CN218276870U - Mining area railway unmanned communication computer lab abnormity early warning system - Google Patents
Mining area railway unmanned communication computer lab abnormity early warning system Download PDFInfo
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- CN218276870U CN218276870U CN202222671540.5U CN202222671540U CN218276870U CN 218276870 U CN218276870 U CN 218276870U CN 202222671540 U CN202222671540 U CN 202222671540U CN 218276870 U CN218276870 U CN 218276870U
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Abstract
The application discloses mining area railway unmanned communication computer lab abnormity early warning system includes: the system comprises machine room equipment, an information acquisition device and a monitoring center; wherein computer lab equipment includes: the system comprises a distribution box, a network cabinet, an industrial personal computer, a wireless transmitter, an optical transmitter and receiver, machine room security equipment and machine room environment monitoring equipment; the information acquisition device includes: the device comprises an electric power monitoring alarm unit, a network monitoring alarm unit, an industrial personal computer fault alarm unit, a communication monitoring unit, a security monitoring unit, an environment monitoring unit, an alarm information transmission unit and an AI image quilt unit. The system can realize early warning, accurate positioning and quick repair of the fault of the railway mining area communication machine room equipment by monitoring each unit of the machine room equipment in real time and acquiring alarm information through the information acquisition device, thereby improving the reliability of the mining area railway communication machine room equipment.
Description
Technical Field
The utility model relates to a railway communication computer lab monitoring field especially relates to an unmanned communication computer lab of mining area railway abnormity early warning system.
Background
The mining area railway is a special railway for coal industry, which is used for coal mine production, construction and comprehensive operation service. The railway communication machine room is a key link for realizing safe and efficient operation of railways in mining areas, and various devices installed in the communication machine room are responsible for tasks such as transmission of various railway communication signals including digital communication services and analog communication services, station and yard communication command scheduling and the like.
At present, in a railway mining area, communication rooms are distributed on each scheduling station, and equipment in the communication rooms needs to run continuously for 24 hours. If people need to be arranged in each communication machine room for watching, due to the particularity required by the machine room environment, the arrangement of special people for watching in each communication machine room cannot be realized, so that the communication machine rooms are in an unattended state daily. The maintenance personnel of the railway electric department can stipulate the maintenance schedule according to the equipment maintenance rule and carry out regular maintenance on the communication machine room equipment in each area. The method has the disadvantage that once the operation state of the communication equipment in the machine room is abnormal, the maintainers cannot master the equipment fault phenomenon of the communication machine room at the first time to analyze, judge and process in time.
The above situation not only threatens data transmission services such as railway blocking signals, monitoring signals, traffic scheduling command communication, administrative telephone and the like, but also has the problem of equipment maintenance delay possibly caused by equipment abnormality, which causes adverse effects on the operation of the whole railway communication system, and serious and even possible driving accidents, and the consequences are not imaginable. In addition, due to the lack of remote monitoring means of the running state of equipment in the machine room, maintenance personnel cannot master the running state of the equipment in advance, and technical experts in the electric service department often rush to the site for equipment maintenance, so that the workload is large and the time is consumed. Some maintainers do not know the running state of the equipment in advance, and the fault report is inaccurate, so that waste of maintenance and rescue resources at all levels is often caused.
SUMMERY OF THE UTILITY MODEL
To the above-mentioned problem that there is the trouble hidden danger because the equipment that mining area railway communication computer lab equipment unmanned on duty caused, this application provides a mining area railway unmanned communication computer lab abnormity early warning system, includes: the system comprises machine room equipment, an information acquisition device and a monitoring center;
the machine room equipment includes: the system comprises a distribution box, a network cabinet, an industrial personal computer, a wireless transmitter, an optical transmitter and receiver, machine room security equipment and machine room environment monitoring equipment;
the information acquisition device is electrically connected with any machine room equipment, and is configured to acquire alarm information of the machine room equipment and wirelessly send the alarm information to the monitoring center;
the monitoring center is configured to display the alarm information and generate a control instruction according to the alarm information.
Optionally, the information collecting device includes:
the power monitoring and alarming unit is configured to acquire alarming information of the distribution box;
the network monitoring alarm unit is configured to acquire alarm information of the network cabinet;
the fault alarm unit of the industrial personal computer is configured to acquire alarm information of the industrial personal computer;
a communication monitoring unit configured to acquire alarm information of the wireless transmitter and the optical transceiver;
the security monitoring unit is configured to acquire alarm information of the machine room security equipment;
and the environment monitoring unit is configured to acquire alarm information of the machine room environment monitoring equipment.
