CN210689373U

CN210689373U - Laser simulated shooting confrontation training device

Info

Publication number: CN210689373U
Application number: CN201822254522.0U
Authority: CN
Inventors: 薛瑞笙; 王岐朋
Original assignee: Shandong Jilida Intelligent Equipment Group Co ltd
Current assignee: Shandong Jilida Intelligent Equipment Group Co ltd
Priority date: 2018-12-29
Filing date: 2018-12-29
Publication date: 2020-06-05
Anticipated expiration: 2028-12-29

Abstract

The utility model discloses a laser simulation shooting confrontation trainer, including analogue means, analogue means's left arm facial make-up is equipped with left arm induction point, and analogue means's right arm facial make-up is equipped with right arm induction point, and analogue means's left thigh facial make-up is equipped with left leg induction point, and analogue means's right thigh facial make-up is equipped with right leg induction point, and analogue means's back facial make-up is equipped with back laser induction point, and analogue means's chest facial make-up is equipped with chest laser induction point, and analogue means's belly facial make-up is equipped with belly laser induction point. The utility model discloses a do not influence the training personnel and do tactics action, adopt close range wireless communication each other, do not have the connecting wire between, it is convenient to dress to the system has integrateed big dipper signal receiver, and personnel position positioning accuracy reaches ten meters, and command center accessible host computer control center sees training personnel action orbit, the spot of battle death on the map, provides effectual information for the tactics training analysis of fitting the actual combat.

Description

Laser simulated shooting confrontation training device

Technical Field

The utility model relates to a laser simulation training technical field specifically is a laser simulation shooting confrontation trainer.

Background

In military training of troops, tactical training is the training that is most critical in forming the battle force. The ball firing mode is dangerous, has high requirements on training fields and environmental conditions, and cannot be applied to confrontation training. The current training mode mainly adopted is to shoot by using empty-packed bullets, and the effect of firing by using live bullets is simulated. The device can simulate the sound, light and smoke effects of live ammunition realistically and vividly, creates a true battlefield atmosphere, and the biggest problem of the blank ammunition is that each participating unit cannot directly feel the shooting effects, and the casualties of the opposite side personnel are generally deduced or identified by experience of a practice command department and cannot truly reflect the actual situation of a real battlefield. In addition, the empty-packed bomb still has killing power within 5 meters, and certain danger also exists.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

The not enough to prior art, the utility model discloses try to overcome above defect, consequently the utility model provides a laser simulation shooting confrontation trainer to reach and avoid training personnel simulation training to be injured easily, and show the effect of participating in the both sides damage of training in real time.

(II) technical scheme

In order to achieve the above purpose, the utility model discloses a following technical scheme realizes: the utility model provides a laser simulation shooting confrontation trainer, including analogue means, analogue means's left arm facial make-up is equipped with left arm induction point, analogue means's right arm facial make-up is equipped with right arm induction point, analogue means's left thigh facial make-up is equipped with left leg induction point, analogue means's right thigh facial make-up is equipped with right leg induction point, analogue means's back facial make-up is equipped with back laser induction point, analogue means's chest facial make-up is equipped with chest laser induction point, analogue means's belly facial make-up is equipped with belly laser induction point, head laser induction point has been installed through the helmet on analogue means's the head, analogue means's hand holds laser emitter.

Furthermore, the back of the simulation device is provided with an individual controller.

Furthermore, a Beidou signal receiver and a voice player are arranged inside the individual soldier controller.

Furthermore, the simulator is provided with a smoke generating device through a helmet, the smoke generating device is in wired connection with the single chip microcomputer module, the single chip microcomputer module is fixedly installed on the surface of the helmet, the head laser sensing point is in wired connection with the single chip microcomputer module, and the single chip microcomputer module is in wireless communication connection with the individual soldier controller.

Furthermore, the chest laser sensing point, the abdomen laser sensing point, the back laser sensing point, the left arm sensing point, the right arm sensing point, the left leg sensing point and the right leg sensing point are in wired communication connection with the individual soldier controller, and the individual soldier controller is in wireless communication connection with the upper computer control center.

