Refractory material production system

Abstract

The invention relates to the technical field of refractory material production, and discloses a refractory material production system. According to the refractory material production system, temperature data, humidity data and dust concentration data in a production environment are collected, corresponding data sets are formed for the data, the data in the data sets are preprocessed, and the rate of the corresponding data is calculated according to the preprocessed data values; and the environmental data processing and analyzing unit acquires the last data in the corresponding data set and compares the data with a corresponding threshold value to judge whether the data corresponding to the production environment is abnormal or not according to the corresponding speed, and if the data corresponding to the production environment is abnormal, the environmental data processing and analyzing unit sends the data corresponding to the production environment to the server. According to the method, the corresponding abnormal signals are generated, the abnormal signals are compatible and sent to the environment analysis unit to be fed back to workers, the workers do not need to judge whether the production environment is abnormal or not, and the misjudgment probability is reduced.

Description

Technical Field

[0001] The invention relates to the technical field of refractory material production, in particular to a refractory material production system. Background Art

[0002] Refractory production system refers to a comprehensive industrial system dedicated to the manufacture of refractory materials, including the procurement, processing, molding, sintering and quality control of raw materials. Refractory materials are mainly used for structures and equipment in high-temperature environments. They are widely used in industries such as steel, aluminum, glass, and cement. They have the characteristics of heat resistance, pressure resistance, and corrosion resistance, ensuring the safety and efficiency of high-temperature processing.

[0003] During the production process of refractory materials, the production environment has a certain impact on the quality of refractory materials. For example: (1) high humidity will affect the moisture content of the raw materials, resulting in changes in the adhesion of the materials during molding, thereby affecting the density and strength of the finished product;

[0004] (2) Excessive humidity may cause surface defects of the finished product, such as cracks and bubbles, affecting its visual quality and fire resistance.

[0005] (3) Impurities in the air may affect the atmosphere during the sintering process, thereby affecting the chemical composition and structural integrity of the material.

[0006] At present, in the production of refractory materials, the production environment is usually monitored to ensure the quality and performance of the final product. However, the data from multiple sensors are usually not effectively compatible and rely on multiple independent systems. Monitoring personnel need to observe the data fed back by multiple systems in real time to determine whether there is any abnormality in the production environment. Manual judgment is likely to increase the chance of misjudgment. Summary of the invention

[0007] 1. Technical issues to be resolved

[0008] In view of the deficiencies in the prior art, the present invention provides a refractory material production system, which collects temperature data, humidity data and dust concentration data in the production environment, forms corresponding data sets for these data, preprocesses the data in these data sets, calculates the rate of the corresponding data with the preprocessed data value, and judges whether the corresponding value has an abnormal increase or decrease in speed according to the corresponding rate. When the corresponding rate is abnormal, the environmental data processing and analysis unit obtains the last data in the corresponding data set, and compares the data with the corresponding threshold value to judge whether the data corresponding to the production environment is abnormal. When an abnormality occurs, a corresponding abnormal signal is generated, and these abnormal signals are sent together to the environmental analysis unit for feedback to the staff. The staff does not need to judge whether the production environment is abnormal, and the probability of misjudgment is reduced, thereby solving the above-mentioned problems.

[0009] (II) Technical solution

[0010] To achieve the above-mentioned object, the present invention provides the following technical solutions: a refractory material production system, comprising a refractory material production environment temperature data collection unit, a refractory material production environment humidity collection unit, a refractory material production environment air dust concentration collection unit, an environmental data processing and analysis unit, and an early warning unit;

[0011] The refractory material environment temperature data acquisition unit is used to collect the environment temperature data around the refractory material production equipment, the refractory material environment humidity acquisition unit is used to collect the environment humidity data around the refractory material production equipment, the refractory material environment air dust concentration acquisition unit is used to collect the dust concentration data in the environment air around the refractory material production equipment, the refractory material environment temperature data acquisition unit sends the collected environment temperature data to the environment data processing and analysis unit, the refractory material production environment humidity acquisition unit sends the collected environment humidity data to the environment data processing and analysis unit, and the refractory material production environment air dust concentration acquisition unit sends the collected dust concentration data to the environment data processing and analysis unit;

