An E-HOUSE electrical room safety monitoring system

Abstract

The present invention belongs to the technical field of electrical room safety monitoring, and specifically relates to an E-HOUSE electrical room safety monitoring system. The invention obtains layout information through the area module to construct a monitoring area, the information module obtains abnormal information such as high temperature, smoke, and high current in real time, the cycle module sets the acquisition frequency, the trend module analyzes the high temperature change trend, the inducing module determines the inducement such as equipment failure, overload, and fire, and the control module obtains the safety control tool according to the inducement to achieve adaptive control and reduce the high temperature to a safe temperature. The system can monitor the abnormal information in each monitoring area of ​​the electrical room in real time to ensure that potential problems are discovered in time. Through the trend module, trend analysis of high temperature information can be performed to predict possible failures or abnormal conditions. The control module can achieve adaptive control according to the inducing factors. The automatic control of the system reduces the dependence on manual intervention and improves the efficiency and stability of the operation of electrical equipment.

Description

Technical Field

[0001] The invention belongs to the technical field of electrical room safety monitoring, and in particular relates to an E-HOUSE electrical room safety monitoring system. Background Art

[0002] The E-HOUSE system allows users to monitor and control electrical equipment remotely, including real-time monitoring of current, voltage, anomalies and other parameters inside the electrical room, and the ability to adjust the operating status of the equipment in real time. It is equipped with intelligent diagnostic functions, which can analyze the operating status of electrical equipment in real time, identify potential problems and issue alarms in advance. This helps prevent failures and reduce maintenance time. The E-HOUSE system uses advanced safety measures, including fire monitoring, short-circuit protection, overload protection and other functions to ensure that electrical equipment can operate safely under any circumstances. By collecting a large amount of operating data, the E-HOUSE system can perform data analysis to help users optimize the operating strategy of electrical equipment and improve energy efficiency. The system adopts a modular design so that each functional module can operate independently, which is convenient for maintenance and upgrades.

[0003] With the widespread application of electrical equipment in industrial, commercial and residential environments, the demand for safe and stable operation of electrical rooms is increasing. In order to detect potential problems in a timely manner and improve the safety and reliability of equipment, intelligent electrical room monitoring systems have emerged. The existing monitoring system cannot perform partition monitoring according to the layout of the electrical room, resulting in blind spots in monitoring, and cannot judge the inducing factors based on the time-to-time changes in monitoring information, making it impossible to regulate the electrical room based on different inducing factors, causing abnormalities in the electrical room and causing safety hazards. Summary of the invention

[0004] The purpose of the present invention is to provide an E-HOUSE electrical room safety monitoring system, which can monitor abnormal information in real time, predict possible faults through trend analysis, automatically control and reduce manual intervention, and improve the safety and reliability of electrical equipment.

[0005] The technical solution adopted by the present invention is as follows:

[0006] An E-HOUSE electrical room safety monitoring system, comprising:

[0007] The area module is used to obtain the layout of the electrical room and build multiple monitoring areas based on the layout of the electrical room;

[0008] An information module, used to obtain abnormal information in each monitoring area, wherein the abnormal information includes high temperature information, smoke information and high current information;

[0009] The cycle module is used to obtain the collection frequency of high temperature information in each monitoring area and build a collection cycle in each monitoring area according to the collection frequency;

[0010] The trend module is used to obtain the changing trend of high temperature information in each monitoring area according to the collection cycle;

[0011] The inducing module determines the inducing factors of the high temperature information change according to the changing trend of the high temperature information in the monitoring area;

[0012] The control module is used to obtain the electrical room safety control tool according to the inducing factors, so as to reduce the high temperature information of the electrical room to a safe temperature.

[0013] In a preferred embodiment, the information module includes an electrical fire detector, an infrared detector, a high temperature sensor, an audible and visual alarm, a smoke detector and a current sensor.

[0014] In a preferred embodiment, the period module includes an information receiving unit, a frequency extraction unit, a time unit and a period unit, wherein:

[0015] The information receiving unit is used to obtain high temperature information in each monitoring area from the information module:

[0016] A frequency extraction unit, used to extract the acquisition frequency of high temperature information in each monitoring area from the acquired high temperature information;

[0017] The time unit is used to obtain the time interval for obtaining high temperature information in each monitoring area according to the acquisition frequency;

[0018] The periodic unit is used to calibrate the high temperature information obtained in each monitoring area within a unit time as periodic information according to the time interval, and to construct a collection cycle according to the time interval.