Further, the individual controller is connected with the laser transmitter through wireless communication.

(III) advantageous effects

The utility model provides a pair of laser simulation shooting confrontation trainer. The method has the following beneficial effects: the laser simulated shooting confrontation training device comprises three parts, namely a chest laser induction point of an individual controller, an abdomen laser induction point, a back laser induction point, a left arm induction point, a right arm induction point, a left leg induction point, a right leg induction point, a training shooting gun laser emitter, a head laser induction point, a smoke generating device and the like, which are arranged on clothes, wherein the three parts are used for carrying out tactical actions without influencing the trainees, the three parts adopt close-range wireless communication, no connecting wire is arranged between the three parts, the wearing is convenient, the Beidou signal receiver is integrated in the system, the personnel position positioning precision reaches ten meters, a command center can see action tracks and casualty spots of the trainees on a map through an upper computer control center, effective information is provided for tactical training analysis of actual combat, the upper computer control center can be provided with the head, trunk and the amount of bleeding of four limbs, the training personnel can feel the real training environment in all directions by setting the training personnel to be the red or blue and emitting laser times randomly, so that the aim of improving the fighting capacity of the training personnel in a short training period in a low training cost and high simulation environment is fulfilled.

Drawings

FIG. 1 is a front view of the simulation apparatus of the present invention;

FIG. 2 is a rear view of the simulation apparatus of the present invention;

fig. 3 is a schematic diagram of the system principle structure of the present invention.

In the figure: 1 analogue means, 2 head laser induction points, 3 smoke generating device, 4 big dipper signal receiver, 5 pronunciation players, 6 chest laser induction points, 7 belly laser induction points, 8 back laser induction points, 9 left arm induction points, 10 right arm induction points, 11 left leg induction points, 12 right leg induction points, 13 individual soldier's controller, 14 laser emitter, 15 upper computer control centers.

Detailed Description

According to the first aspect of the present invention, the present invention provides a laser simulated shooting confrontation training device, as shown in fig. 1-3, comprising a simulation device 1, wherein an individual controller 13 is installed on the back of the simulation device 1, a big dipper signal receiver 4 and a voice player 5 are installed inside the individual controller 13, the simulation device 1 is provided with a smoke generating device 3 through a helmet, the smoke generating device 3 is connected with a single chip microcomputer module by wire, the single chip microcomputer module is fixedly installed on the surface of the helmet, a head laser sensing point 2 is connected with the single chip microcomputer module by wire, the single chip microcomputer module is connected with the individual controller 13 by wireless communication, the individual controller 13 is connected with a laser transmitter 14 by wireless communication, a left arm sensing point 9 is installed on the left arm of the simulation device 1, a right arm sensing point 10 is installed on the right arm of the simulation device 1, a left leg sensing point 11 is installed on the left thigh of the simulation device 1, the upper garment of the right thigh of the simulator 1 is provided with a right leg induction point 12, the upper garment of the back of the simulator 1 is provided with a back laser induction point 8, the upper garment of the chest of the simulator 1 is provided with a chest laser induction point 6, the chest laser induction point 6, an abdomen laser induction point 7, the back laser induction point 8, a left arm induction point 9, a right arm induction point 10, a left leg induction point 11 and a right leg induction point 12 are in wired communication connection with an individual soldier controller 13, the individual soldier controller 13 is in wireless communication connection with an upper computer control center 15, the abdomen upper garment of the simulator 1 is provided with an abdomen laser induction point 7, the head of the simulator 1 is provided with a helmet head laser induction point 2, and the hand of the simulator 1 is provided with a laser emitter 14.

