CN212935939U - Man-machine visual network management system for electromechanical equipment on highway - Google Patents
Man-machine visual network management system for electromechanical equipment on highway Download PDFInfo
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- CN212935939U CN212935939U CN202021563152.XU CN202021563152U CN212935939U CN 212935939 U CN212935939 U CN 212935939U CN 202021563152 U CN202021563152 U CN 202021563152U CN 212935939 U CN212935939 U CN 212935939U
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Abstract
The utility model discloses a human-computer visual network management system of highway electromechanical device, including equipment state monitoring system, the server, the communication computer, the system monitoring computer, core switch and a plurality of lower floor's switch, equipment state monitoring system, the server, the communication computer, be connected through communication network between system monitoring computer and the core switch, be provided with the annular communication optic fibre on the core switch, first variable information board, PLC control system, the camera, fire alarm ware, electric power monitored control system is connected with the annular communication optic fibre through lower floor's switch. The utility model discloses a highway electromechanical device man-machine visual network management system, the data information that gathers not only shows through the supervisory control computer, but also accessible equipment status monitoring system, removal end, higher level surveillance center, Web end show, have realized the visual management to electromechanical device on the highway.
Description
Technical Field
The utility model relates to a highway electromechanical device man-machine visual network management system, more specifically say that, especially relate to a highway electromechanical device man-machine visual network management system that can realize information board, fire alarm ware, video monitor, electric power monitoring equipment and tunnel monitored control system's control and control on the highway.
Background
Compared with the common highway, the highway has the characteristics of good line type, large traffic flow, high driving speed and the like, the highway is ensured to be monitored and dispatched in multiple ways in normal operation, more equipment and monitoring means are needed in the highway operation, and the management and control problems are easy to occur under the conditions of large traffic volume, bad weather, equipment faults and the like if advanced monitoring and management measures are not adopted. At present, the tunnel monitoring system in China integrates communication technology, computer technology and automatic control technology, the brand, model and function of the used equipment are not uniform, the requirement on monitoring operators is high, and the faults of field equipment are often found out and cannot be found out in time and processed quickly, so that the system function, the utilization rate and the like are greatly influenced; therefore, the method is particularly important for online monitoring of the state of the highway equipment; the monitoring system of the tunnel construction department can be roughly divided into: tens of subsystems such as tunnel environment and equipment monitoring (lighting, ventilation, traffic and environment), closed circuit television, fire alarm, emergency telephone, computer control, information publishing (variable information board), power monitoring, network communication, charging system, weighing system and the like. The high-speed operation monitoring is carried out, the traffic of the key road sections is controlled timely, various abnormal conditions are found in time, and emergency measures are taken, so that the high-speed, safe, comfortable and economical operation of the highway is ensured.
With the rapid development of the expressway and the modern electronic technology in China, the high-speed monitoring system is more and more intelligent and humanized, and the types, manufacturers and functions of equipment are more and more diversified; the traditional scheme that the running state of the equipment is monitored by each equipment or system manufacturer and is counted by a monitor for multiple times is realized, the scheme is low in efficiency, time and labor are wasted, the state of some equipment which is not used in real time cannot be monitored in time, and the phenomena that problems are often found and cannot be processed in time are caused; therefore, the functions need to be continuously expanded, monitoring measures need to be continuously enriched, and the like.
Disclosure of Invention
The utility model discloses an overcome above-mentioned technical problem's shortcoming, provide a visual network management system of highway electromechanical device man-machine.
The utility model discloses a man-machine visualization network management system of highway electromechanical equipment, including equipment state monitoring system, server, communication computer, system monitoring computer, core switch and a plurality of lower floor's switches, be provided with first variable information board, PLC control system, fire alarm, camera, electric power monitored control system and tunnel monitored control system on the highway; the method is characterized in that: the equipment state monitoring system, the server, the communication computer, the system monitoring computer and the core switch are connected through a communication network, a ring-shaped communication optical fiber is arranged on the core switch, and the first variable information board, the PLC control system, the camera, the fire alarm and the power monitoring system are connected with the ring-shaped communication optical fiber through a lower-layer switch; the equipment state monitoring system acquires data uploaded by the first variable information board, the PLC control system, the camera, the fire alarm and the power monitoring system through the core switch, the annular communication optical fiber and the lower-layer switch and controls the work of the first variable information board, the PLC control system, the camera, the fire alarm and the power monitoring system.
