Non-lethal marking bullet for related training cartridges

1. A projectile of non-lethal composition, comprising:

a plastic cup component engaged with a plastic cap component and containing a marking material therein, the projectile having a length;

the plastic cup component comprising a heel portion and a cylindrical wall portion extending therefrom, the cylindrical wall portion having an exterior cylindrical surface and an interior surface defining a well cavity, the well cavity having an open end at an end of the cylindrical wall portion opposite the heel portion, wherein the heel portion defines an inset cavity opposite the well cavity for coupling with a cartridge having a flash hole therein for communicating pressurized gas from the cartridge toward the inset cavity to propel the projectile, wherein the inset cavity comprises a depth and a radius in which the radius is greater than the depth, the cup component having an H-shaped cross-section taken in a plane bisecting the cup component lengthwise, the heel portion comprising a beveled end portion opposite the open end and the cylindrical exterior surface continuing from the end of the cylindrical wall portion to the beveled end portion; and

the plastic cap component comprising a ogive head portion and an engagement portion extending therefrom, and coupling to the interior surface of the wall portion of the cup component, the engagement of the cup component with the cap component providing an exposed juncture portion between the ogive portion and the exterior cylindrical surface of the cylindrical wall portion, wherein the marking material is sealed between the cup component and the cap component prior to impact with a target both when the projectile is in a static condition and when the projectile is in a dynamic condition;

wherein the marking material is dispersed upon impact with the target.

2. A projectile of non-lethal composition, comprising:

two or more components forming an outer casing that is substantially sealed prior to impact with a target both when the projectile is in a static condition and when the projectile is in a dynamic condition providing a concentrated impact zone with the target; and

a non-toxic marking material encapsulated within the outer casing prior to impact, wherein the outer casing is configured to deform and unseal upon impact such that the marking material disperses forward providing a concentrated marking material zone around the impact zone, and

wherein said casing serves both as an aerodynamic delivery housing and to contain the marking material when the projectile is in the dynamic condition,

wherein the outer casing having a length and comprising:

a plastic cup component comprising a base portion and a cylindrical radial wall extending therefrom, the radial wall having an exterior cylindrical surface and having an interior surface that extends to an open end at an end of the cylindrical radial wall opposite the base portion and cooperating with the base portion at an opposing end opposite the open end to define a well cavity within which the marking material is disposed prior to impact, wherein the base portion defines an inset cavity opposite the open end for facing a flash hole of a cartridge for communicating pressurized gas from the cartridge toward the inset cavity to propel the projectile, wherein the inset cavity comprises a depth and a radius in which the radius is greater than the depth, the cup component having an H-shaped cross-section taken in a plane bisecting the cup component lengthwise, the base portion comprising a beveled end portion opposite the open end and the cylindrical exterior surface continuing from the end of the cylindrical wall portion to the beveled end portion; and

a plastic cap component comprising a ogive head portion and an engagement portion extending therefrom, the engagement portion inserted within and coupling with the interior surface of radial wall of the plastic cup component, the engagement of the cup component with the cap component providing an exposed juncture portion between the ogive portion and the exterior cylindrical surface of the cylindrical wall portion, wherein the marking material is sealed within the cup component and the cap component.

3. The projectile of claim 2 , wherein a peripheral interface between the cap component and the cup component substantially match at an outer periphery of the hollowed well portion providing the substantial sealing of the marking material within the well cavity prior to impact.

4. The projectile of claim 2 , wherein upon impact, deformation of outer casing unseals the marking material, and compaction of the cap component into the marking material in the cup component produces the forward dispersion of the marking material via hydraulic action.

5. The projectile of claim 4 , wherein the forward dispersion of the marking material via hydraulic action provides the concentrated marking material zone proximate to the impact zone.

6. The projectile of claim 2 , wherein inserting the cap component within the cup component forms a sealed well cavity and ends direct exposure of the marking material to outside ambient air prior to impact with a target.

7. The projectile of claim 2 wherein when loaded into a cartridge, said projectile maintains a substantially right cylindrical shape for more than half of its exposed length.

8. The projectile of claim 2 , wherein the marking material comprises a paste.

9. The projection of claim 2 , wherein the base portion further comprises an end surface opposite the open end and extending around the inset cavity;

wherein the base portion tapers radially outward from said end surface to the substantially right cylindrical portion.

10. The projectile of claim 2 , wherein the thickness of the base portion between the insert cavity and the open end is greater than the thickness of the wall.

11. A projectile of non-lethal composition, comprising:

two or more plastic components forming an outer casing that is substantially sealed prior to impact with a target both when the projectile is in a static condition and when the projectile is in a dynamic condition providing a concentrated impact zone with the target; and

a non-toxic marking material encapsulated within the outer casing prior to impact, wherein the outer casing is configured to deform and unseal upon impact such that the marking material disperses forward providing a concentrated marking material zone around the impact zone,

wherein the outer casing having a length and comprising:

a plastic hollowed well portion having a base portion and a wall having a cylindrical exterior surface and an interior surface, the wall extending to an open end at an end of the wall opposite the base portion and cooperating with the base portion at an opposing end opposite the open end to define a well cavity, wherein the base portion defines an inset cavity opposite the open end for facing a flash hole of a cartridge for communicating pressurized gas from the cartridge toward the inset cavity to propel the projectile, wherein the inset cavity comprises a depth and a radius in which the radius is greater than the depth, the cup component having an H-shaped cross-section taken in a plane bisecting the cup component lengthwise, the base portion comprising a beveled end portion opposite the open end and the cylindrical exterior surface continuing from the end of the cylindrical wall portion to the beveled end portion; and

a plastic seat portion comprising a ogive head portion and an engagement portion extending therefrom, the engagement portion inserted within and coupling with the interior surface of wall of the hollow well portion, the engagement of the hollow well portion with the seat portion providing an exposed juncture portion between the ogive portion and the exterior cylindrical surface of the cylindrical wall portion, wherein the marking material is sealed within the hollowed well portion and the plastic seat;

wherein inserting the seat portion within the well portion forms a sealed well cavity and ends direct exposure of the marking material to outside ambient air prior to impact with a target.

12. The projectile of claim 11 , wherein upon impact, deformation unseals the casing and compaction of the casing into the marking material produces the forward dispersion of the marking material via hydraulic action.

13. The projectile of claim 12 , wherein the forward dispersion of the marking material via hydraulic action provides a concentrated marking material zone proximate to the impact zone.

14. The projectile of claim 11 , wherein the outer casing serves both as an aerodynamic delivery housing and to contain the marking material when the projectile is in the dynamic condition.

15. The projectile of claim 11 wherein when loaded into a cartridge, said projectile maintains a substantially right cylindrical shape for more than half of its exposed length.

16. The projection of claim 15 , wherein the base portion further comprises an end surface opposite the open end and extending around the inset cavity;

wherein the base portion tapers radially outward from said end surface to the substantially right cylindrical portion.

17. The projectile of claim 11 , wherein the marking material comprises a paste.

18. The projectile of claim 11 , wherein the thickness of the base portion between the insert cavity and the open end is greater than the thickness of the wall.