A production environment safety supervision system based on data security sharing

Abstract

The present invention discloses a production environment safety supervision system based on data security sharing, which specifically relates to the field of information technology, including a production environment monitoring area division module, a physical environment data acquisition module, a physical environment data analysis module, a biochemical environment data acquisition module, a biochemical environment data analysis module, an electrical environment data acquisition module, an electrical environment data analysis module, a comprehensive data analysis module, and a human-computer interaction module. The present invention divides the target production environment area into equal areas through the monitoring area division module, and collects relevant data through the data acquisition module. The data is processed and analyzed by the data analysis module to obtain a production environment safety index, and the production environment safety index is compared with the production environment safety index standard value through the human-computer interaction module to determine whether the target production environment is in a dangerous state, and relevant measures are taken in time, which can effectively reduce the risk of accidents and improve production efficiency and production level.

Description

Technical Field

[0001] The present invention relates to the field of information technology, and more specifically, to a production environment security monitoring system based on data security sharing. Background Art

[0002] The development of production environment safety is a process that is accompanied by the continuous advancement of industrialization, technological innovation, and continuous improvement of laws and regulations. Since the beginning of the new century, with the rapid development of science and technology and the continuous innovation of production safety technology, the safety of the production environment has received more and more attention. The production environment includes physical safety, occupational health and safety, electrical and equipment safety, information security, and environmental safety. The safety of the production environment can protect the life and health of employees, promote production efficiency and quality improvement, and reduce the operating costs of enterprises. It is not only the cornerstone of the sustainable development of enterprises, but also an important guarantee for social harmony and stability.

[0003] Traditional production environment safety supervision systems integrate multiple sensors, monitoring equipment and data analysis technologies to achieve real-time monitoring and data analysis of various parameters in the production environment. The monitoring parameters include temperature, humidity, pressure, gas concentration, and equipment operating status. The system can promptly detect potential safety hazards and remind relevant personnel to take corresponding measures through early warning and alarm to ensure the safety of the production environment. By applying the production environment safety supervision system, enterprises can achieve real-time monitoring and early warning analysis of the production environment, effectively reduce the risk of accidents, and improve production efficiency and management level.

[0004] However, there are still some shortcomings in its actual use, such as inaccurate data collection. When collecting data, the traditional production environment safety supervision system does not make an accurate division of the production environment monitoring area, resulting in one-sided production environment data collection. The data is not accurate enough and cannot provide comprehensive data support for subsequent analysis; data collection is not comprehensive. When collecting data that affects the production environment, the traditional production environment safety supervision system does not accurately and meticulously divide the influencing factors, and the collected and analyzed data is not comprehensive enough. Summary of the invention

[0005] In order to overcome the above-mentioned defects of the prior art, an embodiment of the present invention provides a production environment security supervision system based on data security sharing, and solves the problems raised in the above-mentioned background technology through the following scheme.

[0006] To achieve the above purpose, the present invention provides the following technical solution: a production environment safety supervision system based on data security sharing. It includes:

[0007] Production environment monitoring area division module: used to determine the target production environment monitoring area as the target monitoring area, divide the target monitoring area into various sub-production environment monitoring areas by equal area division, and mark them as 1, 2...n in sequence;

[0008] Physical environment data collection module: used to collect the illumination, ambient temperature, ambient humidity, and noise intensity in each sub-production environment monitoring area, marked as , , ,as well as and passing the collected physical environment data to the physical environment data analysis module;

[0009] Physical environment data analysis module: including a physical environment data analysis unit, used to analyze and process the data collected by the physical environment data collection module, and transmit the results to the comprehensive data analysis module;

[0010] Biochemical environment data acquisition module: used to collect the content of harmful chemical substances, toxic chemical gas concentrations, and pathogenic microorganism concentrations in each sub-production environment monitoring area, and transmit the measured biochemical environment data to the biochemical environment data analysis module;

[0011] Biochemical environment data analysis module: including harmful chemical substance data analysis unit, toxic chemical gas data analysis unit, pathogenic microorganism data analysis unit, and biochemical environment data comprehensive analysis unit, used for analyzing and processing the data collected by the biochemical environment data collection module, and transmitting the processing results to the comprehensive data analysis module;

