CN117704889A - Shooting training monitoring and scoring system - Google Patents
Shooting training monitoring and scoring system Download PDFInfo
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- CN117704889A CN117704889A CN202311507132.9A CN202311507132A CN117704889A CN 117704889 A CN117704889 A CN 117704889A CN 202311507132 A CN202311507132 A CN 202311507132A CN 117704889 A CN117704889 A CN 117704889A
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Abstract
The invention provides a shooting training monitoring and scoring system, which comprises: shooting zone monitoring equipment, target zone monitoring equipment and monitoring center equipment; the shooting zone monitoring equipment comprises a plurality of shooting zone video monitoring devices, a plurality of shooting zone communication devices, a communication repeater and a shooting zone environment monitoring device; the target area monitoring device includes: the system comprises a plurality of target area video monitoring devices, a plurality of target area communication devices, a communication repeater and a target area environment monitoring device; the monitoring center device includes: the monitoring center comprises a monitoring center communication device, a monitoring center computer and at least one display device; the monitoring center communication device receives video monitoring information data and environment monitoring information data of the shooting area and the target area and inputs the video monitoring information data and the environment monitoring information data into the center computer; the central computer also comprises a shooting score evaluation subsystem, wherein the shooting score evaluation subsystem carries out scoring evaluation on shooting scores of equipment participating in training by video monitoring information data and environment monitoring information data and gives the shooting scores.
Description
Technical Field
The invention belongs to the technical field of weapon shooting range management, and relates to a shooting training monitoring and scoring system.
Background
At present, a plurality of light weapon shooting training systems are arranged at home and abroad,
the patent publication CN111366035A of Chinese patent office discloses an individual small arms simulation training system, which comprises a scene host, a communication host, a light gun host, a projector, a lamp bracket lamp belt, a light gun and a curtain, wherein the scene host is connected with the communication host and the projector; the communication host is connected with the scene host and the light gun host, and the light gun host is directly connected with the light gun; the lamp holder lamp strip is placed at a position 1-3 m away from the light gun host and faces the light gun host; the curtain is arranged in front of the lamp band of the lamp bracket and faces the light gun host; the projector is arranged between the light gun host and the curtain and faces the curtain; the light gun is directly connected with the light gun host; the laser simulated firing practice system can well solve the problem of difficulty in guaranteeing the firing place and develop all-weather firing training. In addition, the laser simulated ball firing system can well solve the shooting target reporting problem, and realize automatic target reporting, recording, publishing and archiving of firing results.
In summary, the prior art has focused on the management of shooters and weapons, or training with non-shooting weapons instead of real shooting weapons. The former equipment is huge and complicated, and the cost is high, and is not suitable for field training sites. The latter is different from the actual weapon use feeling of the officers and the soldiers. Affecting the effect of the shooting training.
Disclosure of Invention
In order to solve the technical problems, the invention provides a shooting training monitoring and scoring system, which comprises: shooting zone monitoring equipment, target zone monitoring equipment and monitoring center equipment;
a wireless communication network is established between the shooting area monitoring equipment and the target area monitoring equipment and the monitoring center equipment, and is used for transmitting video monitoring information and environment monitoring information of the shooting area and the target area to the monitoring center through the wireless communication network;
the shooting zone monitoring equipment comprises a plurality of shooting zone video monitoring devices, a plurality of shooting zone communication devices, a communication repeater and a shooting zone environment monitoring device;
the target area monitoring device includes: the system comprises a plurality of target area video monitoring devices, a plurality of target area communication devices, a communication repeater and a target area environment monitoring device;
the monitoring center apparatus includes: the monitoring center comprises a monitoring center communication device, a monitoring center computer and at least one display device; the monitoring center communication device receives video monitoring information data and environment monitoring information data of the shooting area and the target area and inputs the video monitoring information data and the environment monitoring information data into the center computer;
a memory connected to the central computer;
the central computer also comprises a shooting score evaluation subsystem, wherein video monitoring information data and environment monitoring information data of the shooting score evaluation subsystem are used for performing scoring evaluation on shooting scores of equipment participating in training and giving the shooting scores.
