A training device for simulating shooting airborne enemies

Abstract

The invention discloses a combat training device for carrying out simulative shooting on airborne enemies. The combat training device consists of a shooting mechanism, a simulation man mechanism and a remote control mechanism, wherein the shooting mechanism consists of a simulation gun, a housing, a first power supply, a shooting power switch, a control circuit and an infrared shooting unit; the first power supply, the shooting power switch, the control circuit and the infrared shooting unit are connected through wires, and are mounted on the simulation gun together with the housing; the simulation man mechanism consists of a plastic box, a simulation man, an external gas storage tank, an internal gas storage tank, a first valve core seat, a second valve core seat, a first electromagnetic gas valve, a second electromagnetic gas valve, a third electromagnetic gas valve, a fourth electromagnetic gas valve, a fifth electromagnetic gas valve, a second power supply, a power switch, an infrared receiving unit, a control unit and a wireless receiving unit; the first electromagnetic gas valve, the second electromagnetic gas valve, the third electromagnetic gas valve, the fourth electromagnetic gas valve, the fifth electromagnetic gas valve, the second power supply, the power switch, the infrared receiving unit, the control unit and the wireless receiving element are connected through wires; all components of the simulation man mechanism are mounted on the simulation man. With the adoption of the combat training device, various states of hostile airborne troops in air can be simulated, and states of the hostile airborne troops shot down by training personnel can also be simulated.

Description

technical field [0001] The invention relates to the equipment used by the army for combat training at ordinary times, in particular, there are two layers of rubber gas storage tanks below the head of the simulation human body, the inner gas storage tank is filled with helium, and the outer gas storage tank is filled with air. Among them, the simulator mechanism can float in the air, and the personnel who cooperate with the training can control the simulator mechanism in the air to move up, down, left, and right through the remote control mechanism, so as to simulate the state when the hostile airborne troops fall by parachute, so as to train the trainees to fight against the enemy. For subjects who are killed by airborne soldiers when they fall from the sky by parachute, the trainers will immediately align the infrared emitting unit installed on the simulated gun of the launching mechanism with the infrared receiving unit in the middle of the outer front end of the air storage ...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the existing technology, there is no facility for the training personnel of the troops to train and shoot the invading enemy in the air. The training personnel cannot master the essentials of shooting the enemy airborne troops. Under the influence of the environment, it will move irregularly in the air, resulting in the disadvantage of poor shooting effect of combatants. The present invention provides a kind of simulation human mechanism with two layers of rubber material gas storage tanks below the head, and the inner gas storage tank is filled with helium Air, the inside of the external air storage tank is filled with air. During combat training, the dummy mechanism can float in the air, and the personnel who cooperate with the training can control the dummy mechanism in the air to move up, down, left, and right through the remote control mechanism, so as to simulate the hostile airborne troops. The state when the parachute falls, so as to train the subjects of killing the enemy airborne soldiers when they fall from the sky by parachute, and the training personnel will align the infrared emission unit installed on the simulation gun of the launching mechanism with the simulation at the first time The infrared receiving unit in the middle of the outer front end of the outer air storage tank of the human mechanism, after pressing the button of the launch power switch installed on the simulation gun of the launching mechanism, is located in the air storage tank of the human mechanism under the action of the infrared receiving unit and related circuits of the human mechanism. The first electromagnetic gas valve at the lower end will open, so the helium inside the air storage tank in the dummy mechanism will be discharged, and the buoyancy of the dummy mechanism will fall from the air due to the lack of helium, thereby simulating that the enemy airborne soldiers are shot down from the air. A training device that simulates shooting airborne enemies to achieve the best effect on training personnel's response ability and combat effectiveness level.

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