[0012] The environmental data processing and analysis unit forms an environmental temperature data set with every 10 data received, and there are several environmental temperature data sets. The environmental processing and analysis unit preprocesses the temperature data in the formed multiple temperature data sets to obtain the corresponding temperature data values ​​within the cycle. The environmental data processing and analysis unit calculates the temperature rate of two adjacent environmental temperature data sets with the calculated temperature data values ​​within two adjacent cycles. The environmental data analysis module determines whether the temperature has an abnormal growth rate according to the temperature rate. When an abnormal temperature growth rate occurs, the environmental data analysis module obtains the last temperature data in the environmental temperature data set, and compares it with the set production environment temperature threshold to determine whether the production environment temperature is abnormal.

[0013] The environmental data processing and analysis unit forms an environmental humidity data set for every 10 data of the received environmental humidity data, and there are several environmental humidity data sets. The environmental data processing and analysis unit preprocesses the humidity data in the formed multiple humidity data sets to obtain the corresponding humidity data value within the cycle. The environmental data processing and analysis unit calculates the humidity rate of two adjacent environmental humidity data sets based on the calculated dust concentration data values ​​within two adjacent cycles. The environmental data processing and analysis unit determines whether the humidity rate is abnormal. When abnormal humidity occurs, the environmental data processing unit obtains the last humidity data in the environmental humidity data set, and compares it with the set production environment humidity threshold to determine whether the production environment humidity is abnormal.

[0014] The environmental data processing and analysis unit forms an environmental dust concentration data set for every 10 data according to the received dust concentration data, and there are several environmental dust concentration data sets. The environmental processing and analysis module pre-processes the dust concentration data in the formed multiple temperature data sets to obtain the dust concentration data value in the corresponding cycle. The environmental data processing and analysis unit calculates the dust concentration rate of two adjacent environmental dust concentration data sets based on the calculated dust concentration data values ​​in two adjacent cycles. When an abnormal dust concentration rate occurs, the environmental data analysis module obtains the last dust concentration data in the environmental dust concentration data set, and compares it with the set production environment dust concentration threshold to determine whether the production environment dust is abnormal;

[0015] When it is determined that the temperature of the production environment is abnormal, the environmental data analysis unit generates a temperature abnormality signal; when it is determined that the humidity of the production environment is abnormal, the environmental data analysis unit generates a humidity abnormality signal; when the dust concentration in the production environment is abnormal, the environmental analysis unit generates a dust concentration abnormality signal; the environmental analysis unit sends the generated temperature abnormality signal, humidity abnormality signal or dust concentration abnormality signal to the early warning unit;

[0016] When the early warning unit receives an abnormal temperature signal, an abnormal humidity signal, or an abnormal dust concentration signal, the early warning unit issues a corresponding early warning.

[0017] Preferably, the ambient temperature data set is expressed as: {W n-9 , W n-8 ,...W n}, the environmental humidity data set is represented as: {S n-9 , S n-8 ,...S n}, the environmental dust concentration data set is expressed as: {C n-9 , C n-8 ,...C n}, and the collection time interval of the ambient temperature data and the collection time interval of the ambient humidity data are the same, and the start time of collection is the same.

[0018] Preferably, the calculation expression of the temperature data value within the period is as follows:

[0019]

[0020] In the formula, It means to sum up each data in the ambient temperature data set to get the total ambient temperature data in the ambient temperature data set. It means taking the average value of the sum of the ambient temperature data, that is, the temperature data value within the cycle, and the temperature data value within the cycle is expressed as Zwd.

[0021] Preferably, the temperature rate calculation expression is:

[0022]

[0023] In the formula, Zsd I Indicates the temperature data value within the current period calculated, Zwd I-1 Indicates the temperature data value in the adjacent last calculated period, Zwd I -Zwd I-1 It represents the difference between the temperature data value in the current cycle calculated and the temperature data value in the previous cycle calculated, and Wsl represents the temperature rate.