The utility model discloses a man-machine visual network management system of highway electromechanical device, including mobile terminal, higher level surveillance center, Web end and customer end, mobile terminal, higher level surveillance center, Web end and customer end all communicate with equipment state monitoring system, server, communication computer and system monitoring computer through Internet network.
The utility model discloses a man-machine visual network management system of highway electromechanical equipment, the tunnel monitoring system is composed of a main control unit, and a lighting electric controller, a fan electric controller, a fire-fighting electric controller and a regional controller which are connected with the main control unit; the main control unit controls an illumination system in the tunnel through an illumination electric controller, controls a fan in the tunnel through a fan electric controller, and controls fire-fighting equipment in the tunnel through a fire-fighting electric controller; the number of the area controllers is multiple, and the area controllers are uniformly distributed in the tunnel.
The utility model discloses a man-machine visual network management system of highway electromechanical device, the input port of area controller is connected with the interior illuminance appearance of tunnel, the outer illuminance appearance of tunnel, CO/VI detector, TW detector and fire detector in the tunnel, and the output port of area controller is connected with the traffic signal lamp, lane indicator and the second variable information board in the tunnel; the area controller respectively acquires illumination intensity inside and outside the tunnel through the inside-tunnel illumination meter and the outside-tunnel illumination meter, acquires CO concentration and visibility inside the tunnel through the CO/VI detector, acquires wind speed and wind direction inside the tunnel through the TW detector, and detects whether a fire disaster occurs inside the tunnel through the fire detector.
The utility model has the advantages that: the utility model discloses a man-machine visual network management system of highway electromechanical device, through setting up by equipment state monitoring system, the server, the communication computer, system monitoring computer, the system that switch and loop communication optic fibre are constituteed, equipment state monitoring system can acquire the information board on the highway through communication network, fire alarm, video monitor, electric power monitoring equipment, tunnel monitoring system's state data, and can issue corresponding control command, the data information who gathers not only shows through monitoring computer, but also can pass through equipment state monitoring system, remove the end, higher level surveillance center, the Web end shows, the visual management to electromechanical device on the highway has been realized, when emergence emergency on the highway, not only can inform the managers fast, but also can gather the counter-measure automatically fast, show content information like change board, like the change, The automatic opening of the fire extinguishing device and the like ensures the safe, comfortable and economic operation of the highway.
Drawings
Fig. 1 is a schematic diagram of the man-machine visualization network management system of the electromechanical device on the highway of the present invention;
fig. 2 is a schematic diagram of the middle tunnel monitoring system of the present invention.
In the figure: the system comprises a device state monitoring system 1, a server 2, a communication computer 3, a system monitoring computer 4, a core switch 5, a ring communication optical fiber 6, a lower-layer switch 7, a first variable information board 8, a PLC control system 9, a fire alarm 10, a camera 11, a power monitoring system 12, an Internet network 13, a mobile terminal 14, a superior monitoring center 15, a Web end 16, a client end 17 and a tunnel monitoring system 18, wherein the device state monitoring system comprises a server, a communication computer 3, a system monitoring computer 4, the core switch 5, the ring communication optical; 19 main control unit, 20 electric control units for lighting, 21 electric control units for fans, 22 electric control units for fire control, 23 area controllers, 24 traffic signal lamps, 25 lane indicators, 26 second variable information boards, 27-hole internal illumination meters, 28-hole external illumination meters, 29 CO/VI detectors, 30 TW detectors and 31 fire detectors.
Detailed Description
The present invention will be further explained with reference to the accompanying drawings and examples.
