QR Code Flight Control for Shareable UAV Operation Data

The patent uses machine-readable codes (such as QR codes) as a copyable representation of movement control information. Instead of directly transmitting complex control data through conventional communication channels, the system creates a compact visual copy of the operation data that can be easily captured, stored, and transmitted. The movable object captures an image of the code, extracts the embedded operation data, and executes the control commands, thereby significantly improving the efficiency and convenience of managing movement control information.

The patent incorporates error correction mechanisms and validation procedures in advance to ensure reliable decoding of the machine-readable code. The system is designed to handle potential capture errors, such as partial code visibility or imaging artifacts, by implementing redundancy in the code structure and verification protocols during the image processing stage. This beforehand cushioning ensures that the operation data can be accurately extracted even under suboptimal capture conditions.

The patent employs a universally recognizable machine-readable code format (such as QR code) that can be read by various imaging devices and processed by different movable objects. The code structure is designed to be platform-independent, allowing operation data to be shared across different users, devices, and object types. The standardized format includes universal error correction and data encoding schemes that ensure compatibility across the system, thereby facilitating wide-ranging data sharing without requiring device-specific customization.