Safety monitoring method and system based on highway electromechanical equipment

Abstract

The invention provides a safety monitoring method and system based on highway electromechanical equipment, and the system comprises a safety monitoring integrated platform which is used for carrying out the centralized management and control and data processing of a multifunctional detector at a monitoring management center, and supports the remote monitoring of the multifunctional detector at an external place at the management center; the safety monitoring host is configured in a substation or a power distribution room and accesses data of all the multifunctional detectors in a monitoring range; the multifunctional detector is an instrument for detecting various safety data related to electromechanical equipment in real time and is installed in a high-low voltage power distribution cabinet matched with the electromechanical equipment. And the terminal data sensor is used for collecting environment and electromechanical equipment state data in real time and transmitting the environment and electromechanical equipment state data to the safety monitoring host for centralized management and processing. Various parameters of the electromechanical equipment can be monitored in real time through the terminal data sensor, the multifunctional detector and other equipment, and intelligent all-directional monitoring is achieved.

Description

Technical Field

[0001] The present invention relates to the field of information processing technology, and in particular to a safety monitoring method and system based on electromechanical equipment of a highway. Background Art

[0002] Most of the electromechanical equipment on highways are scattered, remote, and located in a complex geographical environment, which is not conducive to frequent manual management and maintenance. In addition, the operational safety of electromechanical equipment is very important and is an essential component to ensure the operational safety of highways and the safety of people's travel, and it cannot be ignored. Therefore, highways have put forward new intelligent technical requirements for the operational safety of electromechanical equipment. It is urgent to achieve all-round management of safety factors such as environmental safety, power safety, equipment anti-theft, fault prediction, fault prevention, and visual inspection of electromechanical equipment, realize statistical analysis, real-time warning, and ensure the safe operation of electromechanical equipment on highways.

[0003] Common failures of high and low voltage distribution boxes for electromechanical equipment are caused by many factors such as long-term heavy load operation of the switch, loose joints, aging of contacts, insufficient contact surface pressure, etc., which lead to increased contact resistance and thus increased contact temperature. High and low voltage distribution boxes are generally unattended, and equipment safety is unpredictable. Because the switch or wiring contacts heat up to the point where the contacts melt and burn, it takes a long time and is not easy to find and locate immediately. Therefore, it is necessary to conduct real-time temperature monitoring of the line connectors and devices of the equipment distribution, and conduct online real-time monitoring of the equipment parts that produce overheating. When the equipment temperature exceeds the set temperature or the temperature rises too quickly, a warning signal is issued to accurately locate the fault point to ensure safe operation of the equipment.

[0004] Therefore, through centralized monitoring, centralized maintenance, and centralized management of the device temperature and other indicators of electromechanical equipment, intuitive statistical analysis reports are obtained, and advanced "early warning" maintenance methods are used to completely solve the backward manual passive maintenance methods, accurately locate faults, and take early warning measures to improve the reliability, safety, and advancement of electromechanical equipment operation. In order to improve the production and management efficiency of highways, the level of management automation, reduce the labor intensity of highway managers, reduce the number of on-duty maintenance personnel, and reduce operation and maintenance costs, it provides strong guarantees for the safe and reliable operation of electromechanical equipment, takes precautions before they occur, and improves operation and maintenance efficiency and equipment life. Summary of the invention

[0005] In view of the defects in the prior art, the object of the present invention is to provide a safety monitoring method and system based on electromechanical equipment of highways.

[0006] According to the present invention, a safety monitoring system based on electromechanical equipment of a highway is provided, comprising:

[0007] Safety monitoring integrated platform: The software is deployed in the monitoring management center to centrally control and process data of multi-function detectors. The safety monitoring integrated platform supports remote monitoring of all multi-function detectors in external sites at the management center.

[0008] Safety monitoring host: It is configured in the substation or distribution room and receives data from all multi-function detectors within the monitoring range;

[0009] Multi-function detector: an instrument that detects various safety data of electromechanical equipment in real time and is installed in the high and low voltage distribution cabinets supporting electromechanical equipment;

[0010] Terminal data sensor: used to collect real-time environmental and electromechanical equipment status data, and transmit it to the security monitoring host for centralized management and processing.

[0011] Preferably, in the comprehensive safety monitoring platform:

[0012] It has visual operation interface, remote management and control, data statistics and fault warning, screen recording and historical database management, and record query functions;

[0013] The safety monitoring integrated platform software includes a data display module and a geographic information system (GIS) integration module; the data display module provides real-time images and data display, including infrared temperature measurement images, temperature and humidity, vibration values, and sensor status; the GIS integration module uses the GIS platform to display vector maps, mark detector locations, and achieve global overview and positioning;

[0014] The safety monitoring integrated platform software includes an equipment statistics module and an alarm management module; the equipment statistics module uses a data processing algorithm based on machine learning, including support vector machines and k-means, and supports statistics on equipment status, including inspection records, fault records, and operation records; the alarm management module supports providing preset abnormal warnings when temperature, humidity, and vibration parameters exceed the limit;

[0015] The security monitoring integrated platform software includes a screen recording module and a database management module; the screen recording module uses a video recording software development kit SDK and database technology, supports triggering infrared image screen recording, records on-site data for alarm information diagnosis, and ensures timely recording of preset abnormal conditions; the database management module supports historical data management, including inspection records and fault records, for easy review and analysis;

[0016] The security monitoring integrated platform software includes a remote management module and a remote control module; the remote management module uses the network communication protocol HTTP / HTTPS and the remote control protocol to achieve remote access and control, and the remote control protocol includes SSH and RDP; it provides preventive management functions, including remote power off and remote ventilation, to deal with abnormal situations; the remote control module supports remote control of the multi-function detector under preset abnormal situations to ensure the flexibility of remote operation;

[0017] The security monitoring integrated platform software includes a Web server and a user rights management module; the Web server uses front-end development technology and visualization library to implement a graphical interface, and the front-end development technology includes HTML, CSS and JavaScript; the visualization library includes D3.js and Echarts; it supports remote access to the platform software through the network to reduce operation and maintenance costs; the user rights management module provides multi-level management accounts, rights modification, and login settings;

[0018] The safety monitoring integrated platform software includes a software redundancy backup module and a control interface; the software redundancy backup module realizes one main and one backup, respectively running on two sets of servers to ensure real-time redundant backup of data, improve the stability of the system, maintain compatibility with the safety monitoring host and the multi-function detector, and ensure the coordinated operation of the system; the control interface is based on the B / S architecture, and the interface can be infinitely scaled and dragged to realize the visualization of equipment position and monitoring data;

[0019] Temperature and humidity are collected through infrared temperature sensors and environmental temperature and humidity sensors, and transmitted to the security monitoring host through the Modbus-TCP communication protocol. The collected raw data first enters the database management module. After the operator enters the database, the device data is preliminarily filtered through the set threshold to exclude abnormal values, and the collected continuous data is noise filtered through the sliding average or median filtering algorithm. For the processed data, the temperature change curve is drawn on the platform dashboard, the abnormal points are marked, and daily and weekly temperature statistics reports are generated for the reference of managers.