The system comprises a positioning module, wherein the positioning module generates the position information of the place in real time, and the communication device uploads the position information data generated by the positioning module at the same time when uploading the monitoring data;
the positioning module is composed of one or a combination of a plurality of positioners of the following positioning devices, wherein the positioners comprise: gps positioners, beidou positioners, guerbet positioners, or positioners using a separate electromagnetic signal dedicated positioning system.
According to the system disclosed by the invention, each shooting area video monitoring device acquires an actual operation image of a weapon operator and transmits digital image data obtained after the actual operation image is subjected to digital-to-analog conversion to a shooting area communication device;
each shooting area video monitoring device is fixedly connected with a shooting area communication device: the shooting area communication device receives the digital image data and uploads the digital image data to a monitoring center through a communication network.
The system according to the present invention, the actual operation image according to the present invention includes: an image of the operation of the operator of the weapon, an image of various parameters of use of the weapon and of the setting data, a target image of the target area obtained by the sighting device of the weapon.
According to the system disclosed by the invention, the shooting area environment monitoring device and the target area environment monitoring device are respectively connected with the communication device, and the shooting area environment monitoring device and the target area environment monitoring device upload the environmental parameters of the shooting area or the target area to the monitoring center through the communication device;
the environmental parameters include: precipitation conditions, temperature, humidity, wind speed, and altitude.
According to the system disclosed by the invention, each target video monitoring device acquires a real-time image of a designated target, and digital image data after the real-time image is subjected to digital-to-analog conversion is transmitted to a target communication device;
each target area video monitoring device is fixedly connected with one target area communication device: the target communication device receives the digital image data of the target video monitoring device and goes to a monitoring center through a communication network.
According to the system, a monitoring center computer comprises a memory, wherein the memory stores shooting training images and shooting training scoring data;
the shooting result evaluation subsystem of the monitoring center computer comprises a scoring module, wherein the scoring module automatically scores shooting results according to comparison results of digital image data uploaded by the shooting area video monitoring device and the target area video monitoring device and historical image data retrieved from a memory;
the display can display the image of the shot area and the real-time image of the target area directly or can display a history of recalls from memory.
According to the system disclosed by the invention, the monitoring center computer comprises an investigation module, and the investigation module can distinguish normal shooting results and abnormal shooting results of the target area according to the digital image data uploaded by the target area video monitoring device and the shooting area monitoring device. And automatically exclude abnormal firing results when evaluating firing results.
The system according to the invention, the monitoring center computer comprises an input device for inputting the shooting evaluation criteria and the shooting history data.
According to the system of the invention, the communication device and the communication repeater are provided with an encryption module, and the transmitted data is encrypted according to the instruction of the monitoring center.
By adopting the method, camping shooting training can be conveniently organized, and troops can be quickly and effectively subjected to effective shooting training under the condition of approximate actual combat, and shooting training results can be automatically assessed.
Drawings
FIG. 1 is a schematic diagram of a shooting training monitoring and scoring system according to the present invention;
fig. 2 is a block diagram of a shooting training monitoring and scoring system according to the present invention.
Detailed Description
The shooting training monitoring and evaluating system is mainly used for monitoring the training personnel, training equipment and shooting process and automatically evaluating the training result model when various equipment carries out ball firing training. The system can monitor the operation level of a weapon operator and the technical level of the actual use state of a weapon system in real time, collect fire control data in real time, transmit, analyze and evaluate the training quality of the weapon operator, and automatically store monitoring video and equipment information for comment guidance after training is finished; the method can monitor the aiming tracking action of the shooter on line, quantitatively analyze the aiming tracking precision of the assessment shooter, and carry out comprehensive performance assessment on the accuracy and stability of the weapon operation of the shooter.
The following detailed description of specific embodiments of the invention refers to the accompanying drawings.
Fig. 1 is a schematic diagram of a shooting training monitoring and scoring system according to the present invention.