[0019] In a preferred embodiment, the trend module includes an information acquisition unit and a trend unit, wherein:

[0020] An information acquisition unit, used to acquire periodic information of high temperature information in each monitoring area according to a collection period;

[0021] The trend unit is used to bring the period information into the trend analysis model in the order of acquisition, and obtain the change trend of high temperature information in each monitoring area;

[0022] If it is an increasing trend, it means that the temperature in the monitored area is continuously increasing, that is, the temperature in the monitored area exceeds the safe temperature;

[0023] If it is a downward trend, it means that the temperature in the monitored area is continuously decreasing, that is, the temperature in the monitored area is normal;

[0024] If it is an abnormal trend, it means that the temperature in the monitored area is fluctuating, that is, the temperature in the monitored area is unstable.

[0025] In a preferred embodiment, the trend unit includes a sequential acquisition subunit, a function subunit, a calculation subunit and an evaluation subunit, wherein:

[0026] A sequential acquisition subunit, used for acquiring the acquisition order of the periodic information of the high temperature information of each monitoring area;

[0027] A function subunit, used for obtaining a trend analysis function in a trend analysis model;

[0028] The calculation subunit is used to sequentially bring the period information into the trend analysis function in the order of acquisition to obtain the trend change value;

[0029] An evaluation subunit is used to obtain a trend evaluation interval and compare the trend change value with the trend evaluation interval to obtain a change trend of high temperature information in the monitoring area;

[0030] If the trend change value is higher than the trend assessment interval, it indicates an increasing trend;

[0031] If the trend change value falls within the trend assessment interval, it indicates an abnormal trend;

[0032] If the trend change value is lower than the trend evaluation interval, it indicates a downward trend.

[0033] In a preferred embodiment, the trend analysis function is:

[0034]

[0035] Among them, C represents the trend change value, i represents the number of high temperature information, n represents the total number of high temperature information, K represents high temperature information, and T represents standard temperature information.

[0036] In a preferred embodiment, the induction module includes an extraction unit and a judgment unit, wherein:

[0037] An extraction unit, used to obtain the change trend of high temperature information in the monitoring area from the trend module, and extract smoke information and high current information from the abnormal information;

[0038] A judgment unit, used to judge the inducing factors of the high temperature information change according to the change trend, smoke information and high current information;

[0039] If the trend is increasing and the high current information continues to increase, it indicates that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to increase;

[0040] If the trend is increasing and the smoke information continues to increase, it means that a fire source has appeared in the monitored area, causing the temperature in the monitored area to increase;

[0041] If the trend is decreasing and the high current information continues to decrease, it indicates that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to increase and then gradually decrease;

[0042] If the trend is downward and the smoke information continues to decrease, it means that there is a fire source in the monitoring area, which causes the temperature in the monitoring area to increase and then the fire source gradually decreases;

[0043] If there is an abnormal trend and the high current information continues to fluctuate, it means that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to fluctuate;

[0044] If there is an abnormal trend and the smoke information continues to fluctuate, it means that a fire source has appeared in the monitored area, causing the temperature in the monitored area to fluctuate.

[0045] In a preferred embodiment, the control module includes an inducement extraction unit and a temperature reduction unit, wherein:

[0046] The inducement extraction unit is used to obtain the inducement factors from the inducement module;

[0047] The cooling unit is used to determine the safety control tools to be used according to the inducing factors, so as to reduce the high temperature information of the electrical room to a safe temperature;

[0048] If it is the inducing factor of abnormal current inside the electrical equipment, the electrical equipment shall be subjected to current limiting operation to reduce the temperature of the electrical equipment and record the current data;

[0049] If there is a triggering factor for a fire source in the monitoring area, the fire source in the monitoring area will be extinguished, the temperature in the monitoring area will be lowered, and the fire data will be recorded.

[0050] In a preferred embodiment, the control module further includes a threshold unit and a termination unit, wherein:

[0051] The threshold unit is used to obtain the safe temperature threshold and obtain the changing trend of high temperature information in the monitoring area in real time;

[0052] The termination unit is used to determine whether the high temperature information in the monitoring area is lower than the safety temperature threshold;

[0053] When the changing trend is a downward trend and the high temperature information is lower than the safe temperature threshold, the operation of reducing the high temperature information in the current monitoring area is stopped; otherwise, the cooling operation is continued.

