CN117376895A - 5G signal equipment safety monitoring system based on Internet of things - Google Patents
5G signal equipment safety monitoring system based on Internet of things Download PDFInfo
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Abstract
The invention discloses a 5G signal equipment safety monitoring system based on the Internet of things. In the invention, a dispatching module convenient to use is arranged in the command dispatching module, a mobile combat and integrated command dispatching terminal is developed, an emergency command network and the Internet are opened, and a three-dimensional type based on multiple complementation of a PC client, a mobile combat APP end and an integrated acceptance terminal is realized. The dispatching system establishes an information pushing and intelligent dispatching system which covers the 5G signal equipment, the fire stations in each area and the government/enterprise full-time team, and effectively improves the fire emergency capability of the 5G signal equipment in the use process, so that the hazard in the accident occurrence is reduced, the property loss in the accident occurrence of the 5G signal equipment is reduced, and meanwhile, the stability and the equipment safety of the 5G signal equipment in the use process are further ensured.
Description
Technical Field
The invention belongs to the technical field of 5G signal equipment monitoring, and particularly relates to a 5G signal equipment safety monitoring system based on the Internet of things.
Background
The development of 5G also comes from the increasing demand for mobile data. With the development of the mobile internet, more and more devices are accessed into the mobile network, new services and application layers are endless, and a signal terminal is required to transmit signals in the process of 5G use. Therefore, more and more 5G signal devices are required, and the 5G signal devices need to be monitored during use for the safety of the devices.
However, when a common monitoring system is used and accidents occur, the common monitoring system cannot conduct command and dispatch on the accidents in time, so that the overall rescue efficiency is affected.
Disclosure of Invention
The invention aims at: in order to solve the problems, the 5G signal equipment safety monitoring system based on the Internet of things is provided.
The technical scheme adopted by the invention is as follows: the utility model provides a 5G signal equipment safety monitoring system based on thing networking, includes power supply module, equipment information acquisition module, data remote transmission module, processor module, gathers data analysis module, reports to the police trigger module, receives alert dispatch module, video monitoring module, smoke sensor module, temperature sensor module, unusual positioning module and commander dispatch module, power supply module's output is connected with equipment information acquisition module's input, equipment information acquisition module's output is connected with data remote transmission module's input, data remote transmission module's output is connected with processor module's input, processor module's output is connected with gather data analysis module's input, gather data analysis module's output is connected with report to the police trigger module's input, it is connected with to report to the police the output of trigger module receives the input of dispatch module.
In a preferred embodiment, a video monitoring module, a smoke sensor module and a temperature sensor module are arranged in the equipment information acquisition module, and the integral output ends of the video monitoring module, the smoke sensor module and the temperature sensor module are connected with the input end of the equipment information acquisition module;
the alarm receiving and dispatching system is characterized in that an abnormal positioning module and a command and dispatching module are arranged in the alarm receiving and dispatching module, and the integral output ends of the abnormal positioning module and the command and dispatching module are connected with the input end of the alarm receiving and dispatching module.
In a preferred embodiment: the video monitoring module mainly monitors the actions of the signalers, the turnout groups and related equipment, and can monitor the construction operation conditions of electric service and working personnel, the conditions of 5G signal equipment, the contact conditions of idle personnel and the like, so that the production safety is effectively ensured. The system is characterized in that 2 monitoring points are respectively arranged beside the south and north side rails of the throat, the whole station is covered in a crossing mode, and each monitoring point is covered with a throat area full scene by adopting 2 fixed-focus ultra-low-illumination high-definition cameras. And 1 monitoring point is arranged at the dense point of the throat turnout group, and one high-definition red storm-free spherical camera is deployed.
The video monitoring module backs up daily information of the 5G signal equipment, so that data are controlled in a centralized manner and shared in multiple layers, viewing authority of management staff is opened, real-time monitoring video of a construction site is backed up, and a database is uploaded; meanwhile, a comprehensive information management system in the oil mine construction process is established, data information, video information and image information which appear in the construction process at different time periods are subjected to visual processing, management staff periodically analyze high-risk behaviors appearing in videos, a preprocessing scheme is provided, the high-risk behaviors are summarized, safety training education is carried out on first-line constructors, and the probability of occurrence of safety accidents is reduced.