[0024] Preferably, the calculation expression of the humidity data value within the period is as follows:

[0025]

[0026] In the formula, It means to sum up each data in the environmental humidity data set to get the total environmental humidity data in the environmental humidity data set. It means taking the average value of the total environmental humidity data, which is the dust concentration data value within the period. The dust concentration data value within the period is expressed as Zsd.

[0027] Preferably, the humidity rate calculation expression is:

[0028]

[0029] In the formula, Zsd I Indicates the dust concentration data value calculated in the current cycle, Zsd I-1 Indicates the dust concentration data value in the adjacent last calculated period, Zsd I -Zsd I-1 It indicates the difference between the dust concentration data value calculated in the current cycle and the dust concentration data value calculated in the previous cycle. Ssl indicates the humidity rate.

[0030] Preferably, the calculation expression of the dust concentration data value within the period is as follows:

[0031]

[0032] In the formula, It means to sum up all the data in the ambient dust concentration data set to get the total ambient concentration data in the ambient dust concentration data set. It means to find the average value of the sum of the environmental concentration data in the environmental dust concentration data set, that is, the dust concentration data value within the period, and the dust concentration data value within the period is expressed as Zcd.

[0033] Preferably, the dust concentration rate calculation expression is as follows:

[0034]

[0035] In the formula, Zcd I Indicates the dust concentration data value calculated in the current cycle, Zcd I-1 Indicates the dust concentration data value in the adjacent last calculated period, Zcd I -Zcd I-1 It indicates the difference between the dust concentration data value calculated in the current cycle and the dust concentration data value calculated in the previous cycle. Ssl is the dust concentration rate.

[0036] Preferably, the method for determining whether the production environment temperature is abnormal is as follows:

[0037] When the calculated temperature rate Wsl is greater than the preset temperature rate threshold in the production area, it is determined that the production environment temperature has abnormally increased or decreased. At this time, the last temperature data W in the ambient temperature data set is obtained. n , the temperature data W n Compared with the production environment temperature threshold, when the temperature data W n When the temperature exceeds the production environment temperature threshold value, it is determined that the production environment temperature is abnormal;

[0038] When the calculated humidity rate Ssl is greater than the preset humidity rate threshold in the production area, it is determined that the production environment humidity has abnormally increased or decreased. At this time, the last humidity data S in the environmental humidity data set is obtained. n , the humidity data S n Compared with the humidity threshold of the production environment, when the humidity data S n When the humidity exceeds the value range of the production environment humidity threshold, it is determined that the production environment humidity is abnormal;

[0039] When the calculated dust concentration rate Csl is greater than the preset dust concentration rate threshold in the production area, it is determined that the dust concentration in the production environment has abnormally increased or decreased. At this time, the last dust concentration data C in the environmental dust concentration data set is obtained. n , the dust concentration data C n Compared with the dust concentration threshold of the production environment, when the dust concentration data C n When the dust concentration in the production environment exceeds the value range of the threshold value, it is determined that the dust concentration in the production environment is abnormal.

[0040] Preferably, the environmental analysis unit displays any one or more of an abnormal temperature signal, an abnormal humidity signal, or an abnormal dust concentration signal.

[0041] Compared with the prior art, the present invention provides a refractory material production system, which has the following beneficial effects:

[0042] The present invention collects temperature data, humidity data and dust concentration data in the production environment, forms corresponding data sets for these data, pre-processes the data in these data sets, calculates the rate of the corresponding data with the pre-processed data value, and judges whether the corresponding value has an abnormal increase or decrease in speed according to the corresponding rate. When the corresponding rate is abnormal, the environmental data processing and analysis unit obtains the last data in the corresponding data set, and compares the data with the corresponding threshold value to judge whether the data corresponding to the production environment is abnormal. When an abnormality occurs, a corresponding abnormal signal is generated, and these abnormal signals are sent together to the environmental analysis unit for feedback to the staff. The staff does not need to judge whether the production environment is abnormal, thereby reducing the chance of misjudgment. BRIEF DESCRIPTION OF THE DRAWINGS

[0043] Figure 1 It is a schematic diagram of the system flow of the present invention. DETAILED DESCRIPTION

[0044] 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.

