JPH01181096A - Weapon control system for ship - Google Patents

Abstract

PURPOSE:To permit tactics to attack to a threatening target in early period and then retreat, by a method wherein a target information processing device is mounted on a warship and/or ship while a weapon control device is mounted on an attacking vessel and both of the devices are interlinked by a communication circuit. CONSTITUTION:In order to search and detect a threatening target 1 by a ship 2, pulse waves 3 are transmitted from a rader 4 and a video signal 9 is outputted to a display device 7 and a target information processing device 5 on the basis of a reflected wave form the threatening target 1. The target information processing device 5 operates analyzes the data of the movement of the target on the basis of a remote control command 11 on the display device 7, the video signal 9 and navigation data, obtained by a navigation device 8, and thereafter sends back analyzed data 10 to the display device 7. The remote control command 11 for an attacking vessel 15 is outputted on the basis of the decision of an operator and a tactical information 17 is outputted from the target information processing device 5 to the attacking vessel 15 through a communication circuit 16 between the communicating devices 18 of both ships. The attacking vessel 15 receives the tactical information 17 and sends it to a weapon control device 6 together with the navigation data 12 and fires an attacking missile 14 against the threatening target 1 at a proper time while correcting the tactical information 17 by the navigation data 12.

Description

[Detailed Description of the Invention] [Field of Industrial Application] This invention transfers the secondary attack weapons mounted on a ship to a small, highly mobile attack-specialized ship, and links the ship and attack craft. It concerns a ship-mounted weapons control system to protect ships 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.

In order to search and detect the threat target (1), the ship (2) transmits all pulse waves (3) from the radar (4) and detects the threat target tl.
The entire video signal (9) is outputted to the display device (7) and the target information processing device (5) based on the reflected waves from the left.

The target information processing device (5) receives remote control commands I and video signals (9) by operator operation on the display device (7).
The target motion specifications are calculated and analyzed based on the navigation data a2 obtained by observing the geographical position of the ship using the navigation device (8), and the analysis data αI is sent back to the display device (7). If an attack is possible based on the operator's judgment.

Output attack instruction α3 to the weapon control device (6). Weapon control equipment fit T6), depending on the date of attack instruction, the threat eye W11
1) Fire attack projectile α4 at target.

As described above, the process from search and detection to attack was carried out inside the same ship.

[Problem to be solved by the invention]

The problem with this conventional system is that both the detection target information processing device and the weapon control device of the weapon system are installed on the same ship (2), and the maximum radar (4) as seen from the ship (2) Since the detection range and the range of attack projectiles are both fixed, there is a negative approach to attracting and dealing with anti-aircraft threat targets flying directly at the ship (2) or surface threat targets located at a certain distance from the ship (2). It was a strategic tactic.

[Means for Solving the Problems] In order to eliminate this drawback, the present invention makes the weapon control device (6) of the weapon system smaller than the ship (2).

By moving to the attack boat α9, which has high speed and high turning ability, and incorporating attack boat α9's advance/attack/evacuation into tactics while the ship (2) and attack boat Q51 cooperate with each other, aggressive tactics can be developed. It was made in a similar manner.

[For production]

In this invention, since the attack is left to attack boats, the attack boat α9 advances in advance, and when the radar (4) of the ship (2) detects that the threat target (1) has appeared, it immediately Issue attack instruction α3 to attack boat α9,
The tactic of attacking the threat target (1) early and evacuating becomes possible.

〔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).
A video signal (9) is output to the display device (7) and the target information processing device (5) based on the reflected waves from the target information processing device (5). The target information processing device (5) uses a remote control command circle operated by an operator on the 9 display device (7), a video signal (9), and a navigation device (8) to observe the own ship's geographical position t. The target motion specifications are calculated and analyzed based on the navigation data at, and the analysis data QG? is sent to the 2nd display device (7). Send it back. Based on the operator's judgment, the target information processing device (5) outputs remote control commands t111 for advance, attack, evacuation, etc.
) outputs tactical information α to the attack boat a9, but this is done via the communication line αe between the communication devices of both ships.

The attack boat (1!9) acquires this tactical information a while moving on the sea.
Receiving η, it sends it along with the navigation data from the navigation device (8) to the weapon control device (6), and while modifying the tactical information α9 based on the navigation data l, attack aircraft αat are launched at the threat target (11) in a timely manner.

〔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 actively attack the threat target (1). Tactics such as approaching the threat target (1) and attacking it become possible.

Moreover, by attacking from close range, you can obtain 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 single communication failure, improving the durability of the weapon control system.

In addition, advance/attack/between ship (2) and attack boat α9
By combining evacuation tactics, threat targets (1)
It becomes easier to avoid.

[Brief explanation of the drawing]

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, (11 is the threat target, (2) is the ship, (3
1fl pulse wave, (4) is radar, +51t-1 target information processing device, (6) is weapon control device, (7) is display charge, (8) is navigation device, (9) is video signal, αC is Analysis data. ■ is a remote control command, [2 is navigation data, (to) is an attack instruction, (14) is an attack flying object, a! 9 is the attack boat, αe is the communication line. αη is tactical information (1st level is communication equipment). Note that the same or equivalent parts in each figure 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. It consists of communication equipment for both the ship and attack craft, and a weapon control system for the attack craft that launches and controls attack projectiles based on tactical information obtained from the ship via the communication equipment. A ship weapon characterized by being able to deal with a threat target by installing a processing device on a ship and a weapon control device on a small and highly agile attack boat, and connecting the two through a communication line. control system.