KR101034024B1

KR101034024B1 - Wind direction / wind speed information display for shooting training

Info

Publication number: KR101034024B1
Application number: KR20100128865A
Authority: KR
Inventors: 조남곤
Original assignee: 주식회사 가온지에스
Priority date: 2010-12-16
Filing date: 2010-12-16
Publication date: 2011-05-11
Also published as: KR20110002449A

Abstract

The present invention relates to a wind direction / wind speed information display device and a method for shooting training, and provides an objective numerical value for the wind direction / wind speed information by providing the shooting results for each shooter including the wind direction / wind speed information and the shooting score during the shooting training It is an object of the present invention to provide a wind direction / wind speed information display device for shooting training for performing shooting training of a shooter based on the data.

Description

Wind direction / wind speed information display device for shooting training {APPARATUS FOR DISPLAYING INFORMATION OF WIND DIRECTION AND WIND SPEED FOR SHOOTING TRAINING}

The present invention relates to a wind direction / wind information display device for shooting training, and more particularly, by providing a shooting result for each shooter including wind direction / wind information and shooting score during shooting training of the shooter. The present invention relates to a wind direction / wind speed information display device for shooting training for performing shooting training of a shooter based on objective numerical data.

Shooting as an Olympic event can be divided into rifle events and pistol events, which include 10m male and female air rifles, 50m male rifle, 50m male and female rifle positions, and 10m male and female air pistols, 25m male rapid fire pistols, 25m female pistol and 50m male pistol are included.

First, the rifle sport is briefly described.

The 10m male and female air rifle shoots 60 shots for 1 hour 45 minutes for men and 40 shots for 1 hour 15 minutes for men. In the finals, the first to eighth teams will advance and must fire within 75 seconds of each foot controller's signal.

The 50m rifle will shoot 60 shots for 1 hour and 15 minutes in a copying position. In the finals, the first to eighth teams must advance and shoot within 45 seconds after each foot controller's signal.

The 50m men and women's three-seat rifle shoots 40 shots for 45 minutes in the radiation posture, 40 shots for 1 hour and 15 minutes in the incidence position, and 40 shots for 1 hour in the knee shoot position for men. Shoot 20 shots each in the order of Copy, Incident, and Slash without time limit. In the finals, the first to eighth teams will advance and must fire within 75 seconds of each foot control officer's signal.

Next, the pistol event is briefly described.

The 10m men's and women's air pistol shoots 60 shots for 1 hour and 45 minutes for men and 40 shots for 1 hour and 15 minutes for women. In the finals, the first to eighth teams will advance and must fire within 75 seconds of each foot controller's signal.

The 25m Rapid Fire Pistol will shoot in the entry position. Shooters must shoot 5 shots within 8 seconds, 6 seconds and 4 seconds. It is not possible to put more than five rounds in a single shot, and consists of five rounds of fire in five seconds (8 seconds, 6 seconds, 4 seconds) on five different targets in a single shot. Here, a series of five shots each within 8 seconds, 6 seconds, and 4 seconds is referred to as a series, and the series is performed four times in total. At this time, the shooters shoot a total of 60 shots.

The 25m women's pistol shoots in the incidence posture, and is divided into slow and steep. The gunman fires five shots for five minutes, and the series is repeated six times. At this time, the shooters shoot a total of 30 shots. The courier shoots one shot every three seconds, for a total of five shots. This series will be repeated six times, with one shot ready to fire within seven seconds and then fire within three seconds. At this time, the shooters shoot a total of 30 shots.

The 50-meter male pistol shoots 60 shots for 2 hours in the entry position. In the final, each shoots a total of 10 shots within 75 seconds of the controller's signal.

In the aforementioned pistol event, sudden fire and rapid firing are fired five times in succession within a predetermined game time, with five consecutive fires at different targets.

Meanwhile, the International Shooting Sport Federation (ISSF) has established technical rules for shooting sports to govern shooting competitions. This is meaningful in order to provide uniformity in the operation of shooting sports around the world to promote the development of shooting sports. These ISSF Technical Rules refer to rules for shooting range construction, targets, scoring and others for all shooting events.

The 50m / 25m / 10m range must have a target line and a firing line, and the firing line and the target line must be parallel. In particular, 50m / 25m shooting ranges should be constructed as outdoor shooting ranges as possible, with the exception of indoor or closed shooting ranges, where necessary under appropriate or climatic conditions. On the other hand, a 10m range should be installed indoors. Here, a 50m range must be at least 45m open to the sky, and a 25m range must have 12.5m open to the sky.