Optionally, the information collecting device further includes:
and the alarm information transmission unit is configured to wirelessly transmit the alarm information acquired by the power monitoring alarm unit, the network monitoring alarm unit, the industrial personal computer fault alarm unit, the communication monitoring unit, the security monitoring unit and the environment monitoring unit to the monitoring center.
Optionally, the system further includes: the remote communication unit, and the duplicate terminal and the mobile monitoring terminal which realize communication with the monitoring center through the remote communication unit; the mobile monitoring terminal is used for displaying the alarm information received by the monitoring center and sending feedback data to the monitoring center.
Optionally, the information acquisition device further includes an AI image recognition unit, and the AI image recognition module is configured to perform image recognition and image analysis according to the alarm information obtained by the security monitoring unit and the environment monitoring unit, so as to obtain an image analysis result.
Optionally, computer lab security protection equipment includes: the monitoring cameras are respectively installed at different preset positions of the area where the machine room equipment is located and connected with the network video recorder through video circuits, and the network video recorder is connected with a video monitoring hard disk through a hard disk interface.
Optionally, the equipment room environment monitoring device includes: the system comprises an illumination temperature and humidity transmitter, a smoke alarm, a water immersion transmitter and air conditioner monitoring equipment; still include with illumination temperature and humidity transmitter smoke alarm ware the water logging changer with air conditioner monitoring facilities communication connection the environmental information unit, the environmental information unit is configured as the basis illumination temperature and humidity transmitter smoke alarm ware, water soak the changer with the information generation that air conditioner monitoring facilities feedbacked is used for to the alarm information that the environmental monitoring unit sent.
The mining area railway unmanned communication machine room and the abnormal early warning device of the communication machine room can realize effective monitoring of running states of various communication devices in the mining area railway unmanned on duty communication machine room, the periphery of the communication machine room and the environment conditions in the station, thereby ensuring early warning, accurate positioning and quick repair of faults of the communication devices, improving the communication efficiency of the mining area railway, strengthening the reliability of the communication machine room devices and ensuring the safe and stable running of the whole railway communication network.
Drawings
In order to more clearly explain the technical solution of the present application, the drawings needed to be used in the embodiments are briefly described below, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
FIG. 1 is a block diagram of an anomaly early warning system for an unmanned aerial vehicle room of a mining area railway according to the application;
FIG. 2 is a block diagram of a monitoring center of an anomaly early warning system of an unmanned communication machine room of a mining area railway according to the application;
FIG. 3 is a block diagram of a machine room security device of an abnormal early warning system of a mine railway unmanned communication machine room according to the present application;
FIG. 4 is a block diagram of a machine room environment monitoring device of an abnormal early warning system of a mine railway unmanned communication machine room according to the application;
the system comprises 1-machine room equipment, 11-distribution box, 12-network cabinet, 13-industrial personal computer, 14-wireless transmitter, 15-optical terminal equipment, 16-machine room security equipment, 161-monitoring camera, 162-network hard disk video recorder, 17-machine room environment monitoring equipment, 171-illumination temperature and humidity transmitter, 172-smoke alarm, 173-water logging transmitter, 174-air conditioner monitoring equipment, 175-environment information unit, 2-information acquisition device, 21-electric power monitoring alarm unit, 22-network monitoring alarm unit, 23-industrial personal computer fault alarm unit, 24-communication monitoring unit, 25-security monitoring unit, 26-environment monitoring unit, 27-alarm information transmission unit, 28-AI image recognition unit, 3-monitoring center, 4-remote communication module, 5-repeated display terminal and 6-mobile monitoring terminal.
Detailed Description
Reference will now be made in detail to embodiments, examples of which are illustrated in the accompanying drawings. When the following description refers to the accompanying drawings, like numbers in different drawings represent the same or similar elements unless otherwise indicated. The embodiments described in the following examples do not represent all embodiments consistent with the present application. But merely as exemplifications of systems and methods consistent with certain aspects of the application, as recited in the claims.
The application provides an unusual early warning system of unmanned communication computer lab of mining area railway, refer to fig. 1, include: computer lab equipment 1, information acquisition device 2 and surveillance center 3.
