High altitude firefighting drone quick response system Suitable for multiple chassis

Vehicle parameters:
1. Basic function: It has the functions of efficient fire extinguishing and high-altitude window breaking
2. Adopting a 4×4 (four-wheel drive) pickup truck (multi-purpose truck) chassis
3. Equipped with air conditioning for heating and cooling
4. Electric controlled windows, double row four door doors, central locking system inside the car, remote key control
5. The driver’s cabin has at least 5 passengers and is equipped with seat belts
6. Equipped with a remote monitoring system (optional) to achieve real-time monitoring and scheduling of vehicle status remotely
7. Lighting fixtures are installed at the rear and on both sides of the carriage to provide reliable illumination for the loading and unloading of the box. The rear and doors on both sides of the carriage can be opened upwards
4.2 Vehicle parameters:
1. Maximum net power of engine: ≥ 105kW
2. Maximum speed: ≥ 140km/h
3. Total chassis mass: ≥ 4300kg
4. Dimensions (length x width x height): ≤ 5700 x 1950 x 2500mm
5. Approach angle/departure angle: ≥ 33/22 (°)
6. Fuel: diesel;
7. Warning lights and alarms
1) Install flashing red long row warning lights on the top of the cab
2) Install a power ≥ 100W alarm (with engineering sound alarm, including microphone and speaker) and a warning light controller in the driver’s cab
8. Electrical wiring
1) Vehicle driving electricity and dedicated device electricity systems are equipped with separate safety/power-off switches
2) The vehicle’s wiring is neatly arranged, securely fixed, and equipped with measures to prevent short circuits/disconnections; The cross-sectional area of the additional electrical system wires matches the maximum load. Multiple wires are wrapped into strands, and each wire is wrapped into strands. Each wire has a number and different color differences, and connectors are used for connection
4.3 Car parameters:
1. Car composition: fully open car, UAV, compression foam system, fire hose and equipment can be quickly loaded and unloaded, which is convenient for quick operation during fire fighting and emergency rescue and reduces site restrictions
2. ★ Carriage material: The equipment box is made of high-strength aluminum alloy, and accessories such as water hoses are stored in an orderly and non interfering manner.
4.4 Performance parameters of unmanned aerial vehicles:
1. Model structure: 4 axles, 8 rotors.
2. Body material; Aluminum alloy, carbon fiber composite materials
3. Power: Lithium battery
4. Equipped with dual RTK+GPS, hover positioning error ≤± 0.5m
5. Flight control mode: GPS, attitude, autonomous, able to switch flight modes during flight
6. Control radius of data communication link ≥ 15km (open space)
7. Image and video link transmission distance ≥ 15km (open space)
8. Diagonal wheelbase: ≤ 2150mm
9. Recycling folding size; ≤1020*920*995mm
10. Maximum takeoff weight; 120kg
11. Maximum load; 60kg
12. Payload: 50kg
13. Empty flight time: ≥ 50min
14. Payload flight time: ≥ 22min
15. Maximum flight speed ≥ 16m/s
16. Maximum climb speed ≥ 5m/s
17. Maximum landing speed ≥ 3 m/s
18. Maximum wind resistance: ≥ 5 levels (instantaneous ≥ 6 levels of wind)
19. Protection level: IP45
20. Working temperature: -20 ° C to 55 ° C
21. Cruise altitude for homework: 20-1200 meters
22. Obstacle avoidance radar: obstacle avoidance distance 1-20m
23. Battery: 4 pieces
24. Land and Air Amphibious: ★ Structural Form: Designed with a land and air amphibious structure, the bottom of the fuselage is equipped with 4 walking wheels, which can be remotely controlled for land travel; Drone land travel speed: ≥ 2m/s. Remote control: The drone remote control and land travel remote control use one remote control. The parameters need to be consistent with the testing report issued by a third-party testing agency with qualifications for rotor unmanned aerial vehicle inspection, and the cover of the testing report should have CMA and CNAS marks. This ★ parameter needs to be consistent with the testing report issued by a third-party testing agency with qualifications for rotor unmanned aerial vehicle inspection. The cover of the testing report should have CMA and CNAS logos, and the testing report should be stamped with the product manufacturer’s official seal (fresh seal) as proof; At the same time, provide the authorization certificate and authorization scope details issued by the market supervision department to third-party testing institutions, covering the testing of rotary wing unmanned aerial vehicles.