[0054] And, an E-HOUSE electrical room safety monitoring terminal, comprising:

[0055] one or more processors;

[0056] a storage device having one or more programs stored thereon;

[0057] When the one or more programs are executed by the one or more processors, the one or more processors implement the E-HOUSE electrical room security monitoring system.

[0058] The technical effects achieved by the present invention are:

[0059] The present invention obtains layout information through the area module to construct the monitoring area. The information module obtains abnormal information such as high temperature, smoke, and high current in real time. The period module sets the collection frequency. The trend module analyzes the high temperature change trend. The inducing module determines the inducement such as equipment failure, overload, and fire. The control module obtains the safety control tool according to the inducement, realizes adaptive control, and reduces the high temperature to a safe temperature. The system can monitor the abnormal information in each monitoring area of ​​the electrical room in real time to ensure that potential problems are discovered in time. Through the trend module, trend analysis of high temperature information can be performed to predict possible failures or abnormal situations. The control module can realize adaptive control according to the inducing factors, quickly respond to abnormal situations, and improve the safety and reliability of electrical equipment. The automatic control of the system reduces the dependence on manual intervention and improves the efficiency and stability of the operation of electrical equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0060] Figure 1 It is a system flow chart provided by the present invention;

[0061] Figure 2 It is a system module diagram provided by the present invention. DETAILED DESCRIPTION

[0062] In order to make the above-mentioned objects, features and advantages of the present invention more obvious and easy to understand, the specific implementation methods of the present invention are described in detail below in conjunction with the accompanying drawings.

[0063] In the following description, many specific details are set forth to facilitate a full understanding of the present invention, but the present invention may also be implemented in other ways different from those described herein, and those skilled in the art may make similar generalizations without violating the connotation of the present invention. Therefore, the present invention is not limited to the specific embodiments disclosed below.

[0064] Secondly, the term "one embodiment" or "embodiment" as used herein refers to a specific feature, structure or characteristic that may be included in at least one implementation of the present invention. The phrase "in a preferred embodiment" that appears in different places in this specification does not refer to the same embodiment, nor is it a separate or selective embodiment that is mutually exclusive with other embodiments.

[0065] Secondly, the present invention is described in detail in conjunction with schematic diagrams. When describing the embodiments of the present invention in detail, for the convenience of explanation, the schematic diagrams are only examples and should not limit the scope of protection of the present invention.

[0066] Please see attached Figure 1 and Figure 2 As shown, an E-HOUSE electrical room safety monitoring system is provided, including:

[0067] The area module is used to obtain the layout of the electrical room and build multiple monitoring areas based on the layout of the electrical room;

[0068] An information module is used to obtain abnormal information in each monitoring area, wherein the abnormal information includes high temperature information, smoke information and high current information;

[0069] The cycle module is used to obtain the collection frequency of high temperature information in each monitoring area and build a collection cycle in each monitoring area according to the collection frequency;

[0070] The trend module is used to obtain the changing trend of high temperature information in each monitoring area according to the collection cycle;

[0071] The inducing module determines the inducing factors of the high temperature information change according to the changing trend of the high temperature information in the monitoring area;

[0072] The control module is used to obtain the electrical room safety control tool according to the inducing factors, so as to reduce the high temperature information of the electrical room to a safe temperature.

[0073] As mentioned above, the area module obtains the layout information of the electrical room, identifies and constructs multiple monitoring areas. Each monitoring area corresponds to a different area or functional area of ​​the electrical equipment. The information module is responsible for obtaining abnormal information in each monitoring area, including high temperature, smoke and high current, etc. The sensor network can monitor this information in real time, such as temperature sensors, smoke sensors and current sensors. The cycle module is responsible for obtaining the collection frequency of high temperature information in each monitoring area. According to the collection frequency, a collection cycle is constructed in each monitoring area to determine the time interval for information collection. The trend module obtains the change trend of high temperature information in each monitoring area according to the collection cycle, and identifies whether there is a trend of gradual increase or sudden change, so as to discover potential problems earlier. The inducing module Trend, judge the inducing factors of high temperature information changes. Possible inducing factors include equipment failure, overload or fire. The control module obtains the electrical room safety control tool according to the inducing factors to adjust the operating status of the electrical equipment to reduce the high temperature information to a safe temperature, including the start of automatic cooling equipment, issuing alarms to notify maintenance personnel, etc. The system can monitor the abnormal information in each monitoring area of ​​the electrical room in real time to ensure that potential problems are discovered in time. Through the trend module, trend analysis of high temperature information can be performed to predict possible failures or abnormal situations. The control module can achieve adaptive control according to the inducing factors, quickly respond to abnormal situations, and improve the safety and reliability of electrical equipment. The system's automated control reduces dependence on manual intervention and improves the efficiency and stability of electrical equipment operation.

