JPH01181097A - Weapon administration system for ship - 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] [Field of Industrial Application] This invention transfers attack weapons installed on ships to small, highly mobile attack-specialized ships, and connects the ships and attack boats. It relates to a ship-mounted weapons integrated system to protect ships and attack craft from threats.

[Conventional technology]

Traditionally, ships carried offensive weapons on board to protect themselves from targeted threats. 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 wave from l.

The target information processing device (5) receives a remote control command αυ and a video signal (9) by operator operation on the 1 display device (7).
) and the navigation device (8) to calculate the target motion specifications based on the navigation data a2 obtained by observing the geographical position of the own ship,
The analyzed data αe is sent back to the second display device (7).

Based on the operator's judgment, if an attack is possible, an attack instruction U is output to the weapon control device (6). Weapon control device (6
), an attack projectile a41't- is launched against the threat target (1) according to the attack instruction α3.

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 projectile α are both fixed, anti-aircraft threat targets that fly directly towards the ship (2) or surface threat targets that are a certain distance away from the ship (2) can be attracted to the vicinity and dealt with. It was a passive tactic.

[Means to solve the problem]

The present invention aims to eliminate this drawback by making the weapon control system (6) of the weapon system smaller than the T-ship (2).

Transferring to the attack boat αS, which has high speed and high turning ability, the ship (2) and the attack boat t1S cooperate with each other, incorporating advance/attack/evacuation into tactics, including the attack boat α's own defense, and aggressively attack. This makes it possible to deploy specific tactics.

[Effect]

In this invention, the attack is entrusted to the attack boat a9, so if the attack boat α9 advances in advance and the radar (4) of the ship (2) detects that the threat target (1) has appeared, Immediately instruct attack boat α9 to attack α3t-
issue, attack threat target (1) at an early stage, evacuate, and destroy threat target (1)'s attack boat (in preparation for an attack on IS).
When the threat radio wave from the threat target (1) is received by the threat radio wave receiving device -, the attack boat West is defending itself.
A tactic of automatically attacking the threat target (1) becomes possible.

〔Example〕

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

The ship (2) sends a pulse wave (3) from the refined radar (4) for searching and detecting the threat target (1).
) is used to output a video signal (9) to a display device (7) and target information processing equipment (5). The target information processing device (5) displays the remote control command αD on the 9 display device (7), the video signal (9), and the navigation information obtained by observing the geographical position of the ship using the navigation device (8). The target motion specifications are calculated and analyzed based on the data a2, and the analysis data CI (1) is sent back to the 9 display device (7).Based on the operator's judgment, advance, attack, etc.
A remote control command (11) for evacuation, etc. is output, and tactical information α'6 is output from the target information processing device (5) to the attack boat 4, which is connected to the communication line αe between the communication equipment α and the camphor of both classes. It is done through. Also, threat eye *1υ itself or threat target (1)
The threat radio wave received by the missile etc. launched against the attack boat αS is received by the threat radio wave receiving device clI, the threat is determined in the threat radio wave receiving device αl, and the threat radio wave @ from the missile etc. launched against the attack boat αS is received in advance. If there is, output an attack instruction (■) to the weapon control device (6).

The weapon control device (6) receives tactical information or attack instructions from the ship (2) or the threat radio wave receiving device α, and performs firing calculations including attack priority processing necessary for weapon control using the navigation device (8). ) While making corrections based on the navigation data (■) input from ), the attack projectile α4Jt- is launched at the appropriate time against the threat target +11.

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

Moreover, since the attack is carried out from a short distance, a more accurate attack effect can be obtained, and the attack boat's own defense function can improve the survivability of the entire system, including the ship (2) t-.

In addition, advance/attack/between ship (2) and attack*ns
By combining evacuation tactics, threat targets (11
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, (IJ is a threat target, (2) is a ship, (3)
is a pulse wave, (4) is a radar, (5) is a target information processing device, (6) is a weapon control device, (7) is a display device, (8)
is a navigation device, (91fl video signal, (leFi analysis data. I is a remote control command, t12 is navigation data, (13 is an attack instruction, U is an attack flying vehicle, (IS is an attack boat, αeFi
communication line. αri is tactical information, α81 is a communication device, α! I is a threat radio wave receiving device, ■ is an attack instruction, and @ is a threat radio wave. Note that the same or corresponding parts in FIG. 9 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. , analyze the target motion specifications based on the video, navigation data and remote control signals from the display device,
A target information processing device that outputs tactical information about a threatening target, a communication device for both the ship and the attack boat that transmits tactical information from the ship to the attack boat, and a communication device that transmits tactical information from the ship to the attack boat through the communication device. It consists of a weapon control system on an attack boat that controls the launch of attack projectiles based on tactical information or threat radio wave information obtained from a threat target.The target information processing system is on the ship, and the weapon control system is small and agile. A weapon integration system for ships that is equipped on a variety of attack vessels and connected to both through a communication line, making it possible to deal with threat targets.