The machine room device 1 includes: the system comprises a distribution box 11, a network cabinet 12, an industrial personal computer 13, a wireless transmitter 14, an optical transceiver 15, a machine room security device 16 and a machine room environment monitoring device 17.
The information acquisition device 1 is electrically connected with any machine room equipment, and is configured to acquire alarm information of the machine room equipment 2 and wirelessly transmit the alarm information to the monitoring center 3.
The monitoring center 3 is configured to display alarm information, and generate a control instruction according to the alarm information.
In some embodiments, the information collecting apparatus 2 includes:
and a power monitoring alarm unit 21 configured to acquire alarm information of the distribution box 11.
And the network monitoring alarm unit 22 is configured to acquire alarm information of the network cabinet 12.
And the industrial personal computer fault alarm unit 23 is configured to acquire alarm information of the industrial personal computer 13.
And a communication monitoring unit 24 configured to acquire alarm information of the wireless transmitter 14 and the optical transceiver 15.
And the security monitoring unit 25 is configured to acquire alarm information of the machine room security equipment 16.
And an environment monitoring unit 26 configured to acquire alarm information of the machine room environment monitoring device 17.
Further, the power monitoring and alarming unit 21 is connected with the output end of the distribution box 11 and used for collecting input and output voltage, current, the operation state of the inversion unit and alarming information in real time and uploading the collected information to a monitoring center through an alarming information transmission module.
The network monitoring alarm unit 22 is connected to the upper computer server in the network cabinet 12, and is used for continuously testing the upper computer server and monitoring on and off of the network.
The industrial personal computer fault alarm unit 23 is connected with the serial port of the industrial personal computer 13, and is in continuous communication with the serial port of the industrial personal computer to judge whether the industrial personal computer has a fault.
The communication monitoring unit 24 is connected with the wireless transmitter 14 by means of ethernet transmission, and is connected with the optical transceiver 15 by a railway dedicated communication network; the method is used for reading the operation data and the working state of the wireless transmitter and the optical transmitter and receiver in real time.
The security monitoring unit 25 is connected with the machine room security equipment 16 through a weak current circuit, and is used for monitoring security and equipment running conditions of the communication machine room in real time, and performing image analysis and mode recognition on monitoring.
The environment monitoring unit 26 is connected with the machine room environment monitoring equipment 17 through a weak current circuit, and is used for collecting information of the machine room environment, alarming when the information exceeds a set limit value, and uploading the information to a monitoring center through an alarm information transmission module.
Further, the structure of this application mining area railway unmanned communication computer lab abnormity early warning system can have a large number of implementation, and in one of them implementation, the mining area railway unmanned communication computer lab abnormity early warning system of this application, the structure includes: computer lab equipment 1, information acquisition device 2 and surveillance center 3.
The machine room device 1 includes: the system comprises a distribution box 11, a network cabinet 12, an industrial personal computer 13, a wireless transmitter 14, an optical transceiver 15, a machine room security device 16 and a machine room environment monitoring device 17.
The information acquisition apparatus 1 includes: the system comprises a power monitoring alarm unit 21, a network monitoring alarm unit 22, an industrial personal computer fault alarm unit 23, a communication monitoring unit 24, a security monitoring unit 25 and an environment monitoring unit 26.
Each unit in the information acquisition device 1 may have a one-to-many relationship with each device in the machine room device 1, or may have a many-to-many relationship with each device in the machine room device 1, that is, a certain unit in the information acquisition device 1 may acquire alarm information of a plurality of devices in the machine room device 1, or may acquire alarm information of a single device in the machine room device 1. Each unit in the information collecting device 1 may also be an integrated unit combining functions of each unit, and thus the integrated unit collects alarm information of each device in the machine room device 1, and summarizes and sends the alarm information to the alarm information transmitting unit 27. The monitoring center 3 is configured to display alarm information and generate a control instruction according to the alarm information.
In some embodiments, the information collecting apparatus 2 further includes: and the alarm information transmission unit 27 is configured to wirelessly transmit the alarm information acquired by the power monitoring alarm unit 21, the network monitoring alarm unit 22, the industrial personal computer fault alarm unit 23, the communication monitoring unit 24, the security monitoring unit 25 and the environment monitoring unit 26 to the monitoring center 3.
Further, the alarm information transmission unit 27 is in signal connection with the monitoring center 3 through a railway dedicated communication network, so that the reliability and safety of information transmission are improved.