[0074] It should be noted that the information module includes an electrical fire detector, an infrared detector, a high temperature sensor, an audible and visual alarm, a smoke detector and a current sensor.

[0075] The period module includes an information receiving unit, a frequency extraction unit, a time unit and a period unit, wherein:

[0076] The information receiving unit is used to obtain high temperature information in each monitoring area from the information module:

[0077] A frequency extraction unit, used to extract the acquisition frequency of high temperature information in each monitoring area from the acquired high temperature information;

[0078] The time unit is used to obtain the time interval for obtaining high temperature information in each monitoring area according to the acquisition frequency;

[0079] The periodic unit is used to calibrate the high temperature information obtained in each monitoring area within a unit time as periodic information according to the time interval, and to construct a collection cycle according to the time interval.

[0080] As mentioned above, the information receiving unit is responsible for obtaining the high temperature information in each monitoring area from the information module, including real-time collection of data from the temperature sensor and other abnormal information. The frequency extraction unit is used to extract the acquisition frequency of the high temperature information in each monitoring area from the acquired high temperature information. By analyzing the time series of the high temperature information, the acquisition frequency of the information can be determined. The time unit obtains the time interval for obtaining the high temperature information in each monitoring area according to the acquisition frequency, and determines the time interval for information acquisition so as to use it in trend analysis. The period unit calibrates the high temperature information obtained in each monitoring area within a unit time as periodic information according to the time interval, and constructs the acquisition cycle according to the time interval, divides the continuous high temperature information into different cycles, and performs a more detailed analysis of the change trend. Through the frequency extraction unit and the time unit, the system has flexibility and can adjust the acquisition frequency and time interval according to the actual situation of the high temperature information in the monitoring area. The existence of the period unit enables the system to efficiently collect and organize the high temperature information within a unit time, reducing the complexity of data processing. Through the calibration of the period unit, the accuracy of the acquisition cycle is ensured, so that the change trend of the high temperature information in the monitoring area can be better understood. The acquisition frequency and time interval determined according to actual needs help save system resources, avoid unnecessary data redundancy, and improve system efficiency.

[0081] The trend module includes an information acquisition unit and a trend unit, wherein:

[0082] An information acquisition unit, used to acquire periodic information of high temperature information in each monitoring area according to a collection period;

[0083] The trend unit is used to bring the period information into the trend analysis model in the order of acquisition, and obtain the change trend of high temperature information in each monitoring area;

[0084] If it is an increasing trend, it means that the temperature in the monitored area is continuously increasing, that is, the temperature in the monitored area exceeds the safe temperature;

[0085] If it is a downward trend, it means that the temperature in the monitored area is continuously decreasing, that is, the temperature in the monitored area is normal;

[0086] If it is an abnormal trend, it means that the temperature in the monitored area is fluctuating, that is, the temperature in the monitored area is unstable.

[0087] As mentioned above, the information acquisition unit is responsible for acquiring the periodic information of the high temperature information in each monitoring area according to the acquisition period, which means that in each acquisition period, the system acquires and organizes the high temperature information in the monitoring area, and the trend unit sequentially brings the periodic information into the trend analysis model in the acquisition order to obtain the change trend of the high temperature information in each monitoring area. Through trend analysis, the overall change trend of the temperature in the monitoring area can be understood;

[0088] If the trend unit analysis results show that the temperature in the monitored area is increasing, that is, the temperature continues to rise, the system can determine that the temperature in the monitored area exceeds the safe temperature and detect potential dangerous situations in time;

[0089] If the trend unit analysis results show that the temperature in the monitored area shows a decreasing trend, that is, the temperature continues to decrease, the system can determine that the temperature in the monitored area is normal, which indicates that the electrical equipment is operating well;

[0090] If the trend unit analysis results show that the temperature in the monitored area shows an abnormal trend, that is, the temperature fluctuation is unstable, the system may need to further check whether there is abnormal equipment operation or other unstable factors;

[0091] Through trend analysis, the system can timely warn of temperature change trends in the monitoring area and help predict potential problems. By analyzing trends, the system can determine whether the temperature in the monitoring area exceeds the safe temperature and improve the safety of electrical equipment. By determining the reduction trend, the system can monitor the normal operating status of the equipment and reduce false alarms. The discovery of abnormal trends helps the system locate the root cause of the problem and improve the efficiency of fault diagnosis.