[0020] Preferably, in the security monitoring host:

[0021] Including data aggregation, infrared temperature measurement images, control operations, inspection records, fault records and operation log functions;

[0022] The safety monitoring host includes a data aggregation module and a real-time data display module; the data aggregation module receives and centrally manages the data of all multi-function detectors within the monitoring range; the real-time data display module supports the graphical display of real-time data of multi-function detectors in the monitoring center, including infrared temperature measurement images, temperature and humidity, and vibration values;

[0023] The safety monitoring host includes a remote control module and an exception handling module; the remote control module uses Python-based automation scripts and remote communication protocols to support remote control operations on all access detectors; the exception handling module supports remote control on behalf of the central software when the central software or communication fails, including abnormal alarm response, abnormal screen recording, inspection management, and setting management functions;

[0024] The safety monitoring host includes a data storage module and a historical data recording module; the data storage module meets at least 16GB of running memory and 1T of data storage; the subordinate data recording module supports recording inspection records, fault records, and operation logs;

[0025] The security monitoring host includes an authority management module and an intelligent remote operation module; the authority management module provides multi-level management account, authority modification, and login setting functions; the intelligent remote operation module, through a web server, enables remote access to the security monitoring host screen through the network in the management center, and supports intelligent remote operation, including remote power off and remote ventilation.

[0026] Preferably, in the multifunctional detector:

[0027] Including data collection, data upload, control execution, and status feedback;

[0028] The multifunctional detector includes an infrared temperature detection module, an environmental temperature and humidity detection module and a vibration measurement module; the infrared temperature detection module provides a high-resolution infrared temperature measurement image to realize real-time monitoring of the temperature of electromechanical equipment; the environmental temperature and humidity detection module supports real-time collection of temperature and humidity data of the surrounding environment of electromechanical equipment, and supports a temperature range of -20°C to 550°C and a humidity range of 0% to 100%; the vibration measurement module supports real-time monitoring of the vibration of electromechanical equipment through a multi-axis sensor, and supports a vibration measurement range of ±16g;

[0029] The multifunctional detector includes a feedback input module, a control signal output module and a multi-sensor interface; the feedback input module provides no less than 4-way data feedback input to receive multiple sensor data from electromechanical equipment; the control signal output module provides 2-way control signal output to realize the control operation of electromechanical equipment; the sensor interface can access the intelligent high-power circuit breaker, water immersion, limit switch terminal sensor data to realize remote power off of the power supply;

[0030] The multifunctional detector includes an infrared image display module and a communication port; the infrared image display module provides a touch screen to realize on-site viewing of infrared temperature measurement images; the communication port has 2 SFP interfaces, supports dual optical port / dual network port redundant ring network, and supports Modbus-TCP communication protocol.

[0031] Preferably, in the terminal data sensor:

[0032] The terminal data sensor includes an environmental data acquisition module, a sensor data acquisition module and a data transmission module; the environmental data acquisition module supports real-time acquisition of temperature and humidity data of the environment surrounding the electromechanical equipment; the sensor data acquisition module supports the integration of water immersion and access control sensor elements to monitor the status of electromechanical equipment; the data transmission module is connected to the security monitoring host through an optical fiber or a network cable to ensure real-time transmission of the collected data and follow the communication protocol consistent with the security monitoring host;

[0033] According to the present invention, a safety monitoring method based on electromechanical equipment of a highway is provided, comprising:

[0034] Step S1: deploy the security monitoring integrated platform software in the monitoring management center to centrally control and process the multifunctional detectors. The security monitoring integrated platform supports remote monitoring of all multifunctional detectors in external sites at the management center;

[0035] Step S2: The safety monitoring host is configured in a substation or a power distribution room, and accesses the data of all multi-function detectors within the monitoring range;

[0036] Step S3: installing the multifunctional detector in the high and low voltage distribution cabinets of the electromechanical equipment to detect various safety data of the electromechanical equipment in real time;

[0037] Step S4: The terminal data sensor collects the environment and electromechanical equipment status data in real time, and transmits it to the security monitoring host for centralized management and processing.

[0038] Preferably, in step S1:

[0039] The safety monitoring integrated platform has a visual operation interface, remote management and control, data statistics and fault warning, screen recording and historical database management, and record query functions;

[0040] The safety monitoring integrated platform software includes a data display module and a geographic information system (GIS) integration module; the data display module provides real-time images and data display, including infrared temperature measurement images, temperature and humidity, vibration values, and sensor status; the GIS integration module uses the GIS platform to display vector maps, mark detector locations, and achieve global overview and positioning;

[0041] The safety monitoring integrated platform software includes an equipment statistics module and an alarm management module; the equipment statistics module uses a data processing algorithm based on machine learning, including support vector machines and k-means, and supports statistics on equipment status, including inspection records, fault records, and operation records; the alarm management module supports providing preset abnormal warnings when temperature, humidity, and vibration parameters exceed the limit;

[0042] The security monitoring integrated platform software includes a screen recording module and a database management module; the screen recording module uses a video recording software development kit SDK and database technology, supports triggering infrared image screen recording, records on-site data for alarm information diagnosis, and ensures timely recording of preset abnormal conditions; the database management module supports historical data management, including inspection records and fault records, for easy review and analysis;

[0043] The security monitoring integrated platform software includes a remote management module and a remote control module; the remote management module uses the network communication protocol HTTP / HTTPS and the remote control protocol to achieve remote access and control, and the remote control protocol includes SSH and RDP; it provides preventive management functions, including remote power off and remote ventilation, to deal with abnormal situations; the remote control module supports remote control of the multi-function detector under preset abnormal situations to ensure the flexibility of remote operation;

[0044] The security monitoring integrated platform software includes a Web server and a user rights management module; the Web server uses front-end development technology and visualization library to implement a graphical interface, and the front-end development technology includes HTML, CSS and JavaScript; the visualization library includes D3.js and Echarts; it supports remote access to the platform software through the network to reduce operation and maintenance costs; the user rights management module provides multi-level management accounts, rights modification, and login settings;

[0045] The safety monitoring integrated platform software includes a software redundancy backup module and a control interface; the software redundancy backup module realizes one main and one backup, respectively running on two sets of servers to ensure real-time redundant backup of data, improve the stability of the system, maintain compatibility with the safety monitoring host and the multi-function detector, and ensure the coordinated operation of the system; the control interface is based on the B / S architecture, and the interface can be infinitely scaled and dragged to realize the visualization of equipment position and monitoring data;

[0046] Temperature and humidity are collected through infrared temperature sensors and environmental temperature and humidity sensors, and transmitted to the security monitoring host through the Modbus-TCP communication protocol. The collected raw data first enters the database management module. After the operator enters the database, the device data is preliminarily filtered through the set threshold to exclude abnormal values, and the collected continuous data is noise filtered through the sliding average or median filtering algorithm. For the processed data, the temperature change curve is drawn on the platform dashboard, the abnormal points are marked, and daily and weekly temperature statistics reports are generated for the reference of managers.

[0047] Preferably, in step S2:

[0048] Including data aggregation, infrared temperature measurement images, control operations, inspection records, fault records and operation log functions;

[0049] The safety monitoring host includes a data aggregation module and a real-time data display module; the data aggregation module receives and centrally manages the data of all multi-function detectors within the monitoring range; the real-time data display module supports the graphical display of real-time data of multi-function detectors in the monitoring center, including infrared temperature measurement images, temperature and humidity, and vibration values;

[0050] The safety monitoring host includes a remote control module and an exception handling module; the remote control module uses Python-based automation scripts and remote communication protocols to support remote control operations on all access detectors; the exception handling module supports remote control on behalf of the central software when the central software or communication fails, including abnormal alarm response, abnormal screen recording, inspection management, and setting management functions;

[0051] The safety monitoring host includes a data storage module and a historical data recording module; the data storage module meets at least 16GB of running memory and 1T of data storage; the subordinate data recording module supports recording inspection records, fault records, and operation logs;

[0052] The security monitoring host includes an authority management module and an intelligent remote operation module; the authority management module provides multi-level management account, authority modification, and login setting functions; the intelligent remote operation module, through a web server, enables remote access to the security monitoring host screen through the network in the management center, and supports intelligent remote operation, including remote power off and remote ventilation.

