Automatic verification metering platform adaptive to multiple professional fields

Abstract

The invention provides an automatic verification metering platform adaptive to multiple professional fields. The automatic verification metering platform comprises a basic information management module, a verification program management module and an automatic verification module, wherein the basic information management module is used for storing and managing various basic information related to measurement, and the basic information comprises task list management, detected equipment management, standard equipment management, verification item configuration, verification data management, verification certificate management, technical file management and personnel role management; the verification program management module is used for creating and expanding verification programs and maintaining basic information, verification item classification, standard equipment configuration and verified equipment configuration of each verification program; the automatic verification module is used for selecting a verification program and standard equipment to carry out automatic verification operation and generate a verification result according to the verification program in the verification program management module and the basic information in the basic information management module, and standardization, automation and intelligentization of verification work are achieved through the platform.

Description

Technical Field

[0001] The present invention relates to the technical field of automatic verification and measurement, and in particular to an automatic verification and measurement platform suitable for multiple professional fields. Background Art

[0002] Metrology is the science of measurement, and is an activity to achieve unified units and accurate and reliable values. With the continuous advancement of technology and the continuous expansion of application fields, the types and quantity of metrological equipment have increased dramatically, and its verification work has become increasingly complex and arduous. Traditional metrological verification methods, due to their high reliance on manual operation, are not only inefficient, but also easily affected by human factors, resulting in large errors and making it difficult to meet the verification needs of high precision and high efficiency. In addition, with the increase in labor costs, traditional verification methods are also faced with the problem of high costs. Therefore, the development and application of automatic verification and metrology platforms has become an inevitable trend in the development of the industry.

[0003] However, the requirements for metrology equipment in different professional fields vary greatly, from precision instruments to large equipment, from physical quantities to chemical quantities, and the various metrology objects and technical requirements are complex. This makes it difficult for a single automatic calibration platform to fully cover all requirements, increasing the complexity and workload of calibration work. In order to solve this problem, it is urgent to establish a unified technical means or platform architecture that can flexibly adapt to the metrology needs of different professional fields and realize the standardization, automation and intelligence of calibration work. Summary of the invention

[0004] The present invention provides an automatic verification and measurement platform suitable for multiple professional fields, which is used to realize standardization, automation and intelligence of verification work.

[0005] In the first aspect, an automatic verification and measurement platform adapted to multiple professional fields is provided, including: a basic information management module, a verification program management module and an automatic verification module; wherein,

[0006] The basic information management module is used to store and manage various basic information related to measurement, including: task order management, inspected equipment management, standard equipment management, calibration item configuration, calibration data management, calibration certificate management, technical document management and personnel role management;

[0007] The verification program management module is used to create and expand verification programs, and maintain the basic information of each verification program, verification item classification, standard equipment configuration and tested equipment configuration;

[0008] The automatic verification module is used to select verification programs and standard equipment for automatic verification operations and generate verification results according to the verification programs in the verification program management module and the basic information in the basic information management module.

[0009] In one embodiment, the task order management is to initiate a task order to the device under test, and the device under test starts the calibration process after receiving the task order;

[0010] The inspected equipment management is to carry out information management of the basic information, inspection items and inspection point information of all inspected equipment;

[0011] The standard equipment management mentioned above refers to the information management of the name, model, verification validity period, technical indicators and verification certificate of the laboratory standard equipment;

[0012] The calibration item configuration is to configure the professional field, metrological standard device, calibration item classification, calibration items and calibration points of the specifications and models of the equipment to be inspected;

[0013] The verification data management is to store the verification data generated by automatic verification in a unified manner, mark and print the verification data, and generate original records and verification certificates;

[0014] The technical document management mentioned above is to manage the national verification procedures based on which the metrological standard devices are based, so that the documents are the current valid versions;

[0015] The personnel role management is to customize the functional permissions and data permissions in the basic information management module to achieve different permission controls for different personnel roles.

