JPH0217400A - Weapon control system for naval vessel - Google Patents

Abstract

PURPOSE:To cope with a threatening target effectively by a method wherein a target information processor is mounted on a larger vessel while a weapon controller is mounted on an attack craft being small and abundant in smartness, and both of them are interlinked through communication line. CONSTITUTION:An attack craft 15 is advanced positionally previously to entrust attack to the attack craft 15 and when the radar 4 of a larger vessel 2 has detected that a threatening target 1 has appeared, a remote control command 11, such as advance, attack, retreat or the like, is outputted to the attack craft 15 based on the judgment of an operator while tactical informations 17 are outputted from a target information processor 5 to the attack craft 15 through a communication line 16. The attack craft 16 sends the tactical informations 17 to the weapon controller 16 and launches attacking missiles against the threatening target 1 as proper times while moving on the sea and protecting the craft itself.

Description

[Detailed Description of the Invention] [Industrial Application Field] This invention transfers attack weapons installed on ships to small, highly mobile attack-specialized ships.

This relates to a ship-mounted weapons control system that protects ships from targeted threats by linking ships and attack craft.

[Conventional technology]

Traditionally, ships carried offensive weapons on board to protect themselves from targeted threats. 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 and video signals (9) by operator operation on the 0 display device (7).
Based on the navigation data (2) obtained by observing the geographical position of the own ship using the navigation device (8), the target motion specifications are calculated and analyzed, and the analyzed data ω is sent back to the display device (7). Based on the operator's judgment, if an attack is possible, the weapon control device (6
) Outputs attack instructions (to). The weapon control system (6) fires attack projectiles α4 against the threat target (1) in response to attack instructions (to), and the process from search and detection to attack is carried out within the same ship. was.

[Problem to be solved by the invention]

The problem with this conventional system is that both the detection target information device and the weapon control device of the weapon system are mounted on the same ship (2), and the radar (2) seen from the ship (2)
4) Since the maximum detection distance and the range of the attacking projectile α are both fixed, it is possible to attract an anti-aircraft threat target that flies directly to the ship (2) or a surface threat target that is at a fixed distance from the ship (2) to the vicinity. It was a passive tactic to deal with the situation.

[Means for Solving the Problems] In order to eliminate this drawback, the present invention uses a weapon control device (6) of a weapon system for ships (2) as well as small, high-speed, high-turning attack craft (very ), the ship (2) and the attack boat (to) will be able to develop aggressive tactics by incorporating advance/attack/evacuation of the attack boat (to) into their tactics while coordinating with each other. At that time, the attack boat (to)
It also allows you to protect yourself.

[Effect]

In this invention, since the attack is left to the attack boat,
Attack in advance! If E (To) advances and the radar (4) of the ship (2) detects that the threat target (1) has appeared, it immediately issues an attack instruction to the attack boat (To). It becomes possible to issue a tactic of quickly attacking the threat target [11] and evacuating.

〔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 ship (2), the radar (4) transmits pulse waves (3) and detects the threat target (1).
Display device based on the reflected waves from! (7) and outputs the video signal (9) to the target information processing device (5). The target information processing device (5) receives remote control commands 0.1 through operator operation on the display device (7). Based on the video signal (9) and the navigation data (2) obtained by observing the geographical position of the own ship using the navigation device (8), target motion specifications are calculated and analyzed and displayed on the first display device (7). Sends and returns analysis data (2). Based on the operator's judgment, attack boat (G) advances, attacks,
Remote control commands (6) such as evacuation are output, and tactical information αη is output from the target information processing device (5) to the attack boat (G).
This is done via the communication line αQ between the communication devices (goods) in both districts. The attack boat (to) uses this tactical information αη as a weapon control device! (6), while moving on the sea and defending his own ship.
Attack projectile Q4 is launched at the appropriate time against the threat target (1).

〔Effect of the invention〕

As described above, according to this invention, it has become possible to attack from any position on the sea.

For example, instead of waiting for the threat target (1) and then attacking it as in the past, a tactic such as a t* active attack boat approaching the threat target (1) and then attacking it becomes possible.

And to attack from close range.

A higher f# attack effect can be obtained. Furthermore, attack boats (a)
As a self-defense device, it is equipped with a close-range attack weapon device, which improves its durability as a weapon control system during advance, attack, and evacuation.

In addition, threat target 11) can be achieved by combining advance/attack/evacuation tactics between ships (2) and attack craft (g).
It becomes easier to avoid.

[Brief explanation of the drawing]

Figure 1 is a block diagram of the weapon control system according to the present invention, and Figure 2 is a block diagram of a conventional system. In Figure 1, (1) is a threat target, (2) is a ship, (3) is a pulse wave,
(4) is radar, (5) is target information processing device, (6) is weapon control device, (7) is display device, (8) is navigation device,
(9) is a video signal, GO is analysis data 0 is a remote control command, ■ is navigation data, a3 is an attack instruction, Q4 is an attack flying vehicle, (g) is an attack boat, (16 is a communication line, Oη is tactical information , (to) is a communication device, σ field is a launch control signal wire, and a close-range attack weapon device. Note that the same or equivalent parts in Figure 0 are given the same reference numerals.

Claims (1)

[Claims] A radar that transmits and receives pulse waves for searching and detecting targets, a display device that displays video from the radar, and a navigation device that grasps the geographical position of ships and attack boats at sea and outputs navigation data. , a target information processing device that analyzes target motion specifications based on video, navigation data, and remote control signals from the display device, and outputs tactical information regarding threatening targets; and a target information processing device that transmits tactical information from the ship to the attack craft. communication equipment on both ships and attack craft, and from the weapon control equipment on the attack craft, which launches and controls attack projectiles and close attack weapon devices based on tactical information obtained from the ships through the communication equipment. configured, the target information processing device is installed on the ship,
A weapon control system for ships that is characterized by being able to deal with threatening targets by mounting a weapon control device on a small and highly agile attack boat and connecting the two through a communication line.