[0012] Electrical environment data acquisition module: used to collect circuit aging status and circuit overload status of each sub-production environment monitoring area, marked as and and transmit the collected electrical environment data to the electrical environment data analysis module;

[0013] Electrical environment data analysis module: including an electrical environment data analysis unit, used to process the electrical environment data collected by the electrical environment data acquisition module and transmit the processing results to the comprehensive data analysis module;

[0014] Comprehensive data analysis module: including a comprehensive data analysis unit, which is used to process and analyze the physical environment safety index, the biochemical environment safety index and the electrical environment safety index, and transmit the results to the human-computer interaction module;

[0015] Human-computer interaction module: used to establish the standard value of the production environment safety index. By comparing the standard value of the production environment safety index with the production environment safety index, it is determined whether the target production environment is in a dangerous state, and the comparison results are fed back to relevant staff, and the values ​​of relevant production environment safety influencing factors are recorded.

[0016] Preferably, the physical environment data analysis unit is used to establish a physical environment data analysis model of the production environment, import the illuminance, ambient temperature, ambient humidity, and noise intensity collected by the physical environment data acquisition module into the physical environment data analysis model, and calculate the physical environment safety index of the target monitored production environment, which is specifically expressed as: , Represents the physical environment safety index within the target production environment monitoring area. It indicates the light intensity impact index in the target production environment monitoring area, which is specifically expressed as:

[0017] ,

[0018] Indicates The light intensity in the sub-production environment monitoring area is Indicates the influence coefficient of illuminance on the illuminance influence index, is a constant, is a constant, It indicates the ambient temperature impact index in the target production environment detection area, which is specifically expressed as:

[0019] ,

[0020] Indicates The ambient temperature in each production environment monitoring area, Indicates the influence coefficient of ambient temperature on the ambient temperature influence index, is a constant, is a constant, It indicates the environmental humidity impact index in the target production environment detection area, which is specifically expressed as:

[0021] ,

[0022] Indicates The ambient humidity in each production environment monitoring area is Represents the influence coefficient of ambient humidity on the ambient humidity influence index, is a constant, is a constant, Indicates The noise intensity in each sub-production environment monitoring area, , , and They respectively represent the influence coefficients of illumination influence index, ambient temperature influence index, ambient humidity influence index and noise intensity on the physical environment safety index.

[0023] Preferably, the content of the harmful chemical substances includes heavy metal content, radioactive element content, carcinogen content, and flame retardant content, which are marked as , , ,as well as The toxic chemical gas concentrations include methane concentration, carbon monoxide concentration, ethane concentration, ammonia concentration, and hydrogen sulfide concentration, which are marked as , , , ,as well as , pathogenic microorganism content includes Escherichia coli content, Staphylococcus aureus content, Rickettsia content, Mycoplasma content, and mold content, which are marked as , , , ,as well as .

[0024] Preferably, the harmful chemical substance data analysis unit is used to establish a harmful chemical substance data analysis model, import the harmful chemical substance data collected by the biochemical environment data collection module into the harmful chemical substance data analysis model, and calculate the harmful chemical substance impact index, which is specifically expressed as: , Indicates the impact index of harmful chemical substances in the target production environment. Indicates The heavy metal content in the sub-production environment monitoring area, Indicates The radioactive element content in each sub-production environment monitoring area, Indicates The content of carcinogens in the sub-production environment monitoring area, Indicates The flame retardant content in each production environment monitoring area, , , ,as well as They respectively represent the influence coefficients of heavy metal content, radioactive element content, carcinogen content, and flame retardant content on the harmful chemical substance impact index.

[0025] Preferably, the toxic chemical gas data analysis unit is used to establish a toxic chemical gas data analysis model, import the data collected by the biochemical environment data acquisition module into the toxic chemical gas data analysis model, and calculate the toxic chemical gas impact index, which is specifically expressed as: , Indicates the toxic chemical gas impact index of the target production environment monitoring area. Indicates The methane concentration in each sub-production environment monitoring area, Indicates The carbon monoxide concentration in each sub-production environment monitoring area is Indicates The ethane concentration in each sub-production environment monitoring area, Indicates The ammonia concentration in the sub-production environment monitoring area, Indicates The concentration of hydrogen sulfide in the sub-production environment monitoring area is , , , ,as well as They respectively represent the influence coefficients of methane concentration, carbon monoxide concentration, ethane concentration, ammonia concentration, and hydrogen sulfide concentration on the harmful chemical gas impact index.