[0053] Preferably, in step S3:

[0054] Including data collection, data upload, control execution, and status feedback;

[0055] The multifunctional detector includes an infrared temperature detection module, an environmental temperature and humidity detection module and a vibration measurement module; the infrared temperature detection module provides a high-resolution infrared temperature measurement image to realize real-time monitoring of the temperature of electromechanical equipment; the environmental temperature and humidity detection module supports real-time collection of temperature and humidity data of the surrounding environment of electromechanical equipment, and supports a temperature range of -20°C to 550°C and a humidity range of 0% to 100%; the vibration measurement module supports real-time monitoring of the vibration of electromechanical equipment through a multi-axis sensor, and supports a vibration measurement range of ±16g;

[0056] The multifunctional detector includes a feedback input module, a control signal output module and a multi-sensor interface; the feedback input module provides no less than 4-way data feedback input to receive multiple sensor data from electromechanical equipment; the control signal output module provides 2-way control signal output to realize the control operation of electromechanical equipment; the sensor interface can access the intelligent high-power circuit breaker, water immersion, limit switch terminal sensor data to realize remote power off of the power supply;

[0057] The multifunctional detector includes an infrared image display module and a communication port; the infrared image display module provides a touch screen to realize on-site viewing of infrared temperature measurement images; the communication port has 2 SFP interfaces, supports dual optical port / dual network port redundant ring network, and supports Modbus-TCP communication protocol.

[0058] Preferably, in step S4:

[0059] The terminal data sensor includes an environmental data acquisition module, a sensor data acquisition module and a data transmission module; the environmental data acquisition module supports real-time acquisition of temperature and humidity data of the surrounding environment of the electromechanical equipment; the sensor data acquisition module supports the integration of water immersion and access control sensor elements to monitor the status of electromechanical equipment; the data transmission module is connected to the security monitoring host via optical fiber or network cable to ensure real-time transmission of the collected data and follow the communication protocol consistent with the security monitoring host.

[0060] Compared with the prior art, the present invention has the following beneficial effects:

[0061] 1. The present invention can monitor various parameters of electromechanical equipment in real time through terminal data sensors, multi-functional detectors and other equipment, realize intelligent and all-round monitoring, and realize comprehensive monitoring of the operating status of electromechanical equipment by discovering equipment abnormalities in advance, thereby avoiding safety hazards caused by equipment failures.

[0062] 2. The present invention supports the early warning function, supports remote control and remote upgrade by issuing alarm signals in time and providing the screen recording function of abnormal data; the early warning mechanism can reduce the risk of accidents, and the remote management function can reduce the labor intensity of operation and maintenance personnel and improve the remote operability of the system.

[0063] 3. The present invention supports data statistics and analysis, including equipment statistics, fault statistics, historical data, etc., to provide data support for decision-making; through statistical analysis of equipment operation data, the use status of the equipment can be discovered through the above process, thereby improving operation and maintenance efficiency and extending the life of the equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0064] Other features, objects and advantages of the present invention will become more apparent from the detailed description of non-limiting embodiments made with reference to the following drawings:

[0065] Figure 1 This is an architecture diagram of a safety monitoring system based on electromechanical equipment of a highway in an embodiment of the present invention;

[0066] Figure 2 It is a data flow diagram of a safety monitoring system based on electromechanical equipment of a highway in an embodiment of the present invention. DETAILED DESCRIPTION

[0067] The present invention is described in detail below in conjunction with specific embodiments. The following embodiments will help those skilled in the art to further understand the present invention, but are not intended to limit the present invention in any form. It should be noted that, for those of ordinary skill in the art, several changes and improvements can also be made without departing from the concept of the present invention. These all belong to the protection scope of the present invention.

[0068] Embodiment 1:

[0069] The present invention relates to a safety monitoring system based on electromechanical equipment of highways. The system realizes all-round safety management of electromechanical equipment through the mutual cooperation among a safety monitoring integrated platform, a safety monitoring host, a multifunctional detector and a terminal data sensor. The system realizes intelligent all-round monitoring by real-time collection of temperature, humidity and vibration by the detector to ensure the safety of the operation of electromechanical equipment; the system provides early warning and remote management functions, supports real-time alarms, remote control and upgrades through the safety monitoring integrated platform, and reduces the work pressure of operation and maintenance personnel; the system has data statistics and analysis functions, and improves the operation and maintenance efficiency and equipment life through statistical analysis of equipment operation data; in addition, the characteristics of off-site redundant backup and flexible configuration increase the reliability and adaptability of the system. The introduction of the electromechanical safety monitoring system has brought advanced technical means to the safety management of electromechanical equipment of highways, which not only improves the reliability of the equipment, but also provides a more efficient solution for management and maintenance, thereby providing strong support for the safety of highway operation.

[0070] According to the present invention, a safety monitoring method based on electromechanical equipment of a highway is provided, comprising:

[0071] Step S1: deploy the security monitoring integrated platform software in the monitoring management center to centrally control and process the multifunctional detectors. The security monitoring integrated platform supports remote monitoring of all multifunctional detectors in external sites at the management center;

[0072] Specifically, in step S1:

[0073] The safety monitoring integrated platform has a visual operation interface, remote management and control, data statistics and fault warning, screen recording and historical database management, and record query functions;

[0074] It has visual operation interface, remote management and control, data statistics and fault warning, screen recording and historical database management, and record query functions;

[0075] The safety monitoring integrated platform software includes a data display module and a geographic information system (GIS) integration module; the data display module provides real-time images and data display, including infrared temperature measurement images, temperature and humidity, vibration values, and sensor status; the GIS integration module uses the GIS platform to display vector maps, mark detector locations, and achieve global overview and positioning;

[0076] The safety monitoring integrated platform software includes an equipment statistics module and an alarm management module; the equipment statistics module uses a data processing algorithm based on machine learning, including support vector machines and k-means, and supports statistics on equipment status, including inspection records, fault records, and operation records; the alarm management module supports providing preset abnormal warnings when temperature, humidity, and vibration parameters exceed the limit;

[0077] The security monitoring integrated platform software includes a screen recording module and a database management module; the screen recording module uses a video recording software development kit SDK and database technology, supports triggering infrared image screen recording, records on-site data for alarm information diagnosis, and ensures timely recording of preset abnormal conditions; the database management module supports historical data management, including inspection records and fault records, for easy review and analysis;

[0078] The security monitoring integrated platform software includes a remote management module and a remote control module; the remote management module uses the network communication protocol HTTP / HTTPS and the remote control protocol to achieve remote access and control, and the remote control protocol includes SSH and RDP; it provides preventive management functions, including remote power off and remote ventilation, to deal with abnormal situations; the remote control module supports remote control of the multi-function detector under preset abnormal situations to ensure the flexibility of remote operation;

[0079] The security monitoring integrated platform software includes a Web server and a user rights management module; the Web server uses front-end development technology and visualization library to implement a graphical interface, and the front-end development technology includes HTML, CSS and JavaScript; the visualization library includes D3.js and Echarts; it supports remote access to the platform software through the network to reduce operation and maintenance costs; the user rights management module provides multi-level management accounts, rights modification, and login settings;

[0080] The safety monitoring integrated platform software includes a software redundancy backup module and a control interface; the software redundancy backup module realizes one main and one backup, respectively running on two sets of servers to ensure real-time redundant backup of data, improve the stability of the system, maintain compatibility with the safety monitoring host and the multi-function detector, and ensure the coordinated operation of the system; the control interface is based on the B / S architecture, and the interface can be infinitely scaled and dragged to realize the visualization of equipment position and monitoring data;

[0081] Temperature and humidity are collected through infrared temperature sensors and environmental temperature and humidity sensors, and transmitted to the security monitoring host through the Modbus-TCP communication protocol. The collected raw data first enters the database management module. After the operator enters the database, the device data is preliminarily filtered through the set threshold to exclude abnormal values, and the collected continuous data is noise filtered through the sliding average or median filtering algorithm. For the processed data, the temperature change curve is drawn on the platform dashboard, the abnormal points are marked, and daily and weekly temperature statistics reports are generated for the reference of managers.