[0016] In one embodiment, the professional fields are geometry, thermodynamics, mechanics, electromagnetism, electronics, time frequency, ionizing radiation, acoustics, optics and chemistry;

[0017] The verification item classification is a classification including different verification items defined according to professional fields and metrological standard devices;

[0018] The verification items mentioned above are the verification items specified in the national verification regulations on which the measurement standard devices are based;

[0019] The verification points are verification points that are specifically configured according to the verification items.

[0020] In one embodiment, the identification printing is to generate a verification certificate, a verification seal and a cancellation seal based on the verification result;

[0021] The original records and verification certificates are designed in templates according to the classification of different verification items and the requirements of national verification regulations, and the data is directly generated into the templates;

[0022] The verification certificate management is to manage and approve all generated verification certificates, and after approval, an electronic signature and verification stamp will be stamped on the verification certificate.

[0023] In one embodiment, the calibration procedure management module is specifically used to create and expand calibration procedures; maintain the basic information of each calibration procedure, including the calibration procedure name, creator, creation time and description information; and select the classification of calibration items that can be calibrated by the calibration procedure; and select equipment in the measurement standard device, and set the equipment interface and program control instructions for the equipment; and set the equipment interface and program control instructions for the equipment being tested.

[0024] In one embodiment, the device interface setting includes three modes: serial port configuration, VISA configuration and USB configuration; wherein the serial port configuration includes baud rate, data bit, stop bit, and parity information; the VISA configuration communicates with the instrument device through the virtual instrument software architecture; the USB configuration communicates with the host through the USB device;

[0025] The program control instruction configuration includes setting instruction and reading instruction configuration.

[0026] In one embodiment, the automatic calibration module is specifically used to select and display a list of devices to be calibrated, view various information of the devices to be calibrated; match the calibration program according to the calibration item classification configured for the devices to be calibrated; select standard devices in the calibration program, and configure the roles of the devices; and include determining interface parameters, confirming device connection status, starting automatic calibration, issuing program control instructions, returning program control results, generating calibration data results, and storing calibration data.

[0027] In one embodiment, the role configuration is that different standards play different roles in the calibration process during measurement, and the standards are programmed and executed according to the roles.

[0028] In one embodiment, the interface parameters are determined to confirm the device interfaces and program control instructions that have been configured for the standard device and the device under test;

[0029] The device connection status confirmation is used to check whether the device connection status is completed;

[0030] The automatic verification is started to verify the equipment item by item according to the verification items and verification points configured. The verification process of each verification item is implemented according to the national verification regulations.

[0031] The sending of program control instructions is used to implement automatic program control item by item according to the configured program control instructions;

[0032] The returned program control result is used to return the program control data item by item according to the set reading instruction;

[0033] The calibration data results are generated to process the calibration data results according to the data processing method defined in the national calibration regulations, including data rounding, absolute error, relative error and calibration conclusion; and to mark out-of-tolerance or abnormal data with special status and analyze the data; the calibration data includes the entered environmental data, and the environmental data of temperature and humidity in the laboratory is monitored by the Internet of Things sensing equipment.

[0034] In one embodiment, the IoT sensing device includes: a temperature sensor, a humidity sensor and an intelligent electricity meter, and environmental data can be stored through a data transmission protocol.

[0035] An embodiment of the present invention provides an automatic calibration and metrology platform that is adaptable to multiple professional fields, including: a basic information management module, a calibration procedure management module and an automatic calibration module; wherein the basic information management module is used to store and manage various basic information related to metrology, including: task order management, inspected equipment management, standard equipment management, calibration item configuration, calibration data management, calibration certificate management, technical document management and personnel role management; the calibration procedure management module is used to create and expand calibration procedures, and maintain the basic information, calibration item classification, standard equipment configuration and inspected equipment configuration of each calibration procedure; the automatic calibration module is used to select calibration procedures and standard equipment for automatic calibration operations according to the calibration procedures in the calibration procedure management module and the basic information in the basic information management module, and generate calibration results. Through the above platform, standardization, automation and intelligence of calibration work are achieved.