It should be noted that, the information acquisition device 2 in this application is used to transmit the alarm information acquired by each unit in the information acquisition device 1 to the monitoring center 3, and it may also have a function of optimizing and processing the alarm information such as collecting or shunting the alarm information data and then sending the collected data to the monitoring center 3, and the information acquisition device 2 may also be arranged inside the monitoring center 3, and each unit of the information acquisition device 2 directly transmits various alarm information to the monitoring center 3.
In some embodiments, the system further comprises: a remote communication unit 4, and a reporting terminal 5 and a mobile monitoring terminal 6 which realize communication with the monitoring center 3 through the remote communication unit 4; the double-display terminal 5 is configured to obtain and synchronously display the content displayed by the monitoring center 3 from the monitoring center 3, and the mobile monitoring terminal 6 is used for displaying the alarm information received by the monitoring center 3 and sending feedback data to the monitoring center 3.
Further, referring to fig. 2, the monitoring center 3 includes an operation console, a monitoring center host, a display device and a monitoring system output device, the monitoring center host is connected to the operation console through a network interface, and the display device and the monitoring system output device are both connected to the monitoring center host through a network interface. The duplicate terminal 5 is in signal connection with the monitoring center host through the remote communication unit 4 and is used for duplicating information displayed by the monitoring center host on the display device; the mobile monitoring terminal 6 is in signal connection with a monitoring center host in a wireless communication mode, and is used for displaying monitoring information of a communication machine room, performing fault data acquisition, transmission, reception and monitoring, and sending data information to the monitoring center in real time.
It should be noted that, the remote communication unit 4, the reporting terminal 5, and the mobile monitoring terminal 6 in this application are used to receive the alarm information sent by the monitoring center 3, and present the alarm information to the operation and maintenance personnel holding the reporting terminal 5 or the mobile monitoring terminal 6, so that the operation and maintenance personnel can send feedback information or operation instructions to the monitoring center 3 according to the alarm information, and effectively know the actual operation conditions of each part of the equipment in the machine room equipment 1. The duplicate terminal 5 or the mobile monitoring terminal 6 may be a hardware device dedicated to remote monitoring and data transmission, or may be a software embedded in an intelligent terminal.
It should be noted that the monitoring center host selects a rack-mounted graphic workstation to be responsible for information processing, equipment fault diagnosis, big data analysis and early warning, video image mode identification and the like of the abnormal operation early warning system. The rack-mounted workstation is arranged in a centralized environment which is safe and supports complete network access, so that data are always kept in the host workstation, a user can safely access the working environment at any time and any place and run the same project at different times, and potential safety risks caused by physical data transmission among sites can be avoided; monitoring information, equipment running state and early warning information of the communication machine room are displayed through display equipment; and the output printing of the report and the output of the automatic early warning information are realized through the output equipment of the monitoring system.
It should be noted that, the present application makes up for the deficiency of the traditional monitoring station mode by the arranged duplicate terminal 5 and the mobile monitoring terminal 6, greatly facilitates the need of monitoring management, and improves the timeliness and convenience of maintenance.
In some embodiments, the information collecting apparatus further includes an AI image recognition unit 28, and the AI image recognition module 28 is configured to perform image recognition and image analysis according to the alarm information obtained by the security monitoring unit 25 and the environment monitoring unit 26, so as to obtain an image analysis result.
Further, the AI image recognition unit 28 is wirelessly connected to the security monitoring unit 25 and the environment monitoring unit 26, respectively, and is configured to collect device operation display status and alarm information of the communication machine room.
It should be noted that the AI image recognition module has a self-learning function on the acquired alarm information data, and can help the security monitoring unit 25 and the environment monitoring unit 26 to realize the information intelligent processing of the operation state of the communication machine room equipment, thereby improving the intelligent degree of the abnormal early warning system of the application.
In some embodiments, referring to fig. 3, the machine room security device 16 includes: the monitoring cameras 161 and the network hard disk video recorder 162, the monitoring cameras 161 are respectively installed at different preset positions of the area where the machine room equipment is located and connected with the network hard disk video recorder 162 through video circuits, and the network hard disk video recorder 162 is connected with a video monitoring hard disk through a hard disk interface.
Further, the machine room security device 16 includes a network hard disk video recorder 162 and a monitoring camera 161, the monitoring cameras 161 are connected with the network hard disk video recorder 162 through video lines respectively, the network hard disk video recorder 162 is connected with a video monitoring hard disk through an SATA interface in an expanding manner, and the network hard disk video recorder 162 is in signal connection with the security monitoring unit 25.
