JPH0379999A - Ship carrying system - Google Patents

Abstract

PURPOSE:To simultaneously hit from different directions according to attack specification information from two attack boats by moving weapon controllers to the boats, and incorporating advance/attack/retreat of the boats in tactics while warships are cooperating with the boats. CONSTITUTION:A target information processor 5 calculates, analyzes target motion specifications based on navigation data 12, and sends analyzed data 10 to a display unit 7. It outputs remote control command 1 of advance, attach, retreat, etc., of two attach boats 15 based on an operator's judgement, and outputs tactic information 17 from the processor 5 to the boats 15. The boats 15 received tactic information 17, sends it together with the data 12 from a navigator 8 to a weapon controller 6, calculates the boats to a menace target 1 while correcting the information 17 with the data 12, and outputs the result to warships 2 as attack boat information 23. The processor 5 calculates to simultaneously hit the target 1 based on the information 23 from the two boats, sends the information 17 of instructing attack to the boats 15, which launch attach missiles 14.

Description

[Detailed Description of the Invention] [Field of Industrial Application] This invention transfers attack weapons installed on ships to small, highly mobile attack-specialized ships, and enables the use of ships, ships, L-ships, and attack-U boats. By linking.

The present invention relates to a ship-mounted system for protecting an i-ship from targeted threats.

[Conventional technology]

Traditionally, it was used to protect one's own ship from targeted threats.

Attack weapons were also carried on board the ships themselves. This system configuration is shown in Figure 2.

The ship (2) transmits pulse waves (3) from the radar (4) to search and detect the threat target (1).
) is used to output a video signal (9) to a display device (7) and a target information processing device (5).

The target information processing device (5) receives remote control commands OD and video signals (9) by operator operation on the 1 display device (7).
) and the navigation device (8) to observe the geographical position of the own ship, calculate and analyze the target luck based on the navigation data O obtained, and send back the analysis data 00) to the display device (7). . If an attack is possible based on the operator's judgment.

An attack instruction (3) is output to the weapon control device (6).The weapon control device (6) then fires an attack projectile (2) at the threat target (1).

The process from search and detection to attack is the same as above! It was carried out on board the ship.

[Problem to be solved by the invention]

The problem with this conventional system is that both the target information processing device and the weapon control device of the weapon system are mounted on the same ship (2), and the radar (
Since the maximum detection range of 4) and the range of attack projectiles (4) are each fixed, it is possible to detect an anti-aircraft threat target flying directly at the ship (2) or a surface threat target at a certain distance from the ship (2) to the vicinity. It was a passive tactic of attracting them and dealing with them. Furthermore, since the detection sensor was a radar, it had the disadvantage that the enemy could detect that it was being detected, and furthermore, it was difficult to hit a threatening target from different directions at the same time.

[Means to solve the problem]

This invention aims to eliminate this drawback.

The weapon control device (6) in the system is smaller than the ship (2).

High speed, high turning attack U (+!l; Move to +, ship (
2) and the attack boat (one) work together to increase the attack percentage.
! By incorporating the advance of two boats/offensive A/M retreat into the tactics, it was possible to develop aggressive tactics, and by using a radio wave detection device instead of a matco radar, it was possible to prevent the enemy from detecting us. This is to prevent the attack from being detected, and furthermore, it is possible to simultaneously land bullets from different directions based on attack specification information from two attack boats.

[For production]

In this invention, the attack is entrusted to Attack II (+!,), Attack I1 (1) advances in advance, and the radio wave detection device of the ship (2) detects the appearance of the threat target (11). In this case, immediately attack [(+!;l
It becomes possible to issue an attack instruction ((3) to the enemy, attack the threat target (1) early and evacuate without the enemy knowing that we have been detected, and simultaneously land bullets from different directions. By doing so, it is possible to significantly reduce the enemy's defensive ability.

〔Example〕

FIG. 1 shows a system configuration diagram according to the present invention.

In order to search and detect the threat target (1) with the two ships (2), the radio wave detection device (E) receives the enemy's emitted radio waves (6),
Display device (7) based on the radio waves emitted from the threat target (1)
and outputs a detection signal (21) to the target information processing device (5). This detection signal (2I) is sent to the target information processing device (5)
The target information processing device (5) is remotely controlled by an operator on the 2 display device (7). Directive (II), detection signals (21), detection signals from other ships (2) (22), and navigation data (12) obtained by observing the geographical position of the own ship using the M method device (8). Calculate and analyze target-related specifications.

The analysis data ([01] is sent back to the display device (7). Based on the operator's judgment, the two attack boats (19) advance.

It outputs remote control commands (II) for attack, evacuation, etc., and outputs tactical information (r?) from the target information processing device (5) to the attack boat (one Communication line (
This is done via O. The attack boat (+ri) receives this tactical information (r?) while moving on the sea, sends it to the weapon control device (6) along with the navigation data (O) from the navigation device (8), and sends it to the weapon control device (6) with the navigation data (O). r?) while correcting the attack specifications for the threat target (1), and outputs the results to the ship (2) as attack specifications information (23), 21j
Based on the attack specification information (23) from the Boat (1
Send it to 9 and attack boat (19 fires attack projectile (b).

〔Effect of the invention〕

As described above, according to the present invention, it is now possible to attack from any position on the sea, so instead of waiting for the threat target (1) and then attacking as in the past, for example, an attack boat can be proactively attacked. It becomes possible to use tactics such as approaching the threat target (1) and attacking it, while simultaneously landing bullets from different directions.

Moreover, since it attacks from close range, it can achieve more accurate attack effects. Furthermore, since the attack boat is also equipped with a navigation device, it is possible to update tactical information in the event of a two-way communication failure, improving the durability of the two'a control system.

In addition, advance between ships (2) and offensive MW11 (19)/
By combining attack/evacuation tactics, it becomes easier to avoid the threat target (1).

[Brief explanation of drawings]

Figure 1 is a block diagram of a weapon control system according to the present invention, and Figure 2 is a block diagram of a conventional system.
In the figure, (1) is the threat target, (2) is the ship, and (3)
is a pulse wave, (4) is a radar, (5) is a target information processing device, (6) is a Nihan control device, (7) is a display device, (8)
00 is the navigation device, (9) is the video signal, and 00 is the analysis data. (11) is a remote control command, (■ is navigation data, 03) is an attack instruction, (2) is an attack flying object, (19 is an attack [, (υ
is a communication line. (17) is tactical information, ((8) is communication equipment, (13)
is the emitted radio wave, (a) (y) radio wave detection device, (21) is the detection signal, (22) is the detection signal from another ship, (23
) is attack specification information. Note that the same or corresponding parts in the two figures are given the same reference numerals.

Claims (1)

[Claims] A radio wave detection device that receives enemy radio waves to search and detect targets, a display device that displays detection information from the radio wave detection device, and navigation data that grasps the geographical position of each ship and attack boat at sea. a navigation device that outputs navigation data, a target information processing device that analyzes target motion specifications based on navigation data, remote control signals from display devices, and detection information from other ships, and outputs tactical information about threatening targets. A ship that transmits information from ship to ship and from ship to attack craft/
Weapons control for attack craft that launches and controls attack projectiles and outputs attack specification information based on tactical information from ships obtained through communication devices and communication devices between ships and ships/attack boats. The target information processing system is mounted on a ship, the weapon control system is mounted on a small and highly agile attack boat, and communication lines are used to connect ships to ships and between ships and attack boats. A ship-mounted system characterized by being able to deal with such problems.