[0026] Preferably, the pathogenic microorganism data analysis unit is used to establish a pathogenic microorganism data analysis model, import the content of pathogenic microorganisms collected by the biochemical environment data collection module into the pathogenic microorganism data analysis model, and calculate the pathogenic microorganism impact index, which is specifically expressed as: , Indicates the pathogenic microorganism impact index of the target production environment, Indicates The E. coli content in the sub-production environment monitoring area, Indicates The content of Staphylococcus aureus in the production environment monitoring area of ​​each sub-production area Indicates The Rickettsia content in the production environment monitoring area is Indicates The mycoplasma content in the sub-production environment monitoring area, Indicates The mold content in the production environment monitoring area is , , , ,as well as They respectively represent the influence coefficients of Escherichia coli content, Staphylococcus aureus content, Rickettsia content, Mycoplasma content, and mold content on the pathogenic microorganism influence index.

[0027] Preferably, the biochemical environment data comprehensive analysis unit is used to establish a biochemical environment data comprehensive analysis model, import the obtained harmful chemical substance impact index, toxic chemical gas impact index, and pathogenic microorganism impact index into the biochemical environment data comprehensive analysis model, and calculate the biochemical environment safety index, which is specifically expressed as: , Represents the biochemical safety index of the target production environment, Indicates the impact index of harmful chemical substances in the target production environment. Indicates the toxic chemical gas impact index of the target production environment, Represents the pathogenic microorganism impact index of the target production environment.

[0028] Preferably, the electrical environment data analysis unit is used to establish an electrical environment data analysis model, import the circuit aging status data and circuit overload status data collected by the electrical environment data collection module into the electrical environment data analysis model, and calculate the electrical environment safety index, which is specifically expressed as: , Indicates the electrical environment safety index of the target production environment, Indicates The circuit aging condition in each production environment monitoring area, Indicates The circuit overload condition in each production environment monitoring area, and They respectively represent the influence coefficients of circuit aging and circuit overload on the electrical environment safety index.

[0029] Preferably, the comprehensive data analysis unit is used to establish a comprehensive data analysis model, import the physical environment safety index, biochemical environment safety index and electrical environment safety index obtained by the physical environment data analysis module, the biochemical environment data analysis module and the electrical environment data analysis module into the comprehensive data analysis model, and calculate the production environment safety index, which is specifically expressed as: , Represents the production environment safety index of the target production environment monitoring area, Represents the physical environment safety index of the target production environment monitoring area, Represents the biochemical environmental safety index of the target production environment monitoring area, Indicates the electrical environment safety index of the target production environment monitoring area. , ,as well as They respectively represent the influence coefficients of the physical environment safety index, biochemical environment safety index and electrical environment safety index on the production environment safety index.

[0030] Preferably, the standard value of the production environment safety index is marked as ,when , Indicates the allowable error value of the production environment safety index, indicating that the difference between the production environment safety index of the target production environment monitoring area and the standard value of the production environment safety index is within the allowable range, and the target production environment monitoring area is in a safe state; when , indicating that the difference between the production environment safety index of the target production environment monitoring area and the standard value of the production environment safety index exceeds the allowable range, and the target production environment monitoring area is in a dangerous state. The human-computer interaction module needs to send early warning information to relevant staff and upload the collected data to the database in order to generate the standard value of the production environment safety index.

[0031] Technical effects and advantages of the present invention:

[0032] 1. The present invention can accurately and meticulously divide the target production environment through the production environment monitoring area division module, which can effectively avoid measurement errors, can more accurately detect the safety status of the production environment in different areas, and has extensive sampling data, which can provide effective data support for subsequent data processing and analysis;

[0033] 2. The present invention collects different types of influencing factors that affect the safety of the production environment through the physical environment data collection module, the biochemical environment data collection module, and the electrical environment data collection module, and can measure the safety index of the production environment through multi-dimensional data. Comprehensive data collection can effectively check potential dangerous factors in the production environment, effectively improve the safety index of the production environment, and reduce production risks. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] Figure 1 It is a schematic diagram of the overall structure of the present invention. DETAILED DESCRIPTION

[0035] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0036] As attached Figure 1A production environment safety supervision system based on data security sharing is shown, including a production environment monitoring area division module, a physical environment data acquisition module, a physical environment data analysis module, a biochemical environment data acquisition module, a biochemical environment data analysis module, an electrical environment data acquisition module, an electrical environment data analysis module, a comprehensive data analysis module, and an information interaction module.

