CN213090590U

CN213090590U - Laser simulation system for individual-soldier comprehensive tactical confrontation training

Info

Publication number: CN213090590U
Application number: CN202021988280.9U
Authority: CN
Inventors: 黄彩云; 黄小龙; 郭新吾; 郑情元; 郑世泽
Original assignee: Fujian Quancheng Special Equipment Technology Co ltd
Current assignee: Fujian Quancheng Special Equipment Technology Co ltd
Priority date: 2020-09-12
Filing date: 2020-09-12
Publication date: 2021-04-30
Anticipated expiration: 2030-09-12

Abstract

The utility model provides a laser simulation system for individual soldier comprehensive tactical confrontation training, which comprises a combat uniform, a laser emission gun, a helmet and a control terminal, wherein the combat uniform is provided with a plurality of laser receivers, and the waist position of the combat uniform is provided with a positioning module, a first wireless communication module and a microprocessor; the position of the arms of the combat uniform is provided with a display device, the laser receiver, the positioning module and the display device are respectively electrically connected with the microprocessor and in signal connection, and the microprocessor is connected with the control terminal through the first wireless communication module. The utility model discloses utilize positioner to gather each training personnel's positional information, by control terminal control when two arbitrary training personnel between the distance less than or equal to setting value, control terminal control shows other side personnel location on the display device that training personnel carried, especially when other side personnel number is greater than two people, can realize the training of individual soldier's the tactics in the field application ability, promote how to avoid the other side attack and beat the tactics ability of defeating the other side.

Description

Laser simulation system for individual-soldier comprehensive tactical confrontation training

Technical Field

The utility model relates to a laser simulation confrontation technical field, specifically speaking relates to a single soldier synthesizes tactics confrontation training laser analog system.

Background

Laser simulation confrontation training is gradually popularized in conventional confrontation training at present, casualties caused by accidents in live ammunition confronting can be effectively reduced by using simulation confrontation, data acquisition is simple and easy by adopting simulation confrontation, manual checking is not needed, and accuracy is good. In a general laser simulation countermeasure system, only the laser emitted by the laser emitting device hits the laser receiving device to be received, the position of the opposite side cannot be known, the opposite side can be found only when the opposite side approaches to the sight range, and training personnel with less experience have limitation on tactical performance.

SUMMERY OF THE UTILITY MODEL

In order to solve the defects of the prior art, the utility model aims to provide a single soldier synthesizes tactics confrontation training laser analog system to overcome the defect among the prior art.

In order to achieve the purpose, the utility model provides a laser simulation system for individual soldier comprehensive tactical confrontation training, which comprises a combat uniform, a laser emission gun, a helmet and a control terminal, wherein the combat uniform is provided with a plurality of laser receivers, and the waist part of the combat uniform is provided with a positioning module, a first wireless communication module and a microprocessor; the arm position of the combat uniform is provided with a display device, the laser receiver, the positioning module and the display device are respectively and electrically connected with the microprocessor and in signal connection, and the microprocessor is connected with the control terminal through the first wireless communication module; the positioning module collects the position information of the individual soldiers of the positioning module and transmits the position information to the control terminal through the first wireless communication module, the control terminal calculates the distance between any two individual soldiers according to the position information of each individual soldier, and when the distance between the two individual soldiers is smaller than or equal to a set value, the control terminal sends the position information of other individual soldiers to the first wireless communication module and displays the position information on the display device; the laser emitting gun is provided with a laser emitter and a second wireless communication module, and the laser emitter is connected with the control terminal and the first wireless communication module through the second wireless communication module; the control terminal sends a setting signal to the second wireless communication module, and the laser transmitter receives the setting signal to obtain the total times of transmitting laser; the second wireless communication module sends the total times of laser emission and the remaining times to the first wireless communication module and displays the total times and the remaining times on the display device; the helmet is provided with a smoke device and a third wireless communication module, and the smoke device is connected with the first wireless communication module through the third wireless communication module; the first wireless communication module sends a hit signal to the third wireless communication module, and the smoke device receives the hit signal to release smoke.

Through the technical scheme, the positioning device is used for collecting the position information of each training person, the control terminal controls the distance between any two training persons to be smaller than or equal to the set value, the control terminal controls the opposite person to be positioned and displayed on the display device carried by the training persons, the set value can be set randomly according to the laser signal range generated by the laser emitter, especially when the number of the opposite person is larger than two persons, the training of the field tactical application capability of a single soldier can be realized, and the tactical capability of avoiding the attack of the opposite person and defeating the opposite person is improved.

As right the individual soldier synthesize tactics and confront further explanation of training laser analog system, preferably, each laser receiver has the identification code, the laser signal of each laser emitter transmission has the code, each laser receiver decodes and transmits to microprocessor receiving laser signal, microprocessor judges according to laser receiver's identification code and hits the degree and produce the hit signal.

Through the technical scheme, each laser receiver is provided with the identification code, so that the microprocessor can conveniently identify the hitting degree of the hit laser receiver position to the trainee, and the laser transmitter transmits the laser signal with the code, so that the trainee using the laser transmitter can be conveniently identified.

