Wattle damage operation simulation method for amphibious equipment training

Abstract

A battle damage operation simulation method for amphibious equipment training comprises the following steps: step A, providing a training simulator platform according to trained equipment, enabling trainees to respectively use a single hand and a single foot to operate according to general floating ferry and shoal brewing operation requirements, and recording four-limb movement ranges of the trainees during operation; and step C, when a training subject for simulating the limb injury of the trainee needs to be carried out, notifying the trainee of the limb of which the position needs to be limited 5-8 seconds in advance, and then fixing and limiting the specific limb of the trainee, so that the training subject practice for assuming the specific limb injury state of the trainee can be carried out. According to the battle damage operation simulation method for amphibious equipment training provided by the invention, on the premise of guaranteeing the safety, the training of simulating the control action of the operator under the injury condition can be carried out by limiting the limbs of the operator.

Description

technical field [0001] The invention relates to the field of manipulative training simulators, in particular to an operation simulation method for combat damage in the simulation training process of amphibious equipment. Background technique [0002] In modern amphibious landing operations, firepower preparations are usually made on the enemy's beachhead before landing. After the firepower preparations are completed, in order to avoid the threat of the remaining enemy forces to large and medium-sized ships, the first batch of landing troops is usually not transported by transport ships to the shore. Instead, from a relatively long distance from the beachhead, carry small and medium-sized amphibious equipment (such as amphibious combat vehicles, hovercraft, etc.) into the sea from transport ships, float to the shore and then wash the beach. In other words, the small and medium-sized amphibious equipment carried by the troops will go through three stages: entering the sea-floa...

AI Technical Summary

Problems solved by technology

[0005] The inventor learned from the communication with front-line troops and experts that in the actual battlefield environment, especially in the process of floating and flushing, some amphibious equipment will inevitably be attacked by the remaining enemy forces, although the amphibious equipment has certain armor However, there are still situations where being hit by armor-piercing or armor-piercing ammunition can cause damage to the amphibious equipment and internal operators. When the operator is injured, can he use his uninjured limbs to control the amphibious equipment to continue to float? Not sinking, or being able to forcibly flush the beach, is an important factor in maintaining the combat effectiveness of the first batch of landing troops

At present, there is no simulator or simulation method that can simulate these situations

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