[0045] See also Figure 1 A refractory material production system is composed of multiple units, wherein a refractory material production environment temperature data acquisition unit is used to collect the environment temperature data around the refractory material production equipment, and the unit sends the collected multiple environment temperature data to the environment data processing and analysis unit.

[0046] The refractory material ambient air dust concentration collection unit is used to collect dust concentration data in the ambient air around the refractory material production equipment. The unit sends the collected multiple ambient dust concentration data to the environmental data processing and analysis unit.

[0047] The refractory material environment humidity collection unit is used to collect the environment humidity data around the refractory material production equipment. The unit sends the collected multiple environment humidity data to the environment data processing and analysis unit;

[0048] After the environmental data processing and analysis unit receives a plurality of environmental dust concentration data, a plurality of environmental dust concentration data, and a plurality of environmental humidity data, the environmental data processing and analysis unit forms corresponding data sets according to these data, and forms corresponding data sets for every 10 corresponding data, wherein the specific corresponding data sets are as follows: The environmental temperature data set is represented as: {W n-9 , W n-8 ,...W n}, the environmental humidity data set is represented as: {S n-9 , S n-8 ,...S n}, the environmental dust concentration data set is expressed as: {C n-9 , C n-8 ,...C n}, it should be noted that the time interval for collecting the ambient temperature data and the time interval for collecting the ambient humidity data are the same, and the time for starting the collection is the same.

[0049] After the corresponding data sets are formed, the environmental data processing and analysis unit preprocesses the temperature data in the formed multiple temperature data sets to obtain the corresponding temperature data values ​​within the period, and the calculation expression thereof is as follows:

[0050]

[0051] In the formula, It means to sum up each data in the ambient temperature data set to get the total ambient temperature data in the ambient temperature data set. It means taking the average value of the sum of the ambient temperature data, that is, the temperature data value within the cycle, and the temperature data value within the cycle is expressed as Zwd.

[0052] After calculating the temperature data value within the cycle, the environmental data processing and analysis unit calculates the temperature rate of two adjacent environmental temperature data sets using the calculated two adjacent temperature data values ​​within the cycle. The calculation expression is as follows:

[0053]

[0054] In the formula, Zwd I Indicates the temperature data value within the current period calculated, Zwd I-1 Indicates the temperature data value in the adjacent last calculated period, Zwd I -Zwd I-1 It represents the difference between the temperature data value in the current cycle calculated and the temperature data value in the previous cycle calculated, and Wsl represents the temperature rate.

[0055] The environmental data analysis module determines whether the temperature has an abnormal increase rate based on the temperature rate. The judgment method is as follows:

[0056] When the calculated temperature rate Wsl is greater than the preset temperature rate threshold in the production area, it is determined that the production environment temperature has abnormally increased or decreased. At this time, the last temperature data W in the ambient temperature data set is obtained. n , the temperature data W n Compared with the production environment temperature threshold, when the temperature data W n When the value range of the production environment temperature threshold is exceeded, it is determined that the production environment temperature is abnormal. At this time, the environmental data processing and analysis unit generates a temperature abnormality signal.

[0057] The environmental data processing and analysis unit performs preprocessing based on the environmental humidity data set and calculates the humidity data value within the period. The calculation expression is as follows:

[0058]

[0059] In the formula, It means to sum up each data in the environmental humidity data set to get the total environmental humidity data in the environmental humidity data set. It means taking the average value of the total environmental humidity data, which is the dust concentration data value within the period. The dust concentration data value within the period is expressed as Zsd.

[0060] After calculating the humidity data value within the cycle, the environmental data processing and analysis unit calculates the humidity rate of two adjacent environmental humidity data sets using the dust concentration data values ​​within two adjacent cycles. The calculation expression is as follows:

[0061]

[0062] In the formula, Zsd I Indicates the dust concentration data value calculated in the current cycle, Zsd I-1 Indicates the dust concentration data value in the adjacent last calculated period, Zsd I -Zsd I-1 It indicates the difference between the dust concentration data value calculated in the current cycle and the dust concentration data value calculated in the previous cycle. Ssl indicates the humidity rate.