[0092] The trend unit includes a sequential acquisition subunit, a function subunit, a calculation subunit and an evaluation subunit, wherein:

[0093] A sequential acquisition subunit, used for acquiring the acquisition order of the periodic information of the high temperature information of each monitoring area;

[0094] A function subunit, used for obtaining a trend analysis function in a trend analysis model;

[0095] The calculation subunit is used to sequentially bring the period information into the trend analysis function in the order of acquisition to obtain the trend change value;

[0096] An evaluation subunit is used to obtain a trend evaluation interval and compare the trend change value with the trend evaluation interval to obtain a change trend of high temperature information in the monitoring area;

[0097] If the trend change value is higher than the trend assessment interval, it indicates an increasing trend;

[0098] If the trend change value falls within the trend assessment interval, it indicates an abnormal trend;

[0099] If the trend change value is lower than the trend evaluation interval, it indicates a downward trend.

[0100] As mentioned above, the sequential acquisition subunit is responsible for the acquisition order of the periodic information of the high temperature information in each monitoring area, which means that the system acquires the high temperature information of different periods in a certain order to ensure the orderliness of the trend analysis. The function subunit is used to obtain the trend analysis function in the trend analysis model. The trend analysis function may be a mathematical model used to describe the changing trend of the high temperature information. The function subunit is used to introduce the model into the trend analysis process. The calculation subunit is responsible for bringing the periodic information into the trend analysis function in the acquisition order to obtain the trend change value, which is actually calculating the trend analysis function to obtain the trend value in each period. The evaluation subunit is used to obtain the trend evaluation interval, and compare the trend change value with the trend evaluation interval to obtain the changing trend of the high temperature information in the monitoring area.

[0101] If the trend change value is higher than the trend assessment interval, the system determines it as an increasing trend, that is, the temperature in the monitored area shows a trend of continuous increase, which helps to detect potential dangerous situations in time;

[0102] If the trend change value falls within the trend evaluation interval, the system determines it as an abnormal trend, that is, the temperature fluctuation in the monitoring area is unstable, which may require further inspection to see if there is abnormal equipment operation or other unstable factors;

[0103] If the trend change value is lower than the trend assessment interval, the system determines it as a decreasing trend, that is, the temperature in the monitoring area continues to decrease, which indicates that the electrical equipment is operating normally;

[0104] By introducing trend analysis functions and evaluation intervals, the system can perform trend analysis more accurately and reduce the possibility of misjudgment. The judgment results of the evaluation subunit can quickly identify the changing trend of high temperature information in the monitoring area and provide guidance for subsequent regulation. By adjusting the trend evaluation interval, the system is adaptive and can adapt to the temperature change characteristics of different monitoring areas. The results of the evaluation subunit help reduce false alarms of normal fluctuations and improve the reliability and accuracy of the system.

[0105] The trend analysis function is:

[0106]

[0107] Among them, C represents the trend change value, i represents the number of high temperature information, n represents the total number of high temperature information, K represents high temperature information, and T represents standard temperature information.

[0108] As mentioned above, through the trend analysis function, the system can quantitatively analyze the overall trend of high temperature information, so as to better understand the changing trend of the temperature of electrical equipment. When the trend change value deviates significantly from the zero value, it may indicate the existence of an abnormal situation. The system can detect abnormal trends through the set trend evaluation interval, discover potential problems in advance, and judge the trend direction of high temperature information through the trend change value, helping the system to make corresponding regulatory measures in time to ensure that the electrical equipment operates within a safe range.

