Mortar simulation training system and method

Abstract

The embodiment of the invention discloses a mortar simulation training system and method. In one specific implementation mode, the system comprises a simulated mortar used for adjusting the posture of a gun barrel in response to setting operation, and a laser provided with a percussion sensor and fixed to the gun barrel; the simulation shell is provided with a setting device for determining the charge number; the computer equipment is used for determining a training task and respectively controlling the first display device and an eyepiece display screen of the simulated laser range finder to display a first training scene containing a target; the simulation laser range finder is used for acquiring the distance, the direction angle and the altitude angle of the target; the percussion sensor is used for sending a starting signal when sensing the loading operation, so that the laser emits laser, and the computer equipment is used for controlling the image collector to collect an image containing a laser point, calculating according to the position of the laser point and topographic data to obtain a gun barrel posture, and performing trajectory calculation in combination with a loading number to obtain a blasting point position; and controlling the first display device to display the burst point.

Description

technical field [0001] The invention relates to the technical field of military training. More specifically, it relates to a mortar simulation training system and method. Background technique [0002] Mortar is a kind of artillery that shoots at the target. It is a basic fire support and suppressing weapon for the troops, and it is deployed in large numbers in the troops. Its greatest ability is to kill enemies at close range or behind obstacles such as hills, used to destroy light fortifications or bridges, etc., and can also be used to cast smoke bombs and flares. In order to improve and maintain combat effectiveness, necessary live ammunition training is conducted every year. However, due to the strict requirements of live ammunition on the field, the complexity of training guarantees, and safety issues, only limited live ammunition inspections can be carried out every year, which is difficult to use as a daily training method. , so a lot of daily training is non-live a...

AI Technical Summary

Problems solved by technology

In order to improve and maintain combat effectiveness, necessary live ammunition training is conducted every year. However, due to the strict requirements of live ammunition on the field, the complexity of training guarantees, and safety issues, only limited live ammunition inspections can be carried out every year, which is difficult to use as a daily training method. , so a lot of daily training is non-live ammunition simulation training

At present, the army lacks effective simulation training methods, and can only conduct simple gun operations according to the password. The operation accuracy and shooting effect cannot be tested, and it is difficult to effectively improve the training level.

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