In a preferred embodiment, the smoke sensor module uses MQ-2 combustible gas sensor consisting of a micro ceramic tube made of alumina, a sensing layer of tin dioxide, electrodes for measurement and heaters for heating the sensor, which tests the use of element-fixing containers in which the smoke sensor module uses tin dioxide as a gas sensing element with minimal electrical conductivity in a clean atmosphere.
In a preferred embodiment, the temperature sensor module measures a temperature value by using an SHT30 sensor, the temperature measurement precision of the sensor is 0.01 ℃, the relative humidity measurement precision is 0.04%, and the SHT30 temperature and humidity sensor integrates a signal amplifier, an analog-to-digital converter, a calibration data memory and a standard IIC bus circuit into one chip, so that the sensor can stably work for a long time without recalibration.
In a preferred embodiment, the data remote transmission module is an internet of things communication module, a zigbee module is selected, the data remote transmission module adopts a double-star wireless network topology structure based on characteristics of zigbee nodes in each module, a multipoint-to-internet module topology network consisting of 1 coordinator and 10 terminal devices, a master control central transformer is used as a master coordinator of the wireless signal transmission network, and a brand new wireless signal transmission network is constructed so as to manage the wireless signal transmission network.
In a preferred embodiment, the processor module adopts a 32-bit singlechip with ARM core, which has the advantages of integrating abundant peripheral functions, and integrating the advantages of digital signal processing, rapid response, low delay, low energy consumption and high reliability; the functions are much more powerful than those of STC89C51, so that the follow-up functions are convenient to perfect and expand; the main control chip of STM32F103ZET6 with high performance and high capacity, which is mainstream at present, is selected, 512KBFlash is contained, the pins are up to 144, the main control chip can be connected to a computer through a serial chip CH340, the main control chip is compatible with the KeilARM software at present, and code writing can be well realized;
the collected data analysis module can formulate intelligent early warning and identification rules of the power transformation equipment when the parameters are abnormal according to the range characteristics of the working temperature of the 5G signal equipment; planning a three-level prevention and control early warning scheme of the power transformation equipment according to actual conditions; early warning detection stage; when any one of conditions that the temperature of equipment a is higher than 50 ℃ and the temperature change rate potential of smoke b reaches 1V, c and is higher than 0.83 ℃/s and the forward change rate of smoke d exceeds 0.1V/s occurs, the equipment is considered to have fire hazard, and equipment is required to be assisted; an initial fire stage; when the change rate of the flame sensor is more than 0.5V/s and the condition e is met, the fire is already formed to be a sign, and a primary fire extinguishing plan is started; the primary plan upgrading and releasing scheme can refer to temperature and smoke sensing data, when conditions a, b, c, D are not met, the flame sensor is considered to be misreported, the primary control action is released, all faults are uploaded to a platform operation center, and the platform operation center is provided with advanced operation logics such as a D-S fusion fire judgment algorithm, a neural network fire prediction algorithm and the like, so that intelligent judgment can be realized; if the primary fire plan cannot be eliminated, a primary fire extinguishing control instruction is sent out, and local nondestructive fire control equipment is started in the authority range and used for controlling the fire; fire fighting stage; the fire fighting of the level is a process that detection data are uploaded to a background operation center by detection equipment, after intelligent operation of big data, a conclusion of exact fire is obtained, and then orderly fire extinguishing is carried out by uniformly coordinating various fire fighting equipment, and a fire condition is reported.
In a preferred embodiment, when the monitoring system detects that the 5G signal device is abnormal during use, the alarm triggering module sends alarm information to the system analysis server through the station interface software, and the analysis server software module searches a preset associated camera and corresponding preset bit information from a local database to call according to alarm equipment, alarm type and alarm time defined in alarm content, so as to generate an ID number of the alarm and video resource routing information, and further notifies the storage module and the terminal display module that the alarm is released when the centralized monitoring system is to send the alarm, and the analysis module forwards the alarm to the storage and terminal display module. The storage module records the alarm ID, the alarm type, the alarm equipment and the alarm time information sent by the analysis module. When the alarm sent by the analysis module is to be received, the storage module intercepts and stores the corresponding ID video of the camera stored in real time as alarm video, and marks the alarm ID, type, equipment and time information.
