JP3468187B2 - Decoy ammunition control system, weapon management system, decoy ammunition, decoy ammunition launcher and decoy ammunition control device - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a decoy bullet control system, a weapon management system, a decoy bullet, a launcher for launching a decoy bullet, and a decoy bullet control device, and more particularly to radio wave interference used for missile defense. The present invention relates to launch control of decoy ammunition such as ammunition, improvement of decoy ammunition control system for controlling operation, and a weapon management system including decoy ammunition.

[0002]

2. Description of the Related Art Regarding a conventional decoy bullet control system,
A control system for a radio interference bullet, which is a type of decoy bullet, will be described with reference to FIGS. 14 and 15. 14 and 15 are diagrams showing a schematic configuration and operation of a conventional radio interference jammer control system.

In FIGS. 14 and 15, reference numeral 1 is a radio wave interference bullet, 2a to 2c are cha-franchers, and 20 is a discharge extension cylinder used when the radio wave interference bullet 1 is emitted. Also,
Reference numeral 5 is a remote control device for controlling the emission control and radio wave characteristics of the radio interference bomb 1, 6 is a remote control antenna for transmitting the control signal output from the remote control device 5 to the radio interference bomb 1, and 9'is remote control. ESM (Electr
onic Support Measures) device, 1H is the head of the radio interference jammer 1, 12 is a dial for setting the jammer number of each jammer, 10 is a display unit for displaying the set jammer number, O
P is an operator who loads and controls the jamming bullet 1.

Next, the operation of this conventional radio interference bullet control system will be described. Conventional radio jammer 1
The operator OP sets a jamming bullet number using the dial 12 of the radio jamming bullet head 1H. The sabotage numbers that can be set are
Limited by hardware. After setting the jamming bullet number, the radio jamming bullet 1 is loaded into the cha-francher 2a together with the launch extension cylinder 20. The bullet type, the bullet number, and the loaded launcher number of the loaded radio interference bullet 1 are input to the remote control device 5 by the operator OP.

After being loaded, the jammer 1 is controlled by the remote control device 5.
It is fired from the cha-launcher 2a according to the firing signal from. After the launch, the remote control device 5 receives the target information from the ESM device 9'and sends the jamming bullet control signals such as jamming number and radio wave specifications to the jamming bullet 1 in flight via the remote control antenna 6. Send to. The radio interference bullet 1 that has received this control signal compares the interference bullet number included in the control signal with the set interference bullet number, and if they match, operates based on the control information.

[0006]

As described above, in the case of the conventional radio interference jammer control system, the operator OP
Moves to the decoy bullet control device 5 from the cha-francher 2a after setting the bullet number etc. on the radio interference bullet head 1H,
Enter the launcher number, bullet type, bullet number, etc. For this reason, when launching decoy bullets of different types such as radio interference bullets, IR bullets, chaff bullets from the same launcher, or when launching multiple bullets with multiple launchers, which kind of bullet is used for which launcher There is a problem that the operator OP has to accurately record the bullet type and the number of the bullet (bullet number) loaded, and input it to the remote control device 5. Further, since the operator must confirm and input the loaded bullet type and bullet number, there is a problem that automation of the system such as automatic loading is difficult. Further, in the case of setting the bullet number by the conventional hardware using a dial or the like, there is a problem that the number of bullet numbers that can be set is limited due to operability of the operator, restrictions on the structure of the radio interference bullet, and the like.

The present invention has been made in order to solve such a problem, and automatically identifies the bullet type, bullet number, loaded launcher number, etc. of a decoy bullet and incorporates it into the decoy bullet controller. This reduces the burden on the operator and prevents input mistakes. Another object of the present invention is to reduce the burden on the operator and prevent input errors by writing the bullet type or bullet number into the decoy bullet from the decoy bullet control device.

Further, by registering a bullet number or the like to the decoy bullet from the decoy bullet control device or reading out the registered bullet number, the system is automated or integrated, or the control device centrally manages it. Aim to achieve. Furthermore, it aims at increasing the number of bullets that can be set for decoy bullets.

[0009]

[0010] decoy ammunition control system according to the present invention, the bullet
A decoy bullet having a code storage unit that holds identification codes such as species and bullet numbers and a wireless reception unit that determines a wireless control signal based on this identification code, and a launcher that can write the identification code to the code storage unit of the decoy bullet have a interface unit, pre-assigned and entered launcher number
And decoy bullet firing launcher for comparing the launcher number that is, de-loaded in the launcher comparison results match
With register the identification code through the launcher interface unit against carp bullet, consisting of a decoy bullet control device for controlling the decoy bullets by a radio control signal based on the identification code.

Further, in the decoy bullet control system according to the present invention, the launcher interface section can read the identification code held in the code storage section of the decoy bullet, and the decoy bullet control device causes the decoy bullet control device to execute the decoy bullet control via the launcher interface section. It is configured to read the identification code registered in the bullet.