[0037] The output end of the production environment monitoring area division module is respectively connected to the input ends of the physical environment data acquisition module, the biochemical environment data acquisition module and the electrical environment data acquisition module; the output end of the physical environment data acquisition module is connected to the input end of the physical environment data analysis module; the output end of the biochemical environment data acquisition module is connected to the input end of the biochemical environment data analysis module; the output end of the electrical environment data acquisition module is connected to the input end of the electrical environment data analysis module; the output ends of the physical environment data analysis module, the biochemical environment data analysis module and the electrical environment data analysis module are respectively connected to the input end of the comprehensive data analysis module; the output end of the comprehensive data analysis module is connected to the input end of the information interaction module.

[0038] The production environment monitoring area division module is used to determine the target production environment monitoring area as the target monitoring area, divide the target monitoring area into various sub-production environment monitoring areas by equal area division, and mark them as 1, 2...n in sequence.

[0039] The physical environment data acquisition module is used to collect the illumination, ambient temperature, ambient humidity, and noise intensity in each sub-production environment monitoring area, which are marked as , , ,as well as And pass the collected physical environment data to the physical environment data analysis module.

[0040] What needs to be specifically explained in this embodiment is that a light meter is used to measure the light intensity value of the current sub-production environment monitoring area at the measurement point in each sub-production environment monitoring area; the dry-bulb temperature method is used to measure the ambient temperature of the sub-production environment monitoring area to be measured; an electronic humidity sensor is used to measure the ambient humidity of the sub-production environment monitoring area to be measured; and a sound level meter is used to measure the noise decibels of the sub-production environment monitoring area to be measured.

[0041] The physical environment data analysis module includes a physical environment data analysis unit, which is used to analyze and process the data collected by the physical environment data collection module and transmit the results to the comprehensive data analysis module.

[0042] The physical environment data analysis unit is used to establish a physical environment data analysis model of the production environment, import the illuminance, ambient temperature, ambient humidity, and noise intensity collected by the physical environment data acquisition module into the physical environment data analysis model, and calculate the physical environment safety index of the target monitoring production environment, which is specifically expressed as: , Represents the physical environment safety index within the target production environment monitoring area. It indicates the light intensity impact index in the target production environment monitoring area, which is specifically expressed as:

[0043] ,

[0044] Indicates The light intensity in the sub-production environment monitoring area is Indicates the influence coefficient of illuminance on the illuminance influence index, is a constant, is a constant, It indicates the ambient temperature impact index in the target production environment detection area, which is specifically expressed as:

[0045] ,

[0046] Indicates The ambient temperature in each production environment monitoring area, Indicates the influence coefficient of ambient temperature on the ambient temperature influence index, is a constant, is a constant, It indicates the environmental humidity impact index in the target production environment detection area, which is specifically expressed as:

[0047] ,

[0048] Indicates The ambient humidity in each production environment monitoring area is Represents the influence coefficient of ambient humidity on the ambient humidity influence index, is a constant, is a constant, Indicates The noise intensity in each sub-production environment monitoring area, , , and They respectively represent the influence coefficients of illumination influence index, ambient temperature influence index, ambient humidity influence index and noise intensity on the physical environment safety index.

[0049] The biochemical environment data acquisition module is used to collect the content of harmful chemical substances, the concentration of toxic chemical gases, and the concentration of pathogenic microorganisms in each sub-production environment monitoring area, and transmit the measured biochemical environment data to the biochemical environment data analysis module.

[0050] The content of the harmful chemical substances includes heavy metal content, radioactive element content, carcinogen content, and flame retardant content, which are marked as , , ,as well as The toxic chemical gas concentrations include methane concentration, carbon monoxide concentration, ethane concentration, ammonia concentration, and hydrogen sulfide concentration, which are marked as , , , ,as well as , pathogenic microorganism content includes Escherichia coli content, Staphylococcus aureus content, Rickettsia content, Mycoplasma content, and mold content, which are marked as , , , ,as well as .

