JPH01219498A - Weapon control system for navy vessel - Google Patents

Abstract

PURPOSE:To enable development of a positive strategy, by a method wherein the weapon control device of a weapon system is transferred to an attack boat, and advance/attack/retreat movement of the attack boat are set in strategy as communication is effected between a navy vessel and a plurality of the attack boats. CONSTITUTION:Since a menace target 1 is retrieved and detected by a navy vessel 2, a pulse wave 3 is transmitted from a radar 4, and based on a wave reflected by the menace target 1, a video signal 9 is outputted to a display device 7 and a target information processing device 5. Based on a remote control command 11 by control by an operator on a display device 7, a video signal 9, and navigation data 12 obtained by observation of the geographical position of the navy vessel by a navigation system 8, target movement factors are calculated and analyzed by the target information processing device 5, and analyzing data 10 is returned back to the display device 7. Based on decision of an operator, a remote control command 11, e.g., advance, attack, retreat movement, is outputted to the attack boat 15 end strategy information 17 to the attack boat 15 is outputted from the target information processing device 5, but the command and strategy information are outputted through a communication circuit 16 between communication devices 18 of the attack boat 15 and the navy vessel 2. The attack boat 15 sends the strategy information 17 to a weapon control device 6, and an attack flying object 14 is launched to the menace target 1.

Description

[Detailed Description of the Invention] [Field of Industrial Application] This invention transfers attack weapons carried on ships to small, highly mobile attack-specialized ships, and links the ships and attack boats. This relates to a ship-mounted weapons control system to protect ships from targeted threats.

[Conventional technology]

Previously, ships were equipped with offensive weapons to protect themselves from targeted threats. This system configuration is
As shown in the figure.

In order to search and detect the threat target (1), the ship (2) transmits a pulse wave (3) from the radar (41) and sends a pulse wave (3) to the mounting platform a(n).
Based on the reflected waves from the display device (7) and the target information processing device @ (251), the entire video signal (9) is output.

Target information processing equipment @ (51 displays 9 display devices (remote control commands by operator operation on 71), video signals (
9) and the navigation data (12) obtained by observing the geographical position of the own ship with the navigation equipment fk (8), calculate and analyze the target motion specifications, and display the scale analysis data t11t on the 1 display device (7).
- Send it back. Based on the operator's judgment, if an attack is possible, an attack instruction 03 is output to the weapon control device a (6).

Weapon control equipment! (6) In response to the attack instruction (13), an attack projectile aa@ is launched against the threat target (11).

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 distance and the pole of attack of attack projectile No. A are both fixed, anti-aircraft threat targets flying directly at the ship (2) and surface threats fllI located at a certain distance from the butterfly ship (2) can be attracted to the vicinity and dealt with. It was a passive tactic.

(Means for Solving Problem 11) Invention 4 In order to eliminate this drawback, the weapon control device (6) of the weapon system is made smaller than the ship (2).

Transferred to attack boat 09, which has high speed and high turning ability, the TI ship (2) and multiple attack boats U9 cooperated with each other to attack boat A.
By incorporating the advance/attack/evacuation of 9 into the strategy, it is possible to fully develop active tactics. [Function] In this invention, attack v! , is cowed by the attack P119, so the attack boat α9 advances in advance, and when the radar (4) of the T-ship (2) detects that the threat target (1) has appeared, the attack boat immediately It becomes possible to issue an attack command (131) to 09, attack the threat target (11) early, and evacuate.

〔Example〕

FIG. 1 shows the system according to this invention! ,! 744 diagram is shown.

The ship (2) searches for and detects the threat a(n) by transmitting a pulse wave (3) from the radar (4), and detects the display device (7) and the target based on the reflected waves from the threat target (1). A video signal (9) t- is output to the information processing device (5).The target information processing device (5) outputs the remote control command lIυ, the video signal (9), and the skin by operator operation on the 1 display device (7). (Calculate the target motion specifications based on the navigation data a2 obtained by observing the ship's target position flL at 81,
Analyze and return to 1 display device (send analysis data fiO to toad). Advance and attack attack boat α51K based on operator's judgment.

Target information processing device 1 outputs remote control commands such as evacuation, etc.
151 outputs tactical information to the attack ship and n-shi, but this requires the operator to switch the Fi communication control gBes, which is the switching signal issued by the trap. This is done via communication lines between aSs. Attack 11! r19 sends this tactical information to the weapon control device (6) and launches the attack projectile a41 at the threat target (1)K.

〔Effect of the invention〕

As described above, according to this invention, it is now possible to attack by actively approaching the attack boat or threat target (IIK), instead of waiting for the threat target (1) and then attacking, as in the conventional method. More accurate attack effects can be obtained.

Furthermore, since it is possible to communicate with a plurality of attacks k(l), the attack kUj can be advanced against the threat target (IIK) depending on the operator attack situation.

In addition, advance/attack/ between the strangling boat (2) and the attack boat a9
Combining evacuation tactics will make it easier to avoid threat target (1).

[Brief explanation of the drawing]

FIG. 1 is a block diagram of the weapons control system according to the present invention. The second factor is the block diagram of the conventional system. (4) Rainbow radar, (5) is a target information processing device. (6) is a weapon control device, (7) is a position display device, (8) is a navigation device. (9) is a radar video signal, a/frame analysis data, 11m+ is remote control command, eLBB14 law data, a3 attack instruction, (141 company attack aircraft, a9Fi attack boat, or communication line, fin is tactical information, a・baku communication device, a3 position communication control device, gift is This is a switching signal. In addition, the same or corresponding parts in Figure 1 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, a navigation device that grasps the geographical position of a ship on the sea and outputs navigation data, and a video, a target information processing device that analyzes target motion specifications based on navigation data and remote control signals from a display device and outputs tactical information regarding a threatening target;
A communication device for ships and attack boats for transmitting tactical information from the ships to each attack boat, a communication control device for controlling communication with multiple attack boats by manual switching, and a ship obtained through the communication device. The target information processing system is mounted on the ship, and the weapon control system is mounted on a small and highly agile attack boat. A weapon control system for a ship, characterized in that it is capable of dealing with a threat target by freezing an attack boat commanded by an operator via a communication line.