[0109] The induction module includes an extraction unit and a judgment unit, wherein:

[0110] An extraction unit, used to obtain the change trend of high temperature information in the monitoring area from the trend module, and extract smoke information and high current information from the abnormal information;

[0111] A judgment unit, used to judge the inducing factors of the high temperature information change according to the change trend, smoke information and high current information;

[0112] If the trend is increasing and the high current information continues to increase, it indicates that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to increase;

[0113] If the trend is increasing and the smoke information continues to increase, it means that a fire source has appeared in the monitored area, causing the temperature in the monitored area to increase;

[0114] If the trend is decreasing and the high current information continues to decrease, it indicates that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to increase and then gradually decrease;

[0115] If the trend is downward and the smoke information continues to decrease, it means that there is a fire source in the monitoring area, which causes the temperature in the monitoring area to increase and then the fire source gradually decreases;

[0116] If there is an abnormal trend and the high current information continues to fluctuate, it means that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to fluctuate;

[0117] If there is an abnormal trend and the smoke information continues to fluctuate, it means that a fire source has appeared in the monitored area, causing the temperature in the monitored area to fluctuate.

[0118] As described above, the extraction unit obtains the change trend of the high temperature information in the monitoring area from the trend module, and extracts the smoke information and high current information in the abnormal information, which is helpful to obtain the results of the trend module analysis and additional abnormal information. The judgment unit judges the inducing factors of the change of the high temperature information according to the change trend, smoke information and high current information, and judges the possible inducing factors according to different situations, and makes corresponding judgments;

[0119] If the high current information continues to increase, it may indicate that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to increase;

[0120] If the smoke information continues to increase, it may indicate that a fire source has occurred in the monitored area, causing the temperature in the monitored area to increase;

[0121] If the high current information continues to decrease, it may indicate that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to increase and then gradually decrease;

[0122] If the smoke information continues to decrease, it may indicate that a fire source has appeared in the monitoring area, causing the temperature in the monitoring area to increase, and then the fire source gradually decreases;

[0123] If the high current information continues to fluctuate, it may indicate that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to fluctuate;

[0124] If the smoke information continues to fluctuate, it may indicate that a fire source has occurred in the monitored area, causing the temperature in the monitored area to fluctuate;

[0125] The trend information and abnormal information obtained by the extraction unit, combined with the judgment logic of the judgment unit, can more accurately judge the inducing factors of high-temperature information changes. According to the judgment results of the judgment unit, the system can issue an alarm in time, notify relevant personnel and take necessary control measures to prevent potential dangers. Through the judgment logic of the judgment unit, the system can help trace the root cause of the change in high-temperature information, which is helpful for subsequent maintenance and repair work. The design of the extraction unit and the judgment unit makes the system have a certain degree of adaptability to different trend and abnormal information, and can adapt to the characteristics of different monitoring areas.

[0126] The control module includes an inducement extraction unit and a temperature reduction unit, wherein:

[0127] The inducement extraction unit is used to obtain the inducement factors from the inducement module;

[0128] The cooling unit is used to determine the safety control tools to be used according to the inducing factors, so as to reduce the high temperature information of the electrical room to a safe temperature;

[0129] If it is the inducing factor of abnormal current inside the electrical equipment, the electrical equipment shall be subjected to current limiting operation to reduce the temperature of the electrical equipment and record the current data;

[0130] If there is a triggering factor for a fire source in the monitoring area, the fire source in the monitoring area will be extinguished, the temperature in the monitoring area will be lowered, and the fire data will be recorded.

[0131] As mentioned above, the inducement extraction unit obtains the inducement factors from the inducement module. In order to accurately understand the specific reasons for the change of high temperature information so as to take corresponding control measures, the cooling unit determines the safety control tool to be used according to the inducement factors, so as to reduce the high temperature information of the electrical room to a safe temperature. Different cooling measures are taken according to different inducements;

[0132] Factors causing abnormal current in electrical equipment:

[0133] Perform current limiting operations on electrical equipment to reduce current flow, thereby lowering the temperature of the electrical equipment. At the same time, record current data for subsequent analysis and maintenance;

[0134] The triggering factors of fire sources in the monitoring area:

[0135] Perform fire extinguishing operations on the fire sources in the monitoring area, quickly eliminate the fire sources, reduce the temperature in the monitoring area, and record the fire data for subsequent accident investigation and improvement;

[0136] Through the inducing factors obtained by the inducement extraction unit, the cooling unit can take precise control measures for specific problems and improve the effect of control. According to the judgment of the inducing factors, the cooling unit can respond to the changes in high temperature information in time and take corresponding measures quickly to prevent accidents. Different cooling measures are adopted to ensure that under the inducement of high temperature information changes, the temperature of the electrical room can be reduced to a safe temperature range to ensure the safety of equipment and personnel. By recording current data and fire data, the system can accumulate historical data to provide a reference for subsequent accident analysis, prevention and equipment maintenance.

