CN112665455B

CN112665455B - Multi-person shooting training method based on shooting aiming analysis system

Info

Publication number: CN112665455B
Application number: CN202011528106.0A
Authority: CN
Inventors: 黄泽瑜; 傅培芬; 黄颖智; 柯婷婷
Original assignee: Quanzhou Wurong Sports Equipment Co ltd
Current assignee: Quanzhou Wurong Sports Equipment Co ltd
Priority date: 2020-12-22
Filing date: 2020-12-22
Publication date: 2022-10-14
Anticipated expiration: 2040-12-22
Also published as: CN112665455A

Abstract

The invention discloses a multi-person shooting training method based on a shooting aiming analysis system, which relates to the field of military training equipment and mainly comprises the following steps: (1) After the first target surface receives the laser beam of the first laser gun, the console draws a first trajectory line and a shooting point on a simulation picture of the first target surface; drawing a second trajectory line and a shooting point on a simulation picture of the second target surface after the second target surface receives the laser beam of the second laser gun; (2) rotating the target box for 180 degrees; (3) Drawing a third trajectory line and a shooting point on a simulation picture of the second target surface after the second target surface receives the laser beam of the first laser gun; and after the first target surface receives the laser beam of the second laser gun, drawing a fourth trajectory line and a shooting point on the simulation picture of the first target surface. The invention can compare and analyze the training data of a plurality of trainers visually, can eliminate the influence caused by different target surfaces, improves the reliability of data comparison and analysis, and does not need to wait for each trainer.

Description

Multi-person shooting training method based on shooting aiming analysis system

Technical Field

The invention relates to the field of military training equipment, in particular to a multi-person shooting training method based on a shooting aiming analysis system.

Background

Shooting training is one of the main means for improving shooters' gunshot. The excellent shooting training system can well help shooters to improve shooting skills, hit rate and the like. The existing shooting aiming analysis system mainly comprises a laser gun, a target box and a console. During training, usually, a shooter uses a group of laser guns and a target box to carry out independent training, and a shooting aiming analysis system lacks a comparison function for training data of different shooters, so that the shooters lack competitiveness during training and are difficult to improve shooting technology. When training data of different shooters are compared, the training data collected by different target surfaces are also compared, and the comparison result is easily influenced by the target surface laser sensor matrix, so that the reliability of the comparison analysis result is poor; or all shooters carry out shooting training on the same target surface in sequence, and analysis and comparison are carried out after all shooters finish training, so that the precious time of all shooters is easily spent. Therefore, it is necessary to design a shooting aiming analysis system and a shooting training method which can compare training data of shooters quickly and transversely.

Disclosure of Invention

The invention provides a multi-person shooting training method based on a shooting aiming analysis system, which aims to solve the problems in the prior art.

The invention adopts the following technical scheme:

a multi-person shooting training method based on a shooting aiming analysis system comprises a laser gun, a target box and a console, wherein the laser gun and the target box are in communication connection with the console; the console is used for recording and analyzing shooting data; the device also comprises a partition plate with a straight-line-shaped cross section, and a training room I and a training room II which are distributed in the front and back are formed; the partition board is provided with an installation port for installing a target box, the target box can be horizontally and rotatably arranged at the installation port, the front side surface and the rear side surface of the target box are respectively provided with a first target surface and a second target surface for sensing laser beams, and the number of the laser guns is two, namely a first laser gun and a second laser gun; the multi-person shooting training method comprises the following steps: (1) The console pairs a first target surface in a first training room with a first laser gun; pairing a target surface II in the training room II with a laser gun II; (2) After a shooter pulls a pull bolt of a laser gun I, the laser gun I starts to emit laser beams, a target surface I sends signals to a control console after receiving the laser beams, and the control console draws a track line I which represents the moving track of the laser beams on a simulation picture of the target surface I according to the signals; training the shooter with the two laser guns on the target surface II, and drawing a track line II which represents the moving track of the laser beam on a simulation picture of the target surface II by the console in the same method; (3) When a shooter pulls a trigger of a laser gun I, the console marks a point corresponding to the trajectory line I at the moment as a shooting point, so that a plurality of shooting points are marked on the trajectory line I; the console marks a plurality of shooting points on the second trajectory line in the same method; (4) After two shooters finish one training on the current target surface, the control console controls the electric rotating platform to horizontally rotate the target box for 180 degrees; (5) The console matches a target surface II in the training room I with the laser gun I; pairing a target surface I in a training room II with a laser gun II; then according to the principle of the step (2) and the step (3), a shooter trains a target surface II by using a laser gun I, and a control console draws a trajectory line III with a plurality of shooting points on a simulation picture of the target surface II; the shooter trains the two laser guns on the first target surface, and the console draws a track line IV with a plurality of shooting points on the simulation picture of the first target surface.

Further, the method also comprises the step (6): the console displays a first trajectory line and a fourth trajectory line on the simulation picture of the first target surface, and the training results of the first shooter and the second shooter on the first target surface are compared and analyzed; and the console displays a second trajectory and a third trajectory on the simulation picture of the second target surface, and the training results of the first shooter and the second shooter on the second target surface are compared and analyzed.