The invention provides a shooting training monitoring and scoring system, which comprises: shooting zone monitoring equipment, target zone monitoring equipment and monitoring center equipment;
a wireless communication network is established between the shooting area monitoring equipment and the target area monitoring equipment and the monitoring center equipment, and is used for transmitting video monitoring information and environment monitoring information of the shooting area and the target area to the monitoring center through the wireless communication network;
the shooting zone monitoring equipment comprises a plurality of shooting zone video monitoring devices, a plurality of shooting zone communication devices, a communication repeater and a shooting zone environment monitoring device;
the target area monitoring device includes: the system comprises a plurality of target area video monitoring devices, a plurality of target area communication devices, a communication repeater and a target area environment monitoring device;
the monitoring center apparatus includes: the monitoring center comprises a monitoring center communication device, a monitoring center computer and at least one display device; the monitoring center communication device receives video monitoring information data and environment monitoring information data of the shooting area and the target area and inputs the video monitoring information data and the environment monitoring information data into the center computer;
a memory connected to the central computer;
the central computer also comprises a shooting score evaluation subsystem, wherein video monitoring information data and environment monitoring information data of the shooting score evaluation subsystem are used for performing scoring evaluation on shooting scores of equipment participating in training and giving the shooting scores.
The shooting training monitoring and scoring system is used for monitoring the real-time operation of the training personnel, training equipment and shooting process when various equipment carries out the firing practice training, and automatically evaluating the training result of the shooting training. The system can monitor the operation of passengers in the vehicle and the state of a weapon system in real time, collect the setting data of a weapon fire control system in real time, and meanwhile, the system also has a special camera for collecting video data in the view field of a weapon sighting telescope. Collecting, compressing and storing real-time operation images of all weapon equipment in a shooting range, images in a sighting telescope and effect images of impact points of a target area in the target area, converting the images into digital image data by a digital-analog converter, and transmitting the digital image data to a monitoring center through a wireless network;
the invention realizes the synchronous acquisition, compression, storage and wireless network transmission functions of the communication data and the high-precision position of the fire control system; the wireless network monitoring system is established on the shooting place, so that all-terrain coverage and data wireless transmission functions of the training area can be realized.
The invention realizes the monitoring and information storage and management of the training condition of the passengers in the weapon vehicle, and can expand and display the operation of weapon operators and the state of weapon systems by means of the large-screen display equipment of the monitoring center, so as to provide the observation and teaching of the training personnel for preparing training.
By utilizing the image of the shooting area video monitoring device, a coach can give out the quantitative analysis result of the shooting aim tracking operation action of the shooter in the training process or after training, and analyze the technical action and comment of the shooter.
The system comprises a positioning module, wherein the positioning module generates the position information of the place in real time, and the communication device uploads the position information data generated by the positioning module at the same time when uploading the monitoring data;
the positioning information is used to determine the real-time position of the weapon equipment and for evaluation of the effect of the firing.
The positioning module is composed of one or a combination of a plurality of positioners of the following positioning devices, wherein the positioners comprise: gps positioners, beidou positioners, guerbet positioners, or positioners using a separate electromagnetic signal dedicated positioning system.
Many wide area positioning systems exist, but the signals of the space-based radio positioning system are weak, and the interference is easy to receive. The accuracy of the civil positioning system is also relatively low. In a fixed shooting field area. The test unit can set up a set of high-precision electromagnetic positioning system where the wireless positioning signal transmitting station is located completely by itself so as to realize high-precision positioning of the weapon unit and the impact point of the target area. There are a variety of such positioning systems. The existing electromagnetic patent positioning patents are more.
According to the system disclosed by the invention, each shooting area video monitoring device acquires an actual operation image of a weapon operator and transmits digital image data obtained after the actual operation image is subjected to digital-to-analog conversion to a shooting area communication device;
each shooting area video monitoring device is fixedly connected with a shooting area communication device: the shooting area communication device receives the digital image data and uploads the digital image data to a monitoring center through a communication network.
The system according to the present invention, the actual operation image according to the present invention includes: an image of the operation of the operator of the weapon, an image of various parameters of use of the weapon and of the setting data, a target image of the target area obtained by the sighting device of the weapon.
The image monitoring device should be placed in a position that does not interfere with the normal view and operation of the weapon operator. The state and performance of the vehicle equipment cannot be influenced, and the operation process of a weapon operator can be clearly and completely displayed.