[0036] Other features and advantages of the present invention will be described in the following description, and partly become apparent from the description, or understood by practicing the present invention. The purpose and other advantages of the present invention can be realized and obtained by the structure particularly pointed out in the written description, claims, and drawings thereof. BRIEF DESCRIPTION OF THE DRAWINGS

[0037] The drawings described herein are used to provide a further understanding of the present invention and constitute a part of the present invention. The exemplary embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute an improper limitation of the present invention. In the drawings:

[0038] Figure 1 It is a schematic diagram of the overall structure of an automatic verification and measurement platform adapted to multiple professional fields according to an embodiment of the present invention;

[0039] Figure 2 A flowchart of a verification procedure for creating a test according to an embodiment of the present invention;

[0040] Figure 3 FIG. 4 is a flowchart of automatic verification according to an embodiment of the present invention. DETAILED DESCRIPTION

[0041] In order to realize the standardization, automation and intelligence of calibration work, an automatic calibration and measurement platform suitable for multiple professional fields is provided.

[0042] The preferred embodiments of the present invention are described below in conjunction with the drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention. In addition, the embodiments of the present invention and the features in the embodiments may be combined with each other if there is no conflict.

[0043] like Figure 1 As shown, the embodiment provides an automatic calibration and measurement platform adapted to multiple professional fields, including a basic information management module, a calibration program management module and an automatic calibration module; wherein,

[0044] The basic information management module is used to store and manage various basic information related to measurement, including: task order management, inspected equipment management, standard equipment management, calibration item configuration, calibration data management, calibration certificate management, technical document management and personnel role management;

[0045] The verification program management module is used to create and expand verification programs, and maintain the basic information of each verification program, verification item classification, standard equipment configuration and tested equipment configuration;

[0046] The automatic verification module is used to select verification programs and standard equipment for automatic verification operations and generate verification results according to the verification programs in the verification program management module and the basic information in the basic information management module.

[0047] In one embodiment, the task order management is to initiate a task order to the device under test, and the device under test starts the calibration process after receiving the task order;

[0048] The inspected equipment management is to carry out information management of the basic information, inspection items and inspection point information of all inspected equipment;

[0049] The standard equipment management mentioned above refers to the information management of the name, model, verification validity period, technical indicators and verification certificate of the laboratory standard equipment;

[0050] The calibration item configuration is to configure the professional field, metrological standard device, calibration item classification, calibration items and calibration points of the specifications and models of the equipment to be inspected;

[0051] The verification data management is to store the verification data generated by automatic verification in a unified manner, mark and print the verification data, and generate original records and verification certificates;

[0052] The technical document management mentioned above is to manage the national verification procedures based on which the metrological standard devices are based, so that the documents are the current valid versions;

[0053] The personnel role management is to customize the functional permissions and data permissions in the basic information management module to achieve different permission controls for different personnel roles.

[0054] In one embodiment, the professional fields are geometry, thermodynamics, mechanics, electromagnetism, electronics, time frequency, ionizing radiation, acoustics, optics and chemistry;

[0055] The verification item classification is a classification including different verification items defined according to professional fields and metrological standard devices;

[0056] The verification items mentioned above are those specified in the national verification regulations on which the measurement standard devices are based;

[0057] The verification points are verification points that are specifically configured according to the verification items.

[0058] In one embodiment, the identification printing is to generate a verification certificate, a verification seal and a cancellation seal based on the verification result;

[0059] The original records and verification certificates are designed in templates according to the classification of different verification items and the requirements of national verification regulations, and the data is directly generated into the templates;

[0060] The verification certificate management is to manage and approve all generated verification certificates, and after approval, an electronic signature and verification stamp will be stamped on the verification certificate.

[0061] In one embodiment, Figure 2 As shown, the calibration procedure management module is specifically used to create and expand calibration procedures; maintain the basic information of each calibration procedure, including the calibration procedure name, creator, creation time and description information; and select the calibration item classification that can be calibrated by the calibration procedure; and select equipment in the measurement standard device, and set the equipment interface and program control instructions for the equipment; and set the equipment interface and program control instructions for the equipment to be tested.