Further, in the decoy bullet control system according to the present invention, the decoy bullet control device launches the launcher number with the decoy bullet.
Configured to receive from the launcher.

The weapon management system according to the present invention is
Target information based on the control signal from the weapon control device that outputs the identification code to the decoy bullet control system and the decoy bullet control device of the decoy bullet control system and specifies the identification code registered in the decoy bullet EW that outputs
Composed of equipment.

Further, the decoy bullet according to the present invention is connected to the launcher interface section at the time of loading the launcher for launching the decoy bullet, and is connected to the decoy bullet control device.
The launcher number and the pre-assigned launcher number
A code storage unit that holds identification codes such as bullet types and bullet numbers that can be externally written via the launcher interface unit according to the comparison, and a decoy bullet control device based on the identification code held in the code storage unit during flight. From the radio control signal from the radio receiver.

The launcher for launching a decoy bullet according to the present invention is connected to a loaded decoy bullet and is input from a decoy bullet controller and a launcher interface section capable of writing an identification code to the code storage section of the decoy bullet.
Launcher number and pre-assigned launcher number
It has a means to compare with , and the bullet type and bullet number output by the decoy bullet control device via this launcher interface section.
No. etc. identification code is attached to the launcher that matches the comparison.
It is configured to register the filled decoy bullets.

Further, the decoy bullet control device according to the present invention is
An identification code input section for inputting identification codes such as bullet types and bullet numbers to be written in the decoy bullet code storage section, and an identification code display for displaying the identification code written in the decoy bullet code storage section It consists of a part and is assigned with a launcher number in advance
Decoy with means to compare with the given launcher number
Identification of decoy bullet for bullet firing launcher code and run
It is configured to input and output the char number .

[0017]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiment 1. FIG. 1 is a diagram showing an example of a schematic configuration of a decoy bullet control system according to the present invention. 1a to 1c in the figure are EJ (Expendable Jamme)
r) bullets, IR (InfraRed) bullets, chaff bullets and other decoy bullets, 2a to 2c are launcher for launching decoy bullets (so-called cha franchise), 3a to 3c are launcher interface parts, 4a to 4c are signal cables, 5 is a decoy bullet control device, 6 is a remote control antenna, and 7 is a code identification device.

The decoy bullets 1a to 1c are loaded on the launching launchers 2a to 2c, respectively, and are fired by a firing signal from the control device 5. An identification code (for example, a data code indicating a bullet number, a bullet type and a bullet number) is assigned to each of the decoy bullets 1a to 1c by the operator, and each launch launcher 2a to 2c corresponds to the decoy bullets 1a to 1c. Launcher interface part 3 that recognizes the identification code
a to 3c respectively.

Launcher interface units 3a to 3c
Reads the identification code assigned to the loaded decoy bullets 1a to 1c and outputs a read signal. These read signals are transmitted to the code identification device 7 via the signal cables 4a to 4c and converted into identification codes. The identification code generated by the code identification device 7 is further input to the decoy bullet control device 5 via the signal cable 4.

The decoy bullet control device 5 includes a remote control antenna 6
A radio control signal is transmitted to the decoy bullets 1a to 1c via the remote control to remotely control the decoy bullets. For example, if the decoy bullet is a radio interference bullet, the radio specifications of the outgoing interference radio are instructed. The wireless control signal includes an identification code together with the control data of the decoy bullet, and the decoy bullet to be controlled is designated by the identification code.

FIG. 2 is a diagram showing an example of the configuration of the decoy bullets 1a to 1c, showing an example of a radio interference bullet. In the figure, 11 is a code storage unit, 12 is a code input unit, 14 is a control signal receiving unit, and 15 is an interfering radio wave transmitting unit. The control signal reception unit 14 includes a reception antenna 140 and a reception processing unit 141.
And the code comparison unit 142, and the jamming radio wave transmission unit 15 includes a transmission unit 150 and a transmission antenna 151.

The receiving antenna 140 is the remote control antenna 6
Receive a radio signal from. The reception processing unit 141 performs demodulation processing of this reception signal and extracts the control data and the identification code included in the radio control signal. On the other hand, the code storage unit 11 is a code input unit 1 such as a dial or a switch.
The identification code entered by the operator from 2 is stored.

The code comparison unit 142 compares the extracted identification code with the identification code held in the code storage unit 11, and controls the radio wave data of the jamming radio wave transmission unit 15 based on the comparison result. . That is, when the identification codes match, the frequency or the like of the interfering radio wave is set or changed based on the extracted control data, and the interfering radio wave having the predetermined radio wave specifications or the like is generated by the transmitting unit 150 and transmitted. It is transmitted from the antenna 151. The same remote control using the identification code can be performed for the launch control.