[0082] Step S2: The safety monitoring host is configured in a substation or a power distribution room, and accesses the data of all multi-function detectors within the monitoring range;

[0083] Specifically, in step S2:

[0084] Including data aggregation, infrared temperature measurement images, control operations, inspection records, fault records and operation log functions;

[0085] The safety monitoring host includes a data aggregation module and a real-time data display module; the data aggregation module receives and centrally manages the data of all multi-function detectors within the monitoring range; the real-time data display module supports the graphical display of real-time data of multi-function detectors in the monitoring center, including infrared temperature measurement images, temperature and humidity, and vibration values;

[0086] The safety monitoring host includes a remote control module and an exception handling module; the remote control module supports remote control operations on all access detectors; the exception handling module supports remote control on behalf of the central software when the central software or communication fails, including abnormal alarm response, abnormal screen recording, inspection management, and setting management functions;

[0087] The safety monitoring host includes a data storage module and a historical data recording module; the data storage module meets at least 16GB of running memory and 1T of data storage; the subordinate data recording module supports recording inspection records, fault records, and operation logs;

[0088] The security monitoring host includes an authority management module and an intelligent remote operation module; the authority management module provides multi-level management account, authority modification, and login setting functions; the intelligent remote operation module, through a web server, enables remote access to the security monitoring host screen through the network in the management center, and supports intelligent remote operation, including remote power off and remote ventilation.

[0089] Step S3: installing the multifunctional detector in the high and low voltage distribution cabinets of the electromechanical equipment to detect various safety data of the electromechanical equipment in real time;

[0090] Specifically, in step S3:

[0091] Including data collection, data upload, control execution, and status feedback;

[0092] The multifunctional detector includes an infrared temperature detection module, an environmental temperature and humidity detection module and a vibration measurement module; the infrared temperature detection module provides a high-resolution infrared temperature measurement image to realize real-time monitoring of the temperature of electromechanical equipment; the environmental temperature and humidity detection module supports real-time collection of temperature and humidity data of the surrounding environment of electromechanical equipment, and supports a temperature range of -20°C to 550°C and a humidity range of 0% to 100%; the vibration measurement module supports real-time monitoring of the vibration of electromechanical equipment through a multi-axis sensor, and supports a vibration measurement range of ±16g;

[0093] The multifunctional detector includes a feedback input module, a control signal output module and a multi-sensor interface; the feedback input module provides no less than 4-way data feedback input to receive multiple sensor data from electromechanical equipment; the control signal output module provides 2-way control signal output to realize the control operation of electromechanical equipment; the sensor interface can access the intelligent high-power circuit breaker, water immersion, limit switch terminal sensor data to realize remote power off of the power supply;

[0094] The multifunctional detector includes an infrared image display module and a communication port; the infrared image display module provides a touch screen to realize on-site viewing of infrared temperature measurement images; the communication port has 2 SFP interfaces, supports dual optical port / dual network port redundant ring network, and supports Modbus-TCP communication protocol.

[0095] Step S4: The terminal data sensor collects the environment and electromechanical equipment status data in real time, and transmits it to the security monitoring host for centralized management and processing.

[0096] Specifically, in step S4:

[0097] The terminal data sensor includes an environmental data acquisition module, a sensor data acquisition module and a data transmission module; the environmental data acquisition module supports real-time acquisition of temperature and humidity data of the surrounding environment of the electromechanical equipment; the sensor data acquisition module supports the integration of sensor elements such as water immersion and access control to monitor the status of electromechanical equipment; the data transmission module is connected to the security monitoring host via optical fiber or network cable to ensure real-time transmission of the collected data and follow the communication protocol consistent with the security monitoring host.

[0098] Embodiment 2:

[0099] Embodiment 2 is a preferred example of Embodiment 1, and is used to illustrate the present invention in more detail.

[0100] The present invention also provides a safety monitoring system based on highway electromechanical equipment. The safety monitoring system based on highway electromechanical equipment can be realized by executing the process steps of the safety monitoring method based on highway electromechanical equipment, that is, those skilled in the art can understand the safety monitoring method based on highway electromechanical equipment as a preferred implementation of the safety monitoring system based on highway electromechanical equipment.

[0101] According to the present invention, a safety monitoring system based on electromechanical equipment of a highway is provided, comprising:

[0102] Safety monitoring integrated platform: The software is deployed in the monitoring management center to centrally control and process data of multi-function detectors. The safety monitoring integrated platform supports remote monitoring of all multi-function detectors in external sites at the management center.

[0103] Safety monitoring host: It is configured in the substation or distribution room and receives data from all multi-function detectors within the monitoring range;

[0104] Multi-function detector: an instrument that detects various safety data of electromechanical equipment in real time and is installed in the high and low voltage distribution cabinets supporting electromechanical equipment;

[0105] Terminal data sensor: used to collect real-time environmental and electromechanical equipment status data, and transmit it to the security monitoring host for centralized management and processing.

[0106] Specifically, in the comprehensive safety monitoring platform:

[0107] It has visual operation interface, remote management and control, data statistics and fault warning, screen recording and historical database management, and record query functions;

[0108] The safety monitoring integrated platform software includes a data display module and a geographic information system (GIS) integration module; the data display module provides real-time images and data display, including infrared temperature measurement images, temperature and humidity, vibration values, and sensor status; the GIS integration module uses the GIS platform to display vector maps, mark detector locations, and achieve global overview and positioning;

[0109] The safety monitoring integrated platform software includes an equipment statistics module and an alarm management module; the equipment statistics module supports statistics on equipment status, including inspection records, fault records, and operation records; the alarm management module supports providing preset abnormal warnings when temperature, humidity, and vibration parameters exceed the limit;

[0110] The safety monitoring integrated platform software includes a screen recording module and a database management module; the screen recording module supports triggering infrared image screen recording, recording on-site data for alarm information diagnosis, and ensuring timely recording of preset abnormal conditions; the database management module supports historical data management, including inspection records, fault records, etc., for easy review and analysis;

[0111] The safety monitoring integrated platform software includes a remote management module and a remote control module; the remote management module provides preventive management functions, including remote power off and remote ventilation, to deal with abnormal situations; the remote control module supports remote control of the multi-function detector under preset abnormal situations to ensure the flexibility of remote operation;

[0112] The security monitoring integrated platform software includes a Web server and a user rights management module; the Web server supports remote access to the platform software via the network to reduce operation and maintenance costs; the user rights management module provides multi-level management accounts, rights modification, and login settings;

[0113] The comprehensive security monitoring platform software includes a software redundant backup module and a control interface; the software redundant backup module implements one primary and one backup, running on two sets of servers respectively to ensure real-time redundant backup of data, improve the stability of the system, maintain compatibility with the security monitoring host and the multi-functional detector, and ensure the coordinated operation of the system; the control interface is based on the B / S architecture, and the interface can be infinitely scaled and dragged to realize the visualization of equipment orientation and monitoring data.