As shown in fig. 1, the utility model discloses a schematic diagram of the man-machine visual network management system of highway electromechanical device, it comprises equipment state monitoring system 1, server 2, communication computer 3, system monitoring computer 4, core switch 5, loop communication optic fibre 6 and lower floor's switch 7, and equipment state monitoring system 1, server 2, communication computer 3, system monitoring computer 4 and core switch 5 are connected through the communication line to realize intercommunication. The communication port of the core switch 5 is provided with a plurality of annular communication optical fibers 6, the lower switches 7 are distributed on the highway, and the data transmission ports of the lower switches 7 are connected with the annular communication optical fibers 6, so that data transmission among the electrical equipment on the highway, the equipment state monitoring system 1, the server 2, the communication computer 3 and the system control computer 4 through the lower switches 7, the annular communication optical fibers 6, the core switch 5 is realized.
In order to realize monitoring and management of the highway and ensure road traffic safety, the highway is provided with a first variable information board 8, a PLC control system 9, a tunnel monitoring system 18, a fire alarm 10, a camera 11 and an electric power monitoring system 12 which are communicated with an equipment state monitoring system 1, a server 2, a communication computer 3 and a system monitoring computer 4 through a lower-layer switch 7, a ring-shaped communication optical fiber 6 and a core switch 5, wherein the first variable information board uploads data of self state, and the second variable information board receives issued control information and carries out corresponding operation. The system also comprises a mobile terminal 14, a superior monitoring center 15, a Web end 16 and a client 17, wherein the mobile terminal, the superior monitoring center, the Web end and the client are all communicated with the equipment state monitoring system, the server, the communication computer and the system monitoring computer through the Internet network.
The first variable message sign 8 is a message sign of the other road sections except the tunnel position, and the displayed message is controlled by the system monitoring computer 4 to remind the driver to pay attention to ensure the traffic safety. If the fire alarm devices 10 are arranged at intervals and used for realizing fire monitoring and alarming when a fire occurs, if the fire alarm devices 10 are triggered, fire information is uploaded to the equipment state monitoring system 1 and the system monitoring computer 4 so as to remind workers to take dependent measures. The camera 11 is used for acquiring video data on the highway so as to realize video monitoring on accident-prone road sections and dangerous road sections; the power monitoring system 12 monitors the power supply line on the highway to ensure the safety of power supply on the highway. The tunnel monitoring system 18 enables the collection of lighting, ventilation, fire protection and other information within the tunnel to ensure traffic safety as vehicles pass through the tunnel.
As shown in fig. 2, the schematic diagram of the tunnel monitoring system of the present invention is shown, the tunnel monitoring system shown in the present invention is composed of a main control unit 19, and an illumination electric controller 20, a fan electric controller 21, a fire-fighting electric controller 22 and a zone controller 23 connected thereto, the illumination electric controller 20 realizes the control of the illumination lamps in the tunnel, such as controlling the on/off of the illumination lamps, the lighting mode, etc.; the fan electric controller 21 realizes on-off control of the fan in the tunnel and adjustment of the rotating speed of the fan. The fire-fighting electric controller 22 controls fire-fighting equipment in the tunnel so as to automatically extinguish a fire when a fire in the tunnel is detected. The number of the zone controller 23 is plural, which is provided at a corresponding position within the tunnel.
The tunnel inside illuminance meter 27, the tunnel outside illuminance meter 28, the CO/VI detector 29, the TW detector 30, and the fire detector 31 are connected to the input ports of the respective zone controllers 23, and the tunnel inside traffic signal lights 24, the lane indicators 25, and the second variable information board 26 are connected to the output ports of the respective zone controllers 23. The area controller 23 obtains the illumination intensity inside and outside the tunnel through the inside-tunnel illumination meter 27 and the outside-tunnel illumination meter 28, obtains the CO concentration and visibility inside the tunnel through the CO/VI detector 29, obtains the wind speed and wind direction inside the tunnel through the TW detector 30, and detects whether a fire occurs inside the tunnel through the fire detector 31.
