Soft-projectile launching device
View Patent ↗A device for projecting a soft-projectile made from a super absorbent polymer, the device comprising a holder designed for containing the soft-projectile made from a super absorbent polymer; and a firing mechanism operatively arranged to accelerate the holder from a firing position.
1. Ammunition configured for use with a projectile launcher comprising:
a plurality of soft-projectiles having the same shape, each soft projectile being formed from hydrated super absorbent polymer.
2. The ammunition of claim 1 , wherein the ammunition is disposed within a feed chamber of the projectile launcher.
3. The ammunition of claim 2 , wherein the feed chamber is in selective communication with a barrel of the projectile launcher.
4. The ammunition of claim 1 , wherein the soft-projectiles are substantially spherical.
5. The ammunition of claim 4 , wherein the soft-projectiles have a diameter of less than about 10 millimeters.
6. The ammunition of claim 4 , wherein the soft-projectiles have a diameter greater than about 4 mm and less than about 9 mm.
7. The ammunition of claim 2 , wherein the super absorbent polymer has a cross linking density sufficient to prevent the soft-projectiles from breaking apart when launched from the projectile launcher.
8. A projectile launcher including the ammunition of claim 1 disposed within a feed chamber of the projectile launcher, and wherein the projectile launcher is adapted to load a soft-projectile from the feed chamber to a firing position.
9. The projectile launcher of claim 8 , wherein the projectile launcher is a toy.
10. The projectile launcher of claim 8 , wherein the projectile launcher is in the shape of a gun.
11. The projectile launcher of claim 8 , wherein the feed chamber is provided within a magazine.
12. The projectile launcher of claim 8 , wherein the soft-projectiles are substantially spherical.
13. The projectile launcher of claim 8 , wherein the super absorbent polymer has a cross linking density sufficient to prevent the soft-projectiles from breaking apart when launched from the projectile launcher.
14. The projectile launcher of claim 8 , wherein the projectile launcher is designed to use air pressure to launch the soft-projectiles.
15. The projectile launcher of claim 8 , further comprising a firing mechanism that stores energy independent of a user.
16. The projectile launcher of claim 8 , further comprising a firing mechanism that is incapable of storing energy independent of a user.
17. The projectile launcher of claim 8 , further comprising a firing mechanism that directly applies a force to a soft-projectile located in the firing position to launch the soft-projectile from the projectile launcher in free flight.
18. The projectile launcher of claim 8 , further comprising a firing mechanism that indirectly applies a force to a soft-projectile located in the firing position to launch the soft-projectile from the projectile launcher in free flight.
19. The projectile launcher of claim 8 , further comprising:
an air compression chamber;
a piston disposed within and axially aligned with the air compression chamber; and
a spring operatively arranged to bias the piston toward a rest position from a cocked position within the air compression chamber.
20. The projectile launcher of claim 19 , further comprising a smaller diameter tube in communication with the air compression chamber, and wherein a biasing force of the spring is sufficient to cause the piston to move from the cocked position to the rest position to force air from the air compression chamber into the smaller diameter tube and cause a soft-projectile located at the firing position to accelerate and be launched from the projectile launcher.
21. The projectile launcher of claim 8 , wherein the absorbency of the super absorbent polymer is sufficiently limited to allow the soft-projectiles to be launched from the projectile launcher without breaking apart.