In the 50m / 25m shooting range, in the case of an outdoor shooting range, the conventional weathercock (weathercock) is safely installed on the side of the line of sight so that the shooters can shoot while checking the presence of wind during the shooting training (see Fig. 1). At this time, the wind direction of the 50m shooting range is located at a distance of 10m and 30m, and has a size of 50mm x 400mm.

Here, the weather vane is made of rectangular cotton (cotton) or polyester material to inform the movement of the wind in the shooting range. The weather vane should weigh approximately 150 g / m 2 and the weather vane color should be contrasted with the background. For example, the weather vane may have a mixed color or a stripe shape. These weather vanes are installed near the trajectory so that the shooter does not interfere with the shooter's target vision and trajectory while aiming.

On the other hand, shooting shooters should shoot while considering the movement of the wind through the wind vane, and the shooting record depends on how the shooting reflects the movement of the wind. That is, even if the bullet bends very finely due to the influence of the wind, the wind direction and the wind speed varying from time to time, the error may appear seriously at a distant target. For example, a 50m rifle target is only 16mm (ie 1.6cm) between each point. That is, in the case of a 10 point circle, the diameter is 10.4 mm, and in the case of a 9 point circle, the diameter is 26.4 mm, and the interval between the 10 point circle and the 9 point circle is only 16 mm. In other words, the target has a very small interval between each clerk, so shooters need training to reduce the frequency of errors caused by the wind through continuous training.

In particular, athletes participating in international competitions are formed to a certain extent around the target center (ie, 10 points). At this time, the ranking of athletes depends on how the wind conditions are read. It is necessary to provide a shooting training environment in which the sense of hitting the target can be learned.

However, conventionally, only by checking the movement of the wind vane at the moment of shooting, it is not only possible to check the movement of the wind vane and the shooting result at the moment of shooting, but also because of the influence of the wind on the unexpected shooting result. There was a limit to discern cognition.

Therefore, the conventional outdoor shooting range provides a environment in which shooters can shoot while substantially considering the movement of the wind so that the shooters can check each other's wind condition and the shooting result. There is an urgent need for a shooting training environment that improves the likelihood of hitting.

Therefore, the prior art as described above has a problem that it is difficult to cultivate the ability to hit and hit the target by calculating and predicting the movement of the wind because the environment that shooters can not store and manage the wind condition and shooting results at the moment of shooting, this problem It is a problem of the present invention to solve the problem.

Therefore, the present invention provides a shooting result for each shooter including the wind direction / wind information and the shooting score during the shooting training of the shooter, to execute the shooting training of the shooter based on objective numerical data on the wind direction / wind information. An object thereof is to provide a wind direction / wind speed information display device.

The objects of the present invention are not limited to the above-mentioned objects, and other objects and advantages of the present invention which are not mentioned can be understood by the following description, and will be more clearly understood by the embodiments of the present invention. Also, it will be readily appreciated that the objects and advantages of the present invention may be realized by the means and combinations thereof indicated in the claims.

In order to achieve the above object, the present invention provides a wind direction / wind speed confirmation unit for confirming the wind direction / wind speed information of the outdoor shooting range; Shooting moment detection unit for detecting the shooting moment by the shooter; A shooting score checking unit for checking a shooting score from the target; A shooting result generation unit for generating the shooting result for each shooter including the wind direction / wind information and the shooting score by checking the wind direction / wind information and the shooting score at the moment of shooting; An interface unit for performing an authentication process for each shooter and providing an input / output environment for displaying the shooting result for each shooter; And a storage unit for storing and managing the shooter-specific shooting results, shooter-specific authentication information, and shooting training leader authentication information, wherein the shooting result generation unit includes: shooter-specific authentication information and pre-stored authentications inputted through the interface unit; Perform the shooter certification process using the information, perform the target training leader certification process using the target training leader certification information and pre-stored authentication information inputted through the interface unit, and after the certification process of the shooter and target training leader is completed And providing an inquiry result of the shooting result for each shooter stored and managed in the storage unit, wherein the wind direction / wind speed checking unit includes a wind vane and an anemometer as a single type or an integrated type, and the interface unit includes an external terminal through a wired / wireless Internet. To provide an environment to access the shooting results for each shooter, The wind vane image corresponding to the number / shooter name, target, shooting sequence, wind direction information, wind speed information, shooting score, time information, current firing state, and wind speed information is included.