FIG. 3 is a diagram showing an example of the configuration of the launcher 2a for launching a decoy bullet, in which 30 is a character reader.
Reference numeral 70 is a character identification device as a code identification device, and 10 is a code display portion, which is enlarged and displayed in the drawing. The code display unit 10 displays the identification code assigned to the decoy bullet 1a so as to be externally readable using characters and symbols. Here, with the bullet type "radio jammer 1",
The bullet number "1" is displayed as the identification code, and this code matches the identification code held in the code storage unit 11 inside the decoy bullet.

The character reader 30 as the launcher interface is an image reading means such as a CCD camera attached to the launcher 2a for launching the decoy bullet, and a code display of the decoy bullet 1a loaded in the launcher 2a for launching the decoy bullet. It is provided at a position where the part 10 can be imaged.
The character identification device 70 is a character recognition unit that converts the image pickup signal output by the character reader 30 into character information and generates an identification code. The converted identification code is output to the decoy bullet control device 5 via the signal cable 4 together with the launcher number (a code for identifying the launcher).

According to this embodiment, when the decoy bullet is loaded into the launcher, the decoy bullet control device 5 automatically determines the identification code of the loaded decoy bullet and the launcher number in which it is loaded. It can be recognized, and the operator does not need to input the bullet type and bullet number. Therefore, it is possible to reduce the burden on the operator and prevent human errors such as input errors.

Further, by displaying the identification code held in the code storage section inside the decoy bullet so that it can be read from the outside, the identification code can be visually recognized.
For example, it becomes easy to manage decoy bullets before loading them into the launcher.

In the present embodiment, the case where the code identifying device 7 is provided on the launcher 2a to 2c side for launching the decoy bullet has been described, but as shown in FIG.
May be provided in the decoy bullet control device 5. However,
In the decoy bullet control system shown in FIG. 1, the code identification device 7 can be shared by the launchers 2a to 2c, and the identification data read by the launchers 1a to 1c can be transmitted using the common cable 4. 4, the number of cables between the launchers 1a to 1c and the control device 5 can be reduced as compared with the system.

Embodiment 2. In this embodiment, as another example of the launcher interface unit, a case where an identification code is read using a pressure sensor will be described. FIG. 5 is an enlarged view of a part of the decoy bullet control system according to the present invention shown in FIG. In the figure, 12 is a code input unit, 31 is a launcher interface unit, 31S
Is a pressure sensor.

The code input section 12 is composed of a plurality of push button switches provided on the head of the decoy bullet 1a, and an operator can input an identification code by turning each push button switch on and off. Here, there are two bullet type setting switches and four bullet number setting switches, and four bullet types and bullet numbers 1 to 16 can be set. The code input section 12 may itself correspond to the code storage section 11 shown in FIG. 2, or may be configured to electrically read the ON / OFF information of the switch and write it in the code storage section 11. You may comprise.

The launcher interface section 31 comprises a plurality of pressure sensors 31S, and each pressure sensor 31S.
Are arranged corresponding to the switches of the code input unit 12. This interface unit 31 is used as the code input unit 1
When the pressure sensor 31S detects the pressing by the convex pushbutton switch, the pressure sensor 31S can turn ON or OFF each pushbutton switch, that is, the identification code can be read. This pressure sensor 31S applies a pressing force of 2
Any means can be used as long as it can be converted into an electric signal of a value, and for example, a push button switch can also be used. In this case, it is necessary to use one that can be turned on with a pressure smaller than the pressing force for operating the push button switch of the code input unit 12.

That is, the code input section 12 is an input means for the operator to set an identification code on the decoy bullet and a display means for displaying the identification code registered so that the launcher interface 31 can read it. . The launcher interface is a means for reading the identification code displayed by the code input unit 12.

According to this embodiment, the operator can easily set the identification code and can easily read the identification code set by the interface section. Further, the number of settable identification codes can be increased by increasing the number of push button switches and the number of pressure sensors.

In the present embodiment, the code input section 1
Although the case where 2 is a push button switch has been described, the present invention is not limited to such a case. For example, it may be a means other than the push button switch whose shape is changed by the input operation of the identification code by the operator.

Embodiment 3. In the present embodiment, as another example of the launcher interface unit, a case where an identification code is read using a photo sensor will be described.
FIG. 6 is an enlarged view of a part of the decoy bullet control system according to the present invention shown in FIG. In the figure, 12 is a code input section, 12H is a slit, and 32X and 32Y are launcher interface sections.

As in the case of FIG. 5 (Embodiment 2), the code input section 12 is composed of a plurality of push button switches provided on the head of the decoy bullet 1a. Slit 1
2H penetrates the decoy bullet 1a in the cross-sectional direction near the bullet head and passes through the code input section 12 so that the decoy bullet 1a
An optical path is formed inside. That is, it is a linear through hole that corresponds to the push button switch of the code input unit 12 and is formed so as to include the push button switch.

