CN104318691A - Monitoring system for power transmission line under ultrahigh pressure electromagnetic environment - Google Patents
Monitoring system for power transmission line under ultrahigh pressure electromagnetic environment Download PDFInfo
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B13/00—Burglar, theft or intruder alarms
- G08B13/16—Actuation by interference with mechanical vibrations in air or other fluid
- G08B13/1609—Actuation by interference with mechanical vibrations in air or other fluid using active vibration detection systems
- G08B13/1618—Actuation by interference with mechanical vibrations in air or other fluid using active vibration detection systems using ultrasonic detection means
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B13/00—Burglar, theft or intruder alarms
- G08B13/18—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength
- G08B13/189—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems
- G08B13/19—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems using infrared-radiation detection systems
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B13/00—Burglar, theft or intruder alarms
- G08B13/18—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength
- G08B13/189—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems
- G08B13/194—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems using image scanning and comparing systems
- G08B13/196—Actuation by interference with heat, light, or radiation of shorter wavelength; Actuation by intruding sources of heat, light, or radiation of shorter wavelength using passive radiation detection systems using image scanning and comparing systems using television cameras
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Abstract
本发明公开了一种超高压电磁环境下输电线路的监测系统，包括管理系统和远程系统，所述管理系统与远程系统相连接，所述管理系统包括地图模块、监控模块、报警模块和主机，所述地图模块，监控模块和报警模块分别与主机相连接，所述远程系统包括探测模块和视频模块；所述探测模块和视频模块分别与主机相连接；本发明使得超高压输电线路的输电更加安全，同时也避免了有人误入强电磁环境造成的损伤，也避免了施工设备造成的线路损毁造成的经济损失，同时也融合了防盗、证据收集、远程监测的特点，每年可以避免因为此类事故造成的损失近80%以上，值得推广与应用。
The invention discloses a monitoring system for transmission lines in an ultra-high voltage electromagnetic environment, which includes a management system and a remote system, the management system is connected to the remote system, and the management system includes a map module, a monitoring module, an alarm module and a host computer, The map module, the monitoring module and the alarm module are respectively connected to the host, and the remote system includes a detection module and a video module; the detection module and the video module are respectively connected to the host; the present invention makes the transmission of ultra-high voltage transmission lines more efficient It is safe, and at the same time avoids the damage caused by someone straying into the strong electromagnetic environment, and also avoids the economic loss caused by the line damage caused by the construction equipment. It also integrates the characteristics of anti-theft, evidence collection, and remote monitoring. The loss caused by the accident is more than 80%, which is worthy of popularization and application.
Description
技术领域 technical field
本发明属于超高压电磁环境输电线路防护技术领域，具体涉及一种超高压电磁环境下输电线路的监测系统。 The invention belongs to the technical field of protection of transmission lines in an ultra-high-voltage electromagnetic environment, and in particular relates to a monitoring system for transmission lines in an ultra-high-voltage electromagnetic environment.
背景技术 Background technique
近些年来，随着城市规模的不断扩大，城市的基础建设不断加大投入，各行各业都呈现出蓬勃发展的势头，用电量不断增长，使得发达地区用电量剧增，需要将电力富余的地区进行调配，使得需要大量的输电线路，然而长距离的运输必然导致能量损耗，因此出现了高压、超高压等输电方式，由于输电线路的增多，使得线路设备不断地遭受外力破坏或者人员误入强磁场环境造成的人员或机械的损伤，据统计，往年外力破坏造成的跳闸占输电线路跳闸率的60%，而施工机械特别是吊车、吊臂等碰线造成的跳闸又占外力破坏的60%以上，并且超高压由于电压很高，并且由于其附近磁电的影响使得附近形成强磁场环境，对靠近的人产生跨步电压则是致命的。 In recent years, with the continuous expansion of the city scale and the continuous increase in investment in urban infrastructure, all walks of life have shown a momentum of vigorous development, and the continuous increase in electricity consumption has caused a sharp increase in electricity consumption in developed areas. The allocation of surplus areas requires a large number of transmission lines. However, long-distance transportation will inevitably lead to energy loss. Therefore, high-voltage, ultra-high-voltage and other transmission methods have appeared. Due to the increase in transmission lines, the line equipment is constantly being damaged by external forces or personnel. According to statistics, trips caused by external force damage accounted for 60% of the trip rate of transmission lines in previous years, and trips caused by construction machinery, especially cranes and booms, accounted for external force damage. More than 60% of the ultra-high voltage, and the ultra-high voltage is very high, and due to the influence of the nearby magnetoelectricity, a strong magnetic field environment is formed nearby, and it is fatal to generate a step voltage for people who are close.