[0114] Specifically, in the security monitoring host:

[0115] Including data aggregation, infrared temperature measurement images, control operations, inspection records, fault records and operation log functions;

[0116] The safety monitoring host includes a data aggregation module and a real-time data display module; the data aggregation module receives and centrally manages the data of all multi-function detectors within the monitoring range; the real-time data display module supports the graphical display of real-time data of multi-function detectors in the monitoring center, including infrared temperature measurement images, temperature and humidity, and vibration values;

[0117] The safety monitoring host includes a remote control module and an exception handling module; the remote control module supports remote control operations on all access detectors; the exception handling module supports remote control on behalf of the central software when the central software or communication fails, including abnormal alarm response, abnormal screen recording, inspection management, and setting management functions;

[0118] The safety monitoring host includes a data storage module and a historical data recording module; the data storage module meets at least 16GB of running memory and 1T of data storage; the subordinate data recording module supports recording inspection records, fault records, and operation logs;

[0119] The security monitoring host includes an authority management module and an intelligent remote operation module; the authority management module provides multi-level management account, authority modification, and login setting functions; the intelligent remote operation module, through a web server, enables remote access to the security monitoring host screen through the network in the management center, and supports intelligent remote operation, including remote power off and remote ventilation.

[0120] Specifically, in the multifunctional detector:

[0121] Including data collection, data upload, control execution, and status feedback;

[0122] The multifunctional detector includes an infrared temperature detection module, an environmental temperature and humidity detection module and a vibration measurement module; the infrared temperature detection module provides a high-resolution infrared temperature measurement image to realize real-time monitoring of the temperature of electromechanical equipment; the environmental temperature and humidity detection module supports real-time collection of temperature and humidity data of the surrounding environment of electromechanical equipment, and supports a temperature range of -20°C to 550°C and a humidity range of 0% to 100%; the vibration measurement module supports real-time monitoring of the vibration of electromechanical equipment through a multi-axis sensor, and supports a vibration measurement range of ±16g;

[0123] The multifunctional detector includes a feedback input module, a control signal output module and a multi-sensor interface; the feedback input module provides no less than 4-way data feedback input to receive multiple sensor data from electromechanical equipment; the control signal output module provides 2-way control signal output to realize the control operation of electromechanical equipment; the sensor interface can access the intelligent high-power circuit breaker, water immersion, limit switch terminal sensor data to realize remote power off of the power supply;

[0124] The multifunctional detector includes an infrared image display module and a communication port; the infrared image display module provides a touch screen to realize on-site viewing of infrared temperature measurement images; the communication port has 2 SFP interfaces, supports dual optical port / dual network port redundant ring network, and supports Modbus-TCP communication protocol.

[0125] Specifically, in the terminal data sensor:

[0126] The terminal data sensor includes an environmental data acquisition module, a sensor data acquisition module and a data transmission module; the environmental data acquisition module supports real-time acquisition of temperature and humidity data of the surrounding environment of the electromechanical equipment; the sensor data acquisition module supports the integration of sensor elements such as water immersion and access control to monitor the status of electromechanical equipment; the data transmission module is connected to the security monitoring host via optical fiber or network cable to ensure real-time transmission of the collected data and follow the communication protocol consistent with the security monitoring host.

[0127] Embodiment 3:

[0128] Embodiment 3 is a preferred example of Embodiment 1, and is used to illustrate the present invention in more detail.

[0129] The purpose of the present invention is to provide a safety monitoring system based on electromechanical equipment of highways. By deploying a comprehensive safety monitoring platform, a safety monitoring host, a multi-functional detector and a terminal data sensor, the positioning and visualization management of highway data can be carried out, centralized management and upload can be carried out, statistical analysis and real-time early warning can be achieved, the problem of inaccurate positioning of fault points of electromechanical equipment can be solved, and the cost of personnel operation and maintenance can be reduced.

[0130] To achieve the above object, the technical solution adopted by the present invention is as follows:

[0131] The present invention provides a safety monitoring system based on electromechanical equipment of highways. The basic components of the system include: a safety monitoring integrated platform, a safety monitoring host, a multifunctional detector, and a terminal data sensor. By combining the safety monitoring integrated platform with the host, data visualization, centralized control and upload are realized, and online real-time monitoring is performed using a multifunctional detector and a sensor, solving the problem of inaccurate positioning of fault points of electromechanical equipment and reducing personnel operation and maintenance costs.

[0132] The comprehensive safety monitoring platform is deployed in the command center, and can realize the positioning and visualization control of all data of the entire project by supporting GIS administrative maps;

[0133] The comprehensive safety monitoring platform includes a data visualization module, a data statistics module, an alarm management module, a prevention management module, and a screen recording and playback module;

[0134] The data visualization module supports viewing real-time images and data of all multi-function detectors; supports viewing infrared temperature measurement images, temperature and humidity, vibration value sensor data and status; supports marking the location of multi-function detectors through administrative vector maps displayed by the GIS platform to achieve global positioning; supports designing interfaces based on B / S architecture, in which the interface can be infinitely scaled and dragged to achieve visualization of equipment location and monitoring data;

[0135] The data statistics module supports statistics of equipment status information including inspection records, fault records, operation records, etc.; supports retrospective search of stored historical equipment data for easy review and analysis;

[0136] The alarm management module supports timely abnormal warning for data exceeding the limit, including temperature exceeding the limit, humidity exceeding the limit, and vibration exceeding the limit;

[0137] The prevention management module supports prevention management after the alarm is triggered, including remote power off, remote ventilation, and maintenance log after receiving abnormal warning; it supports remote takeover of the multi-function detector under abnormal circumstances;

[0138] The screen recording and playback module supports starting infrared image recording after the alarm is triggered, recording the scene in the first time, and providing on-site data for alarm information diagnosis; the infrared image display module has a 3-inch touch screen with a resolution of 256×192 and a detection distance of 0.2m~2.5m. It supports network remote access and real-time viewing of infrared.

[0139] The safety monitoring host is configured in a substation or a power distribution room, accesses the data of all multi-function detectors within the monitoring range, and realizes the functions of data aggregation, infrared temperature measurement images, control operations, inspection records, fault records, and operation logs;

[0140] The safety monitoring host supports access to all multi-function detector data within the jurisdiction, and its touch panel realizes independent graphical display of all multi-function detector data one by one, including real-time display of infrared temperature measurement images, real-time display of temperature and humidity, real-time display of vibration data, sensor access data display, fault display;

[0141] The safety monitoring host can replace the central software in case of a central safety monitoring integrated platform failure or communication failure, and realize remote control operation of all connected multi-function detectors, and has abnormal alarm, abnormal screen recording, inspection management, setting management, and log management functions;

[0142] The safety monitoring host has built-in GIS software, supports vector administrative maps within the project scope, has a global overview, can mark the detector location on the administrative map, can view the detector data according to the location, and facilitate project site management;

[0143] The safety monitoring host supports remote redundant backup. The specific implementation method of remote redundant backup is that the substations at both ends of the long tunnel are each equipped with a safety monitoring host. The local centralized power distribution room can be equipped with two safety monitoring hosts, one main and one backup, which are synchronized in real time to achieve data remote redundant backup, ensuring data security and system stability.