Further, the method also comprises the step (7): the console displays the simulation pictures of the first target surface and the second target surface in an overlapping mode, simultaneously displays a first trajectory line and a third trajectory line, and performs comparative analysis on the two training results of the first shooter; and the console displays the simulation pictures of the first target surface and the second target surface in an overlapping manner, simultaneously displays the second trajectory and the fourth trajectory, and performs comparative analysis on the two training results of the second shooter.

Further, the console numbers each shot in sequential order.

Further, the console changes the color, line width, or pattern of the trajectory line after the current shot point once every time the shot point is marked.

Furthermore, before the shooter pulls the bolt of the laser gun, the safety bolt of the laser gun needs to be shifted to a single shot mode or a continuous shot mode from a safety mode.

From the above description of the structure of the present invention, compared with the prior art, the present invention has the following advantages:

according to the invention, a plurality of target surfaces are arranged on one target box, and one target surface can be sequentially matched with different laser guns by utilizing the technical characteristics of the partition plate, the rotation and the like, so that the training data of a plurality of trainers are recorded on the simulation picture of the same target surface. Therefore, the invention can compare and analyze the training data of a plurality of trainers visually, can eliminate the influence caused by different target surfaces, improves the reliability of data comparison and analysis, and does not need to wait for each trainer.

Drawings

FIG. 1 is a schematic top view of a shoot sight analysis system of the present invention.

FIG. 2 is a schematic view of the target box, the separating plate and the electric rotary table according to the present invention.

Detailed Description

The following describes embodiments of the present invention with reference to the drawings.

As shown in fig. 1 and 2, a shooting aiming analysis system includes a first laser gun 11, a second laser gun 12, a target box 2, a console 3, and a partition plate 4 having a straight-line cross section. The partition 4 forms a training room 51 and a training room 52 which are distributed in front and back in cooperation with other enclosing walls. The partition 4 is provided with a mounting opening 40. The target box 2 is horizontally rotatably provided to the mounting port 40. Specifically, the partition plate 4 is provided with an electric rotating table 6 for mounting the target box 2, the target box 2 is horizontally rotatably provided at the mounting port 40 through the electric rotating table 6, and the target box 2 is provided with a first target surface 21 and a second target surface 22 for sensing a laser beam. The first target surface 21 and the second target surface 22 correspond to the first training room 51 and the training room 52, respectively. The first laser gun 11, the second laser gun 12, the target box 2 and the electric rotating platform 6 are in communication connection with the control console 3, and the control console 3 is mainly used for recording and analyzing shooting data.

As shown in fig. 1 and 2, at least two sides of the target box are provided with target surfaces for sensing laser beams, and the number of the laser guns is the same as that of the target surfaces.

As shown in fig. 1 and fig. 2, a method for training a multi-person shooter based on the shooting-aiming analysis system comprises the following steps:

(1) The first target surface 21, the second target surface 22, the first laser gun 11 and the second laser gun 12 are all provided with IDs; after the system is started, the console 3 performs routine self-checking on each device in the system, and after all the devices are confirmed to be normal, the console 3 matches the first target surface 21 in the first training room 51 with the first laser gun 11 according to the ID, and matches the second target surface 22 in the second training room 52 with the second laser gun 12.

(2) After a shooter a1 pulls a pulling bolt of a laser gun 11 (so as to simulate bullet loading), the laser gun 11 starts to emit laser beams, a target surface I21 sends signals to a control console 3 after receiving the laser beams, and the control console 3 draws a track line I which represents the moving track of the laser beams on a simulation picture of the target surface I21 according to the signals; the shooter a2 trains against the target surface two 22 by using the laser gun two 12, and the console 3 draws a track line two representing the moving track of the laser beam on the simulation picture of the target surface two 22 in the same way.

(3) When a shooter a1 pulls a trigger of a laser gun 11 (so as to simulate the shooting of bullets), the control console 3 marks a point corresponding to a trajectory at the moment as a shooting point, and thus a plurality of shooting points are marked on the trajectory I; the console 3 marks several shots on the trajectory line two in the same way. Wherein, every shoot point is numbered according to the preface to control cabinet 3 to every shoot point of mark of control cabinet 3, change the colour, line width or the mode of the orbit line behind the current shoot point once.

Preferably, the safety catch of the laser gun is moved from the safety mode to the single shot mode or the continuous shot mode before the shooter pulls the catch of the laser gun, otherwise the catch and trigger are disabled.

(4) After two shooters finish one training on the current target surface, the control console 3 controls the electric rotating platform 6 to enable the target box 2 to horizontally rotate 180 degrees.

