An Internet-based industrial production safety management system

Abstract

The present invention discloses an Internet-based industrial production safety management system, which relates to the field of data collection and management, and includes a management center, wherein the management center is communicatively connected with a data collection module, a data analysis module, an execution module and a feedback module; the data collection module is used to collect environmental data information of an internal area of ​​industrial production equipment, the collected environmental data information is analyzed to determine whether the environmental data information of the internal area of ​​the industrial production equipment is abnormal, the industrial production equipment with abnormal environmental data information in the internal area is adjusted, feedback is given according to the adjustment result, and the industrial production equipment is evaluated by combining multiple data to make the evaluation result more accurate, thereby predicting dangerous situations in the industrial production process and ensuring the safety of the industrial production process.

Description

Technical Field

[0001] The present invention relates to the field of data collection and management, and in particular to an industrial production safety management system based on the Internet. Background Art

[0002] With the continuous development of science and technology, the pursuit of safety and efficiency in the industrial production process has continued. The rise of Internet technology has brought new possibilities to industrial production, using Internet technology to conduct real-time and comprehensive monitoring of data in the production process; In the prior art, too few types of data are detected during the production process and a single type of data is used to evaluate industrial production equipment, resulting in inaccurate evaluation results and reduced safety in the industrial production process. How to use a combination of multiple data to evaluate production equipment, increase the accuracy of evaluation results, and improve safety in the production process is a problem we need to solve. To this end, an Internet-based industrial production safety management system is now provided. Summary of the invention

[0003] In order to solve the above technical problems, the purpose of the present invention is to provide an Internet-based industrial production safety management system.

[0004] The object of the present invention can be achieved by the following technical solutions: An Internet-based industrial production safety management system, comprising a management center, wherein the management center is communicatively connected to a data acquisition module, a data analysis module, an execution module, and a feedback module; The data acquisition module is used to collect environmental data information of the internal area of ​​the industrial production equipment; The data analysis module is used to analyze the environmental data information collected by the data collection module to determine whether the environmental data information in the internal area of ​​the industrial production equipment is abnormal; The execution module is used to adjust the industrial production equipment with abnormal internal area environmental data information; The feedback module is used to provide feedback according to the adjustment result.

[0005] Furthermore, the data acquisition module is composed of a temperature acquisition terminal, a pressure acquisition terminal, an oxygen concentration acquisition terminal and a carbon dioxide concentration acquisition terminal; The environmental data information includes temperature data information, pressure data information, oxygen concentration data information and carbon dioxide concentration data information; Set the collection frequency of the temperature collection terminal, pressure collection terminal, oxygen concentration collection terminal and carbon dioxide concentration collection terminal; Installing the temperature acquisition terminal, the pressure acquisition terminal, the oxygen concentration acquisition terminal, and the carbon dioxide concentration acquisition terminal in the internal area of ​​the industrial production equipment; The temperature value, pressure value, oxygen concentration value and carbon dioxide concentration value of the internal area of ​​the industrial production equipment are respectively obtained by the temperature collection terminal, pressure collection terminal, oxygen concentration terminal and carbon dioxide concentration collection terminal installed in the internal area of ​​the industrial production equipment, and the obtained temperature value, pressure value, oxygen concentration value and carbon dioxide concentration value of the internal area of ​​the industrial production equipment are labeled and recorded as i.

[0006] Furthermore, the process of the data analysis module analyzing the temperature data information and the pressure data information collected by the data collection module includes: The temperature value of the internal area of ​​the industrial production equipment obtained is recorded as T, and the pressure value of the internal area of ​​the industrial production equipment obtained is recorded as P; The absolute value of the current temperature value minus the previous temperature value is recorded as the temperature change value, and the absolute value of the current pressure value minus the previous pressure value is recorded as the pressure change value; The temperature and pressure change coefficient is obtained through the temperature change value and the pressure change value, which is recorded as BTP i ; Evaluate the temperature and pressure change status of the internal area of ​​industrial production equipment according to the temperature and pressure change coefficient; The temperature and pressure states of the internal area of ​​the industrial production equipment are judged according to the temperature value and the pressure value, and the temperature and pressure states include an excessively low state, a normal state, and an excessively high state.