The weapon fire control information monitoring device can collect main parameters of the fire control system and transmit the main parameters to the monitoring center.
According to the system disclosed by the invention, the shooting area environment monitoring device and the target area environment monitoring device are respectively connected with the communication device, and the shooting area environment monitoring device and the target area environment monitoring device upload the environmental parameters of the shooting area or the target area to the monitoring center through the communication device;
the environmental parameters include: precipitation conditions, temperature, humidity, wind speed, and altitude.
According to the system disclosed by the invention, each target video monitoring device acquires a real-time image of a designated target, and digital image data after the real-time image is subjected to digital-to-analog conversion is transmitted to a target communication device;
each target area video monitoring device is fixedly connected with one target area communication device: the target communication device receives the digital image data of the target video monitoring device and goes to a monitoring center through a communication network.
The target video surveillance device is typically located remotely from the target, typically at a distance of 1000-3000 meters, for safety. The power of the projectile of modern weapons is great. The safety distance is also greater. But still requires the ability of the camera to acquire images of the impact point of the target area with high accuracy. The target area video monitoring device is also directly connected with the communication device, and the positioner attached to the communication device actually gives the position of the target area video monitoring device, but a special positioning processing module can be used in a monitoring center computer to convert the position information of the actual position of the center or impact point of the target area.
According to the system, a monitoring center computer comprises a memory, wherein the memory stores shooting training images and shooting training scoring data;
the scoring data can be directly input by a training person through a computer input device, or can be scoring standard generated after deep training through historical data of various shooting training and evaluation data in a memory.
The shooting result evaluation subsystem of the monitoring center computer comprises a scoring module, wherein the scoring module automatically scores shooting results according to comparison results of digital image data uploaded by the shooting area video monitoring device and the target area video monitoring device and historical image data retrieved from a memory;
the display can display the image of the shot area and the real-time image of the target area directly or can display a history of recalls from memory.
The real-time image is used to observe the actual course of weapon firing. And the historical images are used for technical comments and research training effects of the parametrics.
According to the system disclosed by the invention, the monitoring center computer comprises an investigation module, and the investigation module can distinguish normal shooting results and abnormal shooting results of the target area according to the digital image data uploaded by the target area video monitoring device and the shooting area monitoring device. And automatically exclude abnormal firing results when evaluating firing results.
The abnormal shooting refers to the following conditions: originally, the aiming target of the vehicle No. 1 is the target area A, but actually falls into the target area B due to environmental reasons or misoperation, and the target area is the aiming target area of the vehicle No. 2. In short time, the target area B has two shots, and at this time, the computer in the monitoring center can easily distinguish the shooting shots of the non-No. 2 vehicle according to the shot time of the weapon. This abnormal shot image is excluded and only the normal shot drop image is retained for proper scoring of the shot result for vehicle number 2.
The system according to the invention, the monitoring center computer comprises an input device for inputting the shooting evaluation criteria and the shooting history data.
The input device includes a manual input device such as a keyboard mouse or the like, and also includes input of history accumulated data of other shooting systems through a USB device.
According to the system of the invention, the communication device and the communication repeater are provided with an encryption module, and the transmitted data is encrypted according to the instruction of the monitoring center.
The encryption module of the present invention can select an on or off state. The on state may perform secure communications. But at the external arena and optionally the encryption module is turned off.
The shooting training monitoring and scoring system is shown in figure 2.
Finally, it should be noted that the above-mentioned embodiments are merely for illustrating the technical solution of the embodiment of the present invention, and not for limiting, and although the embodiment of the present invention has been described in detail with reference to the above-mentioned preferred embodiments, it should be understood by those skilled in the art that modifications and equivalent substitutions can be made to the technical solution of the embodiment of the present invention without departing from the spirit and scope of the technical solution of the embodiment of the present invention.