It should be noted that the machine room security device 16 may be a structure in which a plurality of monitoring cameras 161 are placed in each corner of the communication machine room and are all connected to the network hard disk video recorder 162; or a single monitoring camera 161 may be placed in a corner of the communication room and connected to the network hard disk recorder 162. The surveillance camera 161 can be an omnidirectional/multi-point high-definition night vision video monitor, or a 360-degree pan-tilt card intelligent zoom automatic rotation 400-ten-thousand-pixel ball machine; all equipment in the machine room can be continuously monitored for 24 hours; the network video recorder 162 can be an 8-network video recorder, and has the functions of an infrared image and video image video recorder; the external video monitoring hard disk is a high-capacity hard disk, and can form a video data storage system with the network hard disk video recorder 162, so that the requirements of video storage capacity and backtracking time of the monitoring environment of the communication machine room are met. The machine room security equipment 16 composed of the network video recorder 162 and the monitoring camera 161 can transmit high-quality data, images and videos to the security monitoring unit 25 in real time, the effective storage life of various data, images, videos and other data is not less than 30 days, and authentication and monitoring can be performed on maintenance workers with access authority while security monitoring of the communication machine room is achieved.
In some embodiments, referring to fig. 4, the room environment monitoring apparatus 17 includes: an illumination temperature and humidity transmitter 171, a smoke alarm 172, a water immersion transmitter 173 and an air conditioner monitoring device 174; the environment monitoring system further comprises an environment information unit 175 which is in communication connection with the illumination temperature and humidity transmitter 171, the smoke alarm 172, the water logging transmitter 173 and the air conditioner monitoring device 174, wherein the environment information unit 175 is configured to generate alarm information for sending to the environment monitoring unit 26 according to information fed back by the illumination temperature and humidity transmitter 171, the smoke alarm 172, the water logging transmitter 173 and the air conditioner monitoring device 174.
Further, the illumination temperature and humidity transmitter 171, the smoke alarm 172, the water logging transmitter 173 and the air conditioning monitoring device 174 are all wirelessly connected with the environment monitoring unit 26 through the environment information unit 175. The environmental information unit 175 in the machine room environment monitoring device 17 may be a device that is wirelessly connected to each component of the machine room environment monitoring device 17 and collects information of the corresponding component, or a device that obtains information of each component of the machine room environment monitoring device 17 by taking a picture and a video. The equipment in the machine room environment monitoring equipment 17 may include: the illumination temperature and humidity transmitter 171, the smoke alarm 172, the water immersion transmitter 173 and the air conditioning monitoring device 174 may be one or a combination of the above devices, and other devices may be added to the combination of the above devices.
It should be noted that the equipment such as the illumination temperature and humidity transmitter 171, the smoke alarm 172, the water immersion transmitter 173, the air conditioner monitoring equipment 174 and the like can complete high-precision real-time data acquisition of information such as temperature, humidity, smoke, water immersion, illumination, air conditioning and the like in the communication machine room, and transmit the acquired data information to the environment monitoring unit 26 through the environment information unit 175 to collect and sort alarm information, and then the collected and sorted alarm information is uploaded to the monitoring center 3 to be analyzed and recognized, so that monitoring and early warning of the environment in the communication machine room are completed.
It should be noted that: the illumination temperature and humidity transmitter 171 may be a three-in-one illumination temperature and humidity transmitter (model 485); the smoke alarm 172 may be a photoelectric smoke-sensing fire detection alarm; the water sensor 173 may be a king-shell water sensor; the air conditioner monitoring device 174 can be an RS485 interface to directly collect information of the air conditioner in the machine room; the environment information unit 26 can access the RS485 type transmitter (temperature, humidity, water immersion, smoke sensing, etc.) through an RS485 interface and upload the alarm information data of the above devices to the monitoring center 3 through the environment monitoring unit 26 in real time.
The monitoring of each equipment in the unmanned on duty communication computer lab of mining area railway and the peripheral and in-station environment monitoring of communication computer lab realize early warning, accurate positioning, quick restoration of equipment trouble. The communication efficiency of the railway communication machine room in the mining area and the reliability of the railway communication machine room equipment can be improved, the security means of the railway communication machine room is increased, and the safe and stable operation of the whole communication network is effectively guaranteed.