由于输电线路点多面广，加之随着高压、超高压输电线路下的各类施工越来越多,特别是现在许多施工吊车在高压或超高压输电线下作业时,导线对地距离远远满足不了日益增长的大楼航吊和大型施工机械的高度，导致时常发生吊车碰触高压输电线的事故；或者人员误进区域造成的损伤，虽然设置了警示牌但是往往容易被人们忽视，造成没必要的损失，各供电公司线路的设备运行维护部门虽然制定了相应的规章制度，采取了诸如增加巡视周期、蹲守、盯防、培训操作人员、安装视频在线检测设备等措施，但收效甚微，因上述原因造成的跳闸以及人员受伤的事故仍呈现高发态势。 Due to the wide range of transmission lines, and with the increasing number of constructions under high-voltage and ultra-high-voltage transmission lines, especially when many construction cranes are working under high-voltage or ultra-high-voltage transmission lines, the distance between the conductor and the ground is far enough. The increasing height of the building's aerial cranes and large-scale construction machinery leads to frequent accidents where the crane touches high-voltage transmission lines; or the damage caused by people entering the area by mistake, although warning signs are set up, they are often easily overlooked by people, resulting in unnecessary Although the equipment operation and maintenance departments of the power supply companies have formulated corresponding rules and regulations, and taken measures such as increasing the inspection cycle, squatting, marking, training operators, and installing online video detection equipment, the results have been minimal. The accidents of tripping and personal injury caused by the reasons are still showing a high incidence.
在CN 101425217A中公开了一种施工机械接近高压输电线路的报警器，具体地说是用于防止吊车等大型施工机械设备接近高压输电线路小于安全距离的报警器。其主要包括检测装置和报警装置，所述检测装置电路结构包括依次连接的输电线路距离感应传感器、安全距离判断器、发射端调频放大器、无线信号发生器和发射天线。所述报警装置电路结构包括依次连接的接收天线、无线信号接收器、第二放大三极管、调频放大器、与调频放大器连接的发光二极管及蜂鸣器。 Disclosed in CN 101425217A is an alarm device close to a high-voltage transmission line for construction machinery, specifically an alarm device used to prevent large-scale construction machinery and equipment such as cranes from approaching a high-voltage transmission line less than a safe distance. It mainly includes a detection device and an alarm device. The circuit structure of the detection device includes a transmission line distance induction sensor, a safety distance judger, a transmitter frequency modulation amplifier, a wireless signal generator and a transmission antenna connected in sequence. The circuit structure of the alarm device includes a receiving antenna, a wireless signal receiver, a second amplifying transistor, a frequency modulation amplifier, a light emitting diode connected with the frequency modulation amplifier, and a buzzer connected in sequence.
但是其并未对人员靠近超高压导线形成强磁场做出设计，从而造成人员设备损失，同时导致大面积断电的现象，因此需要一种能够远程控制的监测系统。 However, it has not made a design for the strong magnetic field formed by personnel close to the ultra-high voltage wire, which will cause the loss of personnel and equipment, and cause large-scale power outages. Therefore, a monitoring system that can be remotely controlled is needed.
发明内容 Contents of the invention
本发明所要解决的技术问题是针对超高压输电线路外力破坏以及电磁环境下造成人员损失，提供一种操作简便，稳定、可靠的超高压电磁环境下输电线路的监测系统。 The technical problem to be solved by the present invention is to provide an easy-to-operate, stable and reliable monitoring system for transmission lines in an ultra-high voltage electromagnetic environment for external force damage to ultra-high voltage transmission lines and personnel losses in electromagnetic environments.