Claims (10)
1. A shooting training monitoring and scoring system, the system comprising: shooting zone monitoring equipment, target zone monitoring equipment and monitoring center equipment;
a wireless communication network is established between the shooting area monitoring equipment and the target area monitoring equipment and the monitoring center equipment, and is used for transmitting video monitoring information and environment monitoring information of the shooting area and the target area to the monitoring center through the wireless communication network;
the shooting zone monitoring equipment comprises a plurality of shooting zone video monitoring devices, a plurality of shooting zone communication devices, a communication repeater and a shooting zone environment monitoring device;
the target area monitoring device includes: the system comprises a plurality of target area video monitoring devices, a plurality of target area communication devices, a communication repeater and a target area environment monitoring device;
the monitoring center apparatus includes: the monitoring center comprises a monitoring center communication device, a monitoring center computer and at least one display device; the monitoring center communication device receives video monitoring information data and environment monitoring information data of the shooting area and the target area and inputs the video monitoring information data and the environment monitoring information data into the center computer;
a memory connected to the central computer;
the central computer also comprises a shooting score evaluation subsystem, wherein video monitoring information data and environment monitoring information data of the shooting score evaluation subsystem are used for performing scoring evaluation on shooting scores of equipment participating in training and giving the shooting scores.
2. The system of claim 1, wherein the communication devices each comprise a positioning module, the positioning modules generate the position information of the places in real time, and the communication devices upload the position information data generated by the positioning modules at the same time when uploading the monitoring data;
the positioning module is composed of one or a combination of a plurality of positioners of the following positioning devices, wherein the positioners comprise: gps positioners, beidou positioners, guerbet positioners, or positioners using a separate electromagnetic signal dedicated positioning system.
3. The system of claim 1, wherein each firing zone video surveillance device acquires an actual operation image of a weapon operator and transmits digital image data obtained after the actual operation image is subjected to digital-to-analog conversion to a firing zone communication device;
each shooting area video monitoring device is fixedly connected with a shooting area communication device: the shooting area communication device receives the digital image data and uploads the digital image data to a monitoring center through a communication network.
4. The system of claim 3, wherein the actual operation image comprises: an image of the operation of the operator of the weapon, an image of various parameters of use of the weapon and of the setting data, a target image of the target area obtained by the sighting device of the weapon.
5. The system of claim 1, wherein the firing zone environmental monitoring device and the target environmental monitoring device are respectively connected to a communication device, and the firing zone environmental monitoring device and the target environmental monitoring device upload environmental parameters of the firing zone or the target to a monitoring center through the communication device;
the environmental parameters include: precipitation conditions, temperature, humidity, wind speed, and altitude.
6. The system of claim 1, wherein each target video surveillance device acquires a real-time image of a designated target and transmits digital image data after digital-to-analog conversion of the real-time image to the target communication device;
each target area video monitoring device is fixedly connected with one target area communication device: the target communication device receives the digital image data of the target video monitoring device and goes to a monitoring center through a communication network.
7. The system of claim 1, wherein the monitoring center computer includes a memory that stores images of the shooting training and scoring data of the shooting training;
the shooting result evaluation subsystem of the monitoring center computer comprises a scoring module, wherein the scoring module automatically scores shooting results according to comparison results of digital image data uploaded by the shooting area video monitoring device and the target area video monitoring device and historical image data retrieved from a memory;
the display can display the image of the shot area and the real-time image of the target area directly or can display a history of recalls from memory.
8. The system of claim 7, wherein the monitoring center computer includes an inspection module capable of distinguishing between normal and abnormal shots of the target area based on the digital image data uploaded by the target area video monitoring device and the shot area monitoring device. And automatically exclude abnormal firing results when evaluating firing results.
9. The system of claim 7, wherein the monitoring center computer includes an input device for inputting firing rate criteria and firing history data.
10. The system of claim 1, wherein the communication device and the communication repeater each have an encryption module that performs encryption of the transmitted data in accordance with the monitoring center instructions.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202311507132.9A CN117704889A (en) | 2023-11-13 | 2023-11-13 | Shooting training monitoring and scoring system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202311507132.9A CN117704889A (en) | 2023-11-13 | 2023-11-13 | Shooting training monitoring and scoring system |
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| CN117704889A true CN117704889A (en) | 2024-03-15 |
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| CN202311507132.9A Pending CN117704889A (en) | 2023-11-13 | 2023-11-13 | Shooting training monitoring and scoring system |
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- 2023-11-13 CN CN202311507132.9A patent/CN117704889A/en active Pending
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