[0137] The control module also includes a threshold unit and a termination unit, wherein:

[0138] The threshold unit is used to obtain the safe temperature threshold and obtain the changing trend of high temperature information in the monitoring area in real time;

[0139] The termination unit is used to determine whether the high temperature information in the monitoring area is lower than the safety temperature threshold;

[0140] When the changing trend is a downward trend and the high temperature information is lower than the safe temperature threshold, the operation of reducing the high temperature information in the current monitoring area is stopped; otherwise, the cooling operation is continued.

[0141] As mentioned above, the threshold unit is used to obtain the safety temperature threshold and obtain the change trend of the high temperature information in the monitoring area in real time. By monitoring the change trend of the high temperature information, the system can dynamically adjust the safety temperature threshold to adapt to the actual situation. The termination unit is used to determine whether the high temperature information in the monitoring area is lower than the safety temperature threshold. When the change trend is a downward trend and the high temperature information is lower than the safety temperature threshold, the termination unit will stop the cooling operation of the high temperature information in the current monitoring area; conversely, if the high temperature information is still higher than the safety temperature threshold, the system will continue to perform the cooling operation. The existence of the threshold unit enables the system to dynamically adjust the safety temperature threshold. Considering the change trend of the high temperature information in the real-time monitoring area, the adaptability of the system is improved. The judgment logic of the termination unit helps to stop the cooling operation below the safety temperature threshold, thereby reducing energy consumption and improving the energy efficiency of the system. By judging in real time whether the high temperature information has been reduced to below the safety temperature threshold, the system can avoid over-regulation, reduce excessive operation of the equipment, and extend the life of the equipment. The judgment result of the termination unit ensures that the cooling operation is stopped when the high temperature information in the monitoring area is lower than the safety temperature threshold, ensuring that the equipment operates within a safe range.

[0142] And, an E-HOUSE electrical room safety monitoring terminal, comprising:

[0143] one or more processors;

[0144] a storage device having one or more programs stored thereon;

[0145] When one or more programs are executed by one or more processors, the one or more processors implement the E-HOUSE electrical room safety monitoring system.

[0146] The above is only a preferred embodiment of the present invention. It should be noted that, for those skilled in the art, several improvements and modifications can be made without departing from the principles of the present invention, and these improvements and modifications should also be considered as the protection scope of the present invention. The structures, devices and operating methods not specifically described and explained in the present invention shall be implemented according to the conventional means in the art unless otherwise specified and limited.

Claims

1. An E-HOUSE electrical room safety monitoring system, characterized in that: include: The area module is used to obtain the layout of the electrical room and build multiple monitoring areas based on the layout of the electrical room; An information module, used to obtain abnormal information in each monitoring area, wherein the abnormal information includes high temperature information, smoke information and high current information; The cycle module is used to obtain the collection frequency of high temperature information in each monitoring area and build a collection cycle in each monitoring area according to the collection frequency; The trend module is used to obtain the changing trend of high temperature information in each monitoring area according to the collection cycle; The inducing module determines the inducing factors of the high temperature information change according to the changing trend of the high temperature information in the monitoring area; The control module is used to obtain the electrical room safety control tool according to the inducing factors, so as to reduce the high temperature information of the electrical room to a safe temperature; The trend module includes an information acquisition unit and a trend unit, wherein: An information acquisition unit, used to acquire periodic information of high temperature information in each monitoring area according to a collection period; The trend unit is used to bring the period information into the trend analysis model in the order of acquisition, and obtain the change trend of high temperature information in each monitoring area; If it is an increasing trend, it means that the temperature in the monitored area is continuously increasing, that is, the temperature in the monitored area exceeds the safe temperature; If it is a downward trend, it means that the temperature in the monitored area is continuously decreasing, that is, the temperature in the monitored area is normal; If it is an abnormal trend, it means that the temperature in the monitored area is fluctuating, that is, the temperature in the monitored area is unstable; The trend unit includes a sequential acquisition subunit, a function subunit, a calculation subunit and an evaluation subunit, wherein: A sequential acquisition subunit, used for acquiring the acquisition order of the periodic information of the high temperature information of each monitoring area; A function subunit, used for obtaining a trend analysis function in a trend analysis model; The calculation subunit is used to sequentially bring the period information into the trend analysis function in the order of acquisition to obtain the trend change value; An evaluation subunit is used to obtain a trend evaluation interval and compare the trend change value with the trend evaluation interval to obtain a change trend of high temperature information in the monitoring area; If the trend change value is higher than the trend assessment interval, it indicates an increasing trend; If the trend change value falls within the trend assessment interval, it indicates an abnormal trend; If the trend change value is lower than the trend assessment interval, it indicates a downward trend; The trend analysis function is: ； Among them, C represents the trend change value, i represents the number of high temperature information, n represents the total number of high temperature information, K represents high temperature information, and T represents standard temperature information.

