requirement Table-1". A corresponding judgment is made based on the comparison results. Specifically, if the comparison results are consistent, it is judged that the parameter configuration is successful, otherwise it is judged that the parameter configuration fails.

[0034] It should be understood that the above specific embodiments of the present invention are only used to illustrate or explain the principles of the present invention, but do not constitute a limitation to the present invention.

Claims

1. A configuration system for collecting terminal parameters, characterized in that: It includes a data parsing module for extracting parameters to be configured including parameter names and parameter values ​​from a technical standard protocol; it also includes a parameter value configuration module for matching the parameters to be configured extracted by the data parsing module with the setting parameters in a parameter requirement table of a setting format including parameter names and data standard formats corresponding to the setting parameters respectively, through parameter names, and converting the parameter values ​​of the parameters to be configured according to the data standard formats corresponding to the setting parameters matched therewith, and setting the parameter values ​​corresponding to the setting parameters in the parameter requirement table matching the parameters to be configured according to the converted parameter values ​​of the parameters to be configured; It also includes a file conversion module, which is used to convert the parameter requirement table processed by the parameter value configuration module into a configuration file that can be read by the acquisition terminal; It also includes an audit module, which is used to reversely convert the configuration file into the setting format of the parameter requirement table, and compare the reverse conversion result with the content of the parameter requirement table processed by the parameter value configuration module for audit; It also includes a sending module for sending the configuration files approved by the review module to the collection terminal.

2. The configuration system for collecting terminal parameters according to claim 1, characterized in that: It also includes an audit exception processing module, which is used to read the result of the audit failure of the audit module. If the result of the audit failure of the audit module is that the reverse conversion result and the content of the parameter requirement table processed by the parameter value configuration module are inconsistent, and the difference between the inconsistent contents is a difference in the difference value within the set error range or a format difference, then the configuration file is modified according to the parameter requirement table processed by the parameter value configuration module to correct the difference, and a correction log is recorded; If the result of the audit failure of the audit module is that the reverse conversion result and the parameter requirement table processed by the parameter value configuration module are inconsistent, and the difference between the inconsistent contents is not a difference in the difference value within the set error range or a format difference, then an alarm of the corresponding level is triggered according to the set difference level corresponding to the difference, and a report for preliminary analysis of the difference is provided to provide data support for subsequent manual processing of the difference; The set difference level is a level divided according to the severity of the difference; The sending module is also used to send the configuration file after the audit exception handling module corrects the difference to the collection terminal.

3. The configuration system for collecting terminal parameters according to claim 1, characterized in that: The method of reverse converting the configuration file into the setting format of the parameter requirement table includes: using a Python algorithm to analyze the text structure and data pattern of the configuration file, identifying and extracting parameter values ​​corresponding to the setting parameters contained in the configuration file through a set data extraction mechanism, so as to convert the configuration file into the setting format of the parameter requirement table.

4. The configuration system for collecting terminal parameters according to claim 1, characterized in that: The file formats of the technical standard agreement include PDF format and Word format; the file formats of the parameter requirement table include Excel format and CSV format.

5. The configuration system for collecting terminal parameters according to claim 1, characterized in that: The method of matching the parameter to be configured with each setting parameter in the parameter requirement table by parameter name, converting the parameter value of the parameter to be configured according to the data standard format corresponding to the setting parameter matched therewith, and setting the parameter value corresponding to the setting parameter matched with the parameter to be configured in the parameter requirement table according to the result of the parameter value conversion of the parameter to be configured includes: Matching the parameter to be configured with each setting parameter in the parameter requirement table by parameter name, and filling the parameter value of the parameter to be configured into the corresponding position in the parameter requirement table as the parameter value corresponding to the setting parameter matched with the parameter to be configured; According to the data standard format corresponding to the setting parameters that match the parameters to be configured, the parameter values ​​corresponding to the setting parameters that match the parameters to be configured filled in the parameter requirement table are converted into data format, and the parameter values ​​corresponding to the setting parameters that match the parameters to be configured in the current parameter requirement table are replaced by the converted parameter values.

6. The configuration system for collecting terminal parameters according to claim 1, characterized in that: It also includes a verification module, which is used to read the parameter value corresponding to the parameter name from the acquisition terminal configured according to the issued configuration file according to the parameter name corresponding to the setting parameter in the parameter requirement table, and compare the read parameter value with the parameter value corresponding to the setting parameter included in the parameter requirement table. If the comparison results are consistent, it is determined that the parameter configuration is successful, otherwise it is determined that the parameter configuration fails.

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