[0144] The security monitoring host supports remote network access and is configured with a web server. The management center can remotely access the security monitoring host screen through the network without going to the equipment site, thus realizing intelligent remote operation and reducing operation and maintenance costs;

[0145] The hardware configuration of the security monitoring host meets the requirements of 16GB memory and 1T data storage; it has 1 Ethernet port, 2 USB ports, and 1 HDMI port; it has a color touch screen of no less than 12 inches with a resolution of 1920*1080; it supports Modbus TCP communication protocol and has the same brand as the multi-function detector to ensure data compatibility; it meets the requirements of 24VAC power input, temperature range of -40℃~85℃, and humidity range of 10%~90%RH; it is installed in a cabinet, including a supporting power supply, industrial switch, and page software development.

[0146] The multifunctional detector is deployed in various high and low voltage distribution cabinets of electromechanical equipment to detect real-time data including environment and device overheating, and realize functions such as remote power off due to faults; it can access the terminal sensor data of intelligent high-power circuit breakers, water immersion, and limit switches; wherein, the multifunctional detector is connected to the safety monitoring host through optical fiber or network cable, and the safety monitoring host uploads the data to the monitoring center through the industrial network switch;

[0147] The multifunctional detector supports infrared temperature detection and infrared image display, and the technical standards are as follows: the infrared resolution meets 256×192 (horizontally 256, vertically 192), the field of view is 90°×65.6° (horizontally 90°, vertically 65.6°), the infrared refresh rate is 25Hz, the detection distance is 0.2m~2.5m, and the measurement range is -20℃~550℃; it comes with a touch screen of not less than 3 inches, which enables on-site viewing of infrared temperature measurement images and facilitates on-site operation and maintenance;

[0148] The multifunctional detector supports environmental temperature and humidity detection and vibration data detection. The technical standards are as follows: the temperature measurement range is -20°C to 550°C, the humidity measurement range is 0% to 100%, and the vibration measurement range is ±16g;

[0149] The multifunctional detector supports web server function, network remote access, real-time viewing of infrared temperature measurement images, remote control output, and remote upgrade function;

[0150] The hardware configuration of the multifunctional detector meets the requirements of power input of 24VAC, temperature range of -40℃~85℃, humidity range of 5%~95%RH; it is configured with signal interfaces of no less than 4 data feedback inputs and 2 control signal outputs; it is configured with 2 SFP communication ports, supports dual optical port / dual network port group redundant ring network, and supports Modbus-TCP communication protocol; the detector is installed on the inside of various high and low voltage chassis panels, aligned with the components and wire ends in the cabinet, and calibrated to the measurement range.

[0151] The terminal data sensor is deployed in various high and low voltage distribution cabinets of electromechanical equipment, and monitors the status of electromechanical equipment in real time by cooperating with the multi-function detector; the terminal data sensor has multiple data collection functions, taking into account factors such as communication compatibility, intelligent sensor access and adaptation to different working environments, to provide accurate and reliable data for the entire system;

[0152] The terminal data sensor supports multi-sensor access for data collection, and is equipped with a water immersion sensor, which is used to detect whether there is water immersion around electromechanical equipment through binary or analog value transmission; an access control sensor is configured, which is used to monitor the entry and exit status of the equipment room through binary or analog value transmission to enhance safety; an intelligent high-power circuit breaker interface and a limit switch are configured for control related to power off of the equipment;

[0153] The hardware configuration of the terminal data sensor meets the power input requirement of 24VAC, is connected to the multi-function detector through an optical fiber or network cable interface, supports Modbus-TCP communication protocol, and ensures compatibility with the multi-function detector; and provides a debugging interface or tools to facilitate system installation and maintenance.

[0154] The comprehensive security monitoring platform, security monitoring host, multi-function detector and other products mentioned above are provided and debugged by the same manufacturer to ensure system compatibility and reliable installation and maintenance.

[0155] Embodiment 4:

[0156] Embodiment 4 is a preferred example of Embodiment 1, and is used to illustrate the present invention in more detail.

[0157] See also Figure 1 and Figure 2 An embodiment of the present invention provides a safety monitoring system based on highway electromechanical equipment, including: a safety monitoring integrated platform, a safety monitoring host, a multi-functional detector, and a terminal data sensor.

[0158] In the example of the present invention, the comprehensive security monitoring platform is deployed in the command center, supports GIS administrative maps, and provides data visualization modules, data statistics modules, alarm management modules, prevention management modules and screen recording and playback modules to achieve positioning visualization control of all data of the entire project.

[0159] As a preferred implementation, the comprehensive safety monitoring platform uses a data visualization module to view the infrared temperature measurement images, temperature and humidity, and vibration sensor data of the multi-function detector in real time, so that the subsequent data statistics module can perform analysis and calculations. The data statistics module can also query inspection records and fault records in real time, and support retrospective search of historical equipment data for operators to review and analyze.

[0160] As a preferred implementation, the comprehensive safety monitoring platform also supports the dispatching of the alarm management module for timely abnormal warning in the event of abnormal data such as temperature, humidity, and vibration exceeding the limit; after the alarm is triggered, the prevention management module is dispatched to perform remote power off, remote ventilation, maintenance log, and remote takeover of the multi-function detector; at the same time, the screen recording and playback module is dispatched to start the infrared image screen recording to record the scene and provide on-site data for alarm information diagnosis.

[0161] In the example of the present invention, the safety monitoring host is configured in a substation or a distribution room, and is reasonably divided by area to access the data of all multi-function detectors within the monitoring range to achieve centralized control and upload of data in the local area.

[0162] As a preferred implementation, the security monitoring host supports remote control of all connected multifunctional detectors in the event of a monitoring platform failure or a communication failure.

[0163] As a preferred implementation, the security monitoring host can support the vector administrative map within the project scope through the built-in GIS software, mark the detector location on the administrative map, and view the detector data based on the positioning, so as to facilitate the operator to manage the project site.

[0164] In the example of the present invention, the multifunctional detector is deployed in various high and low voltage distribution cabinets of electromechanical equipment to detect real-time data including environment and device overheating, and realize functions such as remote power off due to faults. The configuration includes water immersion sensors, access control sensors, smoke sensors, etc.

[0165] As a preferred implementation, the multifunctional detector supports infrared temperature detection and infrared image display, supports environmental temperature and humidity detection and vibration data detection, supports web server functions, supports network remote access, supports remote control output, supports remote upgrade functions, and supports operators to view infrared temperature measurement images in real time.

[0166] In the example of the present invention, the terminal data sensor is deployed in various high and low voltage distribution cabinets of electromechanical equipment, and cooperates with the multi-function detector to monitor the status of the electromechanical equipment in real time.

[0167] As a preferred implementation, the terminal data sensor is configured with a water immersion sensor, which is used to detect whether there is water immersion around the electromechanical equipment through binary number or analog value transmission.

[0168] As a preferred implementation, the terminal data sensor is configured with a door control sensor, which is used to monitor the entry and exit status of the equipment room through binary number or analog value transmission to enhance security.

[0169] As a preferred implementation, the terminal data sensor is configured with an intelligent high-power circuit breaker interface and a limit switch for control related to power off of the equipment.