[0063] The environmental data processing and analysis unit determines whether the humidity rate is abnormal. The determination method is as follows:

[0064] When the calculated humidity rate Ssl is greater than the preset humidity rate threshold in the production area, it is determined that the production environment humidity has abnormally increased or decreased. At this time, the last humidity data S in the environmental humidity data set is obtained. n , the humidity data S nCompared with the humidity threshold of the production environment, when the humidity data S n When the humidity exceeds the value range of the production environment humidity threshold, it is determined that the production environment humidity is abnormal. At this time, the environmental data processing and analysis unit generates a humidity abnormality signal.

[0065] The environmental data processing and analysis unit preprocesses the environmental dust concentration data set to obtain the dust concentration data value within the corresponding period. The calculation expression is as follows:

[0066]

[0067] In the formula, It means to sum up all the data in the ambient dust concentration data set to get the total ambient concentration data in the ambient dust concentration data set. It means to find the average value of the sum of the environmental concentration data in the environmental dust concentration data set, that is, the dust concentration data value within the period, and the dust concentration data value within the period is expressed as Zcd.

[0068] After the dust concentration data value within the cycle is calculated, the environmental data processing and analysis unit calculates the dust concentration rate according to the dust concentration data values ​​within two adjacent cycles. The calculation expression is as follows:

[0069]

[0070] In the formula, Zcd I Indicates the dust concentration data value calculated in the current cycle, Zcd I-1 Indicates the dust concentration data value in the adjacent last calculated period, Zcd I -Zcd I-1 It indicates the difference between the dust concentration data value calculated in the current cycle and the dust concentration data value calculated in the previous cycle. Ssl is the dust concentration rate.

[0071] The environmental data processing and analysis unit determines whether the dust concentration rate is abnormal. The determination method is as follows:

[0072] When the calculated dust concentration rate Csl is greater than the preset dust concentration rate threshold in the production area, it is determined that the dust concentration in the production environment has abnormally increased or decreased. At this time, the last dust concentration data C in the environmental dust concentration data set is obtained. n , the dust concentration data C n Compared with the dust concentration threshold of the production environment, when the dust concentration data C n When the dust concentration in the production environment exceeds the value range of the threshold value, it is determined that the dust concentration in the production environment is abnormal. At this time, the environmental data processing and analysis unit generates a dust concentration abnormality signal.

[0073] It should be noted that there are several ambient temperature datasets, ambient humidity datasets, and ambient dust concentration datasets.

[0074] The environmental data processing and analysis unit sends the generated temperature abnormality signal, humidity abnormality signal or dust concentration abnormality signal to the early warning unit. When the early warning unit receives the temperature abnormality signal, humidity abnormality signal or dust concentration abnormality signal, the early warning unit issues a corresponding early warning, and the environmental analysis unit displays any one or more of the temperature abnormality signal, humidity abnormality signal or dust concentration abnormality signal. When one or more abnormal signals appear, the staff adjusts the corresponding values ​​in the production environment or shuts down the refractory production equipment according to these abnormal signals to prevent the quality of the refractory materials from deteriorating.

[0075] By collecting temperature data, humidity data and dust concentration data in the production environment, and forming corresponding data sets for these data, the data in these data sets are preprocessed, and the rate of the corresponding data is calculated with the preprocessed data value, and it is judged whether the corresponding value has an abnormal increase or decrease in speed according to the corresponding rate. When the corresponding rate is abnormal, the environmental data processing and analysis unit obtains the last data in the corresponding data set, and compares the data with the corresponding threshold to determine whether the data corresponding to the production environment is abnormal. When an abnormality occurs, a corresponding abnormal signal is generated, and these abnormal signals are sent together to the environmental analysis unit for feedback to the staff. There is no need for the staff to judge whether the production environment is abnormal, thereby reducing the chance of misjudgment.