为实现本发明的目的所采用的技术方案是：一种超高压电磁环境下输电线路的监测系统，包括远程装置和管理装置，所述管理装置与远程装置相连接，所述管理装置包括地图模块、报警模块、监控模块和主机，所述地图模块、监控模块和报警模块分别与主机相连接，所述远程装置包括探测模块和视频模块，所述探测模块和视频模块分别与主机相连接。 The technical solution adopted to realize the object of the present invention is: a monitoring system for transmission lines in an ultra-high voltage electromagnetic environment, including a remote device and a management device, the management device is connected to the remote device, and the management device includes a map module , an alarm module, a monitoring module and a host, the map module, the monitoring module and the alarm module are respectively connected to the host, the remote device includes a detection module and a video module, and the detection module and the video module are respectively connected to the host.
所述视频模块包括高清摄像头、警示牌、信号收发器和电源，所述高清摄像头与信号收发器相连接，所述警示牌设置在高清摄像头上，所述电源为信号收发器和高清摄像头提供电能。 Described video module comprises high-definition camera, warning board, signal transceiver and power supply, and described high-definition camera is connected with signal transceiver, and described warning board is arranged on the high-definition camera, and described power supply provides electric energy for signal transceiver and high-definition camera .
所述探测模块包括超声探测器、红外探测器、定位射灯、扩音器、超高压感应取电器和通信器，所述超高压感应取电器设置在输电线路上，所述超高压取电器下部连接通信器，所述通信器与红外探测器、定位射灯、超声探测器、扩音器相连接。 The detection module includes an ultrasonic detector, an infrared detector, a positioning spotlight, a loudspeaker, an ultra-high voltage induction pick-up and a communicator. A communicator is connected, and the communicator is connected with an infrared detector, a positioning spotlight, an ultrasonic detector, and a loudspeaker.
所述红外探测器为红外温度探测器。 The infrared detector is an infrared temperature detector.
所述高清摄像头为360°高清摄像头。 The high-definition camera is a 360° high-definition camera.
所述报警模块为报警器。 The alarm module is an alarm.
所述警示牌为夜光警示牌。 The warning sign is a luminous warning sign.
所述主机处连接麦克风。 A microphone is connected to the host.
本发明采用超声探测器探测超高压输电线路周围是否有移动的物体以及建立安全距离区域，而红外探测器则能够探测到发热源的移动，即其能够分辨出有生命或者机器的移动，是为了避免在环境复杂的条件下，由于树木或者草丛的遮挡导致的超声探测不准的现象，同时采用定位射灯使得其能够在发现有人或者机器靠近的时候给予照射，使得其能够提醒人们远离该区域，同时触发了报警模块使得远处值班室中的值班人员能够在地图模块、监控模块使得其能够在主机的显示器上显示出来，同时可以通过麦克风喊话提醒靠近人员，对其进行震慑，使得事故率降低，也提高了超高压输电线路在电磁环境下的运行安全，避免了其给人们生活带来的不便。 The present invention uses ultrasonic detectors to detect whether there are moving objects around the ultra-high voltage transmission line and to establish a safe distance area, while the infrared detector can detect the movement of heat sources, that is, it can distinguish the movement of life or machines. To avoid inaccurate ultrasonic detection due to the occlusion of trees or bushes under complex environmental conditions, at the same time, the use of positioning spotlights enables it to illuminate when people or machines are approaching, so that it can remind people to stay away from the area At the same time, the alarm module is triggered so that the duty personnel in the distant duty room can be displayed on the map module and the monitoring module on the display of the host computer. It also improves the operation safety of EHV transmission lines in the electromagnetic environment and avoids the inconvenience it brings to people's lives.
