Case
Airport electronic perimeter intrusion monitoring and early warning system scheme
In the thermal imaging system, the intruder's trail is constantly displayed on a digital map. Thermal imaging perimeter alarm adopts wide-area surface coverage detection, whose coverage is not only the perimeter, but also includes the continuous area insi
Details
Airport perimeter security requirements
1. Sudden behavior. The empty side intruder, no matter what kind of harmful behavior it wants to make, because of the subjective threat of its intention, the behavior is premeditated, once implemented, the process will not last for a long time, bringing great challenges for security.
2. Diversity of roles. The subject of the intrusion is uncertain, and the subject may be people, vehicles or even drones. The intrusion point is also difficult to predict, so it is difficult to find a way to detect.
3. The trajectory should not be tracked. According to the current security technology, basically are based on single point monitoring or linear monitoring, once the intruder out of the defense area into the wider empty side area, the area is basically unable to use the existing technology, then the security personnel may lose the target. Traditional security does not have the ability of automatic target detection and tracking, and the on-site monitoring means are single. Once the airport weather conditions such as strong wind and heavy rain cause drastic changes in the on-site environment, a large number of false alarms may be generated, which seriously interferes with the on-site security management.
Airport solution goals
All systems can use 12-24V/AC (DC) power supply; The infrared thermal imaging system and visible light system are installed on the electric cradle head which can adjust the Angle freely. The cradle head and infrared thermal imaging system can be controlled remotely through the control system. The monitoring system can be composed of ordinary monitor and hard disk video recorder
Infrared thermal imaging system and visible light system input infrared and visible light video signals into the data storage and anlysis system through Ethernet cables or alog lines, which can selectively save or record videos within the monitoring range for a long time. According to the early warning rules of monitoring, the infrared thermal imaging system can automatically output the alarm system switch quantity, once abnormal in time to remind; At the same time, it can track the target set in the screen and realize the monitoring of specific targets.
Just click any point on the map of the airport screen, you can make the infrared thermal imager to observe the location. It also includes round-the-clock security management, whether it is bad wind or fog, or dark at night, the security system should closely monitor the security situation in the area under control. Full dynamic and static deployment, the device still has full monitoring capability of the area. To ensure the maximum security of the airport perimeter.
At night, moving objects, whether people or vehicles, can be seen at 1km, 5km or even 10km, because the infrared thermal imager is based on the temperature of the object to image.
The reason why Xiaobian recommended to choose Huaritong, because it has superior detection range performance. This infrared thermal imager is equipped with a 100 mm lens, allowing us to clearly detect the target. Another advantage is that this infrared thermal imager contains an uncooled infrared detector. This reduces downtime to an absolute minimum. We need to make sure that the infrared thermal imager operates all year round.
1.360 degrees continuous rotation, omnidirectional scanning, and adjustable pitch, so as to completely cover the perimeter (or fixed);
2. Infrared thermal imaging technology is used to realize remote aircraft monitoring, and can also automatically alarm and transmit the danger to the perimeter.
3. High rate visible light imaging technology was used to investigate the details of the site.
4. Automatically track specific targets;
5. Support wired or wireless and other communication modes;
6. Use graphical software to provide user control interface.
Airport perimeter features:
1. Continuous tracking ability of movement detection within the area
Continuous tracking after intrusion - motion detection tracing
Huaritong sensor management software has built-in geographic reference mapping function, which is the key to achieve the unique STC function. That is, when any sensor on the Huaritong infrared thermal guardrail network generates an alarm, the infrared thermal imager installed on the azimuth/pitch head will automatically point to the alarm coordinate, so that the operator can quickly carry out visual investigation of the alarm, so as to make a quick response to the event, video anlysis software can display the location of the "tracking object" (interested detection target object). Tracking is created by comparing the intensity of continuous reflection signals from the surrounding environment with moving or stationary persons/vehicles. Tracking refers to the continuous detection of the target object whose movement pattern conforms to the preset predictability characteristics.