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The shooting moment detection unit, in conjunction with the microphone of the coaching machine to detect the firing sounds for each shooter, characterized in that for detecting the shooting moment.

The target is composed of a paper target or an electronic target, and the shooting instant detection unit, characterized in that for detecting the shooting moment through a separate shock detection sensor installed on the paper target or the electronic target.

The shooting moment detection unit may detect the shooting moment through a function of checking the shooting score in real time in conjunction with the shooting score checking unit.

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As described above, the present invention provides a shooting result for each shooter including the wind direction / wind speed information and the shooting score during the shooting training of the shooter, and conducts the shooting training of the shooter based on objective numerical data on the wind direction / wind speed information. It works.

In addition, the present invention has the effect that the shooting training leader can guide the shooter training based on objective numerical data on the wind direction / wind speed information away from the way to guide the shooter by reading the wind direction / wind speed depending on their senses .

In addition, the present invention has the effect that the shooters can check the wind direction / wind speed information at the time of the trigger, reminiscent of the environment at the time of the trigger, if there is a mistake, it is possible to estimate in which part a mistake.

In addition, the present invention, when the shooters look at the angle and direction of the wind direction in the shooting game, the training as to how much to adjust their rifle scales through objective numerical data on the wind direction / wind information as usual There is an effect to come.

In addition, the present invention has the effect of providing the shooter with a personalized shooting training according to the variable wind direction / wind speed of the outdoor shooting range.

1 is a view showing a conventional outdoor shooting range,
2 is a view showing a wind direction / wind speed information display device for shooting training according to an embodiment of the present invention,
3 is a view showing the results of shooting by shooter.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings, It can be easily carried out. In the following description, well-known functions or constructions are not described in detail since they would obscure the invention in unnecessary detail. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 2 is a diagram illustrating an apparatus for displaying training wind direction / wind speed information according to an embodiment of the present invention.

As shown in FIG. 2, the wind direction / wind speed information display apparatus (hereinafter, referred to as “wind direction / wind speed information display apparatus” 100) for firing training according to an embodiment of the present invention may be used for the wind direction and the wind speed at the time of shooting. By providing the shooter with the wind information presented to the shooter, it provides a shooting training environment to improve the chances of actually hitting the target by calculating and predicting the wind movement. To this end, the wind direction / wind speed information display apparatus 100 includes a wind direction / wind speed checking unit 111, a shooting moment detecting unit 112, a shooting score checking unit 113, a shooting result generating unit 114, and an interface unit 115. ), And a storage unit 116.

The wind direction / wind speed checking unit 111 includes a general wind vane and an anemometer as a single type or an integrated type, and checks the wind direction / wind speed information of the outdoor shooting range.

In detail, the wind direction / wind speed checking unit 111 checks the direction in which the wind is blown (ie, the wind direction) through the bearing according to the angle in the range of 0 ° to 359 ° using the wind direction sensor. Here, the wind direction can be distinguished in detail according to the angle to distinguish. For example, as shown in the following Table 1, it is represented by the north wind / east wind / south wind / west wind for each angle in the case of four directions, north wind / northeast wind / east wind / southeast wind / south wind / southwest wind / west wind / Shown in the northwestern style.

Angle 4 bearing wind direction 8 bearing wind direction 0 ° north wind north wind 45 ° Northeastern wind 90 ° east wind east wind 135 ° Southeast 180 ° south wind south wind 225 ° southwester 270 ° west wind west wind 315 ° northwesterly wind

In addition, the wind direction / wind speed checking unit 111 checks the speed (ie, wind speed) of the air using a wind pressure type wind speed sensor or a rotary wind speed sensor. At this time, the wind pressure type wind speed sensor to check the wind speed by measuring the wind pressure, the rotary wind speed sensor to check the wind speed by measuring the rotational speed of the propeller or three-cup. Here, the wind speed is expressed in ㎧ units in consideration of the fact that the wind speed is measured in a narrow space in an outdoor shooting range.

The shooting moment detection unit 112 detects the shooting moment by the shooter's shooting and notifies the shooting result generator 114. Here, the shooting moment is detected by detecting the triggering sound of the trigger by the shooter, or by detecting the target impact moment of the bullet.

First, the firing moment detection unit 112 may be implemented in conjunction with the microphone of the coaching machine to detect the rifle trigger sound for each shooter. Here, the microphone of the coaching machine can adjust the sound detection intensity from 1 step to 10 steps, and in the case of about 3 steps, it can detect only the sound of triggered by one shooter.