[0007] Furthermore, the process of evaluating the change state of the temperature value and the pressure value in the internal area of ​​the industrial production equipment according to the temperature and pressure value change coefficient includes: Set the temperature and pressure value change coefficient threshold range, recorded as (BTP0, BTP1); When BTP i When ≤BTP0, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change normally; When BTP0<BTP i When <BTP1, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change slightly abnormally; When BTP i When ≥BTP1, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change abnormally.

[0008] Furthermore, the process of the data analysis module analyzing the oxygen concentration data information and the carbon dioxide concentration data information collected by the data collection module includes: The obtained oxygen concentration value in the internal area of ​​the industrial production equipment is recorded as Y, and the obtained carbon dioxide concentration value in the internal area of ​​the industrial production equipment is recorded as C; The absolute value of the current oxygen concentration value minus the previous oxygen concentration value is recorded as the oxygen concentration change value, and the absolute value of the current carbon dioxide concentration value minus the previous carbon dioxide concentration value is recorded as the carbon dioxide concentration change value; The change coefficient of oxygen concentration and carbon dioxide concentration is obtained by the change value of oxygen concentration and carbon dioxide concentration, which is recorded as BYC i ; Evaluate the change status of oxygen concentration and carbon dioxide concentration in the internal area of ​​industrial production equipment according to the change coefficient of oxygen concentration and carbon dioxide concentration; The states of oxygen concentration and carbon dioxide concentration in the inner area of ​​the industrial production equipment are judged according to the oxygen concentration value and the carbon dioxide concentration value, wherein the states of the oxygen concentration and the carbon dioxide concentration include too low state, normal state and too high state.

[0009] Furthermore, the process of evaluating the change state of the oxygen concentration value and the carbon dioxide concentration value in the internal area of ​​the industrial production equipment according to the change coefficient of the oxygen concentration and the carbon dioxide concentration value includes: Set the oxygen concentration and carbon dioxide concentration value change coefficient threshold range, recorded as (BYC0, BYC1); When BYC i When ≤BYC0, the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment change normally; When BYC0<BYC i When <BYC1, the oxygen concentration value and carbon dioxide concentration value in the internal area of ​​the industrial production equipment change slightly abnormally; When BYC i When ≥BYC1, the oxygen concentration and carbon dioxide concentration values ​​in the internal area of ​​the industrial production equipment change abnormally.

[0010] Furthermore, the process of the execution module adjusting the industrial production equipment with abnormal internal area environmental data information includes: When the temperature and pressure values ​​of the internal area of ​​the industrial production equipment change slightly abnormally, the temperature value at this time is compared with the previous temperature value, and the temperature of the internal area of ​​the industrial production equipment is adjusted according to the comparison result; the pressure value at this time is compared with the previous pressure value, and the pressure of the internal area of ​​the industrial production equipment is adjusted according to the comparison result; When the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change abnormally, the temperature is too low, the temperature is too high, the pressure is too low, or the pressure is too high, shut down the industrial production equipment; When the oxygen concentration value and the carbon dioxide concentration value in the internal area of ​​the industrial production equipment change slightly abnormally, the oxygen concentration value at this time is compared with the previous oxygen concentration value, and the oxygen concentration in the internal area of ​​the industrial production equipment is adjusted according to the comparison result; the carbon dioxide concentration value at this time is compared with the previous carbon dioxide concentration value, and the carbon dioxide concentration in the internal area of ​​the industrial production equipment is adjusted according to the comparison result; When the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment change abnormally, the oxygen concentration is too low, the oxygen concentration is too high, the carbon dioxide concentration is too low, or the carbon dioxide concentration is too high, shut down the industrial production equipment.

[0011] Furthermore, the process of the feedback module providing feedback according to the adjustment result includes: If after adjusting the temperature and pressure of the internal area of ​​the industrial production equipment, the temperature and pressure values ​​of the internal area of ​​the industrial production equipment still change slightly abnormally, increase the collection frequency of the temperature collection terminal and the pressure collection terminal; If after adjusting the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment, the changes in the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment are still slightly abnormal, increase the collection frequency of the oxygen concentration collection terminal and the carbon dioxide concentration collection terminal; For industrial production equipment that has been shut down, an alarm is sent to the management center.