The utility model discloses a man-machine visual network management system of highway electromechanical device, equipment state monitoring system can acquire information board on the highway through communication network, fire alarm, video monitor, electric power supervisory equipment, tunnel monitored control system's state data to can issue corresponding control command, the data information who gathers not only shows through the supervisory control computer, but also accessible equipment state monitoring system, remove the end, higher level surveillance center, the Web end shows, the visual management to electromechanical device on the highway has been realized.
Claims (4)
1. A man-machine visual network management system for electromechanical equipment on a highway comprises an equipment state monitoring system (1), a server (2), a communication computer (3), a system monitoring computer (4), a core switch (5) and a plurality of lower-layer switches (7), wherein a first variable information board (8), a PLC control system (9), a fire alarm (10), a camera (11), an electric power monitoring system (12) and a tunnel monitoring system (18) are arranged on the highway; the method is characterized in that: the equipment state monitoring system, the server, the communication computer, the system monitoring computer and the core switch are connected through a communication network, a ring-shaped communication optical fiber (6) is arranged on the core switch, and the first variable information board, the PLC control system, the camera, the fire alarm and the power monitoring system are connected with the ring-shaped communication optical fiber through a lower-layer switch; the equipment state monitoring system acquires data uploaded by the first variable information board, the PLC control system, the camera, the fire alarm and the power monitoring system through the core switch, the annular communication optical fiber and the lower-layer switch and controls the work of the first variable information board, the PLC control system, the camera, the fire alarm and the power monitoring system.
2. The man-machine visualization network management system of the electromechanical device on the highway according to claim 1, characterized in that: the system comprises a mobile terminal (14), a superior monitoring center (15), a Web end (16) and a client (17), wherein the mobile terminal, the superior monitoring center, the Web end and the client are communicated with an equipment state monitoring system, a server, a communication computer and a system monitoring computer through an Internet network.
3. The man-machine visualization network management system of the electromechanical device on the highway according to claim 1 or 2, characterized in that: the tunnel monitoring system (18) consists of a main control unit (19), and an illumination electric controller (20), a fan electric controller (21), a fire-fighting electric controller (22) and a zone controller (23) which are connected with the main control unit; the main control unit controls an illumination system in the tunnel through an illumination electric controller, controls a fan in the tunnel through a fan electric controller, and controls fire-fighting equipment in the tunnel through a fire-fighting electric controller; the number of the area controllers is multiple, and the area controllers are uniformly distributed in the tunnel.
4. The man-machine visualization network management system of the electromechanical device on the highway according to claim 3, characterized in that: the input port of the area controller (23) is connected with an inside-tunnel illumination meter (27), an outside-tunnel illumination meter (28), a CO/VI detector (29), a TW detector (30) and a fire detector (31) in the tunnel, and the output port of the area controller is connected with a traffic signal lamp (24), a lane indicator (25) and a second variable information board (26) in the tunnel; the area controller respectively acquires illumination intensity inside and outside the tunnel through the inside-tunnel illumination meter and the outside-tunnel illumination meter, acquires CO concentration and visibility inside the tunnel through the CO/VI detector, acquires wind speed and wind direction inside the tunnel through the TW detector, and detects whether a fire disaster occurs inside the tunnel through the fire detector.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021563152.XU CN212935939U (en) | 2020-07-31 | 2020-07-31 | Man-machine visual network management system for electromechanical equipment on highway |
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| CN202021563152.XU CN212935939U (en) | 2020-07-31 | 2020-07-31 | Man-machine visual network management system for electromechanical equipment on highway |
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| CN212935939U true CN212935939U (en) | 2021-04-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117690237A (en) * | 2023-12-07 | 2024-03-12 | 重庆创迪科技发展有限公司 | High-speed wisdom tunnel guidance system that flees |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117690237A (en) * | 2023-12-07 | 2024-03-12 | 重庆创迪科技发展有限公司 | High-speed wisdom tunnel guidance system that flees |
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