Non-lethal variable distance electronic timed payload projectile ammunitions
View Patent ↗A non-lethal projectile used to immobilize, impair, disorient, or distract a live target. The non-lethal projectile can also be used as a signaling device. In one embodiment, a non-lethal payload carrying projectile that is detonated at a set distance determined and, set by the operator. The distance is electronically controlled and can be set in the field seconds before the projectile is fired.
1. A non-lethal variable distance electronic timed payload projectile ammunition comprising:
a shell;
a non-lethal payload;
a projectile body coupled to the shell and for carrying the non-lethal payload;
a printed circuit board in the projectile body;
an electronic igniter for initiating the non-lethal payload;
a timing circuit on the printed circuit board and for electronically delaying ignition of the electronic igniter;
a switch for switching the timing circuit in and out of a dormant state and for varying ignition delay of the timing circuit to ignite the electronic igniter; and
a battery for providing a first power to the timing circuit and a second power to the electronic igniter.
2. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the battery comprises:
a first battery for providing the first power to the timing circuit; and
a second battery separate from the first battery and for providing the second power to the electronic igniter.
3. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the battery comprises:
a first battery for providing the first power to the timing circuit; and
a power capacitor separate from the first battery and for providing the second power to the electronic igniter.
4. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the timing circuit comprises a microprocessor configured by the switch to select a projectile travel distance from a plurality of selectable projectile travel distances, the projectile body travel distance being controlled by the timing circuit and a velocity at which the projectile body is traveling.
5. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , further comprising a light emitting diode (LED) on the circuit board and for indicating that the timing circuit is out of the dormant state.
6. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , further comprising a display on the circuit board and for indicating a state of the timing circuit.
7. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the timing circuit is an RC timing circuit, Schmidt trigger, or 555 timing circuit.
8. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the non-lethal payload comprises a chemical payload.
9. The non-lethal variable distance electronic timed payload projectile ammunition of claim 8 , wherein the chemical payload is selected from the group consisting of chemical irritant powder payloads, chemical irritant liquid payloads, chemical marking powder payloads, chemical marking liquid payloads, chemical powder distraction payloads for producing between about 0 decibel (db) and about 300 decibel (db) when detonated, chemical powder flash payloads for producing flashes when detonated, ultra violet (UV) chemical powder payloads, UV chemical liquid payloads, infrared (IR) chemical liquid payloads, IR chemical powder payloads, and combinations thereof.
10. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , further comprising a shunt connector connected to an electrical contact in the shell to block the timing circuit from its timing operation.
11. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the projectile body has a boat tail for reducing base drag.
12. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the projectile body has a driving band to engage rifling of a launcher barrel to spin the projectile body for flight stability.
13. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the shell comprises a blank cartridge containing powder, and wherein the blank cartridge is configured to ignite the powder in the blank cartridge when struck by a firing hammer of a launcher to separate the projectile body from the shell and to send the projectile body out of the launcher.
14. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , further comprising a potting filled at least partially around the timing circuit and on the printed circuit board to protect the timing circuit and the printed circuit board.
15. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the electronic igniter is configured to be shunted until the ammunition has been fired.
16. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the electronic igniter is configured to be grounded to the shell to shunt and protect the electronic igniter from being ignited until the projectile body is separated from the shell even if power is provided to the electronic igniter.
17. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the electronic igniter is configured to be grounded to the shell to shunt and protect the electronic igniter from a radiated power capable of igniting the electronic igniter and to pass the radiated power to ground.
18. The non-lethal variable distance electronic timed payload projectile ammunition of claim 1 , wherein the shell is a conductive shell.
19. A non-lethal variable distance electronic timed payload projectile ammunition comprising:
a shell;
a non-lethal payload;
a projectile body for carrying the non-lethal payload and configured to be physically coupled to the shell until the ammunition is fired;
an electronic igniter configured to be electrically grounded to the shell until the projectile body is separated from the shell and for initiating the non-lethal payload;
a timing circuit configured to be electrically grounded to the shell via a second ground until the projectile body is separated from the shell and utilized for electronically delaying ignition of the electronic igniter;
a switch for switching the timing circuit in and out of a dormant state and for varying ignition delay of the timing circuit to ignite the electronic igniter;
a primary power source for providing a first power to the timing circuit to operate the timing circuit; and
a secondary power source for providing a second power to the electronic igniter to ignite the electronic igniter.
20. The non-lethal variable distance electronic timed payload projectile ammunition of claim 19 , wherein the shell is a conductive shell.