[0076] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A refractory material production system, characterized in that: It includes a refractory production environment temperature data collection unit, a refractory production environment humidity collection unit, a refractory production environment air dust concentration collection unit, an environmental data processing and analysis unit, and an early warning unit; The refractory material environment temperature data acquisition unit is used to collect the environment temperature data around the refractory material production equipment, the refractory material environment humidity acquisition unit is used to collect the environment humidity data around the refractory material production equipment, the refractory material environment air dust concentration acquisition unit is used to collect the dust concentration data in the environment air around the refractory material production equipment, the refractory material environment temperature data acquisition unit sends the collected environment temperature data to the environment data processing and analysis unit, the refractory material production environment humidity acquisition unit sends the collected environment humidity data to the environment data processing and analysis unit, and the refractory material production environment air dust concentration acquisition unit sends the collected dust concentration data to the environment data processing and analysis unit; The environmental data processing and analysis unit forms an environmental temperature data set with every 10 data received, and there are several environmental temperature data sets. The environmental processing and analysis unit preprocesses the temperature data in the formed multiple temperature data sets to obtain the corresponding temperature data values ​​within the cycle. The environmental data processing and analysis unit calculates the temperature rate of two adjacent environmental temperature data sets with the calculated temperature data values ​​within two adjacent cycles. The environmental data analysis module determines whether the temperature has an abnormal growth rate according to the temperature rate. When an abnormal temperature growth rate occurs, the environmental data analysis module obtains the last temperature data in the environmental temperature data set, and compares it with the set production environment temperature threshold to determine whether the production environment temperature is abnormal. The environmental data processing and analysis unit forms an environmental humidity data set for every 10 data of the received environmental humidity data, and there are several environmental humidity data sets. The environmental data processing and analysis unit preprocesses the humidity data in the formed multiple humidity data sets to obtain the corresponding humidity data value within the cycle. The environmental data processing and analysis unit calculates the humidity rate of two adjacent environmental humidity data sets based on the calculated dust concentration data values ​​within two adjacent cycles. The environmental data processing and analysis unit determines whether the humidity rate is abnormal. When abnormal humidity occurs, the environmental data processing unit obtains the last humidity data in the environmental humidity data set, and compares it with the set production environment humidity threshold to determine whether the production environment humidity is abnormal. The environmental data processing and analysis unit forms an environmental dust concentration data set for every 10 data according to the received dust concentration data, and there are several environmental dust concentration data sets. The environmental processing and analysis module pre-processes the dust concentration data in the formed multiple temperature data sets to obtain the dust concentration data value in the corresponding cycle. The environmental data processing and analysis unit calculates the dust concentration rate of two adjacent environmental dust concentration data sets based on the calculated dust concentration data values ​​in two adjacent cycles. When an abnormal dust concentration rate occurs, the environmental data analysis module obtains the last dust concentration data in the environmental dust concentration data set, and compares it with the set production environment dust concentration threshold to determine whether the production environment dust is abnormal; When it is determined that the temperature of the production environment is abnormal, the environmental data analysis unit generates a temperature abnormality signal; when it is determined that the humidity of the production environment is abnormal, the environmental data analysis unit generates a humidity abnormality signal; when the dust concentration in the production environment is abnormal, the environmental analysis unit generates a dust concentration abnormality signal; the environmental analysis unit sends the generated temperature abnormality signal, humidity abnormality signal or dust concentration abnormality signal to the early warning unit; When the early warning unit receives an abnormal temperature signal, an abnormal humidity signal, or an abnormal dust concentration signal, the early warning unit issues a corresponding early warning.

2. A refractory material production system according to claim 1, characterized in that: The ambient temperature data set is represented as: {W n-9 , W n-8 ,...W n }, the environmental humidity data set is represented as: {S n-9 , S n-8 ,...S n }, the environmental dust concentration data set is expressed as: {C n-9 , C n-8 ,...C n }, and the collection time interval of the ambient temperature data and the collection time interval of the ambient humidity data are the same, and the start time of collection is the same.

