JP2715926B2 - AA shooting simulator - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an anti-aircraft simulating device used for training anti-aircraft combat, and more particularly to an anti-aircraft simulating device for simulating missile weapon shooting.

[0002]

2. Description of the Related Art In an anti-aircraft combat command system that directs the shooting of anti-aircraft weapons such as missiles, training of firing command without actually connecting to anti-aircraft weapons, or
In the case of conducting anti-aircraft fire training without live fire, training is performed using means that simulate anti-aircraft fire.

As shown in FIG. 2, the conventional anti-aircraft shooting simulator includes a shooting permission / prohibition judging section 21, a remaining bullet number subtracting section 22, and a shooting down judging section 23, and the operation thereof is as follows. The fire determination section 21 includes a firearm operating state, firearm information 101 including a fireable range, target information 202 including a target position such as an aircraft, and a remaining fireable ammunition of the firearm output from the remaining ammunition number subtraction section 22. The number information 103 is input, and it is determined whether or not the target can be fired by the firearm. The determination of whether or not shooting is possible is performed as follows. If the remaining number of bullets is 1 or more, the firearm is in a movable state, and the target position is within the fireable range of the firearm, it is determined that shooting is possible, otherwise, it is determined that shooting is not possible. In the case where shooting is possible, the shooting permission / non-permission determining unit 21 outputs the shooting permission information 204, and the remaining bullet number subtracting unit 22 and the shooting down determining unit 23 operate as follows.

[0004] When the remaining ammunition number subtraction section 22 receives the shooting enable information 204, it is regarded that one ammunition has been fired, and the remaining ammunition number is decremented by one. Also, when the shooting down information 204 is input, the shooting down determination unit 23 performs shooting down of the target by shooting, that is, shooting down by a random number according to the expected expected shooting down probability K _P of the target by one predetermined shot, The shooting information 205 is output.

[0005] Conventional techniques for merely assigning a target to a firearm are disclosed in JP-A-63-135793 and JP-A-Hei.
Japanese Unexamined Patent Publication (Kokai) No. 3-294794 discloses a technique for evaluating the attraction.

[0006]

As described above, the conventional anti-aircraft shooting simulator simply fires one bullet at a time for one target when shooting is possible. However, the target of an aircraft or the like obtained from a sensor such as a radar usually does not always equal one target = 1. The reason is that when the aircrafts are in close formation flight, one aircraft cannot be separated into one target. Therefore, in radar, it is usual that the scale of each target is classified into a single unit, a small number of units, and a large number of units based on the size of the radar video, and this classification is included in target information and output as the target attack scale. Also, the number of projectiles fired by anti-aircraft weapons is changed according to the size of the target attack, and only one shot is fired against a single target, but multiple shots are fired against multiple targets. Is normal.

[0007] Therefore, the conventional anti-aircraft shooting simulator performs a shooting simulation different from the actual shooting in which one bullet is simply fired at one target without considering the scale of the attack of the target. As described above, the conventional corresponding shooting simulation device has a problem to be solved in that there is no means for determining the number of shots in the same manner as in actual shooting according to the target attack scale.

[0008]

In order to solve the above-mentioned problems, the present invention provides the following means.

The number of shots arbitrarily set in advance corresponding to the target attack scale is stored as a shot count table, the information on the attack scale is input, and the number of shots corresponding to the attack scale is determined by the firing. The number of shots storage means for reading from the table and outputting the number of shots including the number of shots read from the number of shots table, the firearm information including the operating state of the firearm and the range over which the shot can be fired, and the position of the target. Target information including, the remaining ammunition information including the number of remaining ammunition that can be fired by the firearm, and the number of fired ammunition are input, and whether or not the target can be fired by the firearm is determined. And a shooting enable / disable judging unit that outputs shooting ability information including the number of shots, and a remaining number that outputs the remaining shot number information including the remaining shot number after subtracting the shot number. Ammunition subtraction means, and a shot including the number of shots Type information, the shot down presence of the target by shooting determined in correspondence with the discharge bullet number, flak simulation device characterized by comprising a shot down decision means for outputting a shot down presence information.

[0010] The simulation of anti-aircraft shooting described above, wherein the number of invasions is divided and stored in the number-of-projections table in the number-of-projectiles storage means into a single unit, a small number of units, and a large number of units. apparatus.

[0011] The number of shots stored in the shot number table in the shot number storage means for the single, minority, and multiple aircraft is one, two, and three, respectively. The anti-aircraft shooting simulating device according to the above, characterized in that:

[0012] The number of shots stored in the shot number table in the shot number storage means for the single, minority, and multiple units is one, three, and five, respectively. The anti-aircraft shooting simulating device according to the above, characterized in that:

[0013] The anti-aircraft fire simulation device according to any of the above items, characterized in that the information on the scale of the attack is included in the target information.

[0014]

According to the present invention, information on the target attack scale is input to the number of shots storage means. The firing bullet number storage means is provided with a firing bullet count table, and the firing bullet count corresponding to the attack scale is stored in advance in the firing bullet count table. Then, when the information on the attack scale is input, the number of shots storage means reads out the number of shots corresponding to the attack scale from the shot number table.

The shooting possibility determination means determines whether or not shooting is possible using the number of shots and the remaining shot number information supplied from the remaining shot number subtracting means.