[0062] In one embodiment, the device interface setting includes three modes: serial port configuration, VISA configuration and USB configuration; wherein the serial port configuration includes baud rate, data bit, stop bit, and parity information; the VISA configuration communicates with the instrument device through the virtual instrument software architecture; the USB configuration communicates with the host through the USB device;

[0063] The program control instruction configuration includes setting instruction and reading instruction configuration.

[0064] In one embodiment, Figure 3 As shown, the automatic calibration module is specifically used to select and display a list of devices to be calibrated, view various information of the devices to be calibrated; match the calibration program according to the calibration item classification configured for the devices to be tested; select standard equipment in the calibration program, and configure the role of the equipment; and include determining interface parameters, confirming device connection status, starting automatic calibration, issuing program control instructions, returning program control results, generating calibration data results, and storing calibration data.

[0065] In one embodiment, the role configuration is that different standards play different roles in the calibration process during measurement, and the standards are programmed and executed according to the roles.

[0066] In one embodiment, the interface parameters are determined to confirm the device interfaces and program control instructions that have been configured for the standard device and the device under test;

[0067] The device connection status confirmation is used to check whether the device connection status is completed;

[0068] The automatic verification is started to verify the equipment item by item according to the verification items and verification points configured. The verification process of each verification item is implemented according to the national verification regulations.

[0069] The sending of program control instructions is used to implement automatic program control item by item according to the configured program control instructions;

[0070] The returned program control result is used to return the program control data item by item according to the set reading instruction;

[0071] The calibration data results are generated to process the calibration data results according to the data processing method defined in the national calibration regulations, including data rounding, absolute error, relative error and calibration conclusion; and to mark out-of-tolerance or abnormal data with special status and analyze the data; the calibration data includes the entered environmental data, and the environmental data of temperature and humidity in the laboratory is monitored by the Internet of Things sensing equipment.

[0072] In one embodiment, the IoT sensing device includes: a temperature sensor, a humidity sensor and an intelligent electricity meter, and environmental data can be stored through a data transmission protocol.

[0073] The embodiment provides an automatic calibration and measurement platform adapted to multiple professional fields. The platform integrates metrological calibration technologies and automated control technologies in multiple fields to achieve automation and intelligence in metrological calibration work in multiple professional fields such as thermodynamics, mechanics, electromagnetism, electronics, time frequency, etc. The platform designs a complete automatic calibration process, including calibration item configuration, calibration program creation, automatic calibration execution, calibration data processing, etc. The present invention aims to reduce human errors, achieve standardized management, and improve calibration efficiency, thereby promoting the intelligent development of metrology.

[0074] For ease of understanding, a specific example is given below:

[0075] An automatic verification and measurement platform suitable for multiple professional fields includes the following parts: basic information management, verification program management and automatic verification.

[0076] Basic information management stores and manages various basic information related to measurement, supports equipment information entry and query in multiple professional fields, and provides permissions for different personnel roles.

[0077] Verification program management supports the creation and expansion of verification programs in multiple professional fields, provides program version control and update mechanisms, and ensures the accuracy and effectiveness of verification programs.

[0078] Automatic calibration supports automatic execution of calibration operations according to the selected calibration procedure, supports a variety of calibration equipment and interfaces, and provides real-time monitoring and alarm functions.

[0079] An automatic calibration and measurement platform suitable for multiple professional fields achieves high efficiency, convenience and flexibility in calibration work through highly automated, intelligent and flexible design.

[0080] To achieve the above object, the present invention adopts the following technical solution:

[0081] An automatic verification and measurement platform suitable for multiple professional fields includes basic information management, verification program management and automatic verification.

[0082] The basic information management mentioned above stores and manages various basic information related to measurement, including task order management, inspected equipment management, standard equipment management, calibration item configuration, calibration data management, calibration certificate management, technical document management, and personnel role management.

