Intelligent Emergency Rescue Integrated Vehicle

(1) Business Management Features

① Support device management, including the management of control terminals, vehicles, smart wristbands, drones, and other devices.

② Support resource management, including personnel management, site management, and unit management, with the ability to add temporary organizational structures.

③ Support user management, including user creation, deletion, modification, and permission management.

④ Support the management of a repository of management plans and case studies.

⑤ Support map annotation management, allowing for the addition of new annotations, setting annotation types, and the modification, deletion, and querying of existing annotations.

⑥ Support the management of device and model relationships, enabling "virtual-real interaction" to synchronize actions between external devices and system models.

⑦ Support the configuration of three-dimensional models, including uploading models, and editing, deleting, and searching for models.

⑧ Support real-time three-dimensional modeling management, allowing for the viewing of modeling lists, modeling details, modeling images, and the setting of model visibility.

(2) Video Transmission

① Support network adaptability, allowing the system to dynamically detect network conditions and automatically adjust bitrate, frame rate, and resolution based on network changes.

② Ensure video clarity and smoothness under a 30% packet loss condition, and maintain basic audio clarity under a 50% packet loss condition.

③ Support the transmission of video and system situational awareness to higher command posts.

(3) 3D Real-Time Modeling

①● Support fully automated modeling (no manual copying of modeling images required), with a modeling time of ≤8 minutes for an area of 90,000 square meters (modeling accuracy ≤25 cm).

(4) Map Services

① Support switching between 2D and 3D maps.

② Support address search, address location, and map viewpoint locking.

③ Support the loading of fire source particle models and real-scene 3D models.

④ Support the annotation of roads, bridges, water sources, etc., on situational maps.

(5) Artificial Intelligence Recognition

① Based on the data transmitted from drones, including video, images, and temperature, the command system automatically identifies information such as fire sources, smoke, and personnel through intelligent algorithms, providing support for human assessment of fire situations.

② Support the display of precise coordinates of fire points, fire point temperature, and fire area analysis capabilities.

(6) Command and Dispatch Control

① Support real-time display of the number, type, and task-specific information of rescue personnel, vehicles, and equipment, including site temperature, humidity, and wind speed.

② Support auxiliary planning and decision-making, providing action planning, resource assessment, action plans, and command issuance suggestions.

③ Support task management, allowing users to view historical tasks, handling processes, resource consumption, and video playback through the system.

④ Support the assessment of strike processes, enabling review assessments and export of evaluation reports.

(7) Drone Control

① Support mission planning and status monitoring for drones. Users can send waypoints, flight paths, and range coordinates to the drone and control functions such as one-click takeoff, one-click cruising, one-click return, and one-click strike. Real-time reconnaissance video and flight trajectories of the drone can also be monitored.

② Support the acquisition of video streams from the drone, with a video delay of less than 1 second. Additionally, support the retrieval of flight data from the drone, with a data delay of less than 1 second, and the acquisition of sensor data (such as temperature and laser ranging data) from the drone, with data latency also under 1 second

① Standby time: 8-10 days.

② Watch features a touchscreen.

③ Battery capacity: 1000 mAh.

④ Water resistance rating: IP67.

⑤ Supports monitoring of heart rate, blood pressure, and body temperature, with a fall detection alarm.

⑥ Allows for real-time monitoring of battery level

① Provides audible and visual alarms in the event of failures in flight control, battery voltage, telemetry, or other signal modules or components; supports an automatic return-to-home function to maximize the safety of the drone's return.

②★ Supports the opening of drone control interfaces to emergency rescue command and dispatch platform software, enabling the upload of video, images, temperature, and flight status information, with an uplink communication frequency of ≥1 Hz.

③★ Equipped with a “five-in-one” quick-release drone mounting system, including a loudspeaker module (with a range of at least 200 meters), lighting module, optical zoom (no less than 30x) visible light gimbal camera, thermal imaging module, and laser ranging unit (with a minimum range of 2 km).

④★ Maximum flight time: ≥60 minutes with no payload; ≥40 minutes with a 2.5 kg payload; operational cruising speed ≥60 km/h; wind resistance level ≥6; maximum payload ≥5 kg; protection rating ≥IP66.