The downshot judging means receives the number of shots, determines whether or not a target is shot down by shooting in accordance with the number of shots, and generates shooting down information.

As described above, according to the present invention, since the number of shots is stored and the number of shots is determined according to the target attack scale, it is possible to simulate shooting close to actual shooting. In addition, the shooting-down determination means generates shooting presence / absence information based on the number of shots determined according to the target attack scale, so that shooting simulation closer to actual shooting can be performed.

[0018]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram of one embodiment of the present invention.
As shown in FIG. 1, one embodiment of the present invention includes a shooting possibility determination unit 11, a remaining bullet number subtraction unit 12, a shooting down determination unit 13, and a shot number storage unit 14, and the operation of each unit is as follows. It is on the street.

The number of fired bullets storage unit 14 stores the number of fired bullets corresponding to the scale of the attack, such as single unit: A, minority: B, and multiple: C, for each division of the scale of the attack. Here, A, B, and C are arbitrary integers, such as 1, 2, 3, or 1, 3, 5, which are preset according to the characteristics of the anti-aircraft weapon. The number of fired bullets storage unit 14 inputs the target information 102 including the target position and the attack scale, and stores the number of fired bullets corresponding to the attack scale included in the target information into the fired bullet number information 106.
Output as The shooting possibility determination unit 11 includes the number of fired bullets 106, the operational status of the firearms, the firearms information 101 including the fireable range, the target information 102, and the information on the remaining fireable number of firearms output from the remaining bullet number subtraction unit 12. 103 to determine whether or not the target can fire with the firearm. The determination of whether or not shooting is possible is performed as follows. First, the number of shots included in the number of shots information 106 and the number of remaining shots included in the remaining number of shots information 103 are compared. If the remaining number of ammunition is greater than or equal to the number of fired ammunition, the firearm is in a movable state, and the target position is within the fireable range of the firearm, it is determined that shooting is possible.
When the shooting is possible, the shooting possibility determination unit 11 outputs the shooting possibility information 104 including the number of shots, and the remaining bullet number subtraction unit 12 and the shooting down determination unit 13 operate as follows.

The remaining bullet number subtraction unit 12 receives the shooting possible information 104, and subtracts the number of shots included in the shooting possible information 104 from the remaining bullet number and stores it. Further, when the shooting down information 104 is input, the down shot judging section 13 determines whether or not the target is shot down by shooting corresponding to the shots contained in the shooting enabling information 104, that is, the total expected shot down probability TK _p by a plurality of shots. The shooting is determined by the corresponding random number, and shooting down information 105 is output. Here, TK _p is calculated as follows.

TK _p = (K _p ) ⁿ where K _p is the expected downfall probability of the target of a single unit with a single shot that is predetermined for each firearm and n is the number of shots fired .

[0023]

As described above in detail with reference to the embodiments, the apparatus of the present invention changes the number of projectiles in accordance with the target attack scale, so that the number of shots can be changed according to the actual shooting situation as compared with the conventional apparatus. There is an effect that it is possible to simulate shooting of a close firearm.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of an embodiment of the present invention.

FIG. 2 is a configuration diagram of a conventional anti-aircraft shooting simulator.

[Explanation of symbols]

 11, 21 Shooting availability determination unit 12, 22 Remaining ammunition subtraction unit 13, 23 Shooting down determination unit 14 Fired ammunition storage unit 101 Firearm information 102, 202 Target information 103 Remaining ammunition number information 104, 204 Shooting enabled information 105, 205 Shot down Presence information 106 Number of projectiles fired

Claims (5)

(57) [Claims] 1. A number of shots arbitrarily set in advance corresponding to a target attack scale is stored as a shot number table, information on the attack scale is input, and the number of shots corresponding to the attack scale is determined. A firing number storage means for reading from the firing table and outputting firing rate information including the firing rate read from the firing rate table; firearm information including a movable state of the firearm and a fireable range; The target information including the position, the remaining bullet number information including the remaining number of fireable ammunition of the firearm, and the number of fired bullets are input, and it is determined whether or not the target can be fired by the firearm. A shooting enable / disable judging unit that outputs shooting enable information including the number of bullets, and inputs the shooting enable information including the number of shots, and outputs the remaining bullet number information including the remaining number of shots after subtracting the number of shots Means for subtracting the number of shots to be fired, Enter the variable information, the shot down presence of the target by shooting determined in correspondence with the discharge bullet number, flak simulation device characterized by comprising a shot down decision means for outputting a shot down presence information. 2. The fired bullet count table in the fired bullet count storage means stores the attack scale separately for a single aircraft, a small number of aircraft, and a large number of aircraft. Anti-aircraft shooting simulator. 3. The number of shots stored in the shot number table in the shot number storage means in correspondence with the single unit, the minor unit, and the large unit is one, two, and three, respectively. The simulation device for anti-aircraft shooting according to claim 2, wherein: 4. The number of shots stored in the shot number table in the shot number storage means in correspondence with the single unit, the minor unit, and the large unit is one, three, and five, respectively. The simulation device for anti-aircraft shooting according to claim 2, wherein: 5. The anti-aircraft fire simulation device according to claim 1, wherein the information on the magnitude of the attack is included in the target information.