Shell Shooting Simulation With Deflection Angle Feedback
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Solution Overview
Problem
Existing shell shooting training systems face challenges in creating an environment similar to live shooting while preventing accidents and ensuring accurate simulation results, particularly for artillerymen, due to issues with deflection angles and potential damage to private properties.
Innovation Solution
A shell simulated shooting simulation system comprising an execution module, display module, and server module that adjusts shell type, flight distance, and deflection angles to provide a realistic training environment, using a gun barrel unit and target unit to simulate live shell shooting without actual firing, and a display module for visual feedback.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If simulated ammunition is used for training, then training can be conducted without live shells, but the environment is not similar to actual training and deflection angle control is difficult
Solution Approach 1:
The system creates a virtual copy of the live shell shooting environment through the display module, which visually displays the shell trajectory, rupture point, and surrounding environment. This virtual copy provides realistic training experience without the dangers of actual shells, allowing trainees to practice in a safe yet authentic-looking setting.
Solution Approach 2:
The server module acts as an intermediary that receives deflection angle information from the gun barrel unit, calculates the corresponding rupture point based on environmental information, and provides feedback to the display module. This intermediary processing enables precise control of the simulated shell trajectory while maintaining training realism.
2Adaptability or versatility
If live shell shooting is conducted, then realistic training environment is provided, but accidents may occur and private properties may be damaged
Solution Approach 1:
Instead of using actual shells, the system uses a virtual representation displayed through the display module. The display shows the shell trajectory, rupture effects, and environmental interactions, creating a realistic training experience without the physical dangers of live ammunition.
Solution Approach 2:
The system converts the potentially harmful effect of shell rupture into a beneficial visual display. The rupture point calculation and visual representation provide realistic feedback to trainees while eliminating the actual destructive power and safety risks associated with live shells.
3Measurement precision
If deflection angle is adjusted in simulated shooting, then training accuracy can be improved, but control precision is insufficient and results are not visually identifiable
Solution Approach 1:
The server module receives deflection angle information from the gun barrel unit, calculates the corresponding rupture point based on environmental information, and provides visual feedback through the display module. This feedback loop allows trainees to see the relationship between their deflection angle adjustments and the resulting shell trajectory and rupture location.
Solution Approach 2:
The system adds a visual dimension to the deflection angle control by displaying the shell trajectory and rupture point on a screen. This visual representation transforms the abstract concept of deflection angle into a concrete, observable outcome, making it easier for trainees to understand and adjust their aiming.
Data Source
AI summary
Disclosed herein is a shell simulated shooting simulation system for performing a shell simulated shooting similar to a live shell shooting includes an execution module loading and aiming a shell to perform a shell simulated shooting, a display module visually displaying shooting of a shell according to loading and aiming through the execution module, and a server module collecting information to visually display a result of the live shell shooting on the display module based on the information on the loading and aiming of the shell of the execution module.