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Emergency Rescue

The emergency scene environment is complex, with many emergencies, strong signal interference, unstable traffic conditions, tight time, and every second counts. Manual surveys are dangerous and difficult, and large equipment is inconvenient to enter the site quickly.

  • Joint IoT system, timely signal reception and quick action

  • There are few obstructions in the air, and you can go directly to the scene without being affected by ground traffic

  • Based on 4G/5G signal transmission, strong signal anti-interference ability

  • Supported by high-precision three-dimensional real-world maps, automatic obstacle avoidance, safe and reliable

01 Assign inspection tasks

Emergency rescuers can remotely start the “Orcas” inhabited in “Tiger dens” to autonomously perform the inspection tasks through the “Tiger vision” four-dimensional holographic control system.

02Replace batteries and pods automatically

“Tiger dens” can automatically replace the batteries and sensor pods for the “Orcas”, then the “Orcas” can take off again to perform their missions just in 3 minutes.

04Edge-point intelligent calculation

With the end-side AI intelligent computing modules inside, the “Orcas” have the ability of edge-point intelligent recognition and calculation.

05Cloud intelligent computing

The “Orcas” return the power inspection defect data to the “Tiger vision” four-dimensional holographic control platform in real time. Based on the artificial intelligence algorithms, power inspection reports will be created immediately.

03“Orcas” take-off automatically

Use 30× optical zoom pods and infrared thermal imaging pods to collect data

work process

work process

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01 Assign inspection tasks

Emergency rescuers can remotely start the “Orcas” inhabited in “Tiger dens” to autonomously perform the inspection tasks through the “Tiger vision” four-dimensional holographic control system.

02Replace batteries and pods automatically

“Tiger dens” can automatically replace the batteries and sensor pods for the “Orcas”, then the “Orcas” can take off again to perform their missions just in 3 minutes.

03“Orcas” take-off automatically

Use 30× optical zoom pods and infrared thermal imaging pods to collect data

04Edge-point intelligent calculation

With the end-side AI intelligent computing modules inside, the “Orcas” have the ability of edge-point intelligent recognition and calculation.

05Cloud intelligent computing

The “Orcas” return the power inspection defect data to the “Tiger vision” four-dimensional holographic control platform in real time. Based on the artificial intelligence algorithms, power inspection reports will be created immediately.

Emergency fire application

The I-KINGTEC fully autonomous unmanned inspection system can automatically calculate the shortest path in the air through the “pointing flight” function, fly to the accident site as soon as possible, automatically make a comprehensive understanding of the potential safety hazards at the accident site, ensure rescue workers have a comprehensive grasp of the actual situation and finally, to a large extent ,avoid casualties caused by unknown safety hazards at the scene.

  • Combined with smart sensor equipment, timely information is received and actions are taken immediately
  • There are few obstructions in the air, and you can go directly to the scene without being affected by ground traffic
  • Based on 4G/5G signal transmission, strong signal anti-interference ability
  • Supported by high-precision three-dimensional real-world maps, automatic obstacle avoidance, safe and reliable

High-precision real-world map, complex route

Break through traffic restrictions

Alternate relay

World-earth linkage