采用将360°高清摄像头设置在铁塔上，使得其能够观看到铁塔周围的情况，并实时监控记录下现场的画面，为日后追究事故人责任提供可靠的证据保证，同时将其与探测模块相结合使得其能够有针对性的拍摄，提高了监控的准确度，同时在其下部设置夜光警示牌使得即使在深夜也能看到警示牌；采用超声探测器与红外温度探测器相结合的方式，使得其能够通过红外成像技术探测铁塔周围的有生命物体或者大型移动机械，在发现后将信号传递给主机进行分析，结合地图模块后触发超声探测器进行追踪监控，当该物体进入设定的范围后，则触动定位射灯进行照射，使得其能够进行照射追踪，并通过扩音器进行喊话提醒其离开，避免造成没有必要的人员或设备损失。 The 360° high-definition camera is set on the iron tower, so that it can watch the situation around the iron tower, and monitor and record the scene on the spot in real time, providing reliable evidence guarantee for the future investigation of the responsibility of the accident person, and combining it with the detection module It enables it to shoot in a targeted manner and improves the accuracy of monitoring. At the same time, a luminous warning sign is set on the lower part so that the warning sign can be seen even in the middle of the night; the combination of ultrasonic detector and infrared temperature detector makes the It can detect living objects or large mobile machinery around the iron tower through infrared imaging technology, and transmit the signal to the host for analysis after discovery. Combined with the map module, it will trigger the ultrasonic detector to track and monitor. When the object enters the set range , then touch the positioning spotlight to irradiate, so that it can perform irradiation tracking, and remind it to leave through a loudspeaker to avoid unnecessary loss of personnel or equipment.
由于采用可以360°旋转的高清摄像头，将其设置在每个铁塔上，使得其不仅能够监视周围的动态，同时也可以起到巡视的作用，避免了因为地形复杂导致的巡逻困难的现象；采用超高压感应取电器使得其能够不间断的为设备提供电能，使得其能够保持全天候监控，并且由于其设置数量较多使得其能够在地图模块进行存储，使得某处发生信号时，能够及时的经过主机分析处理后显示出来，同时可以调取附近工作人员赶往现场进行作业，从而避免事故发生或者阻止事故的进一步发生。 Due to the high-definition camera that can rotate 360°, it is installed on each iron tower, so that it can not only monitor the surrounding dynamics, but also play a patrol role, avoiding the difficulty of patrolling due to complex terrain; The ultra-high voltage induction pick-up enables it to continuously provide power for the equipment, enabling it to maintain round-the-clock monitoring, and because of its large number of settings, it can be stored in the map module, so that when a signal occurs somewhere, it can pass by in time After the analysis and processing of the host computer, it will be displayed, and at the same time, nearby staff can be called to rush to the scene to carry out operations, so as to avoid accidents or prevent further accidents.
本发明使得超高压输电线路的输电更加安全，同时也避免了有人误入强电磁环境造成的损伤，也避免了施工设备造成的线路损毁造成的经济损失，同时也融合了防盗、证据收集、远程监测的特点，每年可以避免因为此类事故造成的损失近80%以上，值得推广与应用。 The invention makes the transmission of ultra-high voltage transmission lines safer, and at the same time avoids the damage caused by someone entering the strong electromagnetic environment by mistake, and avoids the economic loss caused by the line damage caused by construction equipment, and also integrates anti-theft, evidence collection, remote The characteristics of monitoring can avoid more than 80% of the losses caused by such accidents every year, which is worthy of promotion and application.
附图说明 Description of drawings
下面结合附图对本发明做进一步的说明： Below in conjunction with accompanying drawing, the present invention will be further described:
图1是本发明整体结构示意图； Fig. 1 is a schematic diagram of the overall structure of the present invention;
图2是本发明设备主机中视频模块的结构示意图； Fig. 2 is a structural representation of the video module in the device host of the present invention;
图3是本发明设备主机中探测模块的结构示意图； Fig. 3 is a schematic structural diagram of a detection module in a device host of the present invention;
1-管理系统 2-远程系统 3-主机 4-地图模块 5-监控模块 6-报警模块 7-视频模块 8-探测模块 9-麦克风 71-电源 72-信号收发器 73-高清摄像头 74-警示牌 81-超高压感应取电器 82-通信器 83-超声探测器 84-红外探测器 85-扩音器 86-定位射灯。 1-Management system 2-Remote system 3-Host 4-Map module 5-Monitoring module 6-Alarm module 7-Video module 8-Detection module 9-Microphone 71-Power supply 72-Signal transceiver 73-HD camera 74-Warning sign 81-Ultra-high voltage induction pick-up 82-Communicator 83-Ultrasonic detector 84-Infrared detector 85-Speaker 86-Positioning spotlight.