[0083] Furthermore, the task order management initiates a task order for the device to be inspected, and after the task order is received, the device to be inspected starts the calibration process.

[0084] Furthermore, the inspected equipment management realizes information management of all inspected equipment, including basic information of the equipment, calibration items and calibration point information.

[0085] Furthermore, the standard equipment management realizes the information management of laboratory standard equipment, including the name, model, verification validity period, technical indicators, verification certificate, etc. of the standard equipment.

[0086] Furthermore, the calibration item configuration realizes the calibration item configuration for the specifications and models of the equipment being inspected, including professional fields, metrological standard devices, calibration item classifications, calibration items, and calibration points.

[0087] Furthermore, the professional fields are the ten major professional fields of metrology, namely, geometry, thermodynamics, mechanics, electromagnetism, electronics, time and frequency, ionizing radiation, acoustics, optics, and chemistry, and the above configuration can be performed.

[0088] Furthermore, the metrological standard device is composed of a metrological standard and supporting equipment, and is the most important equipment to ensure that the laboratory can carry out verification or calibration work normally and obtain accurate and reliable measurement data.

[0089] Furthermore, the calibration item classification is a classification that includes different calibration items defined according to professional fields and measurement standard devices, such as digital multimeter, general pressure gauge, ohmmeter, spectrum analyzer, digital oscilloscope, microwave counter, rubidium clock, power meter, constant temperature bath, etc.

[0090] Furthermore, the verification items are verification items specified in the national verification regulations on which the metrological standard devices are based.

[0091] Furthermore, the verification point is a verification point that can be specifically configured according to the verification items, and has the modes of creating a single verification point and generating multiple verification points according to rules.

[0092] Furthermore, the verification data management is to uniformly store the verification data generated by automatic verification, and to mark and print the verification data and generate original records and verification certificates.

[0093] Furthermore, the identification printing is to generate a verification certificate, a verification seal, a cancellation seal, etc. based on the verification results.

[0094] Furthermore, the original records and verification certificates are designed in templates according to the classification of different verification items and the requirements of national verification regulations, and the data are directly generated into the templates.

[0095] Furthermore, the verification certificate management is to manage all generated verification certificates, including the approval process, and after approval, an electronic signature and verification seal are stamped on the verification certificate.

[0096] Furthermore, the technical document management is to manage the national verification procedures on which the metrological standard devices are based to ensure that the documents are the current valid versions.

[0097] Furthermore, the personnel role management is to customize the functional permissions and data permissions of the modules in the basic information management to achieve different permission controls for different personnel roles.

[0098] The verification program management described above can maintain various verification programs, including basic information of the verification program, classification of verification items, standard equipment configuration, and configuration of the equipment being tested.

[0099] The basic information further includes the name of the verification program, the creator, the creation time, the description and other basic information.

[0100] The further classification of the verification items includes selecting the classification of the verification items that can be verified by the verification procedure.

[0101] The standard equipment configuration further includes selecting equipment in the measurement standard device, and performing equipment interface settings and program control instruction configuration on the equipment.

[0102] The device interface setting further includes three modes: serial port configuration, VISA configuration and USB configuration.

[0103] Furthermore, the serial port configuration includes information such as baud rate, data bits, stop bits, and parity check.

[0104] Furthermore, the VISA configuration mainly communicates with the instrument equipment through the virtual instrument software architecture.

[0105] Furthermore, the USB configuration is mainly to communicate with the host through the USB device.

[0106] Furthermore, the program-controlled instruction configuration is mainly to configure setting instructions and reading instructions.

[0107] Furthermore, the configuration of the device under test mainly involves setting the interface of the device under test and program control instructions for the device under test, and the setting method is the same as that of the standard device configuration.

[0108] The automatic calibration can automatically perform calibration operations according to the calibration procedure, including a list of equipment to be tested, selection of a calibration procedure, selection of standard equipment, execution of calibration, and generation of calibration results.

