High-precision shooting training guidance system

Abstract

The invention relates to a high-precision shooting training guidance system which comprises a shooting state detector arranged on a gun, a sensor group mechanism arranged on a target plate and a target shooting control system. An infrared emission device is arranged on the shooting state detector, an integrated detection mechanism is arranged in the shooting state detector and is used for continuously collecting gun end data generated from gun holding to firing; the sensor group mechanism is used for collecting target plate end data; and the target shooting control system is used for receiving, analyzing and processing data of the integrated detection mechanism and the sensor group mechanism and outputting visual guidance. According to the high-precision shooting training guidance system, corresponding data acquisition elements are designed on the training gun and the target plate to acquire various information of a trainee, and scientific and accurate visual shooting guidance is output for the trainee according to result feedback and data analysis through processing and analysis of the target shooting control system; and the shooting ability of the trainee is improved conveniently and efficiently.

Description

technical field

[0001] The invention relates to the technical field of live ammunition shooting training, in particular to a high-precision shooting training guidance system. Background technique

[0002] The purpose of live ammunition is to improve the shooting accuracy of the shooter. Existing live ammunition training is generally conducted on-site by the coaches for each shooter, which not only increases the workload of the coaches, but also the guidance is not standardized and timely. The shooting guidance used in the shooting training equipment also lacks the function of educating and coaching the trainers according to the result feedback and data analysis. SUMMARY OF THE INVENTION

[0003] The technical problem to be solved by the present invention is to overcome the difficulties that trainees cannot obtain scientific and accurate shooting guidance in the existing live ammunition shooting training, and the training equipment used also lacks the defect that the train...

Examples

Embodiment approach 1

[0023] Embodiment 1: as figure 1 As shown, the high-precision shooting training guidance system includes the high-precision shooting training guidance system including the shooting state detector 1 set on the firearm, the sensor group mechanism 2 set on the target board and the target shooting control system 3, the shooting The state detector 1 is provided with an infrared emission device 11, and the shooting state detector 1 is provided with an integrated detection mechanism 12, and the target shooting control system 3 is communicatively connected with the integrated detection mechanism 12 and the sensor group mechanism 2, wherein: all The integrated detection mechanism 12 is used to continuously collect the vibration state of the firearm, the inclination data of the muzzle, the pointing data of the muzzle, the speed of the sub-ejection chamber, and the gravity of the shooting position during the process from holding the gun to firing, and transmit the collected data. To the ...

Embodiment approach 2

[0024] Embodiment 2: The detection unit 12 of the high-precision shooting training guidance system includes a gyroscope 121 integrated in the shooting state detector, which is used to collect the vibration state of the firearm and output data to the target shooting control system for the soldier to hold the gun. Stability analysis; angle sensor 122, used to collect the inclination angle of the muzzle, and output data to the target shooting control system to provide inclination data for ballistic prediction; direction sensor 123, used to collect and judge the muzzle pointing, and output data to the target at the same time The shooting control system provides the initial bullet movement direction for ballistic prediction; the speed sensor 124 is used to collect bullet speed, and output data to the target shooting control system to provide speed data for ballistic prediction; the gravity sensor 125 is used to collect and provide gravity data. The remaining structures and componen...

Embodiment approach 3

[0025]Embodiment 3: The high-precision shooting training guidance system The sensing unit 2 includes: an infrared sensor 21 installed on the target board, installed around the target board, for receiving the infrared signal sent by the shooting state detector; and outputting data at the same time The target shooting control system provides data support for bullet drop point calculation and path prediction; the miniature anemometer 22, installed on the target board, is used to collect the external wind force and output data to the target shooting control system for the target shooting control system. Analyzing bullet paths provides environmental data support. The remaining structures and components are as described in Embodiment 1 and will not be described again.

technical field

[0001] The invention relates to the technical field of live ammunition shooting training, in particular to a high-precision shooting training guidance system. Background technique

[0002] The purpose of live ammunition is to improve the shooting accuracy of the shooter. Existing live ammunition training is generally conducted on-site by the coaches for each shooter, which not only increases the workload of the coaches, but also the guidance is not standardized and timely. The shooting guidance used in the shooting training equipment also lacks the function of educating and coaching the trainers according to the result feedback and data analysis. SUMMARY OF THE INVENTION

[0003] The technical problem to be solved by the present invention is to overcome the difficulties that trainees cannot obtain scientific and accurate shooting guidance in the existing live ammunition shooting training, and the training equipment used also lacks the defect that the train...

Examples

Embodiment approach 1

[0023] Embodiment 1: as figure 1 As shown, the high-precision shooting training guidance system includes the high-precision shooting training guidance system including the shooting state detector 1 set on the firearm, the sensor group mechanism 2 set on the target board and the target shooting control system 3, the shooting The state detector 1 is provided with an infrared emission device 11, and the shooting state detector 1 is provided with an integrated detection mechanism 12, and the target shooting control system 3 is communicatively connected with the integrated detection mechanism 12 and the sensor group mechanism 2, wherein: all The integrated detection mechanism 12 is used to continuously collect the vibration state of the firearm, the inclination data of the muzzle, the pointing data of the muzzle, the speed of the sub-ejection chamber, and the gravity of the shooting position during the process from holding the gun to firing, and transmit the collected data. To the ...

Embodiment approach 2

[0024] Embodiment 2: The detection unit 12 of the high-precision shooting training guidance system includes a gyroscope 121 integrated in the shooting state detector, which is used to collect the vibration state of the firearm and output data to the target shooting control system for the soldier to hold the gun. Stability analysis; angle sensor 122, used to collect the inclination angle of the muzzle, and output data to the target shooting control system to provide inclination data for ballistic prediction; direction sensor 123, used to collect and judge the muzzle pointing, and output data to the target at the same time The shooting control system provides the initial bullet movement direction for ballistic prediction; the speed sensor 124 is used to collect bullet speed, and output data to the target shooting control system to provide speed data for ballistic prediction; the gravity sensor 125 is used to collect and provide gravity data. The remaining structures and componen...

Embodiment approach 3

[0025]Embodiment 3: The high-precision shooting training guidance system The sensing unit 2 includes: an infrared sensor 21 installed on the target board, installed around the target board, for receiving the infrared signal sent by the shooting state detector; and outputting data at the same time The target shooting control system provides data support for bullet drop point calculation and path prediction; the miniature anemometer 22, installed on the target board, is used to collect the external wind force and output data to the target shooting control system for the target shooting control system. Analyzing bullet paths provides environmental data support. The remaining structures and components are as described in Embodiment 1 and will not be described again.

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