CN114005319A - Actual combat system - Google Patents

Abstract

The invention discloses an actual combat system, which comprises an application function module, a background data module, an operation service module, a network communication module, a signal sensing module, a voice interaction module, a Beidou differential module and a redundant optical fiber ring network module, wherein the application function module is in control connection with the background data module and is in control connection with the operation service module And the collection and analysis are convenient for carrying out real-time digital assessment on soldiers.

Description

Actual combat system

Technical Field

The invention relates to the technical field of actual combat simulation, in particular to an actual combat system.

Background

The actual combat system is a main means for advancing the combat training to system combat, combined combat and autonomous combat expansion, can simulate the fire attack performance of weaponry, embody the combat relationship between red and blue parties and the comprehensive damage effect to various targets, and can simulate the operation actions such as early warning, reconnaissance, interference, attack, defense and the like, as well as the guarantee action processes such as ammunition supplement, equipment emergency repair, wounded rescue and the like, so as to reflect the influence on battlefield situation and army action in real time, but the existing actual combat system is difficult to realize the time-space consistency of actual combat data, thereby influencing the real-time dynamic display of the actual combat process, and the system can not accurately simulate the damage of aiming weapons, thereby reducing the practicability of the system, the actual combat system lacks the statistical collection and analysis of soldier data, and the data is inconvenient to display and review, it is difficult to perform real-time digital assessment on individual soldiers.

Disclosure of Invention

The present invention is directed to a real world combat system, which solves the above problems.

In order to achieve the purpose, the invention provides the following technical scheme: the utility model provides an actual combat system, includes application function module, backstage data module, operation service module, network communication module, signal perception module, voice interaction module, big dipper difference module and redundant optic fibre looped netowrk module, application function module and backstage data module control connection, and application function module and operation service module control connection, operation service module and backstage data module control connection, and operation service module and network communication module control connection, network communication module respectively with signal perception module, voice interaction module, big dipper difference module and redundant optic fibre looped netowrk module control connection, and signal perception module and voice interaction module control connection, network communication module and application function module control connection.

Preferably, the application function module is composed of a guiding and adjusting control module, a plan compiling module, a situation display module, a process management module, a statistical analysis module and an evaluation analysis module.

Preferably, the background data module consists of a training base guidance evaluation module, an intelligent warehouse management information module, a naval engagement simulation module, an air force engagement simulation module and a weapon data module.

Preferably, the operation service module consists of a data fusion module, a data calculation module and a data storage module, and the data calculation module consists of a laser coding module, a combat data module, an actual soldier management module and an inter-aiming weapon simulation module.

Preferably, the inter-aiming weapon simulation module consists of a data extraction module, an interface input module, a simulation calculation module and a data output module, wherein the data extraction module is in control connection with the interface input module, the interface input module is in control connection with the simulation calculation module, and the simulation calculation module is in control connection with the data output module.

Preferably, the soldier management module consists of a soldier data recording module, an soldier confrontation module, a data statistics module and a team data module, the team data module is in control connection with the data statistics module, and the data statistics module is in control connection with the soldier data recording module and the soldier confrontation module respectively.

Preferably, the signal sensing module is composed of a terminal detection module, a voice receiving module, a laser receiving module and a laser emitting module, and the signal sensing module is fixedly installed in the combat terminal.

Compared with the prior art, the invention has the beneficial effects that: this real soldier combat system, the data that utilize the data fusion module that sets up to upload signal sensing module and big dipper difference module real-time transmission's time information fusion, the integration of multidimension degree data model has been realized, real soldier combat data space-time consistency has been accomplished, be convenient for carry out real-time dynamic show to real soldier combat process, utilize the accurate injury of aiming at the weapon to the room of aiming at weapon simulation module between the setting to calculate and analyze, the authenticity of the simulation of real soldier combat system has been improved, and then the practicality of system has been improved, utilize the real soldier management module that sets up to make statistics of soldier data, collect and analyze, be convenient for carry out real-time digital examination to the soldier.