4.5 Technical parameters of drone remote control
1. Size (antenna retracted): 189 * 138 * 41mm
2. Weight (including battery and antenna): 850g ± 20g
3. Channels: 13 physical channels and 16 communication channels
4. Display: 5.5-inch 1080P high-definition high brightness LCD touch screen display
5. Communication distance: 15km (no interference, no obstruction)
6. System configuration: Android 9.0, 2GB RAM, 16GB storage space
7. Charging time: 5h (PD 20W fast charging)
8. Homework endurance: 10h
9. Protection level: IP53
10. Real time broadcasting of ground station battery level, communication link, drone status, and low battery voice.
4.6 Unmanned aerial vehicle airborne high-level water hose spray module
1. Weight: 650g
2. Medium: water, compressed air foam, type B foam
3. Lift height: water ≥ 35m, compressed air foam ≥ 120m, Class B foam mixture ≥ 45m.
4. Spray distance: ≥ 15 meters;
5. Jet flow rate: ≥ 135 L/min
6. Nozzle diameter: ≥ 10mm:
7. Work pressure: ≤ 2 Mpa
4.7 Unmanned Aerial Vehicle Onboard Window Breaker Module (Window Breaker)
1. Launch aperture: ≥ φ 60mm;
2. Input working voltage: DV10V~25V;
3. Input working current: ≥ 50mA
4. Launch method; Electric control command
5. Fire extinguisher glass breaking ability: Penetrating 16mm thick tempered glass within 18 meters;
6. Effective range; ≤ 50 meters
4.8 Compressed air foam system parameters:
1. Work pressure: 0.6Mpa~1.0Mpa
2. Jet flow rate: ≥ 130 L/min
3. Maximum spraying distance: ≥ 15m
4. Output caliber: ≥ DN40
5. Empty weight: ≤ 250kg
6. Driving power: gasoline engine
7. Mixing ratio: 0.3-3%
8. Adjustment accuracy: 0.1%
9. Foaming multiple (dry foam/wet foam): 20/6
10. foam concentrate flow: 0-5 L/min (adjustable)
11. Pump flow rate: 50L/min~180L/min (adjustable)
12. Compressor parameters: displacement ≥ 800L/min
13. Temperature range for use: 0 ºC to 55 ºC
4.9 Water hose and interface parameters
1. Hose diameter: DN25 Hose: 25mm (water, Class B foam mixture) DN40 Hose: 40mm (compressed air foam)
2. Water hose length: DN25 30 meters x 4 reels and DN40 30 meters x 4 reels
3. Work pressure: 2.0Mpa (DN25 hose) \ 3.0Mpa (DN40 hose)
4. Interface: DN25 forged external buckle forest to DN65 card interface \ DN40 forged external buckle forest to DN65 card interface \ DN25 to DN40 forged external buckle forest interface, 1 each
4.9 Configure leakage detection module, technical parameters:
1) Equipped with a handheld leakage alarm, it can detect the presence of leakage in the surrounding environment in real time.
2) ★ Water rescue leakage can detect the leakage situation of 120/240 volt lines from 3 meters away [This parameter is consistent with the inspection report of national inspection agencies]
4.10 Configure multiple gas detection modules, technical parameters:
1) ★ Detection type and range: Methane: 0~100% VOL, Carbon dioxide: 0~5% VOL, Carbon monoxide: 0~5000ppm, Nitrogen dioxide: 0~50ppm, Ammonia: 0~100ppm, Oxygen: 0~30% O2, Humidity: 0~100RH, Temperature: -20-100 ºC [This parameter is consistent with the inspection report of the national inspection agency]
2) Protection level: ≥ IP65 [This parameter is consistent with the inspection report of the national inspection agency]
3) ★ Explosion proof performance: not less than Ex d ib I Mb [This parameter is consistent with the inspection report of the national inspection agency]
4) The toxic and harmful gas detection and alarm system for special disaster rescue has been inspected by a national authoritative testing institution and a copy of the certificate is provided
5) ★ Possess a Certificate of Certified Public Accountant (CPA) for measuring instruments [Provide a copy of the CPA with the bidder's official seal as proof]
4.11 ★ Configure equipment cloud management platform, technical parameters:
1) ★ The device can be connected to the equipment cloud management platform: it can remotely monitor equipment information, gas and video information, and manage the entire life cycle of equipment. This parameter is consistent with the inspection report of the national inspection agency
2) The device can be connected to the equipment cloud management platform for visualization: visualized large screen display, GIS map positioning, graphic display function [This parameter is consistent with the inspection report of the national inspection agency]
3) The device can connect to the equipment cloud management platform for PC and APP display, and automatically synchronize data in real time. This parameter is consistent with the inspection report of the national inspection agency
4) The equipment cloud management platform supports remote one click firmware upgrade of devices. This parameter is consistent with the inspection report of the national inspection agency
5) ★ Provide software copyright certificates for the Emergency Fire Equipment Cloud Management Platform System and Emergency Resource Information Management Platform