[0170] As a preferred implementation, the terminal data sensor is connected to the security monitoring host via an optical fiber or a network cable, and the security monitoring host uploads the data to the monitoring center via an industrial network switch.

[0171] Those skilled in the art know that, in addition to realizing the system and its various devices, modules, and units provided by the present invention in a purely computer-readable program code, it is entirely possible to realize the same functions in the form of logic gates, switches, application-specific integrated circuits, programmable logic controllers, and embedded microcontrollers by logically programming the method steps. Therefore, the system and its various devices, modules, and units provided by the present invention can be considered as a hardware component, and the devices, modules, and units included therein for realizing various functions can also be regarded as structures within the hardware component; the devices, modules, and units for realizing various functions can also be regarded as both software modules for realizing the method and structures within the hardware component.

[0172] The above describes the specific embodiments of the present invention. It should be understood that the present invention is not limited to the above specific embodiments, and those skilled in the art can make various changes or modifications within the scope of the claims, which does not affect the essence of the present invention. In the absence of conflict, the embodiments of the present application and the features in the embodiments can be combined with each other arbitrarily.

Claims

1. A safety monitoring system based on highway electromechanical equipment, characterized in that: include: Safety monitoring integrated platform: The software is deployed in the monitoring management center to centrally control and process data of multi-function detectors. The safety monitoring integrated platform supports remote monitoring of all multi-function detectors in external sites at the management center. Safety monitoring host: It is configured in the substation or distribution room and receives data from all multi-function detectors within the monitoring range; Multifunctional detector: real-time detection of electromechanical equipment safety data, installed in the high and low voltage distribution cabinets supporting electromechanical equipment; Terminal data sensor: used to collect real-time environmental and electromechanical equipment status data, and transmit it to the security monitoring host for centralized management and processing.

2. The safety monitoring system based on highway electromechanical equipment according to claim 1 is characterized in that: In the comprehensive safety monitoring platform: It has visual operation interface, remote management and control, data statistics and fault warning, screen recording and historical database management, and record query functions; The safety monitoring integrated platform software includes a data display module and a geographic information system (GIS) integration module; the data display module provides real-time images and data display, including infrared temperature measurement images, temperature and humidity, vibration values, and sensor status; the GIS integration module uses the GIS platform to display vector maps, mark detector locations, and achieve global overview and positioning; The safety monitoring integrated platform software includes an equipment statistics module and an alarm management module; the equipment statistics module uses a data processing algorithm based on machine learning, including support vector machines and k-means, and supports statistics on equipment status, including inspection records, fault records, and operation records; the alarm management module supports providing preset abnormal warnings when temperature, humidity, and vibration parameters exceed the limit; The security monitoring integrated platform software includes a screen recording module and a database management module; the screen recording module uses a video recording software development kit SDK and database technology, supports triggering infrared image screen recording, records on-site data for alarm information diagnosis, and ensures timely recording of preset abnormal conditions; the database management module supports historical data management, including inspection records and fault records, for easy review and analysis; The security monitoring integrated platform software includes a remote management module and a remote control module; The remote management module uses the network communication protocol HTTP / HTTPS and the remote control protocol to achieve remote access and control. The remote control protocol includes SSH and RDP. It provides preventive management functions, including remote power off and remote ventilation, to deal with abnormal situations. The remote control module supports remote control of the multi-function detector under preset abnormal situations to ensure the flexibility of remote operation. The security monitoring integrated platform software includes a Web server and a user rights management module; the Web server uses front-end development technology and a visualization library to implement a graphical interface, and the front-end development technology includes HTML, CSS and JavaScript; The visualization library includes D3.js and Echarts; it supports remote access to the platform software via the network to reduce operation and maintenance costs; the user authority management module provides multi-level management accounts, authority modification, and login settings; The safety monitoring integrated platform software includes a software redundancy backup module and a control interface; the software redundancy backup module realizes one main and one backup, respectively running on two sets of servers to ensure real-time redundant backup of data, improve the stability of the system, maintain compatibility with the safety monitoring host and the multi-function detector, and ensure the coordinated operation of the system; the control interface is based on the B / S architecture, and the interface can be infinitely scaled and dragged to realize the visualization of equipment position and monitoring data; Temperature and humidity are collected through infrared temperature sensors and environmental temperature and humidity sensors, and transmitted to the security monitoring host through the Modbus-TCP communication protocol. The collected raw data first enters the database management module. After the operator enters the database, the device data is preliminarily filtered through the set threshold to exclude abnormal values, and the collected continuous data is noise filtered through the sliding average or median filtering algorithm. For the processed data, the temperature change curve is drawn on the platform dashboard, the abnormal points are marked, and daily and weekly temperature statistics reports are generated for the reference of managers.

3. The safety monitoring system based on highway electromechanical equipment according to claim 1 is characterized in that: In the security monitoring host: Including data aggregation, infrared temperature measurement images, control operations, inspection records, fault records and operation log functions; The safety monitoring host includes a data aggregation module and a real-time data display module; the data aggregation module receives and centrally manages the data of all multi-function detectors within the monitoring range; the real-time data display module supports the graphical display of real-time data of multi-function detectors in the monitoring center, including infrared temperature measurement images, temperature and humidity, and vibration values; The safety monitoring host includes a remote control module and an exception handling module; The remote control module uses Python-based automation scripts and remote communication protocols to support remote control operations on all access detectors; the exception handling module supports remote control on behalf of the central software when the central software or communication fails, including abnormal alarm response, abnormal screen recording, inspection management, and setting management functions; The safety monitoring host includes a data storage module and a historical data recording module; the data storage module meets at least 16GB of running memory and 1T of data storage; the subordinate data recording module supports recording inspection records, fault records, and operation logs; The security monitoring host includes a rights management module and an intelligent remote operation module; The authority management module provides multi-level management account, authority modification, and login setting functions; the intelligent remote operation module, through the web server, realizes remote access to the security monitoring host screen through the network in the management center, and supports intelligent remote operation, including remote power off and remote ventilation.

4. The safety monitoring system based on highway electromechanical equipment according to claim 1 is characterized in that: In the multifunctional detector: Including data collection, data upload, control execution, and status feedback; The multifunctional detector includes an infrared temperature detection module, an environmental temperature and humidity detection module and a vibration measurement module; the infrared temperature detection module provides a high-resolution infrared temperature measurement image to realize real-time monitoring of the temperature of electromechanical equipment; the environmental temperature and humidity detection module supports real-time collection of temperature and humidity data of the surrounding environment of electromechanical equipment, and supports a temperature range of -20°C to 550°C and a humidity range of 0% to 100%; the vibration measurement module supports real-time monitoring of the vibration of electromechanical equipment through a multi-axis sensor, and supports a vibration measurement range of ±16g; The multifunctional detector includes a feedback input module, a control signal output module and a multi-sensor interface; the feedback input module provides no less than 4-way data feedback input and receives multiple sensor data from electromechanical equipment; The control signal output module provides two control signal outputs to realize the control operation of electromechanical equipment; the sensor interface can access the intelligent high-power circuit breaker, water immersion, and limit switch terminal sensor data to realize remote power off of the power supply; The multifunctional detector includes an infrared image display module and a communication port; the infrared image display module provides a touch screen to realize on-site viewing of infrared temperature measurement images; the communication port has 2 SFP interfaces, supports dual optical port / dual network port redundant ring network, and supports Modbus-TCP communication protocol.