(5) The console 3 pairs the second target surface 22 in the first training room 51 with the first laser gun 11; pairing the first target surface 21 in the second training room 52 with the second laser gun 12; then according to the principle of the step (2) and the step (3), a shooter a1 trains against a target surface II 22 by using a laser gun I11, and a control console 3 draws a trajectory line III with a plurality of shooting points on a simulation picture of the target surface II 22; the shooter A2 trains the target surface I21 by using the laser gun II 12, and the console 3 draws a track line IV with a plurality of shooting points on the simulation picture of the target surface I21.

(6) The console 3 displays a first trajectory line and a fourth trajectory line on the simulation picture of the first target surface 21, and performs comparative analysis on the training results of the first shooter a1 and the second shooter a2 on the first target surface 21; and the console 3 displays the second trajectory line and the third trajectory line on the simulation picture of the second target surface 22, and performs comparative analysis on the training results of the shooter a1 and the shooter a2 on the second target surface 22.

(7): the console 3 displays the simulation pictures of the first target surface 21 and the second target surface 22 in an overlapping mode, displays the first trajectory line and the third trajectory line at the same time, and performs comparative analysis on the two training results of the first shooter a 1; the console 3 displays the simulation pictures of the first target surface 21 and the second target surface 22 in an overlapping mode, displays the second trajectory line and the fourth trajectory line at the same time, and compares and analyzes the two training results of the second shooter a 2.

The above description is only an embodiment of the present invention, but the design concept of the present invention is not limited thereto, and any insubstantial modifications made by using the design concept should fall within the scope of infringing the present invention.

Claims

1. A multi-person shooting training method based on a shooting aiming analysis system is characterized in that: the shooting aiming analysis system comprises a laser gun, a target box and a console, wherein the laser gun and the target box are in communication connection with the console; the console is used for recording and analyzing shooting data; the method is characterized in that: the device also comprises a partition plate with a straight-line-shaped cross section, and a training room I and a training room II which are distributed in the front and back are formed; the partition board is provided with a mounting hole for mounting a target box, the target box can be horizontally and rotatably arranged at the mounting hole, the front side surface and the rear side surface of the target box are respectively provided with a first target surface and a second target surface for sensing laser beams, and the number of the laser guns is two, namely a first laser gun and a second laser gun; the multi-person shooting training method comprises the following steps: (1) The console pairs a first target surface in a first training room with a first laser gun; pairing a second target surface in the second training room with a second laser gun; (2) After a shooter pulls a pull bolt of a laser gun I, the laser gun I starts to emit laser beams, a target surface I sends signals to a control console after receiving the laser beams, and the control console draws a track line I which represents the moving track of the laser beams on a simulation picture of the target surface I according to the signals; training two pairs of target surfaces II by using two laser guns of a shooter, and drawing a second trajectory line representing the moving track of the laser beam on a simulation picture of the target surfaces II by using the same method through the console; (3) When a shooter pulls a trigger of a laser gun I, the console marks a point corresponding to the trajectory line I at the moment as a shooting point, so that a plurality of shooting points are marked on the trajectory line I; the console marks a plurality of shooting points on the second trajectory line in the same method; (4) After two shooters finish one-time training on the current target surface, the console controls the electric rotating platform to horizontally rotate the target box for 180 degrees; (5) The console pairs a target surface II in the training room I with the laser gun I; pairing a target surface I in a training room II with a laser gun II; then according to the principle of the step (2) and the step (3), a shooter trains a target surface II by using a laser gun I, and a control console draws a trajectory line III with a plurality of shooting points on a simulation picture of the target surface II; the shooter trains the two laser guns on the first target surface, and the console draws a track line IV with a plurality of shooting points on the simulation picture of the first target surface.

2. The multi-person shooting training method based on the shooting aiming analysis system as claimed in claim 1, wherein: further comprising the step (6): the console displays a first trajectory line and a fourth trajectory line on the simulation picture of the first target surface, and the training results of the first shooter and the second shooter on the first target surface are compared and analyzed; and the console displays a second trajectory and a third trajectory on the simulation picture of the second target surface, and the training results of the first shooter and the second shooter on the second target surface are compared and analyzed.

3. The multi-person shooting training method based on the shooting aiming analysis system as claimed in claim 2, wherein: further comprising the step (7): the console displays the simulation pictures of the first target surface and the second target surface in an overlapping mode, simultaneously displays a first trajectory line and a third trajectory line, and performs comparative analysis on the two training results of the first shooter; and the console displays the simulation pictures of the first target surface and the second target surface in an overlapping manner, simultaneously displays the second trajectory and the fourth trajectory, and performs comparative analysis on the two training results of the second shooter.

4. The multi-person shooting training method based on the shooting aiming analysis system as claimed in claim 1, wherein: the console numbers each shot point in sequential order.

5. A multi-person gunnery training method based on a gunsight analysis system according to claim 1 or 2, wherein: the console changes the color, line width or pattern of the trajectory line after the current shot point once for each shot point marked.

6. The multi-person shooting training method based on the shooting aiming analysis system as claimed in claim 1, wherein: before a shooter pulls a pulling bolt of the laser gun, the safety bolt of the laser gun needs to be shifted to a single shot mode or a continuous shot mode from a safety mode.