[0012] Compared with the prior art, the beneficial effects of the present invention are: using the data acquisition module to collect environmental data information of the internal area of ​​industrial production equipment, analyzing the collected environmental data information to determine whether the environmental data information of the internal area of ​​the industrial production equipment is abnormal, adjusting the industrial production equipment with abnormal environmental data information in the internal area, providing feedback based on the adjustment results, and utilizing a combination of multiple data to evaluate the industrial production equipment, thereby making the evaluation results more accurate, predicting dangerous situations in the industrial production process based on the evaluation results, and improving the safety of the industrial production process. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1 It is a schematic diagram of the present invention. DETAILED DESCRIPTION

[0014] like Figure 1 As shown, an Internet-based industrial production safety management system includes a management center, and the management center is communicatively connected to a data acquisition module, a data analysis module, an execution module, and a feedback module; The data acquisition module is used to collect environmental data information of the internal area of ​​the industrial production equipment; It should be further explained that, in the specific implementation process, the data acquisition module is composed of a temperature acquisition terminal, a pressure acquisition terminal, an oxygen concentration acquisition terminal and a carbon dioxide concentration acquisition terminal; The environmental data information includes temperature data information, pressure data information, oxygen concentration data information and carbon dioxide concentration data information; Set the acquisition frequency of the temperature acquisition terminal and the pressure acquisition terminal, denoted as wy; Set the collection frequency of the oxygen concentration collection terminal and the carbon dioxide concentration collection terminal, recorded as ye; Installing the temperature acquisition terminal, the pressure acquisition terminal, the oxygen concentration acquisition terminal, and the carbon dioxide concentration acquisition terminal in the internal area of ​​the industrial production equipment; The temperature value, pressure value, oxygen concentration value and carbon dioxide concentration value of the internal area of ​​the industrial production equipment are respectively obtained by the temperature collection terminal, pressure collection terminal, oxygen concentration collection terminal and carbon dioxide concentration collection terminal installed in the internal area of ​​the industrial production equipment, and the obtained temperature value, pressure value, oxygen concentration value and carbon dioxide concentration value of the internal area of ​​the industrial production equipment are labeled and recorded as i, i=1, 2, 3,..., n, n≥1 and n is an integer.

[0015] The data analysis module is used to analyze the environmental data information collected by the data collection module to determine whether the environmental data information in the internal area of ​​the industrial production equipment is abnormal; It should be further explained that, in the specific implementation process, the process in which the data analysis module analyzes the environmental data information collected by the data collection module to determine whether the environmental data information of the internal area of ​​the industrial production equipment is abnormal includes: The temperature value of the internal area of ​​the industrial production equipment obtained is recorded as T, and the pressure value of the internal area of ​​the industrial production equipment obtained is recorded as P; The current temperature is recorded as T i , and record the previous temperature value as T i-1 , the absolute value of the current temperature value minus the previous temperature value is recorded as the temperature change value, and the temperature change value is recorded as BT i , among which, BT i =|T i -T i-1 |, i≥2, the current pressure value is recorded as P i , record the previous pressure value as P i-1 , the absolute value of the current pressure value minus the previous pressure value is recorded as the pressure change value, and the pressure change value is recorded as BP i , among which, BP i =|P i -P i-1 |, i ≥ 2; The temperature and pressure change coefficients are obtained through the temperature change values ​​and the pressure change values, and the temperature and pressure change coefficients are recorded as BTP i ; Among them, BTP i =a×BT i +b×BP i , a represents the weight coefficient of temperature change value, b represents the weight coefficient of pressure change value; Set the temperature and pressure value change coefficient threshold range, and record the temperature and pressure value change coefficient threshold range as (BTP0, BTP1); When BTP i When ≤BTP0, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change normally; When BTP0<BTP i When <BTP1, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change slightly abnormally; When BTP i When ≥BTP1, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change abnormally; Set the threshold range of the temperature value, and record the threshold range of the temperature value as (T0, T1); When T i When ≤T0, the temperature inside the industrial production equipment is too low; When T0<T i When <T1, the temperature inside the industrial production equipment is in normal state; When T i When ≥T1, the temperature inside the industrial production equipment is too high; Set the threshold range of the pressure value, and record the threshold range of the pressure value as (P0, P1); When P i When ≤P0, the pressure in the internal area of ​​the industrial production equipment is too low; When P0<P i When <P1, the pressure in the internal area of ​​the industrial production equipment is in normal state; When P i When ≥P1, the pressure in the internal area of ​​the industrial production equipment is too high; The obtained oxygen concentration value in the internal area of ​​the industrial production equipment is recorded as Y, and the obtained carbon dioxide concentration value in the internal area of ​​the industrial production equipment is recorded as C; The current oxygen concentration value is recorded as Y i , record the previous oxygen concentration value as Y i-1 , the absolute value of the current oxygen concentration value minus the previous oxygen concentration value is recorded as the oxygen concentration change value, and the oxygen concentration change value is recorded as BYi , among which, BY i =|Y i -Y i-1 |, i≥2, the current carbon dioxide concentration value is recorded as C i , and record the previous carbon dioxide concentration value as C i-1 , the absolute value of the current carbon dioxide concentration minus the previous carbon dioxide concentration value is recorded as the carbon dioxide concentration change value, and the carbon dioxide concentration change value is recorded as BC i , among which, BC i =|C i -C i-1 |, i ≥ 2; The coefficient of change of oxygen concentration and carbon dioxide concentration is obtained by the change of oxygen concentration and carbon dioxide concentration, and the coefficient of change of oxygen concentration and carbon dioxide concentration is recorded as BYC i ; Among them, BYC i =c×BY i +d×BC i , c represents the weight coefficient of the change value of oxygen concentration, and d represents the weight coefficient of the change value of carbon dioxide concentration; Set the oxygen concentration and carbon dioxide concentration value change coefficient threshold range, and record the oxygen concentration and carbon dioxide concentration value change coefficient threshold range as (BYC0, BYC1); When BYC i When ≤BYC0, the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment change normally; When BYC0<BYC i When <BYC1, the oxygen concentration value and carbon dioxide concentration value in the internal area of ​​the industrial production equipment change slightly abnormally; When BYC i ≥BYC1, the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment change abnormally; Set the threshold range of oxygen concentration value, and record the threshold range of oxygen concentration value as (Y0, Y1); When Y i When ≤Y0, the oxygen concentration in the internal area of ​​the industrial production equipment is too low; When Y0<Y i When <Y1, the oxygen concentration in the internal area of ​​the industrial production equipment is in normal state; When Y i When ≥Y1, the oxygen concentration in the internal area of ​​the industrial production equipment is too high; Set a threshold range of carbon dioxide concentration values, and record the threshold range of carbon dioxide concentration values ​​as (C0, C1); When Ci When ≤C0, the carbon dioxide concentration in the internal area of ​​the industrial production equipment is too low; When C0<C i When <C1, the carbon dioxide concentration in the internal area of ​​the industrial production equipment is in a normal state; When C i When ≥C1, the carbon dioxide concentration in the internal area of ​​the industrial production equipment is too high.