Next, the shooting moment detection unit 112 detects the target impact moment of the bullet from the targets assigned for each shooter and notifies the shooting result generation unit 114. This is to detect the target impact moment of the bullet to check the wind direction / wind information at the moment of the shooter's shooting. In fact, there is a short time difference between the moment of the gunner's rifle firing and the moment the bullet hits the target. Even if the wind direction / wind information is checked at the moment, the error is not large compared to the wind direction / wind speed information at the moment of the shooter's trigger.

The shooting moment detection unit 112 detects the impact moment of the bullet through a separate shock detection sensor installed on the paper target or the electronic target, or checks the shooting score in real time in conjunction with the shooting score check unit 113. The moment of impact of the bullet can be detected.

The shooting score checking unit 113 checks the shooting score according to the shooting result of the shooter in the usual manner through the paper target or the electronic target. For example, the shooting score checking unit 113 may check the shooting score using an acoustic sensor installed at four corners of the target, or may check the shooting score through pattern recognition of the target. Detailed description thereof will be omitted as well-known technology that can be easily understood by those skilled in the art.

If the shooting result generation unit 114 detects the shooting moment by the shooting moment detecting unit 112, the shooting direction determined by the wind direction / wind speed information and the shooting score checking unit 113 confirmed by the wind direction / wind speed checking unit 111. Generate a shooting result including the score (hereinafter referred to as "shooting by shooting"). At this time, the firing result generation unit 114 first performs an authentication process for the shooter to shoot by the firing line through the interface unit 115 to identify and shoot the firing result for each shooter. For example, the shooter authentication process may be performed by inputting a preset ID and password for each shooter. This shooter authentication process is not limited thereto, and may be implemented in various conventional manners.

In addition, the shooting result generating unit 114 provides the shooting results for each shooter in real time through the interface unit 115 and stores and manages the history of the shooting results for each shooting in the storage unit 116 to check at any time. Make sure It implements a database of shooting results of shooters based on wind direction and wind speed information, and breaks the existing shooting training method based on the senses, and proceeds with the training process of shooters based on objective numerical data. And to supplement.

Specifically, the shooting training leader can guide the shooter's shooting training based on objective numerical data on the wind direction / wind information, instead of guiding the shooter by reading the wind direction / wind speed depending on his senses.

In addition, the shooters can check the wind direction and wind speed information at the time of the trigger, and reminiscent of the environment at the time of the trigger, to estimate where the mistake was made. For example, shooters can check if the shooting scores for the wind direction / wind information showing a certain pattern have a large difference, and can determine whether the mistake is caused by misreading the wind direction / wind information or a mistake caused by their shooting posture. .

In addition, shooters can compete in the shooting direction by looking at the angle and direction of the wind vane, training how to adjust their rifle scales through objective numerical data on wind direction / wind information. . That is, the shooters can personalize the shooting according to the variable wind direction / wind speed of the outdoor shooting range, thereby cultivating the adaptability to the variable wind direction / wind speed in actual games and reducing the mistakes that can be caused by misreading the wind direction / wind speed.

The shooting result generation unit 114 performs an authentication process for the shooting training leader through the interface unit 115 in order to identify the shooting training leader and look up and provide shooting results for each shooter stored in the storage unit 116.

The interface unit 115 performs the shooter authentication process in association with the shooting result generator 114, and provides the shooter and the shooting training leader with an input / output environment for displaying the shooting result for each shooter provided by the shooting result generator 114. do. In this case, a keyboard, a mouse, and the like are connected to the interface unit 115, and a monitor, a printer, and the like are connected as an output device.

In addition, the interface unit 115 may be connected to the wired / wireless Internet (not shown) to connect to the wind direction / wind speed information display apparatus 100 through an external terminal (eg, a notebook, a desktop computer, a smartphone, etc.). Provide an environment that is Through this, the shooter and shooting training leader can access the wind direction / wind speed information display device 100 through the terminal regardless of time and place, and after the predetermined authentication process, can look up the shooting result for each shooter.

The storage unit 116 includes shooting training leader authentication information for inquiring shooting results for each shooter, shooter authentication information for the shooter certification process by the shooting result generator 114, and shooting result for each shooter carried out by the shooter. In particular, the shooting results for each shooter should be implemented in a database so that they can be viewed and provided by shooter and shooting training leaders as needed.