Drawings

FIG. 1 is a system flow diagram of the present invention;

FIG. 2 is a schematic structural diagram of an operation service module according to the present invention;

FIG. 3 is a system framework diagram of the present invention;

FIG. 4 is a block diagram of an arithmetic service module according to the present invention;

FIG. 5 is a flow chart of the operation of the intermediate weapon simulation module of the present invention;

in the figure: 1. an application function module; 2. a background data module; 3. an operation service module; 4. a network communication module; 5. a signal sensing module; 6. a voice interaction module; 7. a Beidou differential module; 8. redundant optical fiber ring network modules; 101. a leading and adjusting control module; 102. a plan compiling module; 103. a situation display module; 104. a process management module; 105. a statistical analysis module; 106. an evaluation analysis module; 201. a training base guide evaluation module; 202. an intelligent warehouse management information module; 203. a naval engagement simulation module; 204. an air force engagement simulation module; 205. a weapon data module; 301. a data fusion module; 302. a data calculation module; 303. a data storage module; 501. a terminal detection module; 502. a voice broadcasting module; 503. a laser receiving module; 504. a laser emission module; 302a, a laser coding module; 302b, a battle data module; 302c, an actual soldier management module; 302d, an inter-aiming weapon simulation module; c1, a warrior data recording module; c2, an actual soldier confrontation module; c3, a data statistics module; c4, team data module; d1, a data extraction module; d2, an interface input module; d3, a simulation calculation module; d4 and a data output module.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1-5, an embodiment of the present invention is shown: an actual combat system comprises an application function module 1, a background data module 2, an operation service module 3, a network communication module 4, a signal perception module 5, a voice interaction module 6, a Beidou differential module 7 and a redundant optical fiber ring network module 8, wherein the application function module 1 is in control connection with the background data module 2, the application function module 1 is in control connection with the operation service module 3, the operation service module 3 is in control connection with the background data module 2, the operation service module 3 is in control connection with the network communication module 4, the network communication module 4 is in control connection with the signal perception module 5, the voice interaction module 6, the Beidou differential module 7 and the redundant optical fiber ring network module 8 respectively, the signal perception module 5 is in control connection with the voice interaction module 6, the network communication module 4 is in control connection with the application function module 1, and the application function module 1 is controlled by a guiding and controlling module 101, The system comprises a scheme compiling module 102, a situation display module 103, a process management module 104, a statistical analysis module 105 and an evaluation analysis module 106, wherein the display mode of the situation display module 103 comprises data chart information display, video image display and simulation display, an application function module 1 mainly completes guidance, control, evaluation, situation display and management of actual soldier engagement training, the display of the actual soldier engagement training process is facilitated through the arranged situation display module 103, a background data module 2 comprises a training base guidance and control evaluation module 201, an intelligent warehouse management information module 202, a navy engagement simulation module 203, an air force engagement simulation module 204 and a weapon data module 205, the butt joint of a multi-platform service system is satisfied by utilizing the arranged background data module 2, an operation service module 3 comprises a data fusion module 301, a data calculation module 302 and a data storage module 303, the data calculation module 302 consists of a laser coding module 302a, a combat data module 302b, an actual soldier management module 302c and a sighting weapon simulation module 302d, the designed data fusion module 301 fuses data uploaded by the signal sensing module 5 and time information transmitted by the Beidou differential module 7 in real time, the fusion of a multi-dimensional data model is realized, the spatial-temporal consistency of the actual soldier combat data is completed, the real-time dynamic display of the actual soldier combat process is convenient, the sighting weapon simulation module 302d consists of a data extraction module d1, an interface input module d2, a simulation calculation module d3 and a data output module d4, the data extraction module d1 is in control connection with the interface input module d2, the interface input module d2 is in control connection with the simulation calculation module d3, the simulation calculation module d3 is in control connection with the data output module d4, and the data of the cannonball is extracted by the data extraction module d1, the soldier management module 302c is composed of a soldier data recording module c1, an soldier confrontation module c2, a data statistics module c3 and a team data module c4, the team data module c4 is in control connection with the data statistics module c3, the data statistics module c3 is in control connection with the soldier data recording module c1 and the soldier confrontation module c2 respectively, the soldier management module 302c is used for counting, collecting and analyzing soldier data, real-time digital assessment is convenient for soldiers, the network communication module 4 is composed of a local area network, an LET core network, a scheduling and recording server, a BBU, an LET distributed base station and an LET narrow-band gateway, the signal transmission function is mainly completed, the interaction of information in the system is favorably completed by the network communication module 4, the redundant optical fiber ring network module 8 is composed of multispectral panoramic video monitoring, multi-spectral panoramic video monitoring, multi-view-to-view weapon, and multi-view weapon management, Monitoring radar and miniature meteorological station constitute, be favorable to the environmental information of system receipt combat process through the redundant optic fibre looped netowrk module 8 that sets up, signal perception module 5 is by terminal detection module 501, voice broadcast module 502, laser receiving module 503 and laser emission module 504 are constituteed, and signal perception module 5 fixed mounting is in combat terminal, combat terminal's form mainly includes the ground and conditions the terminal, the loading collector, intelligent mobile target drone, basic reverse attack function intelligence armor is played and is down targeted, individual soldier camera device, handheld terminal, individual soldier positioning terminal, basic reverse attack function intelligence individual soldier is played and is down targeted, unmanned aerial vehicle, the ground is conditioned the terminal, and the loading collector, through installing signal perception module 5 in combat terminal, be convenient for combat terminal to receive the battlefield information of combat in-process.