In a preferred embodiment, the abnormal positioning module utilizes an internet positioning mechanism to integrate the self-contained positioning function of the mobile phone based on the positioning and installed address of each operator base station, so as to realize the automatic positioning of the mobile phone and the fixed phone alarm; and obtaining the geographical coordinate information of the case based on the address information with the maximum application matching similarity such as the express address library, the related map service and the like by utilizing a similarity matching mechanism, and simultaneously, automatically filling the information into the alarm receiving list.
In a preferred embodiment, the command scheduling module combines the inquiry prompt of the alarm receiving element, and the key alarm information guidance can be carried out on the alarm person when the alarm receiving person accepts the alarm condition; the alert receiving and dispatching module 13 establishes an intelligent power dispatching model based on intelligent algorithm means such as time and geographic position analysis, deep learning and the like aiming at different alert levels and alert types, converts experience dispatching into machine learning, changes traditional manual experience dispatching into intelligent recommendation dispatching, and provides one-key dispatching of various forms such as vehicle dispatching, equipment dispatching, plan dispatching, dispatch and the like.
In summary, due to the adoption of the technical scheme, the beneficial effects of the invention are as follows:
1. in the invention, a dispatching module convenient to use is arranged in the command dispatching module, a mobile combat and integrated command dispatching terminal is developed, an emergency command network and the Internet are opened, and a three-dimensional type based on multiple complementation of a PC client, a mobile combat APP end and an integrated acceptance terminal is realized. The dispatching system establishes an information pushing and intelligent dispatching system which covers the 5G signal equipment, the fire stations in each area and the government/enterprise full-time team, and effectively improves the fire emergency capability of the 5G signal equipment in the use process, so that the hazard in the accident occurrence is reduced, the property loss in the accident occurrence of the 5G signal equipment is reduced, and meanwhile, the stability and the equipment safety of the 5G signal equipment in the use process are further ensured.
2. In the invention, each information acquisition module in the equipment information acquisition module can carry out comprehensive and thorough information data monitoring on 5G signal equipment, meanwhile, a cc2530 chip is used in the data transmission process, the chip adopts a double-star wireless network topology structure, and a multipoint pair Internet module topology network is formed by 1 coordinator and 10 terminal equipment. The main control central transformer is used as a main coordinator of the wireless signal transmission network, and a brand new wireless signal transmission network is constructed so as to be managed. The wireless detection module is used as a terminal device of a wireless network for transmission, so that convenience and high efficiency in data transmission are improved, the situation that data transmission is not timely occurs in the whole 5G signal equipment safety monitoring system is avoided, high-efficiency stability of data transmission when the 5G signal equipment is unexpected is improved, and safety capability of the 5G signal equipment monitoring system is guaranteed.
Drawings
FIG. 1 is a system block diagram of the present invention;
FIG. 2 is a system block diagram of an equipment information acquisition module according to the present invention;
FIG. 3 is a block diagram of a system of alarm receiving and scheduling modules according to the present invention.
The marks in the figure: the system comprises a 1-power supply module, a 2-equipment information acquisition module, a 3-data remote transmission module, a 4-processor module, a 5-acquired data analysis module, a 6-alarm triggering module, a 7-alarm receiving and dispatching module, an 8-video monitoring module, a 9-smoke sensor module, a 10-temperature sensor module, an 11-abnormality positioning module and a 12-command and dispatching module.
Detailed Description
The present invention will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.
With reference to figures 1-3 of the drawings,
the utility model provides a 5G signal equipment safety monitoring system based on thing networking, including power supply module 1, equipment information acquisition module 2, data remote transmission module 3, processor module 4, gather data analysis module 5, alarm trigger module 6, receive alert dispatch module 7, video monitoring module 8, smoke sensor module 9, temperature sensor module 10, unusual positioning module 11 and command dispatch module 12, power supply module 1's output is connected with equipment information acquisition module 2's input, equipment information acquisition module 2's output is connected with data remote transmission module 3's input, data remote transmission module 3's output is connected with processor module 4's input, processor module 4's output is connected with the input of gathering data analysis module 5, the output of gathering data analysis module 5 is connected with alarm trigger module 6's input, alarm trigger module 6's output is connected with the input of receiving alert dispatch module 7.