[0109] Furthermore, the list of equipment to be inspected displays the list of equipment to be inspected, and various information of the inspected equipment can be viewed. After selecting the list of equipment to be inspected, proceed to the next step.

[0110] Furthermore, the selection of the test program is performed by matching the test program according to the test item classification configured for the device under test. After the test program is selected, the next step is performed.

[0111] Furthermore, the selection of standard equipment, the selection of standard equipment in the verification procedure, the role configuration of the equipment, and then the next step.

[0112] Furthermore, the role configuration is that different standards play different roles in the calibration process during measurement, and role configuration can be performed, and the standards are programmed to execute according to the roles.

[0113] Furthermore, the execution of the calibration includes determining interface parameters, confirming device connection status, starting automatic calibration, issuing program control instructions, returning program control results, generating calibration data results, and storing calibration data.

[0114] Furthermore, the interface parameters are determined, and the device interfaces and program control instructions that have been configured for the standard device and the device under test are confirmed. After the confirmation is completed, the next step is performed.

[0115] Furthermore, the device connection status is confirmed, and the device connection status is checked to see whether it has been connected. After confirmation, proceed to the next step.

[0116] Furthermore, the automatic calibration is started, and calibration is performed item by item according to the calibration items and calibration points configured for the device under test, and the calibration process for each calibration item is implemented according to the national calibration regulations.

[0117] Furthermore, the sending of program control instructions is implemented by automatically performing program control item by item according to the configured program control instructions.

[0118] Furthermore, the returned program control results are returned item by item according to the set reading instructions.

[0119] Furthermore, the verification data results are generated by processing the verification data results according to the data processing method defined in the national verification regulations, including data rounding, absolute error, relative error, verification conclusion, etc.

[0120] Furthermore, the verification data results described above can be generated in accordance with national verification regulations, and out-of-tolerance or abnormal data can be marked with special statuses to facilitate the verifier to quickly analyze the data and confirm the next step of operation.

[0121] Furthermore, the generation of the verification data results includes inputting environmental data and monitoring environmental data such as temperature and humidity in the laboratory through IoT sensing devices.

[0122] Furthermore, the IoT sensing devices refer to devices such as temperature sensors, humidity sensors, and smart electricity meters, which can store environmental data through data transmission protocols.

[0123] Furthermore, the verification data is stored in a database.

[0124] Although the preferred embodiments of the present invention have been described, those skilled in the art may make additional changes and modifications to these embodiments once they have learned the basic creative concept. Therefore, the appended claims are intended to be interpreted as including the preferred embodiments and all changes and modifications that fall within the scope of the present invention.

[0125] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations.

Claims

1. An automatic verification and measurement platform adapted to multiple professional fields, characterized in that: include: Basic information management module, verification program management module and automatic verification module; among them, The basic information management module is used to store and manage various basic information related to measurement, including: task order management, inspected equipment management, standard equipment management, calibration item configuration, calibration data management, calibration certificate management, technical document management and personnel role management; The verification program management module is used to create and expand verification programs, and maintain the basic information of each verification program, verification item classification, standard equipment configuration and tested equipment configuration; The automatic verification module is used to select verification programs and standard equipment for automatic verification operations and generate verification results according to the verification programs in the verification program management module and the basic information in the basic information management module.

2. The automatic verification and measurement platform adapted to multiple professional fields according to claim 1 is characterized in that: The task order management is to send a task order to the device under test, and the device under test starts the calibration process after receiving the task order; The inspected equipment management is to carry out information management of the basic information, inspection items and inspection point information of all inspected equipment; The standard equipment management mentioned above refers to the information management of the name, model, verification validity period, technical indicators and verification certificate of the laboratory standard equipment; The calibration item configuration is to configure the professional field, metrological standard device, calibration item classification, calibration items and calibration points of the specifications and models of the equipment to be inspected; The verification data management is to store the verification data generated by automatic verification in a unified manner, mark and print the verification data, and generate original records and verification certificates; The technical document management mentioned above is to manage the national verification procedures based on which the metrological standard devices are based, so that the documents are the current valid versions; The personnel role management is to customize the functional permissions and data permissions in the basic information management module to achieve different permission controls for different personnel roles.