As right the individual soldier synthesize tactics confrontation training laser analog system's further explanation, preferably, microprocessor transmits to control terminal through the laser emitter's that the laser signal that first wireless communication module will decode code transmission.

Through the technical scheme, the microprocessor can obtain the codes of the laser transmitters according to the laser signals hit by the trainers, data interaction is carried out between the microprocessor and the control terminal, the control terminal can conveniently confirm the identities of the trainers according to the codes of the laser transmitters, and the hit rate of each trainer is recorded.

As a further explanation of the laser simulation system for training the individual soldier comprehensive tactical confrontation, preferably, each laser receiver is provided with a vibration device, and the vibration device is electrically connected and signal-connected with the microprocessor; the microprocessor controls the corresponding vibration device to generate vibration according to the identification code of the laser receiver.

Through the technical scheme, when the laser receiver is hit by the laser transmitter, the microprocessor controls the corresponding vibration device to vibrate, so that whether the trainee is hit or not is prompted.

As right the further explanation of the individual soldier comprehensive tactical confrontation training laser simulation system of the present invention, preferably, the microprocessor controls the positioning module to close after generating the hit signal.

Through the technical scheme, the position information of the hit training personnel can not be acquired by the control terminal and can not be displayed on the display device.

The utility model has the advantages as follows: the utility model discloses utilize positioner to gather each training personnel's positional information, and when the distance less than or equal to setting value between two arbitrary training personnel is controlled by control terminal, control terminal control shows other side personnel location on the display device that training personnel carried, the setting value can set up wantonly according to the laser signal range that laser emitter takes place, especially when other side personnel number is greater than two people, can realize the training of individual soldier's tactics in-situ application ability, promote how to avoid the other side to attack and beat the tactics ability of defeating the other side.

Drawings

Fig. 1 is the structure schematic diagram of the laser simulation system for the individual soldier comprehensive tactical confrontation training.

Fig. 2 is a schematic structural view of the combat uniform of the present invention.

Detailed Description

In order to further understand the structure, characteristics and other objects of the present invention, the following detailed description is given with reference to the accompanying preferred embodiments, which are only used to illustrate the technical solution of the present invention and are not intended to limit the present invention.

As shown in fig. 1 and fig. 2, an individual soldier comprehensive tactical confrontation training laser simulation system comprises a combat uniform 1, a laser emission gun 2, a helmet 3 and a control terminal 4, wherein the combat uniform 1 is provided with a plurality of laser receivers 11, and the waist part of the combat uniform 1 is provided with a positioning module 12, a first wireless communication module 13 and a microprocessor 14; the arm position of the combat uniform 1 is provided with a display device 15, the laser receiver 11, the positioning module 12 and the display device 15 are respectively electrically connected and in signal connection with a microprocessor 14, and the microprocessor 14 is connected with the control terminal 4 through a first wireless communication module 13; the positioning module 12 collects the position information of the individual soldiers of the robot and transmits the position information to the control terminal 4 through the first wireless communication module 13, the control terminal 4 calculates the distance between any two individual soldiers according to the position information of each individual soldier, and when the distance between the two individual soldiers is smaller than or equal to a set value, the control terminal 4 sends the position information of other individual soldiers to the first wireless communication module 13 and displays the position information on the display device 15; the positioning device is used for collecting the position information of each training person, the control terminal controls the distance between any two training persons to be smaller than or equal to a set value, the control terminal controls the opposite person to be positioned and displayed on the display device carried by the training persons, the set value can be set randomly according to the laser signal range generated by the laser emitter, especially when the number of people on the opposite person is larger than two, the training of the field tactical application capacity of a single soldier can be realized, and the tactical capacity of avoiding the attack of the opposite person and defeating the opposite person is improved.

As shown in fig. 1, the laser emission gun 2 is provided with a laser emitter 21 and a second wireless communication module 22, and the laser emitter 21 is connected with the control terminal 4 and the first wireless communication module 13 through the second wireless communication module 22; the control terminal 4 sends a setting signal to the second wireless communication module 22, and the laser transmitter 21 receives the setting signal to obtain the total times of transmitting laser; the second wireless communication module 22 transmits the total number of times of laser emission and the remaining number of times to the first wireless communication module 13 and displays them on the display device 15; the total times of laser emission of the laser emitter is controlled by the control terminal, so that the training process is more flexible; the total times and the remaining times of laser emission are displayed on a display device, so that trainers can conveniently confirm the ammunition condition.

As shown in fig. 1, the helmet 3 is provided with a smoke device 31 and a third wireless communication module 32, and the smoke device 31 is connected with the first wireless communication module 13 through the third wireless communication module 32; the first wireless communication module 13 transmits a hit signal to the third wireless communication module 32, and the smoke device 31 receives the hit signal to release smoke, so as to confirm the fighting situation.