The video monitoring module 8, the smoke sensor module 9 and the temperature sensor module 10 are arranged in the equipment information acquisition module 2, and the input end of the equipment information acquisition module 2 is connected with the integral output end of the video monitoring module 8, the smoke sensor module 9 and the temperature sensor module 10;
the alarm receiving and dispatching module 7 is internally provided with an abnormal positioning module 11 and a command and dispatching module 12, and the integral output ends of the abnormal positioning module 11 and the command and dispatching module 12 are connected with the input end of the alarm receiving and dispatching module 7.
The video monitoring module 8 mainly monitors the actions of the signalers, the turnout groups and related equipment, and can monitor the construction operation conditions of electric service personnel and working personnel, the conditions of 5G signal equipment, the contact conditions of idle personnel and the like, so that the production safety is effectively ensured. The system is characterized in that 2 monitoring points are respectively arranged beside the south and north side rails of the throat, the whole station is covered in a crossing mode, and each monitoring point is covered with a throat area full scene by adopting 2 fixed-focus ultra-low-illumination high-definition cameras. And 1 monitoring point is arranged at the dense point of the throat turnout group, and one high-definition red storm-free spherical camera is deployed.
The video monitoring module 8 backs up daily information of the 5G signal equipment, so that data are controlled in a centralized manner and shared in multiple layers, viewing authority of management staff is opened, real-time monitoring video of a construction site is backed up, and a database is uploaded; meanwhile, a comprehensive information management system in the oil mine construction process is established, data information, video information and image information which appear in the construction process at different time periods are subjected to visual processing, management staff periodically analyze high-risk behaviors appearing in videos, a preprocessing scheme is provided, the high-risk behaviors are summarized, safety training education is carried out on first-line constructors, and the probability of occurrence of safety accidents is reduced.
Smoke sensor module 9 uses MQ-2 flammable gas sensor composed of a micro ceramic tube made of alumina, a sensing layer of tin dioxide, electrodes for measurement and heater for heating the sensor, the element used for testing of which in-container smoke sensor module 9 uses tin dioxide as a gas sensing element with extremely small conductivity in clean atmosphere.
The temperature sensor module 10 adopts an SHT30 sensor to measure a temperature value, the temperature measurement precision of the sensor is 0.01 ℃ and the relative humidity measurement precision is 0.04%, and the SHT30 temperature and humidity sensor integrates a signal amplifier, an analog-to-digital converter, a calibration data memory and a standard IIC bus circuit in one chip, so that the sensor can stably work for a long time without recalibration.
The data remote transmission module 3 selects a zigbee module by the internet of things communication module, the data remote transmission module 3 adopts a double star type wireless network topology structure based on the characteristics of zigbee nodes in each module, a multipoint-to-internet module topology network consisting of 1 coordinator and 10 terminal devices, and a master control central transformer is used as a master coordinator of the wireless signal transmission network, and a brand new wireless signal transmission network is to be built so as to be managed.
The processor module 4 adopts a 32-bit singlechip with ARM core, and has the advantages of integrating abundant peripheral functions, and integrating the advantages of rapid digital signal processing, quick response, low delay, low energy consumption and high reliability; the functions are much more powerful than those of STC89C51, so that the follow-up functions are convenient to perfect and expand; the main control chip of STM32F103ZET6 with high performance and high capacity, which is mainstream at present, is selected, 512KBFlash is contained, the pins are up to 144, the main control chip can be connected to a computer through a serial chip CH340, the main control chip is compatible with the KeilARM software at present, and code writing can be well realized;
the collected data analysis module 5 can formulate intelligent early warning and identification rules of the power transformation equipment when the parameters are abnormal according to the range characteristics of the working temperature of the 5G signal equipment; planning a three-level prevention and control early warning scheme of the power transformation equipment according to actual conditions; early warning detection stage; when any one of conditions that the temperature of equipment a is higher than 50 ℃ and the temperature change rate potential of smoke b reaches 1V, c and is higher than 0.83 ℃/s and the forward change rate of smoke d exceeds 0.1V/s occurs, the equipment is considered to have fire hazard, and equipment is required to be assisted; an initial fire stage; when the change rate of the flame sensor is more than 0.5V/s and the condition e is met, the fire is already formed to be a sign, and a primary fire extinguishing plan is started; the primary plan upgrading and releasing scheme can refer to temperature and smoke sensing data, when conditions a, b, c, D are not met, the flame sensor is considered to be misreported, the primary control action is released, all faults are uploaded to a platform operation center, and the platform operation center is provided with advanced operation logics such as a D-S fusion fire judgment algorithm, a neural network fire prediction algorithm and the like, so that intelligent judgment can be realized; if the primary fire plan cannot be eliminated, a primary fire extinguishing control instruction is sent out, and local nondestructive fire control equipment is started in the authority range and used for controlling the fire; fire fighting stage; the fire fighting of the level is a process that detection data are uploaded to a background operation center by detection equipment, after intelligent operation of big data, a conclusion of exact fire is obtained, and then orderly fire extinguishing is carried out by uniformly coordinating various fire fighting equipment, and a fire condition is reported.
