Pitching Angle Fitting for Integrated Photoelectric Sighting

The patent extracts and eliminates the need for multiple environmental sensors by using a simplified ballistics model that does not require environmental parameter inputs. The sighting system achieves accurate shooting without wind velocity sensors, temperature sensors, humidity sensors, and other environmental sensing components, thereby reducing device complexity while maintaining measurement capability through alternative computational methods

The patent replaces the sensor-based environmental measurement system with a computational ballistics model that calculates trajectory based on sighting angle and distance alone. This substitution eliminates the mechanical and electronic sensor accessories while achieving the same functional goal of compensating for environmental effects through mathematical modeling of bullet trajectory

The patent replaces mechanical adjustment knobs and manual calibration mechanisms with an electronic digital calibration system. The sighting system uses electronic sensors to detect the position of impact points and division centers, then performs digital calculations and electronic adjustments to achieve precise alignment. This eliminates mechanical wear, backlash, and unquantifiable deviations associated with manual knob adjustments while maintaining ease of operation through electronic interfaces

The patent implements a self-calibrating system that automatically detects and corrects sighting alignment without requiring manual intervention. The system uses electronic sensors to automatically identify the positions of impact points and division centers, calculates the required adjustments, and performs self-correction through electronic actuation, thereby eliminating the need for repeated manual calibration operations that cause mechanical wear

The patent extracts and removes multiple sensor accessories (wind velocity sensors, temperature sensors, humidity sensors) from the photoelectric sighting system by demonstrating that they are not necessary for achieving accurate shooting. The system achieves environmental adaptability through a simplified ballistics model that uses only essential parameters (sighting angle and distance) combined with computational algorithms that account for environmental effects without requiring direct environmental measurements

The patent creates a universal sighting system that adapts to various environmental conditions through a single integrated ballistics model rather than through multiple specialized sensors. The simplified model can handle different environments (wind, temperature, humidity) using a unified computational approach that requires no additional sensors or accessories, thereby maintaining portability and ease of operation while achieving broad environmental adaptability