Product Description
The unattended system consists of five parts: UAV platform, payload, link, parking cabin and monitoring software.
The unattended system adopts 4G/5G or satellite communication remote control mode. The operator sends one-click take-off command in the command hall, the unattended cabin receives the command and automatically opens the cabin door to release the UAV. During flight, the UAV can receive real-time control command from the command hall to realize automatic or manual flight. And the captured data will be sent back to the command hall in real time for users to conduct data analysis and decision-making. After the UAV is finished, it returns to the original way and accurately lands in the hangar for collection and storage. At the same time, the cabin stops to charge the UAV battery and wait for the next flight instruction.
The take-off, landing, operation and charging of the system are completed autonomously, without manual intervention, and truly realize unmanned applications.
1 Product Introduction
Vtol fixed wing unattended system is a new application mode in the UAV field. The system has functions such as unattended, remote control, one-click operation, and automatic charging, which can meet the needs of long-distance and large-scale UAV survey and monitoring in border patrol, forest fire prevention, pipeline inspection and other industries.
1.1 Function Description
The VTOL fixed wing unattended system can provide a place for the UAV to take off and land, store and automatically charge the UAV in the outdoor natural environment, ensuring that the UAV can continue to operate all day and all weather. Specific functions are as follows:
1) Support WRCQ-32AJ vertical takeoff and landing fixed wing UAV application;
2) The communication link of the UAV is 50km microwave link, and the cabin adopts wired network transmission;
3) The intelligent environment sensing unit can monitor the outdoor wind speed, wind direction, temperature and humidity and rainfall information in real time;
4) The high-precision reset device can accurately reset the UAV falling into the cabin to the designated position;
5) The lifting mechanism can lower the UAV into the cabin to provide automatic charging for the UAV;
6) Professional rain and dust proof design, which can store drones in outdoor natural environment;
7) The system has self-check function and error prevention mechanism, the UAV, cabin equipment is abnormal or the external environment does not meet the requirements can not take off;
8) Support remote intelligent control, inspection flight just click to start the task.
1.2 System Reliability and safe flight
The VTOL fixed wing UAV used in the system has high anti-electromagnetic interference, anti-wind flight, flight positioning accuracy and anti-rain rating, and has high anti-electromagnetic interference, anti-wind flight and protection rating.
1) System self-test
The VTOL fixed wing UAV will automatically self-check each key module before executing the task, and must pass all the modules before executing the task. If there is a module fault, the control interface will warn and it cannot take off.
2) Redundancy design of key modules
In order to ensure the flight safety of UAVs, VTOL fixed wing UAVs adopt redundant design to improve product safety.
3) Diversion function
In case of emergency, the UAV can automatically land on the alternate site.
4) Autonomous environmental perception
The VTOL fixed wing unattended system is equipped with multi-functional environmental sensors, which can sense the weather conditions of the external environment in real time, including rainfall, wind speed, wind direction and temperature parameters, and warn the environment that is not suitable for UAV operation and the UAV cannot take off.
5) Uninterruptible power supply
In order to ensure the continuous online control of the UAV and the parking cabin in the standby and operating state, UPS can be used in the power supply of the parking cabin, which can meet the flight safety of the UAV within a certain time when the mains power is cut off.
6) Temperature control unit
To improve the product environment adaptability, configure the temperature control unit to improve the system environment adaptability.
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