The working principle is as follows: when in use, firstly, the training base guidance evaluation information, the intelligent warehouse management information module 202, the naval military combat simulation module 203, the air military combat simulation module 204 and the weapon data module 205 in the background data module 2 are respectively used for transmitting the training base guidance evaluation information, the intelligent warehouse management information, the naval military combat simulation information, the air military combat simulation information and the weapon information required by actual combat to the application function module 1, then, the combat parties input combat plans and preparations in the plan preparation module 102 in the application function module 1, then, the instructions are transmitted to the network communication module 4 through the guidance control module 101, then, the instructions are transmitted to the combat terminal through the voice interaction module 6, the instructions are received and responded by the voice broadcast module 502, and during actual combat, the state of the signal sensing module 5 is detected through the terminal detection module 501 in the combat terminal equipment, the laser emission module 504 in the signal sensing module 5 sends out coded combat laser signals, the coded combat laser signals are received by the laser receiving module 503, the combat laser signals are uploaded to the operation service module 3 through the network communication module 4, the combat data are calculated by the data calculation module 302 in the operation service module 3, the combat laser signals are decoded by the laser coding module 302a, the decoded combat laser signals are transmitted to the combat data module 302b for simulation, the data are uploaded to the data fusion module 301 and the data storage module 303 at the same time, the data are stored by the data storage module 303, the data are combined with time signals and environment signals uploaded by the Beidou differential module 7 and the redundant fiber ring network module 8 by the data fusion module 301, the space-time consistency of actual combat data is completed, and the fused data are transmitted to the application function module 1, the situation display module 103 displays the actual combat process in real time, the combat data of soldiers and teams are counted, collected and analyzed through the data counting module c3 and the team data module c4 in the actual combat management module 302c during the combat process, then the data information of soldiers is transmitted to the actual combat module c2 to be compared with the data, then the comparison result is recorded in the soldier data recording module c1, meanwhile, the combat data of soldiers and teams are transmitted to the application function module 1, then the soldiers are digitally examined in real time through the evaluation analysis module 106, the combat laser data caused by the inter-aiming weapons during the combat process is transmitted to the inter-aiming weapon simulation module 302d, then the cannonball data, the model data and the target data are extracted from the weapon data module 205 in the background data module 2 through the data extraction module d1, then the shell data, the model data and the target data are transmitted to a simulation calculation module d3, meanwhile, shell structure data, shell falling speed, shell falling foot speed, shell hitting precision and damage performance characterization are input in an interface input module d2, then the shell structure data, the shell falling speed, the shell falling foot speed, the shell hitting precision and the damage performance characterization are transmitted to a simulation calculation module d3, the shell static explosion power analysis, the shell dynamic explosion power analysis, the target damage tree, the target damage-prone equivalent model and the shell damage performance analysis are obtained through simulation calculation, then the shell static explosion power analysis, the shell dynamic explosion power analysis, the target damage tree, the target damage-prone equivalent model and the shell damage performance analysis are transmitted to a data output module d4, then the simulation data are uploaded to an application function module 1 through the data output module d4, and the damage state caused by the interocular weapon is displayed through a state display module 103, the reality of the simulation of the actual combat system is improved, the practicability of the system is further improved, and the process of the combat and the simulation data of both parties of the combat are respectively recorded in the process management module 104 and the statistical analysis module 105 and displayed through the situation display module 103.