The launcher interface section is a means for reading the identification code set by the code input section 12, and includes a plurality of light sources 32X and a plurality of photosensors 32Y.
Consists of. The light source 32X and the photo sensor 32Y are provided on the inner surface of the launcher 2a so as to face each other, and when the decoy bullet 1a is loaded on the launcher 2a, the light emitted from the light source 32X passes through the slit 12H to generate a code. It is incident on the input unit 12.

At this time, if the push button switch is in the concave state, light passes through the cord input section 12 and is output from the slit 12H on the opposite side, but if it is in the convex state, the light is blocked by the push button switch. . The photosensor 32Y detects the light output from the slit 12H corresponding to the depressed pushbutton switch, so that the bullet type and bullet number registered by the code input unit 12 can be read.

According to the present embodiment, the code input section 12
The identification code of the loaded decoy bullet can be recognized by reading the change in the shape of (1) with the interface unit including the light source and the photo sensor.

In this embodiment, the case where the decoy bullet is provided with the slit and the launcher interface section is composed of the light source and the photosensor corresponding to the slit has been described, but the present invention is not limited to such a case. . That is, any configuration may be used as long as the shape change of the code input section 12 of the decoy bullet loaded with the launcher interface section can be optically read.

Fourth Embodiment In the present embodiment, a decoy bullet control system that reads an identification code from a decoy bullet and displays it on a decoy bullet control device will be described. Figure 7
It is the figure which showed one structural example of the decoy bullet control system by this invention. In the figure, 50 is a code display portion, and 33 and 13 are connectors. Although shown in a simplified manner in FIG. 7, two or more launch launchers 2 are connected to the decoy bullet control device 5, and each launch launcher 2 is assigned a unique launcher number. The same applies to each of the following embodiments.

The decoy bullet 1 comprises a code input section 12, a code storage section 11 and a connector 13 as in the case of the above embodiment. The identification code set by the operator from the code input unit 12 is stored in the code storage unit 11. The connectors 33 and 13 are detachable electrical connectors, and power is supplied to the decoy bullet 1 from the outside through these connectors, and the identification code is output from the decoy bullet 1 to the outside.

When power is supplied to the decoy bullet 1 from the decoy bullet launcher 2, the identification code held in the code storage unit 11 is output to the decoy bullet launcher 2 via the connectors 13 and 33. . Then, the read signal to which the launcher number is added in the launcher 2 for launching the decoy bullet is input to the decoy bullet control device 5. In the decoy bullet control device 5, the code identification unit 7 automatically identifies the read signal, converts it into a launcher number and an identification code, and records it in a storage unit (not shown). Then, the code display unit 50 such as a CRT displays the launcher number and the identification code.

Based on this display data, the operator
Information on the loaded decoy bullets can be obtained, and launch control and operation control of the decoy bullets can be performed. Further, the decoy bullet control device 5 may automatically perform launch control and operation control of the decoy bullet based on the stored launcher number and identification code.

FIG. 8 is an enlarged schematic view of a part of the decoy bullet control system of FIG. The connector 33 is a connector as a launcher interface provided on the launcher 2 for launching the decoy bullet, and the operator connects to the connector 13 provided on the bullet head of the decoy bullet 1. Therefore, if the connector 33 of the launcher is connected to the connector 13 of the decoy bullet, the identification code can be read as an electric signal.

According to this embodiment, since the decoy bullet and the launcher for launching the decoy bullet are connected to the connector, the identification code can be read as an electric signal. Further, the identification result of the identification code is displayed on the code display section of the decoy bullet control device. Therefore, the operator can obtain information on the decoy bullet loaded in the launcher for launching the decoy bullet in the decoy bullet control device, and based on this information, can perform launch control and operation control.

In this embodiment, an example in which the launcher interface is a connector connection by an operator has been described, but the present invention is not limited to such a case. That is, the launcher interface may be any means for electrically connecting the launcher for launching the decoy bullet and the decoy bullet loaded therein. For example, the connector 33 may be provided inside the launcher for launching the decoy bullet, and the connector 13 may be provided on the side surface or the bottom surface of the decoy bullet so that electrical connection is automatically performed by loading the decoy bullet. If the decoy bullet has a storage battery inside, it is not necessary to supply power from the launcher for launching the decoy bullet. Further, instead of electrical connection, optical connection for optical communication can be performed.

Embodiment 5. In the present embodiment, a decoy bullet control system for writing an identification code from the decoy bullet control device 5 to the decoy bullet will be described. FIG. 9 is a diagram showing a configuration example of a decoy bullet control system according to the present invention. In the figure, 51 is the code input section of the decoy bullet control device, 3
3 and 13 are connectors.

The decoy bullet 1 comprises a code storage section 11 and a connector 13. The code storage unit 11 is a storage unit that holds the identification code written from the decoy bullet control device 5. In the case of this decoy bullet 1, the operator can also use the bullet head code input section 12 (FIG. 7) for inputting an identification code at the decoy bullet head, but it can be omitted if necessary. Connector 3
Embodiments 3 and 13 of the fourth embodiment detachably connect to each other.
Similar connectors to and through these connectors,
Power is supplied to the decoy bullet 1 from the outside and an identification code is input.