Automatic tracking
The sensor management software contains advanced video aalysis algorithms specifically designed to nalyze thermal surveillance footage. It detects and tracks various types of movement, has movement detection capabilities, and compares them to pre-determined parameters. With a user-friendly interface, you can create custom tripwires, quarantine zones, temperature alarms, and directional alarm rules. Once the sensor management software detects unauthorized movement, an alarm is triggered.
Infrared thermal imaging system and visible light system input infrared and visible light video signals into the data storage and aalysis system through Ethernet cables or aalog lines, which can selectively save or record videos within the monitoring range for a long time. According to the early warning rules of monitoring, the infrared thermal imaging system can automatically output the alarm system switch quantity, once abnormal in time to remind; At the same time, it can track the target set in the screen and realize the monitoring of specific targets.
If a large range of infrared thermal imager is used, pre-intrusion warning and post-intrusion continuous tracking should be realized in the detection coverage area. The technology should be capable of moving capture of intruding moving objects, including audio-optical early warning, video review/tracking, and simultaneous detection of multiple targets. Automatic detection and tracking of targets: the perimeter system of the airport needs a monitoring system suitable for the wide area of the perimeter of the airport. If the intruder breaks into the protection area, the perimeter system will generate alarm information. The system should track the intrusion target, and use appropriate video monitoring equipment to transmit to the superior manager through the network, and record historical images for future aalysis and reference or evidence.
In the thermal imaging system, the intruder's trail is constantly displayed on a digital map. Thermal imaging perimeter alarm adopts wide-area surface coverage detection, whose coverage is not only the perimeter, but also includes the continuous area inside and outside the perimeter. Therefore, the detection coverage range of thermal imager should be able to detect multiple intrusion targets at the same time. If the perimeter area of the airport is large, it can also use multiple radar systems, cross coverage, and increase the security of the system. Security personnel do not need to stare at the screen operation all the time, the camera will automatically capture the intruders, where the intruders come in, where they want to go, the security personnel have been prepared in mind, and have contacted the relevant personnel, waiting for the intruders in some places.
In addition to the basic check, the camera within the thermal imaging coverage can also continuously track the intruders' trajectories after invasion, or switch track between multiple targets (limited by the number of cameras). Users can choose the main target to track, but while the camera is tracking the main target, other targets will not be lost on the map due to the number of cameras.
1. Sudden behavior. The empty side intruder, no matter what kind of harmful behavior it wants to make, because of the subjective threat of its intention, the behavior is premeditated, once implemented, the process will not last for a long time, bringing great challenges for security.
2. Diversity of roles. The subject of the intrusion is uncertain, and the subject may be people, vehicles or even drones. The intrusion point is also difficult to predict, so it is difficult to find a way to detect.
3. The trajectory should not be tracked. According to the current security technology, basically are based on single point monitoring or linear monitoring, once the intruder out of the defense area into the wider empty side area, the area is basically unable to use the existing technology, then the security personnel may lose the target. Traditional security does not have the ability of automatic target detection and tracking, and the on-site monitoring means are single. Once the airport weather conditions such as strong wind and heavy rain cause drastic changes in the on-site environment, a large number of false alarms may be generated, which seriously interferes with the on-site security management.
Airport solution goals
All systems can use 12-24V/AC (DC) power supply; The infrared thermal imaging system and visible light system are installed on the electric cradle head which can adjust the Angle freely. The cradle head and infrared thermal imaging system can be controlled remotely through the control system. The monitoring system can be composed of ordinary monitor and hard disk video recorder
Infrared thermal imaging system and visible light system input infrared and visible light video signals into the data storage and anlysis system through Ethernet cables or alog lines, which can selectively save or record videos within the monitoring range for a long time. According to the early warning rules of monitoring, the infrared thermal imaging system can automatically output the alarm system switch quantity, once abnormal in time to remind; At the same time, it can track the target set in the screen and realize the monitoring of specific targets.
Just click any point on the map of the airport screen, you can make the infrared thermal imager to observe the location. It also includes round-the-clock security management, whether it is bad wind or fog, or dark at night, the security system should closely monitor the security situation in the area under control. Full dynamic and static deployment, the device still has full monitoring capability of the area. To ensure the maximum security of the airport perimeter.