When the monitoring system detects that the 5G signal equipment is abnormal in use, the alarm triggering module 6 also sends alarm information to the system analysis server through the station interface software, the analysis server software module searches a preset associated camera and corresponding preset bit information from a local database to call in real time according to alarm equipment, alarm types and alarm time defined in alarm content, and generates an ID number and video resource routing information of the alarm, so that the analysis module forwards the ID number and the video resource routing information to the storage module and the terminal display module when the centralized monitoring system is to send alarm release. The storage module records the alarm ID, the alarm type, the alarm equipment and the alarm time information sent by the analysis module. When the alarm sent by the analysis module is to be received, the storage module intercepts and stores the corresponding ID video of the camera stored in real time as alarm video, and marks the alarm ID, type, equipment and time information.
The abnormal positioning module 11 utilizes an internet positioning mechanism, integrates the self-contained positioning function of the mobile phone based on the positioning and installed address of each operator base station, and realizes the automatic positioning of the mobile phone and fixed phone alarm; and obtaining the geographical coordinate information of the case based on the address information with the maximum application matching similarity such as the express address library, the related map service and the like by utilizing a similarity matching mechanism, and simultaneously, automatically filling the information into the alarm receiving list.
The command dispatching module 12 combines the inquiry prompt of the alarm receiving element, and can guide key alarm information of an alarm person when the alarm receiving person accepts the alarm condition; the alert receiving and dispatching module 13 establishes an intelligent power dispatching model based on intelligent algorithm means such as time and geographic position analysis, deep learning and the like aiming at different alert levels and alert types, converts experience dispatching into machine learning, changes traditional manual experience dispatching into intelligent recommendation dispatching, and provides one-key dispatching of various forms such as vehicle dispatching, equipment dispatching, plan dispatching, dispatch and the like.
In the invention, a dispatching module convenient to use is arranged in the command dispatching module, a mobile combat and integrated command dispatching terminal is developed, an emergency command network and the Internet are opened, and a three-dimensional type based on multiple complementation of a PC client, a mobile combat APP end and an integrated acceptance terminal is realized. The dispatching system establishes an information pushing and intelligent dispatching system which covers the 5G signal equipment, the fire stations in each area and the government/enterprise full-time team, and effectively improves the fire emergency capability of the 5G signal equipment in the use process, so that the hazard in the accident occurrence is reduced, the property loss in the accident occurrence of the 5G signal equipment is reduced, and meanwhile, the stability and the equipment safety of the 5G signal equipment in the use process are further ensured.
In the invention, each information acquisition module in the equipment information acquisition module 2 can carry out comprehensive and thorough information data monitoring on 5G signal equipment, and meanwhile, a cc2530 chip is used in the data transmission process, the chip adopts a double-star wireless network topology structure, and a multipoint pair Internet module topology network is formed by 1 coordinator and 10 terminal equipment. The main control central transformer is used as a main coordinator of the wireless signal transmission network, and a brand new wireless signal transmission network is constructed so as to be managed. The wireless detection module is used as a terminal device of a wireless network for transmission, so that convenience and high efficiency in data transmission are improved, the situation that data transmission is not timely occurs in the whole 5G signal equipment safety monitoring system is avoided, high-efficiency stability of data transmission when the 5G signal equipment is unexpected is improved, and safety capability of the 5G signal equipment monitoring system is guaranteed.