[0016] The execution module is used to adjust the industrial production equipment with abnormal internal area environmental data information; It should be further explained that, in the specific implementation process, the process of the execution module adjusting the industrial production equipment with abnormal internal area environmental data information includes: When the temperature and pressure values ​​in the internal area of ​​industrial production equipment change slightly abnormally, i With T i-1 For comparison, if T i -T i-1 >0, the temperature inside the industrial production equipment is in a rising state, and the temperature inside the industrial production equipment is reduced by executing the module. If T i -T i-1 =0, the temperature inside the industrial production equipment does not change, and no operation is performed on the temperature inside the industrial production equipment. i -T i-1 <0, the temperature of the internal area of ​​the industrial production equipment is in a decreasing state, and the temperature of the internal area of ​​the industrial production equipment is increased by executing the module to increase P i With P i-1 For comparison, if P i -P i-1 > 0, the pressure in the internal area of ​​the industrial production equipment is in an upward state, and the pressure in the internal area of ​​the industrial production equipment is reduced by executing the module. If P i -P i-1 = 0, the pressure in the internal area of ​​the industrial production equipment does not change, and no operation is performed on the pressure in the internal area of ​​the industrial production equipment. If P i -P i-1 <0, the pressure in the internal area of ​​the industrial production equipment is in a decreasing state, and the pressure in the internal area of ​​the industrial production equipment is increased by the execution module; When the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change abnormally, the temperature is too low, the temperature is too high, the pressure is too low, or the pressure is too high, shut down the industrial production equipment; When the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment change slightly abnormally, i With Yi-1 For comparison, if Y i -Y i-1 >0, the oxygen concentration in the internal area of ​​the industrial production equipment is in an increasing state, and the oxygen concentration in the internal area of ​​the industrial production equipment is reduced by executing the module. If Y i -Y i-1 =0, the oxygen concentration in the internal area of ​​the industrial production equipment does not change, and no operation is performed on the oxygen concentration in the internal area of ​​the industrial production equipment. i -Y i-1 <0, the oxygen concentration in the internal area of ​​the industrial production equipment is in a decreasing state, and the oxygen concentration in the internal area of ​​the industrial production equipment is increased by executing the module. i With C i-1 For comparison, if C i -C i-1 > 0, the carbon dioxide concentration in the internal area of ​​the industrial production equipment is in an increasing state, and the carbon dioxide concentration in the internal area of ​​the industrial production equipment is reduced by executing the module. If C i -C i-1 = 0, the carbon dioxide concentration in the internal area of ​​the industrial production equipment does not change, and the carbon dioxide concentration in the internal area of ​​the industrial production equipment is not operated. If C i -C i-1 <0, the carbon dioxide concentration in the internal area of ​​the industrial production equipment is in a decreasing state, and the carbon dioxide concentration in the internal area of ​​the industrial production equipment is increased by executing the module; When the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment change abnormally, the oxygen concentration is too low, the oxygen concentration is too high, the carbon dioxide concentration is too low, or the carbon dioxide concentration is too high, shut down the industrial production equipment.