The working principle is as follows: when the device is used, practice is carried out by dividing the red and blue party confrontation, a laser emitter 14 of the simulation device 1 shoots to emit coded laser pulses, a head laser sensing point 2, a chest laser sensing point 6, an abdomen laser sensing point 7, a back laser sensing point 8, a left arm sensing point 9, a right arm sensing point 10, a left leg sensing point 11 or a right leg sensing point 12 of the other party, detected laser coding information is transmitted to an individual soldier controller 13 by the sensing point when the person is hit, the sensed light of a middle bullet part and the sensed light of the hit part flickers through a voice player 5 after the analysis, the information is uploaded to an upper computer control center 15 through the individual soldier controller 13, the person can determine whether the person is injured or dead according to bleeding amount setting and the hit part, if the smoke generating device 3 of the key part of the hit person is fuming and displayed, and quitting combat training, the held laser emitter 14 can not shoot laser, in the action process of personnel, coordinate signals of a Beidou satellite are received through the Beidou signal receiver 4 and uploaded to a map of the upper computer control center 15 through the individual soldier controller 13, so that soldier action tracks of the wearing simulation device 1 are displayed on the upper computer, the system can complete red and blue team confrontation training, the system displays battlefield situations in real time, and damage results of two parties are analyzed.

To sum up, the laser simulated shooting confrontation training device comprises three parts, namely an individual soldier controller 13, a chest laser induction point 6, an abdomen laser induction point 7, a back laser induction point 8, a left arm induction point 9, a right arm induction point 10, a left leg induction point 11, a right leg induction point 12, a training gun laser emitter 14, a head laser induction point 2 and the like, which are arranged on clothes, wherein the three parts are used for not influencing the tactical actions of the participants, adopt short-distance wireless communication with each other, have no connecting line between the three parts and are convenient to wear, a Beidou signal receiver 4 is integrated in the system, the personnel position positioning precision reaches ten meters, a command center can see the action tracks and the position of the participants on a map through an upper computer control center 15, and provide effective information for tactical training analysis in accordance with actual combat, the upper computer control center 15 can be provided with the heads of the participants, The bleeding amount of the hit trunk and limbs is set to be red or blue and the laser emission times of the trainees at will, so that the trainees can feel the real training environment in all directions, and the goal of improving the fighting capacity of the trainees in a low training cost, a high simulation environment and a short training period is achieved.

Claims

1. A laser simulated shooting confrontation training device, comprising a simulation device (1), characterized in that: the left arm facial make-up of analogue means (1) is equipped with left arm induction point (9), the right arm facial make-up of analogue means (1) is equipped with right arm induction point (10), the left thigh facial make-up of analogue means (1) is equipped with left leg induction point (11), the right thigh facial make-up of analogue means (1) is equipped with right leg induction point (12), the back facial make-up of analogue means (1) is equipped with back laser induction point (8), the chest facial make-up of analogue means (1) is equipped with chest laser induction point (6), the belly facial make-up of analogue means (1) is equipped with belly laser induction point (7), head laser induction point (2) have been installed through the helmet on the head of analogue means (1), the hand of analogue means (1) holds laser emitter (14).

2. The laser simulated shooting confrontation training device of claim 1, wherein: the back of the simulation device (1) is provided with an individual controller (13).

3. The laser simulated gunnery confrontation training device of claim 2, wherein: the interior of the individual soldier controller (13) is provided with a Beidou signal receiver (4) and a voice player (5).

4. The laser simulated shooting confrontation training device of claim 1, wherein: the simulator (1) is provided with a smoke generating device (3) through a helmet, the smoke generating device (3) is in wired connection with a single chip microcomputer module, the single chip microcomputer module is fixedly installed on the surface of the helmet, a head laser sensing point (2) is in wired connection with the single chip microcomputer module, and the single chip microcomputer module is in wireless communication connection with a single soldier controller (13).

5. The laser simulated shooting confrontation training device of claim 1, wherein: chest laser induction point (6), belly laser induction point (7), back laser induction point (8), left arm induction point (9), right arm induction point (10), left leg induction point (11) and right leg induction point (12) and individual soldier controller (13) wired communication connection, individual soldier controller (13) passes through wireless communication with host computer control center (15) and is connected.

6. The laser simulated gunnery confrontation training device of claim 2, wherein: the individual controller (13) is connected with the laser transmitter (14) through wireless communication.