It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article, or apparatus that comprises an element.
The above embodiments are only for illustrating the technical solution of the present invention, and are not limiting; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. The utility model provides a 5G signal equipment safety monitoring system based on thing networking, includes power supply module (1), equipment information acquisition module (2), data remote transmission module (3), processor module (4), collection data analysis module (5), alarm trigger module (6), receive police dispatch module (7), video monitoring module (8), smoke transducer module (9), temperature sensor module (10), unusual positioning module (11) and command dispatch module (12), its characterized in that: the output end of the power supply module (1) is connected with the input end of the equipment information acquisition module (2), the output end of the equipment information acquisition module (2) is connected with the input end of the data remote transmission module (3), the output end of the data remote transmission module (3) is connected with the input end of the processor module (4), the output end of the processor module (4) is connected with the input end of the acquisition data analysis module (5), the output end of the acquisition data analysis module (5) is connected with the input end of the alarm triggering module (6), and the output end of the alarm triggering module (6) is connected with the input end of the alarm receiving scheduling module (7).
2. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: the device comprises a device information acquisition module (2), wherein a video monitoring module (8), a smoke sensor module (9) and a temperature sensor module (10) are arranged in the device information acquisition module (2), and the integral output ends of the video monitoring module (8), the smoke sensor module (9) and the temperature sensor module (10) are connected with the input end of the device information acquisition module (2);
the alarm receiving and dispatching system is characterized in that an abnormal positioning module (11) and a command and dispatching module (12) are arranged in the alarm receiving and dispatching module (7), and the integral output ends of the abnormal positioning module (11) and the command and dispatching module (12) are connected with the input end of the alarm receiving and dispatching module (7).
3. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: the video monitoring module (8) mainly monitors the actions of a signal machine, a turnout group and related equipment, and can monitor the construction operation conditions of electric service and working personnel, the conditions of 5G signal equipment, the contact conditions of idle personnel and the like, so that the production safety is effectively ensured; 2 monitoring points are respectively arranged beside the south and north side rails of the throat, the whole station is covered in a crossing way, and each monitoring point adopts 2 fixed-focus ultra-low illumination high-definition cameras to cover the whole scene of the throat area; setting 1 monitoring point at the dense point of the throat turnout group, and deploying one high-definition red storm-free spherical camera;
the video monitoring module (8) backs up daily information of the 5G signal equipment, so that data can be controlled in a centralized manner and shared in multiple layers, viewing authority of management personnel is opened, and real-time monitoring video of a construction site is backed up and uploaded to a database; meanwhile, a comprehensive information management system in the oil mine construction process is established, data information, video information and image information which appear in the construction process at different time periods are subjected to visual processing, management staff periodically analyze high-risk behaviors appearing in videos, a preprocessing scheme is provided, the high-risk behaviors are summarized, safety training education is carried out on first-line constructors, and the probability of occurrence of safety accidents is reduced.
4. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: the smoke sensor module (9) uses an MQ-2 combustible gas sensor, the MQ-2 combustible gas sensor consists of a micro ceramic tube made of aluminum oxide, a tin dioxide sensing layer, electrodes used for measurement and a heater used for heating the sensor, and the smoke sensor module (9) uses tin dioxide as a gas sensing element in a component fixing container used for testing, and has extremely small electric conductivity in clean atmosphere.
5. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: the temperature sensor module (10) adopts an SHT30 sensor to measure the temperature value, the temperature measurement precision of the sensor is 0.01 ℃, the relative humidity measurement precision is 0.04%, and the SHT30 temperature and humidity sensor integrates a signal amplifier, an analog-to-digital converter, a calibration data memory and a standard IIC bus circuit into a chip, so that the sensor can stably work for a long time without recalibration.
6. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: the data remote transmission module (3) is characterized in that the Internet of things communication module selects zigbee modules, the data remote transmission module (3) adopts a double-star wireless network topology structure based on characteristics of zigbee nodes in each module, a multipoint pair Internet module topology network consisting of 1 coordinator and 10 terminal devices takes a master control central transformer as a master coordinator of the wireless signal transmission network, and a brand new wireless signal transmission network is required to be built so as to be managed.
7. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: the processor module (4) adopts a 32-bit singlechip with ARM core, and has the advantages of integrating abundant peripheral functions, and integrating the advantages of rapid digital signal processing, rapid response, low delay, low energy consumption and high reliability; the functions are much more powerful than those of STC89C51, so that the follow-up functions are convenient to perfect and expand; the main control chip of STM32F103ZET6 with high performance and high capacity, which is mainstream at present, is selected, 512KBFlash is contained, the pins are up to 144, the main control chip can be connected to a computer through a serial chip CH340, the main control chip is compatible with the KeilARM software at present, and code writing can be well realized;
the collected data analysis module (5) can formulate intelligent early warning and identification rules of the power transformation equipment when the parameters are abnormal according to the range characteristics of the working temperature of the 5G signal equipment; planning a three-level prevention and control early warning scheme of the power transformation equipment according to actual conditions; early warning detection stage; when any one of conditions that the temperature of equipment a is higher than 50 ℃ and the temperature change rate potential of smoke b reaches 1V, c and is higher than 0.83 ℃/s and the forward change rate of smoke d exceeds 0.1V/s occurs, the equipment is considered to have fire hazard, and equipment is required to be assisted; an initial fire stage; when the change rate of the flame sensor is more than 0.5V/s and the condition e is met, the fire is already formed to be a sign, and a primary fire extinguishing plan is started; the primary plan upgrading and releasing scheme can refer to temperature and smoke sensing data, when conditions a, b, c, D are not met, the flame sensor is considered to be misreported, the primary control action is released, all faults are uploaded to a platform operation center, and the platform operation center is provided with advanced operation logics such as a D-S fusion fire judgment algorithm, a neural network fire prediction algorithm and the like, so that intelligent judgment can be realized; if the primary fire plan cannot be eliminated, a primary fire extinguishing control instruction is sent out, and local nondestructive fire control equipment is started in the authority range and used for controlling the fire; fire fighting stage; the fire fighting of the level is a process that detection data are uploaded to a background operation center by detection equipment, after intelligent operation of big data, a conclusion of exact fire is obtained, and then orderly fire extinguishing is carried out by uniformly coordinating various fire fighting equipment, and a fire condition is reported.
8. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: when the monitoring system detects that 5G signal equipment is abnormal in use, the alarm triggering module (6) also sends alarm information to the system analysis server through station interface software, and the analysis server software module searches a preset associated camera and corresponding preset bit information from a local database to call in real time according to alarm equipment, alarm types and alarm time defined in alarm content, generates an ID number of the alarm and video resource routing information, and informs the storage module and the terminal display module of the alarm, and when the centralized monitoring system is to send alarm release, the analysis module forwards the alarm to the storage and terminal display module; the storage module records the alarm ID, the alarm type, the alarm equipment and the alarm time information sent by the analysis module; when the alarm sent by the analysis module is to be received, the storage module intercepts and stores the corresponding ID video of the camera stored in real time as alarm video, and marks the alarm ID, type, equipment and time information.
9. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: the abnormal positioning module (11) utilizes an internet positioning mechanism, integrates the self-contained positioning function of the mobile phone based on the positioning and installed address of each operator base station, and realizes the automatic positioning of the mobile phone and the fixed phone alarm; and obtaining the geographical coordinate information of the case based on the address information with the maximum application matching similarity such as the express address library, the related map service and the like by utilizing a similarity matching mechanism, and simultaneously, automatically filling the information into the alarm receiving list.
10. The 5G signaling device security monitoring system based on the internet of things of claim 1, wherein: the command scheduling module (12) combines the inquiry prompt of the alarm receiving element, and can guide key alarm information of an alarm person when an alarm receiving person accepts an alarm condition; the alert receiving and dispatching module 13 establishes an intelligent power dispatching model based on intelligent algorithm means such as time and geographic position analysis, deep learning and the like aiming at different alert levels and alert types, converts experience dispatching into machine learning, changes traditional manual experience dispatching into intelligent recommendation dispatching, and provides one-key dispatching of various forms such as vehicle dispatching, equipment dispatching, plan dispatching, dispatch and the like.
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