[0051] What needs to be specifically explained in this embodiment is that the heavy metal substances in the production environment are extracted by a filter membrane and the heavy metal content in the production environment is measured by atomic absorption spectrometry; the content of radioactive substances in the production environment is tested by a radiation dosimeter; the content of carcinogens, the content of combustion aids, the concentration of methane and the concentration of ethane in the production environment are measured by gas chromatography; the concentration of carbon monoxide in the production environment is measured by a carbon monoxide detector; the concentration of ammonia in the production environment is measured by Nessler's reagent spectrophotometry; the concentration of hydrogen sulfide in the production environment is measured by an electrochemical sensor instrument; and the content of pathogenic microorganisms in the production environment is measured by a microbial pathogen content measuring instrument.

[0052] The biochemical environment data analysis module includes a harmful chemical substance data analysis unit, a toxic chemical gas data analysis unit, a pathogenic microorganism data analysis unit, and a biochemical environment data comprehensive analysis unit, which is used to analyze and process the data collected by the biochemical environment data collection module and transmit the processing results to the comprehensive data analysis module.

[0053] The harmful chemical substance data analysis unit is used to establish a harmful chemical substance data analysis model, import the harmful chemical substance data collected by the biochemical environment data collection module into the harmful chemical substance data analysis model, and calculate the harmful chemical substance impact index, which is specifically expressed as: , Indicates the impact index of harmful chemical substances in the target production environment. Indicates The heavy metal content in the sub-production environment monitoring area, Indicates The radioactive element content in each sub-production environment monitoring area, Indicates The content of carcinogens in the sub-production environment monitoring area, Indicates The flame retardant content in each production environment monitoring area, , , ,as well as They respectively represent the influence coefficients of heavy metal content, radioactive element content, carcinogen content, and flame retardant content on the harmful chemical substance impact index.

[0054] The toxic chemical gas data analysis unit is used to establish a toxic chemical gas data analysis model, import the data collected by the biochemical environment data acquisition module into the toxic chemical gas data analysis model, and calculate the toxic chemical gas impact index, which is specifically expressed as: , Indicates the toxic chemical gas impact index of the target production environment monitoring area. Indicates The methane concentration in each sub-production environment monitoring area, Indicates The carbon monoxide concentration in each sub-production environment monitoring area is Indicates The ethane concentration in each sub-production environment monitoring area, Indicates The ammonia concentration in the sub-production environment monitoring area, Indicates The concentration of hydrogen sulfide in the sub-production environment monitoring area is , , , ,as well as They respectively represent the influence coefficients of methane concentration, carbon monoxide concentration, ethane concentration, ammonia concentration, and hydrogen sulfide concentration on the harmful chemical gas impact index.

[0055] The pathogenic microorganism data analysis unit is used to establish a pathogenic microorganism data analysis model, import the content of pathogenic microorganisms collected by the biochemical environment data collection module into the pathogenic microorganism data analysis model, and calculate the pathogenic microorganism impact index, which is specifically expressed as: , Indicates the pathogenic microorganism impact index of the target production environment, Indicates The E. coli content in the sub-production environment monitoring area, Indicates The content of Staphylococcus aureus in the production environment monitoring area of ​​each sub-production area Indicates The Rickettsia content in the production environment monitoring area is Indicates The mycoplasma content in the sub-production environment monitoring area, Indicates The mold content in the production environment monitoring area is , , , ,as well as They respectively represent the influence coefficients of Escherichia coli content, Staphylococcus aureus content, Rickettsia content, Mycoplasma content, and mold content on the pathogenic microorganism influence index.

[0056] The biochemical environment data comprehensive analysis unit is used to establish a biochemical environment data comprehensive analysis model, import the obtained harmful chemical substance impact index, toxic chemical gas impact index, and pathogenic microorganism impact index into the biochemical environment data comprehensive analysis model, and calculate the biochemical environment safety index, which is specifically expressed as: , Represents the biochemical safety index of the target production environment, Indicates the impact index of harmful chemical substances in the target production environment. Indicates the toxic chemical gas impact index of the target production environment, Represents the pathogenic microorganism impact index of the target production environment.

