JPH02267496A - Weapon control system for naval vessel - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Industrial Application Field] This invention transfers attack weapons installed on ships to a small, highly mobile, attack-specialized Wi, and enables ships and attack craft to work together. It relates to a ship-mounted weapons control system for protecting ships from targeted threats.

[Conventional technology]

Traditionally, to protect ships from targeted threats.

The weapon control system of the weapon control system is installed on an attack swivel that is smaller, faster, and has higher turning ability than a ship, allowing tactical tw1il! from a G-ship! The threat target was attacked by transmitting the information to the attack craft via a communication device, and subsequent evasive maneuvers were carried out by a ship control system that was offline from the weapons control system.

This system configuration is shown in Figure 2.

The ship (2) transmits a pulse wave (3) from the radar (4) to locate and detect the threat target (11).
Based on the reflected waves from ), a video signal (9) is output to the display device (7) and the visual information processing device (51).

In the target information processing device (51, remote control command a1+ by operator operation on the 1 display device (7), video signal (
9) and navigation equipment (calculate target motion specifications based on navigation data a2 obtained by observing the geographical position of own ship in 81,
The analyzed data αα is sent back to the second display device (7).

Based on the operator's judgment, remote control commands such as advance, attack, and evacuation are output to the attack boat (19), and tactical information @αD is output from the target information processing device (51) to the attack boat αS. is the communication line/line a between the communication devices 08 on both sides
This is done via ti. This tactical information α for attack boat α9
n to the weapon control device (6), and while moving on the sea,
#I Fire attack projectile I at the target full'c at the appropriate time. After the attack is over, in preparation for the first attack, the attack boat operator performs evasive maneuvers and the like using the ship control device a9 at his/her discretion.

As mentioned above, from search and detection to issuing attack instructions, ships (
2! will be in charge of the attack while advancing/evacuating based on the tactical information C1η received from the ship (2)! I! Boat Rota was in charge. This allows close range to the threat target (1) from any position at sea.

Highly accurate and effective attacks are possible, and safety is ensured because the ship (2) does not come close to the threat target (5).

It was possible to minimize the damage.

[Problem to be solved by the invention]

The problem with this conventional system is that the attack boat αS's maneuvering system r
1! Since J's weapon control system (61) and navigation system (8) are off-line, evasive maneuvers after an attack, maneuvering during an attack, etc. were left to the judgment of the attack boat's operator. In some cases, it was envisaged that attack boats would become ideal targets for threats.

[Means to solve the problem]

In order to eliminate this drawback, this invention replaces the ship control device a9 of the attack east +19 with a weapon control device (6) and a navigation device (8).
Weapon control specifications and threat target information from the weapon control device +61 and navigation data from the navigation device are transmitted to the ship maneuvering support device, and these data are transmitted from the ship maneuvering support device as ship maneuvering support data to the ship maneuvering support device. It is designed so that it can be transmitted to the device α9.

[Effect]

In this invention, since the maneuvering movement of the ship is converted to n1 using I/'i and navigation support data, the operator does not have to worry about the evasive movement after an attack, making the evasive movement or attack movement more tactically effective. becomes possible.

〔Example〕

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

The ship (21 sends a pulse wave 3 from the radar 141 to locate and detect the threat target (1)), and the 11t threat target (1) is transmitted.
Displayed based on the reflected wave from 11; ft 171
and outputs a video signal (9) to the target information processing device +51. Target information processing device (51 and Ifi9 display device fit)
Calculate the target motion specifications based on the remote control command aυ operated by the operator on m, the video signal (9), and the navigation data obtained by observing the geographical position of the own ship with the navigation device (81 + 13), Analyze and display 1 Analyzed data α to kesubi (7)
! 3t - send back. Based on the operator's judgment, remote control commands such as advance, attack, evacuation, etc. against attack boats α + 11
The target information processing device (5) outputs tactical information. The transmission of this tactical information to the attack boat fi9 is carried out via the communication line αG, which is sent and received from the communication devices a& of both parties.

On the attack boat 9 side, the tactical information received by communication device Nishiki 6 is transmitted to attack boat a! 9 Weapon Control! ligt(6).

Based on this tactical information fiη, the attack projectile I is timely launched at a threat target (!) while moving on the sea.

After the attack is complete, the weapon control device 16) records the weapon control specifications.

Based on the navigation data σ2 obtained by observing the location type of control target and threat, the navigation device (8) observes the geographical position of the own ship, the maneuver support device ■ calculates ship maneuvering support information. Operation fl [
Based on this data, FFL+19 performs tactically effective, fast, and highly accurate attacks.

〔Effect of the invention〕

As described above, according to the present invention, it is possible to attack from any location on the sea. The operator's judgment is due to the tactically effective 1-avoidance movement using automatic navigation.

The operational load is reduced, allowing you to concentrate on your next attack action.

In addition, the psychological burden on the operator is reduced by automatically maneuvering the ship using support information such as recommendations for avoidance routes or whether 1 is an appropriate attack luck in response to the threat. Also, by ship handling support information @.

Ship maneuvering becomes faster and more precise, contributing to an increase in survivability due to the high-speed turning ability that characterizes attack craft. Hence the tactical action capabilities of attack craft.

It will be able to be fully effective in terms of highly accurate attacks at close range.

[Brief explanation of drawings]

Figure 1 shows the configuration of the weapon control system according to this invention!
Figure 2 is a block diagram of a conventional system, and in Figure 9, (l) is a threat target, (2) is a ship, (3) is a pulse wave, (4) is a radar, and (5) is target information processing! [. 161/ri weapon tube control, tit, +71 is display device, 181ij navigation M bay. (91 is video signal, al is prayer data, (11+ is remote control command, fi2 is navigation data, ■ is attack aircraft, +19 is attack boat, aS is communication line, a'n is tactical information, α9 is communication 119 is the operation #i device, ■ is the weapon control specifications, threat target information, aII is the ship maneuvering support information, and ■ is the ship maneuvering support device. In addition, the same or equivalent parts in Figure 1 are given the same reference numerals. There is.

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, which launches and controls attack projectiles based on tactical information obtained from the ship via the communication equipment. After dealing with a threat target by installing an information processing device on a ship and a weapon control device on a small, highly agile attack boat connected by a communication line, it can be used effectively by a ship maneuvering device connected to the weapon control device and navigation device. A weapon control system for ships that is characterized by the ability to perform various maneuvers.