Each laser receiver 11 has an identification code, the laser signal emitted by each laser emitter 21 has a code, each laser receiver 11 decodes the received laser signal and transmits the decoded laser signal to the microprocessor 14, and the microprocessor 14 judges the hitting degree according to the identification code of the laser receiver 11, wherein the hitting degree includes light injury, heavy injury and casualties, and is determined according to the human body part corresponding to the distribution of the laser receiver 11 on the combat uniform 1. Each laser receiver is provided with an identification code, so that the microprocessor can conveniently identify the hitting degree of the hit laser receiver position on the trainee, and the laser transmitter transmits a laser signal with codes, so that the trainee using the laser transmitter can be conveniently identified. The microprocessor 14 transmits the code of the laser emitter 21 obtained by the decoded laser signal to the control terminal 4 through the first wireless communication module 13, the microprocessor can obtain the code of the laser emitter according to the laser signal hit by the trainee, the microprocessor and the control terminal perform data interaction, the control terminal can conveniently confirm the identity of the trainee according to the code of the laser emitter, and the hit rate of each trainee is recorded. The microprocessor 14 judges the hit degree to be casualty according to the identification code of the laser receiver 11 and generates a hit signal, and the microprocessor 14 controls the positioning module 12 to be closed after generating the hit signal, so that the position information of the hit trainee can not be acquired by the control terminal and can not be displayed on the display device 15.

As shown in fig. 1, each laser receiver 11 may be configured with a vibration device 16, the vibration device 16 being electrically and signally connected to the microprocessor 14; the microprocessor 14 controls the corresponding vibration device 16 to generate vibration according to the identification code of the laser receiver 11, and when the laser receiver is hit by the laser transmitter, the microprocessor controls the corresponding vibration device to generate vibration so as to prompt the trainee whether the trainee is hit or not.

It should be noted that the above mentioned embodiments and embodiments are intended to demonstrate the practical application of the technical solution provided by the present invention, and should not be interpreted as limiting the scope of the present invention. Various modifications, equivalent substitutions and improvements will occur to those skilled in the art and are intended to be within the spirit and scope of the present invention. The protection scope of the present invention is subject to the appended claims.

Claims

1. A laser simulation system for individual soldier comprehensive tactical confrontation training is characterized by comprising a combat uniform (1), a laser emission gun (2), a helmet (3) and a control terminal (4), wherein,

the combat uniform (1) is provided with a plurality of laser receivers (11), and the waist part of the combat uniform (1) is provided with a positioning module (12), a first wireless communication module (13) and a microprocessor (14); the arm position of the combat uniform (1) is provided with a display device (15), the laser receiver (11), the positioning module (12) and the display device (15) are respectively electrically connected and in signal connection with the microprocessor (14), and the microprocessor (14) is connected with the control terminal (4) through the first wireless communication module (13); the positioning module (12) collects the position information of the individual soldiers of the self-body and transmits the position information to the control terminal (4) through the first wireless communication module (13), the control terminal (4) calculates the distance between any two individual soldiers according to the position information of each individual soldier, and when the distance between the two individual soldiers is smaller than or equal to a set value, the control terminal (4) sends the position information of other individual soldiers to the first wireless communication module (13) and displays the position information on the display device (15);

the laser emitting gun (2) is provided with a laser emitter (21) and a second wireless communication module (22), and the laser emitter (21) is connected with the control terminal (4) and the first wireless communication module (13) through the second wireless communication module (22); the control terminal (4) sends a setting signal to the second wireless communication module (22), and the laser transmitter (21) receives the setting signal to obtain the total times of transmitting laser; the second wireless communication module (22) sends the total number of laser emission times and the remaining number of laser emission times to the first wireless communication module (13) and displays the total number of laser emission times and the remaining number of laser emission times on the display device (15);

the helmet (3) is provided with a smoke device (31) and a third wireless communication module (32), and the smoke device (31) is connected with the first wireless communication module (13) through the third wireless communication module (32); the first wireless communication module (13) sends a hit signal to the third wireless communication module (32), and the smoke device (31) receives the hit signal to release smoke.

2. The individual soldier comprehensive tactical combat training laser simulation system of claim 1 wherein each laser receiver (11) has an identification code, each laser transmitter (21) transmits a laser signal having a code, each laser receiver (11) decodes the received laser signal and transmits it to the microprocessor (14), and the microprocessor (14) determines the degree of hit based on the identification code of the laser receiver (11) and generates a hit signal.

3. The individual soldier synthetic tactical countermeasure training laser simulation system of claim 2, characterized in that the microprocessor (14) transmits the code of the laser transmitter (21) obtained from the decoded laser signal to the control terminal (4) through the first wireless communication module (13).

4. The individual soldier synthetic tactical countermeasure training laser simulation system of claim 2, characterized in that each laser receiver (11) is provided with a vibration device (16), the vibration device (16) being electrically and signally connected to the microprocessor (14); the microprocessor (14) controls the corresponding vibration device (16) to generate vibration according to the identification code of the laser receiver (11).

5. The individual soldier synthetic tactical resistance training laser simulation system of claim 2 wherein the microprocessor (14) controls the positioning module (12) to turn off after the hit signal is generated.