[0057] The electrical environment data acquisition module is used to collect the circuit aging status and circuit overload status of each sub-production environment monitoring area, which are marked as and and transmit the collected electrical environment data to the electrical environment data analysis module.

[0058] What needs to be specifically explained in this embodiment is that the load test method is used to detect the circuit aging condition of the target production environment, and the rated load or over-rated load is added to the circuit to observe the circuit operation. When the load increases, the aged circuit may experience performance degradation, increased heat generation, or protection action; the observation method and instrument detection method are used to measure the circuit process condition in the target production environment, and observe whether the fuse blows frequently. When the current in the circuit exceeds the rated value, the fuse will blow and cut off the circuit, indicating that the circuit is overloaded. An ammeter is used to detect the current value in the circuit. If the current in the circuit exceeds the rated current of the component or wire, then the circuit is likely to be overloaded.

[0059] The electrical environment data analysis module includes an electrical environment data analysis unit, which is used to process the electrical environment data collected by the electrical environment data collection module and transmit the processing result to the comprehensive data analysis module.

[0060] The electrical environment data analysis unit is used to establish an electrical environment data analysis model, import the circuit aging status data and circuit overload status data collected by the electrical environment data collection module into the electrical environment data analysis model, and calculate the electrical environment safety index, which is specifically expressed as: , Indicates the electrical environment safety index of the target production environment, Indicates The circuit aging condition in each production environment monitoring area, Indicates The circuit overload condition in each production environment monitoring area, and They respectively represent the influence coefficients of circuit aging and circuit overload on the electrical environment safety index.

[0061] The comprehensive data analysis module includes a comprehensive data analysis unit for performing data processing and analysis on the physical environment safety index, the biochemical environment safety index and the electrical environment safety index, and transmitting the results to the human-computer interaction module.

[0062] The comprehensive data analysis unit is used to establish a comprehensive data analysis model, import the physical environment safety index, biochemical environment safety index and electrical environment safety index obtained by the physical environment data analysis module, the biochemical environment data analysis module and the electrical environment data analysis module into the comprehensive data analysis model, and calculate the production environment safety index, which is specifically expressed as: , Represents the production environment safety index of the target production environment monitoring area, Represents the physical environment safety index of the target production environment monitoring area, Represents the biochemical environmental safety index of the target production environment monitoring area, Indicates the electrical environment safety index of the target production environment monitoring area. , ,as well as They respectively represent the influence coefficients of the physical environment safety index, biochemical environment safety index and electrical environment safety index on the production environment safety index.

[0063] The human-computer interaction module is used to establish a standard value of the production environment safety index. By comparing the standard value of the production environment safety index with the production environment safety index, it is determined whether the target production environment is in a dangerous state, and the comparison results are fed back to relevant staff, and the values ​​of relevant production environment safety influencing factors are recorded.

[0064] The standard value of the production environment safety index is marked as ,when , Indicates the allowable error value of the production environment safety index, indicating that the difference between the production environment safety index of the target production environment monitoring area and the standard value of the production environment safety index is within the allowable range, and the target production environment monitoring area is in a safe state; when , indicating that the difference between the production environment safety index of the target production environment monitoring area and the standard value of the production environment safety index exceeds the allowable range, and the target production environment monitoring area is in a dangerous state. The human-computer interaction module needs to send early warning information to relevant staff and upload the collected data to the database in order to generate the standard value of the production environment safety index.

[0065] Secondly: In the drawings of the embodiments disclosed in the present invention, only the structures related to the embodiments disclosed in the present invention are involved, and other structures can refer to the general design. In the absence of conflict, the same embodiment and different embodiments of the present invention can be combined with each other;