具体实施方式 Detailed ways
如图1-3所示：一种高压输电线路防外力破坏警报装置，包括管理系统1和远程系统2，所述管理系统1与远程系统2相连接，所述管理系统1包括地图模块4、监控模块5、报警模块6和主机3，所述地图模块4、监控模块5和报警模块6分别与主机3相连接，所述远程系统2包括探测模块8和视频模块7；所述探测模块8和视频模块7分别与主机3相连接。 As shown in Figures 1-3: a high-voltage transmission line anti-external force damage alarm device, including a management system 1 and a remote system 2, the management system 1 is connected to the remote system 2, and the management system 1 includes a map module 4, Monitoring module 5, alarm module 6 and host 3, described map module 4, monitoring module 5 and alarm module 6 are connected with host 3 respectively, and described remote system 2 comprises detection module 8 and video module 7; Said detection module 8 And video module 7 is connected with main frame 3 respectively.
所述视频模块7包括高清摄像头73、警示牌74、信号收发器72和电源71，所述高清摄像头73与信号收发器72相连接，所述警示牌74设置在高清摄像头73上，所述电源71为信号收发器72和高清摄像头73提供电能。 Described video module 7 comprises high-definition camera 73, warning sign 74, signal transceiver 72 and power supply 71, and described high-definition camera 73 is connected with signal transceiver 72, and described warning sign 74 is arranged on high-definition camera 73, and described power supply 71 provides electrical energy for the signal transceiver 72 and the high-definition camera 73.
所述探测模块包括红外报警器84、高压感应取电器81、声光报警器83、扩音器85和通信器82，所述高压感应取电器81设置在输电线路上，所述高压感应取电器81下部连接通信器82，所述红外报警器84、声光报警器83和扩音器85分别与通信器82相连接，所述红外报警器84设置在铁塔上。 The detection module includes an infrared alarm 84, a high-voltage induction pick-up 81, an audible and visual alarm 83, a loudspeaker 85, and a communicator 82. The high-voltage induction pick-up 81 is arranged on a transmission line, and the high-voltage induction pick-up The lower part of 81 is connected with communicator 82, and said infrared alarm 84, sound and light alarm 83 and loudspeaker 85 are respectively connected with communicator 82, and said infrared alarm 84 is arranged on the iron tower.
所述探测模块8包括超声探测器83、红外探测器84、定位射灯85、扩音器86、超高压感应取电器81和通信器82，所述超高压感应取电器81设置在输电线路上，所述超高压取电器81下部连接通信器82，所述通信器82与红外探测器84、定位射灯85、超声探测器83、扩音器86相连接。 The detection module 8 includes an ultrasonic detector 83, an infrared detector 84, a positioning spotlight 85, a loudspeaker 86, an ultra-high voltage induction pick-up 81 and a communicator 82, and the ultra-high voltage induction pick-up 81 is arranged on the transmission line , the lower part of the ultra-high voltage electrical taker 81 is connected to a communicator 82, and the communicator 82 is connected to an infrared detector 84, a positioning spotlight 85, an ultrasonic detector 83, and a loudspeaker 86.
所述红外探测器84为红外温度探测器。 The infrared detector 84 is an infrared temperature detector.
所述高清摄像头73为360°高清摄像头。 The high-definition camera 73 is a 360° high-definition camera.
所述报警模块6为报警器。 The alarm module 6 is an alarm.
所述警示牌74为夜光警示牌。 The warning sign 74 is a luminous warning sign.
所述主机3处连接麦克风9。 The host computer 3 is connected with a microphone 9 .
本发明采用超声探测器探测超高压输电线路周围是否有移动的物体以及建立安全距离区域，而红外探测器则能够探测到发热源的移动，即其能够分辨出有生命或者机器的移动，是为了避免在环境复杂的条件下，由于树木或者草丛的遮挡导致的超声探测不准的现象，同时采用定位射灯使得其能够在发现有人或者机器靠近的时候给予照射，使得其能够提醒人们远离该区域，同时触发了报警模块使得远处值班室中的值班人员能够在地图模块、监控模块使得其能够在主机的显示器上显示出来，同时可以通过麦克风喊话提醒靠近人员，对其进行震慑，使得事故率降低，也提高了超高压输电线路在电磁环境下的运行安全，避免了其给人们生活带来的不便。 The present invention uses ultrasonic detectors to detect whether there are moving objects around the ultra-high voltage transmission line and to establish a safe distance area, while the infrared detector can detect the movement of heat sources, that is, it can distinguish the movement of life or machines. To avoid inaccurate ultrasonic detection due to the occlusion of trees or grass under complex environmental conditions, at the same time, positioning spotlights are used to enable it to illuminate when people or machines are approaching, so that it can remind people to stay away from the area At the same time, the alarm module is triggered so that the duty personnel in the remote duty room can be displayed on the map module and the monitoring module on the display of the host computer. It also improves the operation safety of EHV transmission lines in the electromagnetic environment and avoids the inconvenience it brings to people's lives.