The code input section 51 of the decoy bullet control device is
The input means includes a push button switch, a keyboard, and the like, and the operator can input the launcher number and the identification code from the code input section 51. The input identification code and launcher number are output to the launcher for launching each decoy bullet.

Each launcher for launching the decoy bullets compares the entered launcher number with the pre-assigned launcher number, and the launcher 2 with which these match is assigned an identification code to the decoy bullet 1 loaded in itself. Output.
That is, the identification code is written to the code storage unit 11 in the decoy bullet 1 via the connectors 33 and 13.

According to this embodiment, since the decoy bullet and the launcher for launching the decoy bullet are connected to the connector, the identification code can be written as an electric signal from the outside to the decoy bullet. That is, the identification code can be designated in the decoy bullet control device 5.

Therefore, the operator does not necessarily have to set the identification code in the decoy bullet 1. Further, since the operator is not restricted by hardware (shape, size, etc. of the code input unit 12) compared to the conventional one in which the operator inputs from the code input unit 12 of the warhead, the number of identification codes that can be set is significantly increased. It can be increased. Furthermore, the identification code can be centrally managed in the decoy bullet control device 5 that controls the launch and operation of a plurality (two or more) of decoy bullets of the same or different bullet types. With such unified management,
It is possible to automate the decoy bullet control system, for example, to automatically load the decoy bullet 1 into the launcher 2 for firing the decoy bullet.

In this embodiment, the case where the operator does not have the code input section 12 (FIG. 7) for inputting the identification code at the decoy bullet head has been described as an example.
It is possible to further include such a code input unit 12 and use both of them together.

In this embodiment, the case of writing the identification code from the decoy bullet control device has been described.
It can also be configured to be readable and writable. That is, FIG.
As shown in 0, the decoy bullet control device 5 is
The code display unit 50 similar to
It is also possible to write the identification code through 3, 13 and read out and display the identification code through the connectors 33, 13. In this case, the operator can confirm the writing of the identification code automatically or automatically.

When the identification code is not correctly set in the decoy bullet 1, the decoy bullet becomes uncontrollable. Figure 1
In case of 0 decoy bullet control system, decoy bullet control device 5
Since it is possible to confirm whether or not the identification code output from is correctly written in the code storage unit 11 of the decoy bullet 1, it is possible to prevent a writing error and reliably control the decoy bullet.

Sixth Embodiment In this embodiment, a decoy bullet control system including a weapon control device and an EW device will be described. FIG. 11 is a diagram showing a configuration example of the decoy bullet control system according to the present invention, in which 8 is a weapon control device and 9 is an EW device. In addition, the connectors 33, 13
Is connected, the identification code of the decoy bullet 1 can be read and written from the decoy bullet control device 5.

The weapon control device 8 is means for collectively managing, controlling or controlling a plurality of weapons. For example, not only is control and operation control performed on a plurality of decoy ammunition of the same or different ammunition types, but management and control of other weapons as well as decoy ammunition are also performed.

The EW (Electronic Warfare) device 9 is a device that analyzes incoming radio wave information and outputs target information based on the analysis result. For example, if you receive a radio wave emitted by a missile in flight, based on this received information,
The required specification values (for example, frequency) of the interference wave are determined and output as target information.

The launcher number and the identification code input from the code input section 51 of the decoy bullet control device 5 are sent from the decoy bullet control device 5 to the launch launcher 2. For the decoy bullet 1 loaded in this launcher number, the power supply and identification code from the launching launcher 2 is the connector 3
It is sent via 3 and 13 and registered (stored) in the code storage unit 11 in the decoy bullet 1.

The registered identification code corresponds to the connector 33,
It is output from the code storage unit 11 to the launch launcher 2 via 13. This identification code is sent from the launch launcher 2 to the decoy bullet control device 5 together with the launcher number, and is automatically identified by the code identification unit 7 in the decoy bullet control device 5. The identification result is sent from the decoy bullet control device 5 to the weapon control device 8.

When the decoy bullet 1 is fired, the weapon control device 8 decides to fire the decoy ammo, outputs control information to the EW device, and at the same time, the decoy bullet control device 5
Output a firing signal to. The EW device outputs target information necessary for controlling the decoy bullet 1 based on the control information from the weapon control device 8. The decoy bullet control device 5 selects the decoy bullet 1 to be launched based on the target information and the launch signal, and outputs the launcher number and the identification code thereof to the launch launcher 2 together with the launch signal, so that the decoy bullet 1 is released. Is fired. After the launch, a wireless control signal is transmitted from the decoy bullet control device 5 to the decoy bullet 1 via the remote control antenna 6, and the operation control of the decoy bullet 1 is performed.

