Fragmentation-beam tank projectile
This invention relates to fragmentation-beam ammunition capable of simultaneous axial and circular field destruction. The objects of this invention are providing a variable configuration axial field of the fabricated destructive elements for the reliable destruction of different types of tank threatening targets and providing for the complete destruction of the fragmentation unit following explosive charge detonation in the projectile. The technical solution according to this invention, the projectile comprises an elongated explosive charge with a detonator in the form of a rotation body with a curvilinear generatrix located coaxially with the fragmentation unit wherein said detonator is electrically connected with the fuse and said fuse comprises a device (an adapter booster) for varying the time interval between the activation of both detonators depending on the setting, said detonators comprising safety devices.
1. Fragmentation-beam projectile comprising a casing with a monolithic head section having an axial channel, first explosive charge with a first detonator located in the middle section of the first explosive charge, a head section trajectory-contact fuse electrically connected to the first detonator, a fragmentation unit located between the casing and the fuse and externally enveloping the projectile head section, and a screw-in bottom with stabilizing fins, wherein said projectile comprises a second explosive charge with a second detonator located coaxially with the fragmentation unit, said second detonator is electrically connected with the fuse and said fuse comprises a setting receiver device that is an adapter booster for varying the time interval between the activation of both first and second detonators depending on the setting.
2. Projectile of claim 1 wherein the second explosive charge is in the form of a rotation body with a curvilinear generatrix.
3. Projectile of claim 1 wherein the second explosive charge has an axial channel.
4. Projectile of claim 1 wherein the first explosive charge is composite and the first detonator is located in the head section of the first explosive charge and is flush with its rear surface.
5. Projectile of claim 1 wherein said fragmentation unit is a composite structure comprising fabricated destructive elements fabricated of steel or tungsten base heavy alloys and a binder matrix.
6. Projectile of claim 5 wherein said fabricated destructive elements have a shape allowing their tight packing.
7. Projectile of claim 5 wherein the binder matrix is metallic powder and the fragmentation unit is fabricated using the powder pressing technology.
8. Projectile of claim 1 wherein said fragmentation unit is in the form of a set of shear rings.
9. Projectile of claim 1 wherein said fragmentation unit is in the form of a set of nested rifled casings.
10. Projectile of claim 1 wherein the second explosive charge comprises a pyrotechnical charge wherein the second detonator is replaced for an igniter.
11. Projectile of claim 1 wherein a gap filled with an inert and easily compressible material is provided between the second explosive charge and the casing, the gap dimension being 6-8 mm.
12. Projectile of claim 1 wherein said head section fuse has three settings for different types of impact action:
instantaneous (fragmentation action);
low deceleration (fragmentation/high-explosive action); and
high deceleration (penetration/high-explosive action).
13. Projectile of claim 1 wherein both the first and the second detonators have safety devices.
14. Projectile of claim 1 wherein said projectile is subcaliber and has a detachable composite tray.
15. Projectile of claim 1 wherein said fragmentation unit has two-components of fabricated destructive elements.
16. Projectile of claim 15 wherein the fabricated destructive elements comprise 0.1-0.3 g fabricated destructive elements.
17. Projectile of claim 5 wherein the fragmentation unit has two-components of fabricated destructive elements.
18. Projectile of claim 17 wherein the fabricated destructive elements comprise 0.1-0.3 g fabricated destructive elements.