采用将360°高清摄像头设置在铁塔上，使得其能够观看到铁塔周围的情况，并实时监控记录下现场的画面，为日后追究事故人责任提供可靠的证据保证，同时将其与探测模块相结合使得其能够有针对性的拍摄，提高了监控的准确度，同时在其下部设置夜光警示牌使得即使在深夜也能看到警示牌；采用超声探测器与红外温度探测器相结合的方式，使得其能够通过红外成像技术探测铁塔周围的有生命物体或者大型移动机械，在发现后将信号传递给主机进行分析，结合地图模块后触发超声探测器进行追踪监控，当该物体进入设定的范围后，则触动定位射灯进行照射，使得其能够进行照射追踪，并通过扩音器进行喊话提醒其离开，避免造成没有必要的人员或设备损失。 The 360° high-definition camera is set on the iron tower, so that it can watch the situation around the iron tower, and monitor and record the scene on the spot in real time, providing reliable evidence guarantee for the future investigation of the responsibility of the accident person, and combining it with the detection module It enables it to shoot in a targeted manner and improves the accuracy of monitoring. At the same time, a luminous warning sign is set on the lower part so that the warning sign can be seen even in the middle of the night; the combination of ultrasonic detector and infrared temperature detector makes the It can detect living objects or large mobile machinery around the iron tower through infrared imaging technology, and transmit the signal to the host for analysis after discovery, and trigger the ultrasonic detector to track and monitor after combining with the map module. When the object enters the set range , then touch the positioning spotlight to illuminate, so that it can perform irradiation tracking, and remind it to leave through a loudspeaker to avoid unnecessary loss of personnel or equipment.
由于采用可以360°旋转的高清摄像头，将其设置在每个铁塔上，使得其不仅能够监视周围的动态，同时也可以起到巡视的作用，避免了因为地形复杂导致的巡逻困难的现象；采用超高压感应取电器使得其能够不间断的为设备提供电能，使得其能够保持全天候监控，并且由于其设置数量较多使得其能够在地图模块进行存储，使得某处发生信号时，能够及时的经过主机分析处理后显示出来，同时可以调取附近工作人员赶往现场进行作业，从而避免事故发生或者阻止事故的进一步发生。 Due to the high-definition camera that can rotate 360°, it is installed on each iron tower, so that it can not only monitor the surrounding dynamics, but also play a patrol role, avoiding the difficulty of patrolling due to complex terrain; The ultra-high voltage induction pick-up enables it to continuously provide power for the equipment, enabling it to maintain round-the-clock monitoring, and because of its large number of settings, it can be stored in the map module, so that when a signal occurs somewhere, it can pass by in time After the analysis and processing of the host computer, it will be displayed, and at the same time, nearby staff can be called to rush to the scene to carry out operations, so as to avoid accidents or prevent further accidents.
本发明使得超高压输电线路的输电更加安全，同时也避免了有人误入强电磁环境造成的损伤，也避免了施工设备造成的线路损毁造成的经济损失，同时也融合了防盗、证据收集、远程监测的特点，每年可以避免因为此类事故造成的损失近80%以上，值得推广与应。 The invention makes the transmission of ultra-high voltage transmission lines safer, and at the same time avoids the damage caused by someone entering the strong electromagnetic environment by mistake, and avoids the economic loss caused by the line damage caused by construction equipment, and also integrates anti-theft, evidence collection, remote The characteristics of monitoring can avoid more than 80% of the losses caused by such accidents every year, which is worthy of promotion and application.
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