According to this embodiment, the weapon control device 8 and the EW device 9 are connected to the decoy bullet control device 5, and the launcher number and the identification code are sent from the decoy bullet control device 5 to the weapon control device 8 and the weapon control device. 8 and the EW device 9 output target information and a firing signal for controlling the decoy ammunition 1 to the decoy ammunition control device 5, so that the weapon control device 8 can perform decoy ammunition control and operation control. Therefore, the weapon control device 8 can centrally manage the decoy bullets together with other weapons.

In FIG. 11, the weapon control devices 8 and E are shown.
Although the example of the decoy bullet control system in which one decoy bullet control device 5 is connected to the W device 9 has been described, the system may be one in which two or more decoy bullet control devices 5 are connected to the same weapon control device 8. .

Embodiment 7. In the present embodiment, a decoy bullet control system in which the weapon control device includes a code input section and a code display section will be described. FIG. 12 is a diagram showing a configuration example of a decoy bullet control system according to the present invention, in which 80 is a code display section and 81 is a code input section.

The launcher number and the identification code input from the code input section 81 of the weapon control device 8 are sent from the weapon control device 8 to the launch launcher 2 via the decoy bullet control device 5. Then, the decoy bullet 1 loaded in the launch launcher 2 designated by this launcher number
Then, the power source and the identification code are sent from the launch launcher 2 to the code storage unit 11 in the decoy bullet through the connectors 33 and 13 and registered.

The identification code registered in the code storage unit 11 is output from the decoy bullet 1 to the launch launcher 2 via the connectors 33 and 13. The launch launcher 2 sends this identification code together with the launcher number to the decoy bullet control device 5, and is automatically identified by the code identification unit 7. The identified launcher number and identification code are sent to the weapon control device 8 and displayed on the code display unit 80 in the weapon control device 8.

When the decoy bullet 1 is fired, the weapon control device 8 decides to fire the decoy bullet. That is, the control information is output, the target information is received from the EW device 9, the decoy bullet 1 to be launched is selected, and the launch signal and the target information are output to the decoy bullet control device 5 together with the launcher number and the identification code.

The decoy bullet control device 5 uses the launcher number, the identification code, the firing signal and the target information based on these launchers.
The launcher number, the identification code, and the launch signal are output to the launch launcher 2, and the decoy bullet 1 is launched. After the launch, a radio control signal is transmitted from the decoy bullet control device 5 to the decoy bullet 1 via the remote control antenna 6 based on the target information, and the operation control of the decoy bullet 1 is performed.

According to the present embodiment, the weapon control device 8 is provided with the code display portion 80 and the code input portion 81, and the weapon control device 8 inputs and displays the launcher number and the identification code of the decoy bullet. Since the weapon control device 8 is configured as described above, the identification code can be registered and the decoy bullet to be fired can be determined and instructed, so that more advanced and more efficient centralized management can be performed.

Eighth Embodiment In the present embodiment, a decoy bullet control system that performs wireless communication between the decoy elasticity control device and the weapon management device will be described. FIG. 13 is a diagram showing a configuration example of a decoy bullet control system according to the present invention. Of the blocks shown in FIG. 13, those corresponding to the blocks in FIG. 12 are designated by the same reference numerals, and alphabets A and B are added at the end if necessary.

This decoy bullet control system comprises subsystems S1 and S2 for data communication. The subsystem S1 includes a decoy bullet 1A, a launch launcher 2A, a decoy bullet control device 5A, a remote control antenna 6A, and a weapon control device 8
12 is a system similar to that shown in FIG. 12, and is fixedly installed on land, for example. On the other hand, the subsystem S2 includes a decoy bullet 1B, a launch launcher 2B, a decoy bullet control device 5B, and a remote control antenna 6B.
And a communication device 82B, which does not include a weapon control device and an EW device, and is provided, for example, on a fellow ship.

The communication devices 82A and 82B are devices for performing wireless communication between the subsystems S1 and S2, and the weapon control device 8 of the subsystem 1 is connected via these communication devices.
Data communication can be performed between the decoy bullet control devices 5B of the subsystem 2.

Here, the decoy bullet 1 by the weapon control device 8
Registration and reading of the identification code for A are the same as in the case of the seventh embodiment. That is, the identification code of the decoy bullet 1A is input together with the launcher number from the code input unit 81 of the weapon control device 8 and registered in the code storage unit 11A of the decoy bullet 1A. The identification code registered in the decoy bullet 1A is displayed on the code display section 80 together with the launcher number.

On the other hand, the identification code of the decoy bullet 1B loaded in the launch launcher 2B of the fellowship is also input from the code input section 81 of the same weapon control device 8 together with the launcher number. The entered identification code and launcher number are
It is sent from the weapon control device 8 to the communication device 82A and is wirelessly transmitted to the communication device 82B of the fellowship. This received data is sent to the launch launcher 2B via the decoy bullet control device 5B, and the code storage unit 11B of the decoy bullet 1B loaded in the launch launcher 2B designated by the launcher number.
The identification code is registered in.