[0066] Finally: The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A production environment safety supervision system based on data security sharing, characterized in that: include: Production environment monitoring area division module: used to determine the target production environment monitoring area as the target monitoring area, divide the target monitoring area into various sub-production environment monitoring areas by equal area division, and mark them as 1, 2...n in sequence; Physical environment data collection module: used to collect the illumination, ambient temperature, ambient humidity, and noise intensity in each sub-production environment monitoring area, marked as , , ,as well as and passing the collected physical environment data to the physical environment data analysis module; Physical environment data analysis module: including a physical environment data analysis unit, used to analyze and process the data collected by the physical environment data collection module, and transmit the results to the comprehensive data analysis module; The physical environment data analysis unit is used to establish a physical environment data analysis model of the production environment, import the illuminance, ambient temperature, ambient humidity, and noise intensity collected by the physical environment data acquisition module into the physical environment data analysis model, and calculate the physical environment safety index of the target monitoring production environment, which is specifically expressed as: , Represents the physical environment safety index within the target production environment monitoring area. It indicates the light intensity impact index in the target production environment monitoring area, which is specifically expressed as: ， Indicates The light intensity in the sub-production environment monitoring area is Indicates the influence coefficient of illuminance on the illuminance influence index, is a constant, is a constant, It indicates the ambient temperature impact index in the target production environment detection area, which is specifically expressed as: ， Indicates The ambient temperature in each production environment monitoring area, Indicates the influence coefficient of ambient temperature on the ambient temperature influence index, is a constant, is a constant, It indicates the environmental humidity impact index in the target production environment detection area, which is specifically expressed as: ， Indicates The ambient humidity in each production environment monitoring area is Represents the influence coefficient of ambient humidity on the ambient humidity influence index, is a constant, is a constant, Indicates The noise intensity in each sub-production environment monitoring area, , , and They respectively represent the influence coefficients of illumination influence index, ambient temperature influence index, ambient humidity influence index and noise intensity on the physical environment safety index; Biochemical environment data acquisition module: used to collect the content of harmful chemical substances, toxic chemical gas concentrations, and pathogenic microorganism concentrations in each sub-production environment monitoring area, and transmit the measured biochemical environment data to the biochemical environment data analysis module; Biochemical environment data analysis module: including harmful chemical substance data analysis unit, toxic chemical gas data analysis unit, pathogenic microorganism data analysis unit, and biochemical environment data comprehensive analysis unit, used for analyzing and processing the data collected by the biochemical environment data acquisition module, and transmitting the processing results to the comprehensive data analysis module; The harmful chemical substance data analysis unit is used to establish a harmful chemical substance data analysis model, import the harmful chemical substance data collected by the biochemical environment data collection module into the harmful chemical substance data analysis model, and calculate the harmful chemical substance impact index, which is specifically expressed as: , Indicates the impact index of harmful chemical substances in the target production environment. Indicates The heavy metal content in the sub-production environment monitoring area, Indicates The radioactive element content in each sub-production environment monitoring area, Indicates The content of carcinogens in the sub-production environment monitoring area, Indicates The flame retardant content in each production environment monitoring area, , , ,as well as They respectively represent the influence coefficients of heavy metal content, radioactive element content, carcinogen content, and flame retardant content on the harmful chemical substance impact index; The toxic chemical gas data analysis unit is used to establish a toxic chemical gas data analysis model, import the data collected by the biochemical environment data acquisition module into the toxic chemical gas data analysis model, and calculate the toxic chemical gas impact index, which is specifically expressed as: , Indicates the toxic chemical gas impact index of the target production environment monitoring area. Indicates The methane concentration in each sub-production environment monitoring area, Indicates The carbon monoxide concentration in each sub-production environment monitoring area is Indicates The ethane concentration in each sub-production environment monitoring area, Indicates The ammonia concentration in the sub-production environment monitoring area, Indicates The concentration of hydrogen sulfide in the sub-production environment monitoring area is , , , ,as well as Respectively represent the influence coefficients of methane concentration, carbon monoxide concentration, ethane concentration, ammonia concentration, and hydrogen sulfide concentration on the harmful chemical gas impact index; The pathogenic microorganism data analysis unit is used to establish a pathogenic microorganism data analysis model, import the content of pathogenic microorganisms collected by the biochemical environment data collection module into the pathogenic microorganism data analysis model, and calculate the pathogenic microorganism impact index, which is specifically expressed as: , Indicates the pathogenic microorganism impact index of the target production environment, Indicates The E. coli content in the sub-production environment monitoring area, Indicates The content of Staphylococcus