[0017] The feedback module is used to provide feedback according to the adjustment result; It should be further explained that, in the specific implementation process, the process in which the feedback module provides feedback according to the adjustment result includes: If after adjusting the temperature and pressure of the internal area of ​​the industrial production equipment, the temperature and pressure values ​​of the internal area of ​​the industrial production equipment still change slightly abnormally, increase the collection frequency of the temperature collection terminal and the pressure collection terminal; If after adjusting the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment, the changes in the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment are still slightly abnormal, increase the collection frequency of the oxygen concentration collection terminal and the carbon dioxide concentration collection terminal; For industrial production equipment that has been shut down, an alarm is sent to the management center.

[0018] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. An Internet-based industrial production safety management system, including a management center, characterized in that: The management center is communicatively connected with a data acquisition module, a data analysis module, an execution module and a feedback module; The data acquisition module is used to collect environmental data information of the internal area of ​​the industrial production equipment; The data analysis module is used to analyze the environmental data information collected by the data collection module to determine whether the environmental data information in the internal area of ​​the industrial production equipment is abnormal; The execution module is used to adjust the industrial production equipment with abnormal internal area environmental data information; The feedback module is used to provide feedback according to the adjustment result.

2. The Internet-based industrial production safety management system according to claim 1 is characterized in that: The data acquisition module is composed of a temperature acquisition terminal, a pressure acquisition terminal, an oxygen concentration acquisition terminal and a carbon dioxide concentration acquisition terminal; The environmental data information includes temperature data information, pressure data information, oxygen concentration data information and carbon dioxide concentration data information; Set the collection frequency of the temperature collection terminal, pressure collection terminal, oxygen concentration collection terminal and carbon dioxide concentration collection terminal; Installing the temperature acquisition terminal, the pressure acquisition terminal, the oxygen concentration acquisition terminal, and the carbon dioxide concentration acquisition terminal in the internal area of ​​the industrial production equipment; The temperature value, pressure value, oxygen concentration value and carbon dioxide concentration value of the internal area of ​​the industrial production equipment are respectively obtained through the temperature collection terminal, pressure collection terminal, oxygen concentration collection terminal and carbon dioxide concentration collection terminal installed in the internal area of ​​the industrial production equipment.

3. The Internet-based industrial production safety management system according to claim 2 is characterized in that: The process of the data analysis module analyzing the temperature data information and the pressure data information collected by the data collection module includes: The temperature value of the internal area of ​​the industrial production equipment obtained is recorded as T, and the pressure value of the internal area of ​​the industrial production equipment obtained is recorded as P; The absolute value of the current temperature value minus the previous temperature value is recorded as the temperature change value, and the absolute value of the current pressure value minus the previous pressure value is recorded as the pressure change value; The temperature and pressure change coefficient is obtained through the temperature change value and the pressure change value, which is recorded as BTP i ; Evaluate the temperature and pressure change status of the internal area of ​​industrial production equipment according to the temperature and pressure change coefficient; The temperature and pressure states of the internal area of ​​the industrial production equipment are judged according to the temperature value and the pressure value, and the temperature and pressure states include an excessively low state, a normal state, and an excessively high state.