At night, moving objects, whether people or vehicles, can be seen at 1km, 5km or even 10km, because the infrared thermal imager is based on the temperature of the object to image.
The reason why Xiaobian recommended to choose Huaritong, because it has superior detection range performance. This infrared thermal imager is equipped with a 100 mm lens, allowing us to clearly detect the target. Another advantage is that this infrared thermal imager contains an uncooled infrared detector. This reduces downtime to an absolute minimum. We need to make sure that the infrared thermal imager operates all year round.
1.360 degrees continuous rotation, omnidirectional scanning, and adjustable pitch, so as to completely cover the perimeter (or fixed);
2. Infrared thermal imaging technology is used to realize remote aircraft monitoring, and can also automatically alarm and transmit the danger to the perimeter.
3. High rate visible light imaging technology was used to investigate the details of the site.
4. Automatically track specific targets;
5. Support wired or wireless and other communication modes;
6. Use graphical software to provide user control interface.
Airport perimeter features:
1. Continuous tracking ability of movement detection within the area
Continuous tracking after intrusion - motion detection tracing
Huaritong sensor management software has built-in geographic reference mapping function, which is the key to achieve the unique STC function. That is, when any sensor on the Huaritong infrared thermal guardrail network generates an alarm, the infrared thermal imager installed on the azimuth/pitch head will automatically point to the alarm coordinate, so that the operator can quickly carry out visual investigation of the alarm, so as to make a quick response to the event, video anlysis software can display the location of the "tracking object" (interested detection target object). Tracking is created by comparing the intensity of continuous reflection signals from the surrounding environment with moving or stationary persons/vehicles. Tracking refers to the continuous detection of the target object whose movement pattern conforms to the preset predictability characteristics.
Automatic tracking
The sensor management software contains advanced video aalysis algorithms specifically designed to nalyze thermal surveillance footage. It detects and tracks various types of movement, has movement detection capabilities, and compares them to pre-determined parameters. With a user-friendly interface, you can create custom tripwires, quarantine zones, temperature alarms, and directional alarm rules. Once the sensor management software detects unauthorized movement, an alarm is triggered.
Infrared thermal imaging system and visible light system input infrared and visible light video signals into the data storage and aalysis system through Ethernet cables or aalog lines, which can selectively save or record videos within the monitoring range for a long time. According to the early warning rules of monitoring, the infrared thermal imaging system can automatically output the alarm system switch quantity, once abnormal in time to remind; At the same time, it can track the target set in the screen and realize the monitoring of specific targets.
If a large range of infrared thermal imager is used, pre-intrusion warning and post-intrusion continuous tracking should be realized in the detection coverage area. The technology should be capable of moving capture of intruding moving objects, including audio-optical early warning, video review/tracking, and simultaneous detection of multiple targets. Automatic detection and tracking of targets: the perimeter system of the airport needs a monitoring system suitable for the wide area of the perimeter of the airport. If the intruder breaks into the protection area, the perimeter system will generate alarm information. The system should track the intrusion target, and use appropriate video monitoring equipment to transmit to the superior manager through the network, and record historical images for future aalysis and reference or evidence.
In the thermal imaging system, the intruder's trail is constantly displayed on a digital map. Thermal imaging perimeter alarm adopts wide-area surface coverage detection, whose coverage is not only the perimeter, but also includes the continuous area inside and outside the perimeter. Therefore, the detection coverage range of thermal imager should be able to detect multiple intrusion targets at the same time. If the perimeter area of the airport is large, it can also use multiple radar systems, cross coverage, and increase the security of the system. Security personnel do not need to stare at the screen operation all the time, the camera will automatically capture the intruders, where the intruders come in, where they want to go, the security personnel have been prepared in mind, and have contacted the relevant personnel, waiting for the intruders in some places.
In addition to the basic check, the camera within the thermal imaging coverage can also continuously track the intruders' trajectories after invasion, or switch track between multiple targets (limited by the number of cameras). Users can choose the main target to track, but while the camera is tracking the main target, other targets will not be lost on the map due to the number of cameras.