This application has compensatied the not enough of the traditional monitoring mode of mining area railway communication computer lab through the terminal 5 of redisplaying and the mobile monitoring terminal 6 that set up, has greatly made things convenient for fortune dimension personnel's control management's needs, has improved the promptness and the convenience that communication computer lab maintained.
This application is reminded through setting up intelligent monitoring and early warning in communication computer lab, not only can reduce the waste of manpower, financial resources, material resources etc. by very big degree, promotes manpower resources's utilization efficiency, can reduce maintenance personal's the work degree of difficulty and intensity by very big degree moreover, promotes communication computer lab's economic benefits to make important contribution for the safe and reliable operation of guarantee communication computer lab.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments described in the foregoing embodiments, or equivalents may be substituted for elements thereof. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (7)
1. The utility model provides a mining area railway unmanned communication computer lab exception early warning system which characterized in that includes: the system comprises machine room equipment (1), an information acquisition device (2) and a monitoring center (3);
the machine room device (1) includes: the system comprises a distribution box (11), a network cabinet (12), an industrial personal computer (13), a wireless transmitter (14), an optical transceiver (15), a machine room security device (16) and a machine room environment monitoring device (17);
the information acquisition device (2) is electrically connected with any machine room equipment, and is configured to acquire alarm information of the machine room equipment (1) and wirelessly send the alarm information to the monitoring center (3);
the monitoring center (3) is configured to display the alarm information and generate a control instruction according to the alarm information.
2. The system according to claim 1, characterized in that the information acquisition means (2) comprise:
a power monitoring alarm unit (21) configured to acquire alarm information of the distribution box (11);
a network monitoring alarm unit (22) configured to acquire alarm information of the network cabinet (12);
the industrial personal computer fault alarm unit (23) is configured to acquire alarm information of the industrial personal computer (13);
a communication monitoring unit (24) configured to acquire alarm information of the wireless transmitter (14) and the optical transceiver (15);
the security monitoring unit (25) is configured to acquire alarm information of the machine room security equipment (16);
an environment monitoring unit (26) configured to acquire alarm information of the machine room environment monitoring device (17).
3. The system according to claim 2, characterized in that the information acquisition device (2) further comprises:
and the alarm information transmission unit (27) is configured to wirelessly transmit the alarm information acquired by the power monitoring alarm unit (21), the network monitoring alarm unit (22), the industrial personal computer fault alarm unit (23), the communication monitoring unit (24), the security monitoring unit (25) and the environment monitoring unit (26) to the monitoring center (3).
4. The system of claim 1, further comprising: a remote communication unit (4), and a copy terminal (5) and a mobile monitoring terminal (6) which realize communication with the monitoring center (3) through the remote communication unit (4); the double-display terminal (5) is configured to acquire and synchronously display contents displayed by the monitoring center (3) from the monitoring center (3), and the mobile monitoring terminal (6) is used for displaying the alarm information received by the monitoring center (3) and sending feedback data to the monitoring center (3).
5. The system according to claim 2, wherein the information acquisition device further comprises an AI image recognition unit (28), and the AI image recognition unit (28) is configured to perform image recognition and image analysis according to the alarm information acquired by the security monitoring unit (25) and the environment monitoring unit (26) to obtain an image analysis result.
6. The system of claim 1, wherein the machine room security device (16) comprises: the monitoring system comprises monitoring cameras (161) and a network hard disk video recorder (162), wherein the monitoring cameras (161) are respectively installed at different preset positions of the area where the equipment in the machine room is located and are connected with the network hard disk video recorder (162) through video circuits, and the network hard disk video recorder (162) is connected with a video monitoring hard disk through a hard disk interface arranged in the network hard disk video recorder.
7. The system according to claim 2, characterized in that said machine room environment monitoring device (17) comprises: the system comprises an illumination temperature and humidity transmitter (171), a smoke alarm (172), a water immersion transmitter (173) and an air conditioner monitoring device (174); still include with illumination temperature and humidity transmitter (171), smoke alarm ware (172), water logging transmitter (173) with air conditioner monitoring facilities (174) communication connection's environmental information unit (175), environmental information unit (175) are configured as the basis illumination temperature and humidity transmitter (171), smoke alarm ware (172), water logging transmitter (173) and the information generation that air conditioner monitoring facilities (174) fed back is used for to the alarm information that environment monitoring units (26) sent.
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