RU54166U1 - BATTLE PART WITH SEPARATE INDIVIDUAL GUIDANCE BATTLE BLOCKS - Google Patents

Abstract

The utility model relates to the field of missile and artillery weapons and can be used in warheads (warheads), which are equipped with missiles and large-caliber rockets. The purpose of the utility model is to increase the combat effectiveness of warheads by introducing nodes into its design that provide controlled emission of BBIN with predetermined time intervals in a certain sequence directly above the target. The warhead has hatch flaps, warhead holders, pneumatic cylinders with squibs connected to the holders, folding rods (one end movably fixed to the section walls), flaps with their own pneumatic cylinders with squibs, locking devices, metal teeth, warheads, height sensors, temporary device, cable trunk. New in the design of the warhead is the introduction of sash hatches, holders of combat units, pneumatic cylinders with squibs, folding booms of sashes with their own pneumatic cylinders with squibs, locking devices, metal teeth, warheads, cable trunk, height sensor, temporary device, wall sections combat units. The use of this warhead will significantly increase the combat effectiveness of the defeat of heterogeneous linear objects in comparison with warheads having a circular and elliptical shape of the dispersion of military elements.

Description

The utility model relates to the field of missile and artillery weapons and can mainly be used in warheads (warheads) of missiles and large-caliber rockets.

Known cluster warhead missile system "Point", which consists of a housing, a central bursting charge, safety-actuator, radio sensor, warheads, etc. This cluster warhead has the following disadvantages: the spread of warheads (BE) is made according to the normal law and, due to moreover, it effectively affects only area targets with the identical distribution law of elementary objects; cluster warhead equipped with one type of BE, which significantly reduces the combat effectiveness of their use for heterogeneous targets, etc.

Closest to the utility model in terms of technical nature is the warhead (certificate for utility model No. 5022 of September 16, 1997, "Cluster warhead with heterogeneous warheads"), comprising a body, a head fuse, and a polyurethane block.

However, this warhead has certain disadvantages:

- can not provide a linear form of dispersion of BE, necessary for the effective destruction of linear targets of the enemy;

- does not allow to hit a diverse grouping of the enemy with a predetermined location of elementary targets.

The proposed warhead carries out the dispersion of heterogeneous warheads of individual guidance (BIN) in a certain sequence with predetermined time intervals along the line of the flight path of the rocket,

which contributes to the effective defeat of heterogeneous linear targets of the enemy.

The purpose of the utility model is to increase the combat effectiveness of warheads by introducing nodes into its design that provide a controlled release of heterogeneous BBINs with given time intervals in a certain sequence.

This goal is achieved by the fact that the following elements are additionally introduced into the design of the KBCH: hatch flaps, warhead holders, pneumatic cylinders with squibs, folding sash rods with their own pneumatic cylinders with squibs, locking devices, metal teeth, warheads, cable trunk, height sensor , temporary device, wall sections with warheads.

The structural diagram is shown in figure 1. It consists of a housing 1, flaps 2 of the hatch, holder 3 of the combat unit 4, a pneumatic cylinder with a squib 5, a folding rod 6 flaps with its own pneumatic cylinder 7 with a squib, locking devices 8, a cable trunk 9, a sensor height 10, temporary device 11, the walls of the 12 sections with warheads, metal teeth 13.

The proposed warhead works as follows. An altitude sensor 10 is triggered on the flight path of the rocket in the warhead. An electrical signal is sent from it through the cable laid along the cable trunk 9 to the ignition detonators in the section with the necessary combat unit 4. The igniter of the pneumatic cylinder 5 is ignited, and the piston of the cylinder 5 extends under the action of powder gases , driving the holder 3 with the combat unit 4 laid on it. As a result, the combat unit begins to open the flaps 2 of the hatch.

Simultaneously with the ignition of the pyro cartridge of the pneumatic cylinder 5, own electric detonators ignite the pyro cartridge of the pneumatic cylinders 7. The pistons of these cylinders under the action of

powder gases move, folding folding rods 6, which at one end are movably fixed on the walls of the section 12, and the other, similarly on the flaps 2 of the hatch.

Unfolding, the rods 6 move the sash 2 of the hatch in the closed position. The flaps 2 of the flap, turning, remove the combat unit 4 from the holder 3 and, closing, bring it outside the frame 1 of the warhead. Then, the flaps 2 of the flap are fixed in the closed position by the locking devices 8. The flaps 2 of the flap located outside the casing 1 of the warhead, when turning, rest against the weakened section in the teeth 13, break off and are thrown out with the incoming air unit along with the warhead 4.

After a predetermined time interval has elapsed, an electrical signal is supplied from the temporary device 11 to the ignition detonators in the section with the next (given in the preparation of the rocket for launching priority) combat unit. Further, the process of ejection of the second warhead (and subsequent ones) from the warhead is similar to the process of ejection of the first warhead.

The use of this warhead will significantly increase the combat effectiveness of the defeat of heterogeneous linear objects in comparison with warheads having a circular and elliptical shape of the dispersion of military elements.

LITERATURE

1. Utility Model Certificate No. 5022 of September 16, 1997

Claims (1)

The warhead with detachable individual guidance warheads at predetermined time intervals and a specific sequence of their breeding, consisting of a housing 1, characterized in that it additionally introduced shutters 2 hatches, holders 3 combat units, combat units 4, pneumatic cylinders with squibs 5, folding rods 6 shutters with their own pneumatic cylinders with squibs, locking devices 8, cable trunk 9, height sensor 10, temporary device 11, walls 12 of the sections with warheads, metal teeth 13.