JP2005090932A - Protective net for capturing and blasting ballistic missile of enemy additionally equipped on tip end of intercepter missile patriot - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To completely capture and blast a ballistic missile of an enemy to vanish it out, and vanish out an attack intention of the enemy completely. <P>SOLUTION: The basic system is as follows. A currently-used intercepter missile, Patriot, additionally equipped, on a tip end of its warhead, with a protective net for capturing and blasting a ballistic missile of an enemy in a folded shape is set off forward of an expected flight course of the ballistic missile of the enemy near the border in the vicinity of a ballistic missile launching base station of the enemy or on the sea. The protective net for capturing and blasting the ballistic missile of the enemy is put on stand-by in an opened and developed state. If the ballistic missile of the enemy comes flying and comes in contact with this protective net, huge arc discharge of a high voltage large current from electrodes of solar batteries equipped in the entire surface of the protective net causes the firing and explosion of rocket fuel remaining in the ballistic missile of the enemy. This system is equipped in two or three stages, thereby completely crushing the attack intention of the ballistic missile of the enemy and completely blasting even a multiheaded ballistic missile. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

Detailed Description of the Invention

  The present invention belongs to a military secret that protects the homeland from enemy ballistic missile attacks and should not be disclosed to the general public. And requests the prompt establishment of a defense system.

  Conventionally, for enemy missile attacks, the method of shooting down enemy ballistic missiles with Patriot interceptor missiles etc. has been taken, but this is like shooting off bullets launched by enemies and overly advanced New technology was required and it was a difficult task.

Problems that the application is trying to solve

  Enemy ballistic missiles that come in are captured and blown away in a single shot by the defense network, and the enemy's intention to attack is completely extinguished. If only one stage is insufficient, this defense network is arranged in two to three stages to ensure complete defense.

Means for solving the problem

(1) Determination of interception timing and point Enemy ballistic missile launch points can be easily determined in advance based on various information such as international trends, diplomatic negotiation processes, and space surveillance satellite monitoring information.
(2) How to capture and blast enemy ballistic missiles At the tip of the warhead of the current interceptor missile patriot, an enemy missile missile that is equipped with an enemy ballistic missile capture and blast defense network is added to the vicinity of the enemy ballistic missile launching base. Launched in front of the anticipated enemy ballistic missile flight course near the border of the sea or at sea, opened the enemy ballistic missile catching and blasting defense network, made it stand by, and the enemy ballistic missile came in and defended If it touches the net, the basic method is to ignite and explode the rocket fuel remaining in the enemy ballistic missile from the electrode of the solar cell equipped on the entire surface of the defense net by a huge arc discharge of high voltage and high current. By deploying this method in two to three stages, the enemy's intention to attack ballistic missiles is completely blocked, and multi-ballistic ballistic missiles are also blown out.

  Next, embodiments of the present invention will be described with reference to the drawings.

FIG.

Is a conceptual diagram of the defense network type ballistic missile interception of the present invention. When a ballistic missile is launched from the enemy ballistic missile launch base 1, the space surveillance satellite 5 reports to the friendly interceptor missile launch base 2, and according to the contents of the report Towards outer space course 6 or atmospheric course 7,

FIG.

When the interceptor missile patriot 13 is fired and the respective altitudes are reached, the ballistic missile interceptor defense network 15 additionally installed on the interceptor missile is opened, preventing the enemy ballistic missile from proceeding, It is installed on the entire surface

FIG.

The metal part of the enemy ballistic missile comes into contact with the discharge electrode 18 of the solar cell 16 and a huge arc discharge 19 is generated. This arc discharge ignites the attitude control rocket fuel remaining in the enemy ballistic missile. Explode and stop ballistic missiles from functioning.
The electromotive force in space of the solar cell 16 is said to be 1 kilowatt per square meter. If the deployment area of the ballistic missile defense network is 100 square meters, the generated power will be a huge amount of 100 kilowatts. Appropriately connecting in series and parallel connections will result in significant high voltage and large currents that can easily generate enormous arcing, which alone will make enemy ballistic missiles useless.

FIG.