5. The safety monitoring system based on highway electromechanical equipment according to claim 1 is characterized in that: In the terminal data sensor: The terminal data sensor includes an environmental data acquisition module, a sensor data acquisition module and a data transmission module; the environmental data acquisition module supports real-time acquisition of temperature and humidity data of the surrounding environment of the electromechanical equipment; the sensor data acquisition module supports the integration of water immersion and access control sensor elements to monitor the status of electromechanical equipment; the data transmission module is connected to the security monitoring host via optical fiber or network cable to ensure real-time transmission of the collected data and follow the communication protocol consistent with the security monitoring host.

6. A safety monitoring method based on highway electromechanical equipment, characterized in that: include: Step S1: deploy the security monitoring integrated platform software in the monitoring management center to centrally control and process the multifunctional detectors. The security monitoring integrated platform supports remote monitoring of all multifunctional detectors in external sites at the management center; Step S2: The safety monitoring host is configured in a substation or a power distribution room, and accesses the data of all multi-function detectors within the monitoring range; Step S3: installing the multifunctional detector in the high and low voltage distribution cabinets of the electromechanical equipment to detect various safety data of the electromechanical equipment in real time; Step S4: The terminal data sensor collects the environment and electromechanical equipment status data in real time, and transmits it to the security monitoring host for centralized management and processing.

7. The safety monitoring method based on highway electromechanical equipment according to claim 6 is characterized in that: In step S1: The safety monitoring integrated platform has a visual operation interface, remote management and control, data statistics and fault warning, screen recording and historical database management, and record query functions; The safety monitoring integrated platform software includes a data display module and a geographic information system (GIS) integration module; the data display module provides real-time images and data display, including infrared temperature measurement images, temperature and humidity, vibration values, and sensor status; the GIS integration module uses the GIS platform to display vector maps, mark detector locations, and achieve global overview and positioning; The safety monitoring integrated platform software includes an equipment statistics module and an alarm management module; the equipment statistics module uses a data processing algorithm based on machine learning, including support vector machines and k-means, and supports statistics on equipment status, including inspection records, fault records, and operation records; the alarm management module supports providing preset abnormal warnings when temperature, humidity, and vibration parameters exceed the limit; The security monitoring integrated platform software includes a screen recording module and a database management module; the screen recording module uses a video recording software development kit SDK and database technology, supports triggering infrared image screen recording, records on-site data for alarm information diagnosis, and ensures timely recording of preset abnormal conditions; the database management module supports historical data management, including inspection records and fault records, for easy review and analysis; The security monitoring integrated platform software includes a remote management module and a remote control module; The remote management module uses the network communication protocol HTTP / HTTPS and the remote control protocol to achieve remote access and control. The remote control protocol includes SSH and RDP. It provides preventive management functions, including remote power off and remote ventilation, to deal with abnormal situations. The remote control module supports remote control of the multi-function detector under preset abnormal situations to ensure the flexibility of remote operation. The security monitoring integrated platform software includes a Web server and a user rights management module; the Web server uses front-end development technology and a visualization library to implement a graphical interface, and the front-end development technology includes HTML, CSS and JavaScript; The visualization library includes D3.js and Echarts; it supports remote access to the platform software via the network to reduce operation and maintenance costs; the user authority management module provides multi-level management accounts, authority modification, and login settings; The safety monitoring integrated platform software includes a software redundancy backup module and a control interface; the software redundancy backup module realizes one main and one backup, respectively running on two sets of servers to ensure real-time redundant backup of data, improve the stability of the system, maintain compatibility with the safety monitoring host and the multi-function detector, and ensure the coordinated operation of the system; the control interface is based on the B / S architecture, and the interface can be infinitely scaled and dragged to realize the visualization of equipment position and monitoring data; Temperature and humidity are collected through infrared temperature sensors and environmental temperature and humidity sensors, and transmitted to the security monitoring host through the Modbus-TCP communication protocol. The collected raw data first enters the database management module. After the operator enters the database, the device data is preliminarily filtered through the set threshold to exclude abnormal values, and the collected continuous data is noise filtered through the sliding average or median filtering algorithm. For the processed data, the temperature change curve is drawn on the platform dashboard, the abnormal points are marked, and daily and weekly temperature statistics reports are generated for the reference of managers.

8. The safety monitoring method based on highway electromechanical equipment according to claim 6 is characterized in that: In step S2: Including data aggregation, infrared temperature measurement images, control operations, inspection records, fault records and operation log functions; The safety monitoring host includes a data aggregation module and a real-time data display module; the data aggregation module receives and centrally manages the data of all multi-function detectors within the monitoring range; the real-time data display module supports the graphical display of real-time data of multi-function detectors in the monitoring center, including infrared temperature measurement images, temperature and humidity, and vibration values; The safety monitoring host includes a remote control module and an exception handling module; The remote control module uses Python-based automation scripts and remote communication protocols to support remote control operations on all access detectors; the exception handling module supports remote control on behalf of the central software when the central software or communication fails, including abnormal alarm response, abnormal screen recording, inspection management, and setting management functions; The safety monitoring host includes a data storage module and a historical data recording module; the data storage module meets at least 16GB of running memory and 1T of data storage; the subordinate data recording module supports recording inspection records, fault records, and operation logs; The security monitoring host includes a rights management module and an intelligent remote operation module; The authority management module provides multi-level management account, authority modification, and login setting functions; the intelligent remote operation module, through the web server, realizes remote access to the security monitoring host screen through the network in the management center, and supports intelligent remote operation, including remote power off and remote ventilation.

9. The safety monitoring method based on highway electromechanical equipment according to claim 6 is characterized in that: In step S3: Including data collection, data upload, control execution, and status feedback; The multifunctional detector includes an infrared temperature detection module, an environmental temperature and humidity detection module and a vibration measurement module; the infrared temperature detection module provides a high-resolution infrared temperature measurement image to realize real-time monitoring of the temperature of electromechanical equipment; the environmental temperature and humidity detection module supports real-time collection of temperature and humidity data of the surrounding environment of electromechanical equipment, and supports a temperature range of -20°C to 550°C and a humidity range of 0% to 100%; the vibration measurement module supports real-time monitoring of the vibration of electromechanical equipment through a multi-axis sensor, and supports a vibration measurement range of ±16g; The multifunctional detector includes a feedback input module, a control signal output module and a multi-sensor interface; the feedback input module provides no less than 4-way data feedback input and receives multiple sensor data from electromechanical equipment; The control signal output module provides two control signal outputs to realize the control operation of electromechanical equipment; the sensor interface can access the intelligent high-power circuit breaker, water immersion, and limit switch terminal sensor data to realize remote power off of the power supply; The multifunctional detector includes an infrared image display module and a communication port; the infrared image display module provides a touch screen to realize on-site viewing of infrared temperature measurement images; the communication port has 2 SFP interfaces, supports dual optical port / dual network port redundant ring network, and supports Modbus-TCP communication protocol.

10. The safety monitoring method based on highway electromechanical equipment according to claim 6 is characterized in that: In step S4: The terminal data sensor includes an environmental data acquisition module, a sensor data acquisition module and a data transmission module; the environmental data acquisition module supports real-time acquisition of temperature and humidity data of the surrounding environment of the electromechanical equipment; the sensor data acquisition module supports the integration of water immersion and access control sensor elements to monitor the status of electromechanical equipment; the data transmission module is connected to the security monitoring host via optical fiber or network cable to ensure real-time transmission of the collected data and follow the communication protocol consistent with the security monitoring host.

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