The identification code registered in the decoy bullet 1B is
It is read out via the connectors 13B and 33B, output from the launching launcher 2B to the decoy bullet control device 5B together with the launcher number, and is automatically identified by the code identifying unit 7B. The identified launcher number and identification code are further transmitted to the communication device 82B and wirelessly transmitted to the communication device A on the ground. The received data is sent from the communication device 82A to the weapon control device 8 and displayed on the code display unit 80 together with the launcher number.

Next, the launch control and operation control of the decoy bullet 1A are the same as in the case of the seventh embodiment. That is, the weapon control device 8 sends a firing signal, target information, etc. to the decoy bullet control device 5A based on the target information from the EW device 9, and the decoy bullet 1A is fired. Remote control antenna 6 after launch
The decoy bullet control device 5A performs wireless control of the decoy bullet 1A via A.

On the other hand, the weapon control device 8 also controls the launch control and operation of the decoy bullet 1B. That is, the weapon control device 8 outputs the control information to the EW device 9 and
The launcher number, the identification code, the launch signal, and the target information are output to the communication device 82A based on the target information from. These pieces of information are wirelessly transmitted from the communication device 82A to the communication device 82B of the fellow ship and sent to the decoy bullet control device 5B. Further, the launcher number, the identification number and the launch signal are sent from the decoy bullet control device 5B to the launch launcher 24b.
Sent to and the decoy bullet 1B is fired. After launching, the decoy bullet control device 5 is sent via the remote control antenna 6B.
A wireless control signal is sent from B to the decoy bullet 1B, and the decoy bullet 1B is remotely controlled.

In this embodiment, the communication devices 82A and 82A
Since it is configured to perform data communication of the launcher number, identification code, launch signal, target information, etc. between the subsystems, the land weapon control device 8 to the decoy bullet 1B of the consort ship
The identification code can be registered, read out, launch control, and operation control can be performed. That is, in the weapon control device 8, the decoy bullets of a fellow ship can be centrally managed together with other weapons.

In this embodiment, the subsystem 1
Has been described as a land-based system and the subsystem 2 as a fellowship system, but the present invention is not limited to such a case. That is, the present invention is a system in which both subsystems move relatively, a system in a remote place, etc.
It can be applied to various systems.

[0081]

[0082]

The decoy bullet control system according to the present invention is
The identification code can be written in the code storage section of the decoy bullet through the launcher interface section, and the operator does not have to register the identification code by operating the code input section of the decoy bullet. Therefore, the system can be automated like an automatic loading system. In addition, since the hardware is not limited, the number of identification codes that can be set for the decoy bullet can be greatly increased. further,
The identification code can be centrally managed in the decoy bullet control device.

Further, in the decoy bullet control system according to the present invention, the identification code can be written in the code storage section of the decoy bullet and the identification code can be read from the code storage section via the launcher interface section. Therefore, the decoy bullet control device can confirm whether or not the identification code is normally registered in the decoy bullet. That is, the identification code can be surely written in the code storage unit of the decoy bullet.

Further, in the decoy bullet control system according to the present invention, the decoy bullet control device launches the launcher number into the decoy bullet.
Configured to receive from the launcher. others
Operator enters the launcher number into the controller
No need. Also, in the decoy bullet control device, the identification code
The code can be managed centrally.

The weapon management system according to the present invention is
The weapon control device can write and read the identification code to the code storage section of the decoy bullet through the decoy bullet control device and the launcher interface section,
The EW device can be controlled. Therefore, in the weapon control device, it is possible to perform decoy bullet firing control and operation control. Further, the weapon control device can centrally manage the decoy bullets.

[0086] Further, the decoy bombs according to the present invention can be written <br/> code storage section from the outside through the launcher interface. Therefore, the operator does not need to input the identification code into the decoy bullet control device.
In addition, since the hardware is not limited, the number of identification codes that can be set for the decoy bullet can be greatly increased.

In the launcher for launching a decoy bullet according to the present invention, an identification code can be written in the code storage section of the loaded decoy bullet through the launcher interface section, and the operator can operate the code input section of the decoy bullet. There is no need to register the identification code. In addition, since the hardware is not limited, the number of identification codes that can be set for the decoy bullet can be greatly increased.

Further, the decoy bullet control device according to the present invention is
You can enter the identification code to write on the decoy bullet,
The identification code written in the decoy bullet can be displayed. Therefore, the identification code can be centrally managed in the decoy bullet control device.

[Brief description of drawings]

FIG. 1 is a diagram showing an example of a schematic configuration of a decoy bullet control system according to the present invention (Embodiment 1).

FIG. 2 is a diagram showing a configuration example of the decoy bullets 1a to 1c of FIG.

FIG. 3 is a diagram showing a configuration example of a launcher 2a for launching a decoy bullet in FIG.

FIG. 4 is a diagram showing another example of a schematic configuration of a decoy bullet control system according to the present invention.