4. The Internet-based industrial production safety management system according to claim 3 is characterized in that: The process of evaluating the change state of the temperature and pressure values ​​in the internal area of ​​industrial production equipment according to the temperature and pressure value change coefficient includes: Set the temperature and pressure value change coefficient threshold range, recorded as (BTP0, BTP1); When BTP i When ≤BTP0, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change normally; When BTP0<BTP i When <BTP1, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change slightly abnormally; When BTP i When ≥BTP1, the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change abnormally.

5. The Internet-based industrial production safety management system according to claim 4 is characterized in that: The process of the data analysis module analyzing the oxygen concentration data information and the carbon dioxide concentration data information collected by the data collection module includes: The obtained oxygen concentration value in the internal area of ​​the industrial production equipment is recorded as Y, and the obtained carbon dioxide concentration value in the internal area of ​​the industrial production equipment is recorded as C; The absolute value of the current oxygen concentration value minus the previous oxygen concentration value is recorded as the oxygen concentration change value, and the absolute value of the current carbon dioxide concentration value minus the previous carbon dioxide concentration value is recorded as the carbon dioxide concentration change value; The change coefficient of oxygen concentration and carbon dioxide concentration is obtained by the change value of oxygen concentration and carbon dioxide concentration, which is recorded as BYC i ; Evaluate the change status of oxygen concentration and carbon dioxide concentration in the internal area of ​​industrial production equipment according to the change coefficient of oxygen concentration and carbon dioxide concentration; The states of oxygen concentration and carbon dioxide concentration in the inner area of ​​the industrial production equipment are judged according to the oxygen concentration value and the carbon dioxide concentration value, wherein the states of the oxygen concentration and the carbon dioxide concentration include too low state, normal state and too high state.

6. The Internet-based industrial production safety management system according to claim 5, characterized in that: The process of evaluating the change state of oxygen concentration and carbon dioxide concentration in the internal area of ​​industrial production equipment according to the change coefficient of oxygen concentration and carbon dioxide concentration includes: Set the oxygen concentration and carbon dioxide concentration value change coefficient threshold range, recorded as (BYC0, BYC1); When BYC i When ≤BYC0, the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment change normally; When BYC0<BYC i When <BYC1, the oxygen concentration value and carbon dioxide concentration value in the internal area of ​​the industrial production equipment change slightly abnormally; When BYC i When ≥BYC1, the oxygen concentration and carbon dioxide concentration values ​​in the internal area of ​​the industrial production equipment change abnormally.

7. The Internet-based industrial production safety management system according to claim 6 is characterized in that: The process of the execution module adjusting the industrial production equipment with abnormal internal area environmental data information includes: When the temperature and pressure values ​​of the internal area of ​​the industrial production equipment change slightly abnormally, the temperature value at this time is compared with the previous temperature value, and the temperature of the internal area of ​​the industrial production equipment is adjusted according to the comparison result; the pressure value at this time is compared with the previous pressure value, and the pressure of the internal area of ​​the industrial production equipment is adjusted according to the comparison result; When the temperature and pressure values ​​in the internal area of ​​the industrial production equipment change abnormally, the temperature is too low, the temperature is too high, the pressure is too low, or the pressure is too high, shut down the industrial production equipment; When the oxygen concentration value and the carbon dioxide concentration value in the internal area of ​​the industrial production equipment change slightly abnormally, the oxygen concentration value at this time is compared with the previous oxygen concentration value, and the oxygen concentration in the internal area of ​​the industrial production equipment is adjusted according to the comparison result; the carbon dioxide concentration value at this time is compared with the previous carbon dioxide concentration value, and the carbon dioxide concentration in the internal area of ​​the industrial production equipment is adjusted according to the comparison result; When the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment change abnormally, the oxygen concentration is too low, the oxygen concentration is too high, the carbon dioxide concentration is too low, or the carbon dioxide concentration is too high, shut down the industrial production equipment.

8. The Internet-based industrial production safety management system according to claim 6 is characterized in that: The process of the feedback module providing feedback according to the adjustment result includes: If after adjusting the temperature and pressure of the internal area of ​​the industrial production equipment, the temperature and pressure values ​​of the internal area of ​​the industrial production equipment still change slightly abnormally, increase the collection frequency of the temperature collection terminal and the pressure collection terminal; If after adjusting the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment, the changes in the oxygen concentration and carbon dioxide concentration in the internal area of ​​the industrial production equipment are still slightly abnormal, increase the collection frequency of the oxygen concentration collection terminal and the carbon dioxide concentration collection terminal; For industrial production equipment that has been shut down, an alarm is sent to the management center.

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