Shows a cross-section of the defense net mainly placed on the foamed polyethylene 20, and shows the installation status of the solar cell base 21 and the arc discharge electrode 22 on the front side of the defense net. The foamed polyethylene layer is installed on the back side of the defense net for the purpose of providing a certain level of resistance so that the enemy's ballistic missile cannot be easily penetrated. In the foamed polyethylene, the foamed polyethylene particles and the foaming agent are separately separated when the protective net is folded, and both are mixed to form a foamed polyethylene layer when the protective net is developed. In this mixing, since the outer space is a vacuum weightless zone, the foamed polyethylene storage bag easily inflates, and the foamed polyethylene particles and the foaming agent are sucked and mixed easily.
In addition, although a small iron piece may be mixed with a foaming polyethylene layer, there exists a fault of a weight increase.
The defense network 8 is like a geostationary satellite in outer space. When the enemy's ballistic missile is fired, the defense network waits in outer space. It can be moved.
As mentioned above, the method of blocking enemy ballistic missiles by the defense network is almost as long as the first stage is insufficient, the second stage, the third stage, or the intercepting missile 12 from the sea and strengthening the deployment. Will be able to completely block enemy ballistic missiles. In this way, it is important not only to ask the other party to stop nuclear development, but also to completely lose the opponent's willingness to develop nuclear weapons and missiles by developing and strengthening the ability to prevent complete missile defense. .

The invention's effect

In Japan, which is dedicated to defense of defense, it is extremely important to completely prevent enemy missile attacks. Therefore, I think that people involved in this research are desperately continuing to study, but the conventional Patriot interceptor missile method seems to be mainly based on the method of shooting off the bullets of the fired pistol. I think that high performance is required.
Therefore, I recall the ideas I had thought during the war in the past and make suggestions for reference. It was a way to blow up the enemy fighters with a large net because there were too many enemy fighters. However, this was easily seen by the enemy side, and almost never succeeded, so it was not realized. But for modern missiles, it's the best way, far better than shooting a pistol bullet. In the present invention, solar cells are provided over the entire surface of the defense net, but the missile flight speed is extremely fast, so it would be possible to prevent ballistic missiles without having to do this troublesomely.
Also, since pinpoint attacks are a common sense era in the modern world, when intercepting enemy ballistic missiles, it should be intercepted while observing enemy ballistic missiles equipped with an imaging tube at the warhead of the interceptor missile. .
In any case, this type of defense network has a very simple structure and the effect is reliable. If this method is deployed in two or three steps, enemy missile attacks are almost certainly prevented. If this is notified to the enemy during this process, it will be understood how wasteful nuclear proliferation and missile development will be, and diplomatic negotiations will be very advantageous.

  Defending net type ballistic missile interception conceptual diagram.   Ballistic missile intercept defense network conceptual diagram.   Solar cell connection diagram   A conceptual diagram of a foamed polyethylene layer.

Explanation of symbols

1, enemy ballistic missile launch base 2, friendly intercept missile launch base 3, defense network deployed in outer space course 4, defense network deployed in atmospheric course 5, space surveillance satellite 6, outer space course 7, atmospheric course 8 , Defense network 9 waiting in outer space, second stage defense network in outer space course 10, third stage defense network in outer space course,
11. Marine ship intercepting missile launch base 12, atmospheric course defense network 13 launched from the sea, current interceptor missile body 14, border line 15, deployed defense network 16, solar cell serial connection 17, solar cell parallel connection 18 , Arc discharge electrode 19 of solar cell, arc discharge 20, foamed polyethylene layer 21, solar cell substrate 22, arc discharge electrode of solar cell

Claims (1)

  At the tip of the warhead of the current interceptor missile patriot, an enemy missile capture blast defense network is folded and an additional interceptor missile is installed near the enemy's ballistic missile launch base near the border or at sea. Launch in front of the ballistic missile flight course, open and deploy the enemy ballistic missile capture and defence defense network, and if the enemy ballistic missile comes in contact with this defense network, it is equipped on the entire defense network Deploying this system in two to three stages, which is based on the fact that a large arc discharge of high voltage and high current from the electrode of the solar cell that ignites and explodes the rocket fuel remaining in the enemy ballistic missile The current interceptor missile patriot is characterized by completely crushing the enemy ballistic missile's intent to attack, and also destroying the multi-ballistic ballistic missile. Of the tip of the warhead, the interceptor missile was added equipped with a ballistic missile capture blasting defense network of the enemy.

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