⑤★ Equipped with a sufficient number of drone batteries to meet uninterrupted operational requirements, with each battery having a cycle charge and discharge life of no less than 500 times; each drone comes with a dedicated charger capable of charging at least two batteries simultaneously, with a peak charging power of ≥450 watts; includes a dedicated explosion-proof battery box, compliant with Exd II CT2 explosion-proof standards.

⑥ Includes one handheld remote control unit (for in-vehicle use), with an effective transmission range of no less than 5 kilometers under visual line-of-sight conditions.

⑦ Complies with the safety frequency requirements for drones set by the Ministry of Industry and Information Technology: 840.5-845 MHz, 1430-1444 MHz, 2400-2476 MHz, 5725-5829 MHz.

⑧ The drone can be quickly deployed and stored, with a total time from deployment to storage of <3 minutes; storage dimensions ≤620×620×520 mm, meeting transportation requirements after folding; includes a portable carrying bag to meet outdoor carrying needs.

⑨ The shock-absorbing design between the pod and the drone body ensures stable connection under high-speed operation; the pod can be mounted and dismounted from the drone body via a quick-release mechanism.

⑩ Pod equipment can operate stably for extended periods in wireless communication scenarios between the drone and the ground, with a continuous operation time of no less than the drone's endurance time.

① PThe drone is equipped with a black box recording function, automatically recording flight data. The drone system has a low-voltage protection feature, providing low-voltage protection prompts based on voltage readings. It also has a loss-of-control protection feature, allowing the drone to autonomously return to the original takeoff/landing point safely in case of control interruption.

② Supports opening of drone control interfaces to the emergency rescue command and dispatch platform software, allowing the upload of video, images, temperature, and flight status information, with an uplink communication frequency of ≥1 Hz.

③ Equipped with multiple independent deployment devices, capable of simultaneously loading multiple fire-extinguishing bombs, with independent control for each deployment device.

④ Equipped with a laser ranging radar system, which automatically adjusts the detonation time of fire-extinguishing bombs based on the drone's real-time altitude for precise altitude-controlled explosions. The detonation height can also be flexibly adjusted.

⑤★ Payload capacity: ≥50 kg; Flight time without payload: ≥45 minutes; Flight time with 50 kg payload: ≥20 minutes; Hovering precision: vertical ≤±0.5 m, horizontal ≤±1 m; Wind resistance level: ≥6; Protection rating: ≥IP55.

⑥ Includes one handheld remote control unit (for in-vehicle use), with an effective transmission range of no less than 5 kilometers under visual line-of-sight conditions.

⑦ Equipped with a sufficient number of drone batteries to meet uninterrupted operational requirements, with each battery having a cycle charge and discharge life of no less than 500 times. Each drone comes with a dedicated charger capable of charging at least two batteries simultaneously, with a peak charging power of ≥1450 watts. The system includes a dedicated explosion-proof battery box, compliant with Exd II CT2 explosion-proof standards.

⑧ The drone can be quickly deployed and stored, with a total time from deployment to storage of <3 minutes; storage dimensions ≤1200×1100×1000 mm, meeting transportation requirements after folding.

⑨ The drone supports two bomb deployment methods: one-click deployment via handheld remote control and deployment through the command and control system.

The emergency rescue kit is available in three types: forest search and rescue, water rescue, and forest fire suppression, with 2 sets of each type as standard. The rescue kit's material and design: 500D PVC, waterproof material with an inflatable outer layer that provides cushioning during deployment.

① Equipped with two types of fire-extinguishing bombs: water-based and dry powder, used in alternating combinations.

② Designed for use with a hexacopter heavy-lift drone, deployed vertically. The bomb is equipped with an intelligent control interface for automatic altitude-controlled detonation.

③ The minimum adjustable detonation height: ≤10 meters.

④ Safety performance: Complies with civil explosive safety transportation standards GB/T 19001-2016.

⑤ Fire-extinguishing coverage per bomb: no less than 30 square meters.