FIG. 5 is an enlarged view of a part of the decoy bullet control system of FIG. 1 (Embodiment 2).

FIG. 6 is an enlarged view of a part of the decoy bullet control system of FIG. 1 (Embodiment 3).

FIG. 7 is a diagram showing a configuration example of a decoy bullet control system according to the present invention (Embodiment 4).

8 is an enlarged schematic view of a part of the decoy bullet control system in FIG. 7. FIG.

FIG. 9 is a diagram showing a configuration example of a decoy bullet control system according to the present invention (Embodiment 5).

FIG. 10 is a diagram showing another configuration example of the decoy bullet control system according to the present invention.

FIG. 11 is a diagram showing a configuration example of a decoy bullet control system according to the present invention (Embodiment 6).

FIG. 12 is a diagram showing a configuration example of a decoy bullet control system according to the present invention (Embodiment 7).

FIG. 13 is a diagram showing a configuration example of a decoy bullet control system according to the present invention (Embodiment 8).

FIG. 14 is a diagram showing a schematic configuration and operation of a conventional radio jamming bullet control system.

FIG. 15 is a diagram showing a schematic configuration and operation of a conventional radio jamming bullet control system.

[Explanation of symbols]

1, 1a to 1c, 1A, 1B Decoy bullet 10 Code display section (decoy bullet) 11, 11A, 11B Code storage section 1H
Decoy bullet head 12 Code input section (decoy bullet) 13, 13A, 13B Connector (decoy bullet side) 14 Control signal receiving section 14
0 reception antenna 141 reception processing unit 14
2 Code comparison unit 15 Interfering radio wave transmission unit 15
0 Transmitter 151 Transmitting antennas 2, 2a to 2c, 2A, 2B Launchers for launching decoy bullets 3a to 3c, 30, 31, 32X, 32Y, 33, 33
A, 33B Launcher interface section 4, 4a-4c Signal cable 5, 5A, 5B Decoy bullet control device 50 Code display section 51
Code input unit 6, 6A, 6B Remote control antenna 7, 7A, 7B Code identification unit 70
Character recognition device 8 Weapon control device 80
Code display section 81 Code input section 82
A, 82B Communication device 9 EW device 9 '
ESM device OP Operator S
1, S2 subsystem

─────────────────────────────────────────────────── ─── Continuation of front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) F41H 11/02 F41F 1/00-7/00 F42B 5 / 15,12 / 70

Claims (7)

(57) [Claims] 1. A decoy bullet having a code storage section for holding an identification code such as an ammunition type and an ammunition number, and a radio receiving section for discriminating a radio control signal based on the identification code, and a code storage section for the decoy bullet. have a launcher interface writable code input launcher numbered
Launcher for launching a decoy bullet that compares the issue number with a pre-assigned launcher number, and a lunch with the same comparison result
With register the identification code through the launcher interface unit against decoy ammunition loaded into catcher chromatography, decoy bullet control system consisting of a decoy bullet control device for controlling the decoy bullets by a radio control signal based on the identification code. 2. The launcher interface section comprises:
The decoy bullet control according to claim 1, wherein the identification code held in the code storage section of the decoy bullet can be read, and the decoy bullet control device reads the identification code registered in the decoy bullet through the launcher interface section. system. 3. The decoy bullet control system according to claim 2, wherein the decoy bullet control device receives the launcher number from the decoy bullet launcher. 4. The decoy bullet control system according to claim 2, and a weapon control device for outputting an identification code to the decoy bullet control device of the decoy bullet control system and designating an identification code to be registered in the decoy bullet. A weapon management system including an EW device that outputs target information based on a control signal from a weapon control device. 5. The decoy bullet control device is connected to the launcher interface section when the decoy bullet launcher is loaded.
Launcher number entered from the device and assigned in advance
Depending on the comparison with the launched launcher number, the bullet type that can be externally written via the launcher interface section ,
A decoy bullet including a code storage unit that holds an identification code such as a bullet number and a wireless reception unit that determines a wireless control signal from a decoy bullet control device based on the identification code held in the code storage unit during flight. 6. A launcher interface unit connected to a loaded decoy bullet and capable of writing an identification code to the code storage unit of the decoy bullet, and an input from the decoy bullet control device.
Launcher number and pre-assigned launcher
It has a means to compare with the number, and the bullet output by the decoy bullet controller via this launcher interface section.
Lunch with identification code such as species and bullet numbers
Launcher for registering the decoy bullets loaded into the deck. 7. A bullet to be written in the code memory of the decoy bullet
Species, an identification code input unit identification code such as a bullet number is input, consists of the identification code display unit for displaying the identification code written in the code storage section of the decoy bombs, launchers number
To compare the issue with a pre-assigned launcher number
A decoy bullet control device that inputs and outputs a decoy bullet identification code and a launcher number to a launcher for launching a decoy bullet having steps .