In addition, the wind direction / wind speed information display apparatus 100 may be installed at each outdoor shooting range distributed throughout the country, and then connected to an integrated control server (not shown) for centrally managing. Through this, the shooting training leader can access the integrated control server through his terminal and arrange and manage the shooting results for each shooter performed by each outdoor shooting range.

3 is a view showing the results of shooting by shooter.

As described above, the shooting result generator 114 generates shooting results for each shooter and provides the shooting and shooting training leader through the interface unit 115. At this time, the shooting result for each shooter of FIG. 3 includes the firing number / shooter name 201, the target 202, the shooting sequence 203, the wind direction information 204, the wind speed information 205, the shooting score 206, and time information. 207, the current oblique state 208, and the latest result data 209. In this case, the wind direction information is represented using four directions.

Specifically, the diagonal line number / shooter name 201 indicates the information on the diagonal line and the shooter assigned through the shooter authentication process.

The target 202 represents an impact group formed by shooting by a shooter. Shooting sequence 203 indicates the number of shots carried out by the shooter, and it can be seen from FIG. 3 that 28 shots were performed by the current shooter.

The wind direction information 204 and the wind speed information 205 represent the wind direction and the wind speed of the outdoor shooting range confirmed at the shooting of the shooter as numerical data that can be confirmed by the shooter and the shooting training leader. The shooting score 206 represents the score identified through the bullet marks that appeared on the target 202 by the shooter's shooting.

The time information 207 indicates time information (ie, year / month / day / hour / minute / second) of shooting, and the current diagonal state 208 indicates whether a shooter can shoot at the corresponding firing line. The shooter is currently ready to shoot (ie READY).

The latest result data 209 shows the last shooting result performed by the shooter in the corresponding firing line, '28' which is the last shooting order performed by the shooter in FIG. 3, the shooting score '9.4' in the 28th shooting order, Shooting Order The wind direction / wind information 'W' and '2.4' confirmed during the 28th shooting. In particular, the wind direction information may provide a shape of the wind vane installed in the outdoor shooting range as an image, and in this case, the wind vane image may be displayed as a shape inclined at an angle corresponding to the wind speed of 2.4 kW. This is because the shooting result generator 114 corresponds to the wind vane image corresponding to the wind speed information in advance, and stores the wind vane image according to the wind speed information checked by the wind direction / wind speed checking unit 111. It is possible by displaying through.

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In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and the present invention is not limited to the spirit of the present invention. Various changes and modifications will be possible by those who have the same.

100: wind direction / wind speed information display device 111: wind direction / wind speed checking unit
112: shooting moment detection unit 113: shooting score check unit
114: shooting result generator 115: interface unit
116: storage unit

Claims

Wind direction / wind speed check unit for confirming the wind direction / wind speed information of the outdoor shooting range;
Shooting moment detection unit for detecting the shooting moment by the shooter;
A shooting score checking unit for checking a shooting score from the target;
A shooting result generation unit for generating the shooting result for each shooter including the wind direction / wind information and the shooting score by checking the wind direction / wind information and the shooting score at the moment of shooting;
An interface unit for performing an authentication process for each shooter and providing an input / output environment for displaying the shooting result for each shooter; And
And a storage unit configured to store and manage the shooter shooting result by shooter, shooter authentication information, and shooting training leader authentication information.
The shooting result generation unit performs a shooter authentication process using the shooter-specific authentication information and pre-stored authentication information input through the interface unit, and uses the shooting training leader authentication information and the pre-stored authentication information input through the interface unit. Perform a training leader certification process, and after the completion of the certification process of the shooter and the training leader, provide the inquiry result of the shooting result for each shooter stored and managed in the storage;
The wind direction / wind speed checking unit includes a wind vane and an anemometer separately or integrally, and the interface unit provides an environment for connecting to an external terminal through a wired or wireless Internet.
The shooting result for each shooter includes a wind direction image corresponding to the firing number / shooter name, target, shooting order, wind direction information, wind speed information, shooting score, time information, current firing state, and wind speed information. Wind direction / wind information display for training.

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The apparatus of claim 1, wherein the shooting moment detection unit detects the shooting moment by interlocking with a microphone of a coaching machine to detect the shooting moment.

The method of claim 1,
The target is composed of a paper target or an electronic target,
The firing moment detection unit, the wind direction / wind speed information display device for firing training, characterized in that for detecting the firing moment through a separate impact detection sensor installed on the paper target or the electronic target.

The apparatus of claim 1, wherein the shooting moment detection unit detects the shooting moment through a function of checking the shooting score in real time in conjunction with the shooting score checking unit. .

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