3. The automatic verification and measurement platform adapted to multiple professional fields according to claim 2 is characterized in that: The professional fields mentioned are geometry, thermodynamics, mechanics, electromagnetism, electronics, time and frequency, ionizing radiation, acoustics, optics and chemistry; The verification item classification is a classification including different verification items defined according to professional fields and metrological standard devices; The verification items mentioned above are the verification items specified in the national verification regulations on which the measurement standard devices are based; The verification points are verification points that are specifically configured according to the verification items.

4. The automatic verification and measurement platform adapted to multiple professional fields according to claim 2 is characterized in that: The identification printing is to generate a verification certificate, a verification pass stamp and a cancellation stamp based on the verification results; The original records and verification certificates are designed in templates according to the classification of different verification items and the requirements of national verification regulations, and the data is directly generated into the templates; The verification certificate management is to manage and approve all generated verification certificates, and after approval, an electronic signature and verification stamp will be stamped on the verification certificate.

5. The automatic verification and measurement platform adapted to multiple professional fields according to claim 1 is characterized in that: The calibration procedure management module is specifically used to create and expand calibration procedures; maintain the basic information of each calibration procedure, including the calibration procedure name, creator, creation time and description information; and select the calibration item classification that can be calibrated by the calibration procedure; and select equipment in the measurement standard device, and set the equipment interface and program control instruction configuration for the equipment; and set the equipment interface and program control instruction for the equipment being tested.

6. The automatic verification and measurement platform adapted to multiple professional fields according to claim 5 is characterized in that: The device interface setting includes three modes: serial port configuration, VISA configuration and USB configuration; wherein the serial port configuration includes baud rate, data bit, stop bit, and parity information; the VISA configuration communicates with the instrument device through the virtual instrument software architecture; the USB configuration communicates with the host through the USB device; The program control instruction configuration includes setting instruction and reading instruction configuration.

7. The automatic verification and measurement platform adapted to multiple professional fields according to claim 1 is characterized in that: The automatic verification module is specifically used to select and display the list of devices to be verified, view various information of the devices to be verified, and match the verification procedures according to the verification item classification configured for the devices to be verified; And select the standard equipment in the calibration program, and configure the role of the equipment; and include determining interface parameters, confirming the equipment connection status, starting automatic calibration, issuing program control instructions, returning program control results, generating calibration data results, and storing calibration data.

8. The automatic verification and measurement platform adapted to multiple professional fields according to claim 7 is characterized in that: The role configuration means that different standards play different roles in the calibration process during measurement, and the standards are programmed and executed according to the roles.

9. The automatic verification and measurement platform adapted to multiple professional fields according to claim 7 is characterized in that: The interface parameters are determined to confirm the equipment interfaces and program control instructions that have been configured for the standard equipment and the equipment under test; The device connection status confirmation is used to check whether the device connection status is completed; The automatic verification is started to verify the equipment item by item according to the verification items and verification points configured. The verification process of each verification item is implemented according to the national verification regulations. The sending of program control instructions is used to implement automatic program control item by item according to the configured program control instructions; The returned program control result is used to return the program control data item by item according to the set reading instruction; The calibration data results are generated to process the calibration data results according to the data processing method defined in the national calibration regulations, including data rounding, absolute error, relative error and calibration conclusion; and to mark out-of-tolerance or abnormal data with special status and analyze the data; the calibration data includes the entered environmental data, and the environmental data of temperature and humidity in the laboratory is monitored by the Internet of Things sensing equipment.

10. The automatic verification and measurement platform adapted to multiple professional fields according to claim 9 is characterized in that: The IoT sensing device includes: a temperature sensor, a humidity sensor and an intelligent electricity meter, and environmental data can be stored through a data transmission protocol.

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