2. The E-HOUSE electrical room safety monitoring system according to claim 1 is characterized in that: The information module includes an electrical fire detector, an infrared detector, a high temperature sensor, an audible and visual alarm, a smoke detector and a current sensor.

3. The E-HOUSE electrical room safety monitoring system according to claim 1 is characterized in that: The period module includes an information receiving unit, a frequency extraction unit, a time unit and a period unit, wherein: The information receiving unit is used to obtain high temperature information in each monitoring area from the information module: A frequency extraction unit, used to extract the acquisition frequency of high temperature information in each monitoring area from the acquired high temperature information; The time unit is used to obtain the time interval for obtaining high temperature information in each monitoring area according to the acquisition frequency; The periodic unit is used to calibrate the high temperature information obtained in each monitoring area within a unit time as periodic information according to the time interval, and to construct a collection cycle according to the time interval.

4. The E-HOUSE electrical room safety monitoring system according to claim 1 is characterized in that: The induction module includes an extraction unit and a judgment unit, wherein: An extraction unit, used to obtain the change trend of high temperature information in the monitoring area from the trend module, and extract smoke information and high current information from the abnormal information; A judgment unit, used to judge the inducing factors of the high temperature information change according to the change trend, smoke information and high current information; If the trend is increasing and the high current information continues to increase, it indicates that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to increase; If the trend is increasing and the smoke information continues to increase, it means that a fire source has appeared in the monitored area, causing the temperature in the monitored area to increase; If the trend is decreasing and the high current information continues to decrease, it indicates that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to increase and then gradually decrease; If the trend is downward and the smoke information continues to decrease, it means that there is a fire source in the monitoring area, which causes the temperature in the monitoring area to increase and then the fire source gradually decreases; If there is an abnormal trend and the high current information continues to fluctuate, it means that the internal current of the electrical equipment in the monitoring area is abnormal, causing the temperature of the electrical equipment to fluctuate; If there is an abnormal trend and the smoke information continues to fluctuate, it means that a fire source has appeared in the monitored area, causing the temperature in the monitored area to fluctuate.

5. The E-HOUSE electrical room safety monitoring system according to claim 4 is characterized in that: The control module includes an inducement extraction unit and a temperature reduction unit, wherein: The inducement extraction unit is used to obtain the inducement factors from the inducement module; The cooling unit is used to determine the safety control tools to be used according to the inducing factors, so as to reduce the high temperature information of the electrical room to a safe temperature; If it is the inducing factor of abnormal current inside the electrical equipment, the electrical equipment shall be subjected to current limiting operation to reduce the temperature of the electrical equipment and record the current data; If there is a triggering factor for a fire source in the monitoring area, the fire source in the monitoring area will be extinguished, the temperature in the monitoring area will be lowered, and the fire data will be recorded.

6. The E-HOUSE electrical room safety monitoring system according to claim 5 is characterized in that: The control module further includes a threshold unit and a termination unit, wherein: The threshold unit is used to obtain the safe temperature threshold and obtain the changing trend of high temperature information in the monitoring area in real time; The termination unit is used to determine whether the high temperature information in the monitoring area is lower than the safety temperature threshold; When the changing trend is a downward trend and the high temperature information is lower than the safe temperature threshold, the operation of reducing the high temperature information in the current monitoring area is stopped; otherwise, the cooling operation is continued.

7. An E-HOUSE electrical room safety monitoring terminal, characterized in that: include: one or more processors; a storage device having one or more programs stored thereon; When the one or more programs are executed by the one or more processors, the one or more processors implement the E-HOUSE electrical room safety monitoring system as described in any one of claims 1-6.

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