aureus in the production environment monitoring area of ​​each sub-production area Indicates The Rickettsia content in the production environment monitoring area is Indicates The mycoplasma content in the sub-production environment monitoring area, Indicates The mold content in the production environment monitoring area is , , , ,as well as They represent the influence coefficients of Escherichia coli content, Staphylococcus aureus content, Rickettsia content, Mycoplasma content, and mold content on the pathogenic microorganism impact index; The biochemical environment data comprehensive analysis unit is used to establish a biochemical environment data comprehensive analysis model, import the obtained harmful chemical substance impact index, toxic chemical gas impact index, and pathogenic microorganism impact index into the biochemical environment data comprehensive analysis model, and calculate the biochemical environment safety index, which is specifically expressed as: , Represents the biochemical safety index of the target production environment, Indicates the impact index of harmful chemical substances in the target production environment. Indicates the toxic chemical gas impact index of the target production environment, Indicates the pathogenic microorganism impact index of the target production environment; Electrical environment data acquisition module: used to collect circuit aging status and circuit overload status of each sub-production environment monitoring area, marked as and and transmit the collected electrical environment data to the electrical environment data analysis module; Electrical environment data analysis module: including an electrical environment data analysis unit, used to process the electrical environment data collected by the electrical environment data collection module and transmit the processing results to the comprehensive data analysis module; The electrical environment data analysis unit is used to establish an electrical environment data analysis model, import the circuit aging status data and circuit overload status data collected by the electrical environment data collection module into the electrical environment data analysis model, and calculate the electrical environment safety index, which is specifically expressed as: , Indicates the electrical environment safety index of the target production environment, Indicates The circuit aging condition in each production environment monitoring area, Indicates The circuit overload condition in each production environment monitoring area, and Respectively represent the influence coefficients of circuit aging and circuit overload on the electrical environment safety index; Comprehensive data analysis module: including a comprehensive data analysis unit, which is used to process and analyze the physical environment safety index, the biochemical environment safety index and the electrical environment safety index, and transmit the results to the human-computer interaction module; The comprehensive data analysis unit is used to establish a comprehensive data analysis model, import the physical environment safety index, biochemical environment safety index and electrical environment safety index obtained by the physical environment data analysis module, the biochemical environment data analysis module and the electrical environment data analysis module into the comprehensive data analysis model, and calculate the production environment safety index, which is specifically expressed as: , Indicates the production environment safety index of the target production environment monitoring area, Represents the physical environment safety index of the target production environment monitoring area, Represents the biochemical environmental safety index of the target production environment monitoring area, Indicates the electrical environment safety index of the target production environment monitoring area. , ,as well as Respectively represent the influence coefficients of physical environment safety index, biochemical environment safety index and electrical environment safety index on production environment safety index; Human-computer interaction module: used to establish the standard value of the production environment safety index. By comparing the standard value of the production environment safety index with the production environment safety index, it is determined whether the target production environment is in a dangerous state, and the comparison results are fed back to relevant staff, and the values ​​of relevant production environment safety influencing factors are recorded.

2. A production environment safety supervision system based on data security sharing according to claim 1, characterized in that: The content of the harmful chemical substances includes heavy metal content, radioactive element content, carcinogen content, and flame retardant content, which are marked as , , ,as well as The toxic chemical gas concentrations include methane concentration, carbon monoxide concentration, ethane concentration, ammonia concentration, and hydrogen sulfide concentration, which are marked as , , , ,as well as , pathogenic microorganism content includes Escherichia coli content, Staphylococcus aureus content, Rickettsia content, Mycoplasma content, and mold content, which are marked as , , , ,as well as .

3. A production environment safety supervision system based on data security sharing according to claim 1, characterized in that: The standard value of the production environment safety index is marked as ,when , Indicates the allowable error value of the production environment safety index, indicating that the difference between the production environment safety index of the target production environment monitoring area and the standard value of the production environment safety index is within the allowable range, and the target production environment monitoring area is in a safe state; when , indicating that the difference between the production environment safety index of the target production environment monitoring area and the standard value of the production environment safety index exceeds the allowable range, and the target production environment monitoring area is in a dangerous state. The human-computer interaction module needs to send early warning information to relevant staff and upload the collected data to the database in order to generate the standard value of the production environment safety index.

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