Launched smoke grenade
View Patent ↗A launched smoke grenade has a body having a hollow interior that contains an active grenade material and a bullet trap element formed of an inert material, the body defining a muzzle receptacle bore that is adapted to receive a rifle muzzle, the active grenade material defining a cavity, and the bullet trap element having at least a forward portion received in the cavity. The active grenade material may include a smoke generation component and an ignition component. There may be a bullet suppressing material positioned between the rifle muzzle and the inert material. The bullet suppressing material and the inert material may be made of different materials.
1. A launched grenade comprising:
a body having a hollow interior;
the body interior containing an active grenade material that includes a smoke generation component and an ignition component; wherein the ignition component is ignited from gases and heat emitted from a fired rifle cartridge and the smoke generation component is proximate the ignition component such that combustion of the ignition component ignites the smoke generation component;
the body interior containing a bullet trap element formed of an inert material;
the body defining a muzzle receptacle bore that is adapted to receive a rifle muzzle;
the active grenade material defining a cavity and the bullet trap element having at least a forward portion received in the cavity.
2. The grenade of claim 1 wherein the smoke generation component and the ignition component are separated by a barrier prior to ignition of the ignition component and come into contact following ignition of the ignition component.
3. The grenade of claim 1 further comprising a bullet suppressing material positioned between the rifle muzzle and the inert material.
4. The grenade of claim 3 wherein the bullet suppressing material and the inert material are made of different materials.
5. The grenade of claim 3 wherein the bullet suppressing material is made of rubber.
6. The grenade of claim 3 wherein the inert material is made of aluminum.
7. The grenade of claim 1 wherein the body has at least one passage that communicates from the muzzle receptacle bore to the smoke generation component within the hollow interior of the body.
8. The grenade of claim 7 wherein the body has a plurality of passages that communicate from the muzzle receptacle bore to the smoke generation component within the hollow interior of the body.
9. The grenade of claim 7 further comprising an environmental closure element within the at least one passage that communicates from the muzzle receptacle bore to the active grenade material within the hollow interior of the body prior to ignition of the propellant.
10. The grenade of claim 1 wherein the body has at least one passage that communicates from the smoke generation component within the hollow interior of the body to the external environment.
11. The grenade of claim 1 wherein the body has a plurality of passages that communicate from the smoke generation component within the hollow interior of the body to the external environment.
12. The grenade of claim 1 further comprising the active grenade material, inert material, and hollow interior of the body defining an expansion chamber that receives gases generated by the smoke generation component and emits the gases generated by the smoke generation component from the cartridge case in a controlled manner.
13. The grenade of claim 1 wherein the muzzle receptacle bore receives the muzzle of an M-16 rifle.
14. The grenade of claim 1 wherein the muzzle receptacle bore defines a groove that receives an O-ring such that the O-ring encircles a portion of a rife received within the muzzle receptacle bore.
15. The grenade of claim 1 wherein the active grenade material encloses at least a portion of the inert material.
16. The grenade of claim 1 wherein the smoke generation component is ignited by the ignition component while the grenade is in flight prior to approaching a target.
17. A launched grenade comprising:
A body having a hollow interior;
the body interior containing an active grenade material that includes a smoke generation component and an ignition component; wherein the ignition component is ignited from gases and heat emitted from a fired rifle cartridge and the smoke generation component is proximate the ignition component such that combustion of the ignition component ignites the smoke generation component;
the body interior containing a bullet trap element formed of an inert material;
the body defining a muzzle receptacle bore that is adapted to receive a rifle muzzle;
the bullet trap element having a forward portion extending forward of the rearmost portion of the active grenade material.
18. The grenade of claim 17 further comprising a bullet suppressing material positioned between the rifle muzzle and the inert material.
19. The grenade of claim 17 wherein the smoke generation component is ignited by the ignition component while the grenade is in flight prior to approaching a target.
20. The grenade of claim 17 further comprising the active grenade material, inert material, and hollow interior of the body defining an expansion chamber that receives gases generated by the smoke generation component and emits the gases generated by the smoke generation component from the body in a controlled manner.