3. A refractory material production system according to claim 2, characterized in that: The calculation expression of the temperature data value within the period is as follows: In the formula, It means to sum up each data in the ambient temperature data set to get the total ambient temperature data in the ambient temperature data set. It means taking the average value of the sum of the ambient temperature data, that is, the temperature data value within the cycle, and the temperature data value within the cycle is expressed as Zwd.

4. A refractory material production system according to claim 3, characterized in that: The temperature rate calculation expression is: In the formula, Zwd I Indicates the temperature data value within the current period calculated, Zwd I-1 Indicates the temperature data value in the adjacent last calculated period, Zwd I -Zwd I-1 It represents the difference between the temperature data value in the current cycle calculated and the temperature data value in the previous cycle calculated, and Wsl represents the temperature rate.

5. A refractory material production system according to claim 4, characterized in that: The calculation expression of humidity data value in the period is as follows: In the formula, It means to sum up each data in the environmental humidity data set to get the total environmental humidity data in the environmental humidity data set. It means taking the average value of the total environmental humidity data, which is the dust concentration data value within the period. The dust concentration data value within the period is expressed as Zsd.

6. A refractory material production system according to claim 5, characterized in that: The humidity rate calculation expression is: In the formula, Zsd I Indicates the dust concentration data value calculated in the current cycle, Zsd I-1 Indicates the dust concentration data value in the adjacent last calculated period, Zsd I -Zsd I-1 It indicates the difference between the dust concentration data value calculated in the current cycle and the dust concentration data value calculated in the previous cycle. Ssl indicates the humidity rate.

7. A refractory material production system according to claim 6, characterized in that: The calculation expression of the dust concentration data value within the period is as follows: In the formula, It means to sum up all the data in the ambient dust concentration data set to get the total ambient concentration data in the ambient dust concentration data set. It means to find the average value of the sum of the environmental concentration data in the environmental dust concentration data set, that is, the dust concentration data value within the period, and the dust concentration data value within the period is expressed as Zcd.

8. A refractory material production system according to claim 7, characterized in that: The dust concentration rate calculation expression is as follows: In the formula, Zcd I Indicates the dust concentration data value calculated in the current cycle, Zcd I-1 Indicates the dust concentration data value in the adjacent last calculated period, Zcd I -Zcd I-1 It indicates the difference between the dust concentration data value calculated in the current cycle and the dust concentration data value calculated in the previous cycle. Ssl is the dust concentration rate.

9. A refractory material production system according to claim 8, characterized in that: The method for determining whether the production environment temperature is abnormal is as follows: When the calculated temperature rate Wsl is greater than the preset temperature rate threshold in the production area, it is determined that the production environment temperature has abnormally increased or decreased. At this time, the last temperature data W in the ambient temperature data set is obtained. n , the temperature data W n Compared with the production environment temperature threshold, when the temperature data W n When the temperature exceeds the production environment temperature threshold value, it is determined that the production environment temperature is abnormal; When the calculated humidity rate Ssl is greater than the preset humidity rate threshold in the production area, it is determined that the production environment humidity has abnormally increased or decreased. At this time, the last humidity data S in the environmental humidity data set is obtained. n , the humidity data S n Compared with the humidity threshold of the production environment, when the humidity data S n When the humidity exceeds the value range of the production environment humidity threshold, it is determined that the production environment humidity is abnormal; When the calculated dust concentration rate Csl is greater than the preset dust concentration rate threshold in the production area, it is determined that the dust concentration in the production environment has abnormally increased or decreased. At this time, the last dust concentration data C in the environmental dust concentration data set is obtained. n , the dust concentration data C n Compared with the dust concentration threshold of the production environment, when the dust concentration data C n When the dust concentration in the production environment exceeds the value range of the threshold value, it is determined that the dust concentration in the production environment is abnormal.

10. A refractory material production system according to claim 9, characterized in that: The environmental analysis unit displays any one or more of an abnormal temperature signal, an abnormal humidity signal, or an abnormal dust concentration signal.

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