RU15015U1 - CLASS BATTLE PART WITH MECHANISM OF LINEAR DISTRIBUTION OF BATTLE EQUIPMENT - Google Patents

Abstract

Cassette warhead with a linear dispersion of warheads, consisting of a body, warheads mounted with an ejection device on the axis of rotation, exit hatches with an opening mechanism, gear and other auxiliary elements, characterized in that in order to increase the efficiency of destruction of linear objects into it additionally introduced to ensure linear dispersion of combat elements: the axis of rotation with two blocks for fixing the combat elements, mounted on rolling bearings in the conical part and at the bottom section and KBCH, an outer ring with aerodynamic turn signals, placed without a protrusion in the mounting groove on the KSC body, two exit hatches located in the lower part of the KSC body under the fixation units of the combat elements, gear transmission connected to the outer ring through two windows in its mounting groove, as well as with a gear axis of rotation and a drive of the covers of the exit hatches, two devices for ejection of combat elements and a squib mounted in the casing of the CSC under the aerodynamic turn signals folded in the initial state.

Description

CASSETTE BATTLE PART WITH LINEAR SCATTERING OF BATTLE ELEMENTS

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

Known KBK missile complex "Point, which consists of: a housing, a central explosive charge, a safety-actuating mechanism, a radio sensor of combat elements, etc. This KBCH has the following disadvantage: the spread of combat elements (BE) is made according to the normal law and, therefore, effectively It only affects area targets with an identical element distribution law.

The closest in technical essence is the KBK (certificate for utility model No. 5022 dated 09.16.1997 - “Warhead for missiles equipped with an intelligent control system) containing a thin-walled dropable body, a head fuse, a polyurethane block with military elements placed in it, a switching unit cable network with detachable connectors, inertial inductor, etc. The design of this warhead provides two options for hitting a target: undermining combat equipment on the surface of the earth and opening the warhead above the target, with a spread of warheads according to a law approaching normal.

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I o o o o

for effective destruction of enemy linear objects.

The purpose of the utility model is to expand the functionality of the KBCH in the defeat of linear objects through the use of a linear dispersion mechanism of combat equipment.

This goal is achieved by the fact that the design of the CSP also includes: a rotation axis with BE fixing blocks and two attachment points on rolling bearings at the casing and the bottom cut of the casing, an outer ring with aerodynamic turn signals, gear transmission of torque, output hatches of the BE discharge device with covers , safety-executive mechanism, mounting groove for placing the outer ring on the case with two windows, providing a constant connection of the inner gear surface of the outer ring with gear drive.

The structural diagram of the CBF is presented in figure 1. The CBF consists of: housing 1; attachment points of the axis of rotation on the rolling bearings 2 located at the cone and bottom cut of the housing; axis of rotation 3 with blocks for fixing combat elements 4 on it; two covers of the exit hatches 5, located in the lower part of the housing of the ESC; gear gears b of torque from the outer ring 7 to the axis of rotation and to the drives of the covers of the exit hatches 5; aerodynamic turn signals 8, mounted on a rotary ring 7; safety-executive mechanism 9; installation groove 10 for placing the outer ring on the housing 1 and the discharge device BE 11.

Shupsh g

Zhiltsov K.V. Smt, Karpov B. Pervukhin R.K.t

Y I AC-W & TPU s f J

Kalistratov B. Chernyakov G.V. Zakharov S.V.-s cz

Gasyuk D. Pulenets E.N.

L / Klavdiev A.A. e og Stryukov E.I.

DOIDOSH is new, bringing aerodynamic turn signals 8 in a position perpendicular to the body 1. The moment of aerodynamic force, which appears under the influence of the oncoming air flow, is transmitted from the aerodynamic turn signals 8 to the outer ring 7, which overcomes sliding friction and begins to rotate in the installation groove 10. The torque from the inner gear surface of the outer ring 7 is transmitted to continuously closed intermediate gears of the transmission 6 The contact of the intermediate gears and the outer ring 7 is made through the windows in the installation groove 10. Next, the intermediate gears through the driven gear gear b before They give a torque to the axis of rotation 3 and to the mechanisms for opening the covers of the exit hatches 5. The combat elements located opposite the hatches 5 under the action of the ejection device 11 are separated from the mounting block on the axis of rotation 3 and fly out of the housing 1. The combat effectiveness of the proposed KBh for linear objects will increase significantly compared with the KBK, having a circular, or elliptical shape of the dispersion of military equipment. REFERENCES: 1. Certificate for Utility Model No. 5022 of September 16, 1997. AUTHORS: Skrylnikov E.G. J Selivanov S-AL- Zemskov A.V.

Claims (1)

Cassette warhead with a linear dispersion of warheads, consisting of a body, warheads mounted with an ejection device on the axis of rotation, exit hatches with an opening mechanism, gear and other auxiliary elements, characterized in that in order to increase the efficiency of destruction of linear objects into it additionally introduced to ensure a linear dispersion of combat elements: the rotation axis with two blocks for fixing the combat elements, mounted on rolling bearings in the conical part and at the bottom section and KBCH, an outer ring with aerodynamic turn signals, placed without a protrusion in the mounting groove on the KSC body, two exit hatches located in the lower part of the KSC body under the fixation units of the combat elements, gear transmission connected to the outer ring through two windows in its mounting groove, as well as with a gear axis of rotation and a drive of the covers of the exit hatches, two devices for ejection of combat elements and a squib mounted in the casing of the CSC under the aerodynamic turn signals folded in the initial state.