It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Claims (7)

1. The utility model provides an actual combat system, includes application function module (1), backstage data module (2), operation service module (3), network communication module (4), signal perception module (5), voice interaction module (6), big dipper difference module (7) and redundant optic fibre looped netowrk module (8), its characterized in that: application function module (1) and backstage data module (2) control connection, and application function module (1) and operation service module (3) control connection, operation service module (3) and backstage data module (2) control connection, and operation service module (3) and network communication module (4) control connection, network communication module (4) respectively with signal perception module (5), voice interaction module (6), big dipper difference module (7) and redundant optic fibre looped netowrk module (8) control connection, and signal perception module (5) and voice interaction module (6) control connection, network communication module (4) and application function module (1) control connection.

2. An actual combat system according to claim 1, wherein: the application function module (1) is composed of a guiding and adjusting control module (101), a pre-planning module (102), a situation display module (103), a process management module (104), a statistical analysis module (105) and an evaluation analysis module (106).

3. An actual combat system according to claim 1, wherein: the background data module (2) is composed of a training base guidance evaluation module (201), an intelligent warehouse management information module (202), a naval engagement simulation module (203), an air force engagement simulation module (204) and a weapon data module (205).

4. An actual combat system according to claim 1, wherein: the operation service module (3) is composed of a data fusion module (301), a data calculation module (302) and a data storage module (303), and the data calculation module (302) is composed of a laser coding module (302a), a battle data module (302b), an actual soldier management module (302c) and an inter-aiming weapon simulation module (302 d).

5. An actual combat system according to claim 4, wherein: the inter-aiming weapon simulation module (302d) consists of a data extraction module (d1), an interface input module (d2), a simulation calculation module (d3) and a data output module (d4), wherein the data extraction module (d1) is in control connection with the interface input module (d2), the interface input module (d2) is in control connection with the simulation calculation module (d3), and the simulation calculation module (d3) is in control connection with the data output module (d 4).

6. An actual combat system according to claim 4, wherein: the soldier management module (302c) consists of a soldier data recording module (c1), an soldier confrontation module (c2), a data statistics module (c3) and a team data module (c4), wherein the team data module (c4) is in control connection with the data statistics module (c3), and the data statistics module (c3) is in control connection with the soldier data recording module (c1) and the soldier confrontation module (c2) respectively.

7. An actual combat system according to claim 1, wherein: the signal perception module (5) is composed of a terminal detection module (501), a voice broadcasting module (502), a laser receiving module (503) and a laser emitting module (504), and the signal perception module (5) is fixedly installed in the combat terminal.

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