Electronic ammunition for simulating live ammunition detonation

Claim 2

Electronic ammunition for simulating live ammunition detonation when utilized with an ammunition firing device having a firing mechanism for firing ammunition when triggered, comprising: a shell having a rearward end, a forward end, and a component space disposed generally between the forward and rearward ends thereof; an electronic sound assembly disposed in the component space in the shell having the sound of the live ammunition recorded therein (live ammunition sound) and adapted for providing the live ammunition sound in an audibly perceivable form in a play mode of the electronic sound assembly, the electronic sound assembly being conditioned in the play mode in response to receiving a triggered signal; a firing assembly having a portion engagable with the firing mechanism of the ammunition firing device when the electronic ammunition is loaded in the ammunition firing device and when the ammunition firing device is triggered and another portion adapted to provide a triggered signal to the electronic sound assembly in response to the firing assembly being engaged by the ammunition firing device, thereby conditioning the electronic sound assembly in the play mode; and a recoil assembly disposed in the component space in the shell having a portion adapted for receiving the triggered signal from the firing assembly and being adapted to impart a simulated recoil action to the ammunition firing device in response to receiving the triggered signal.

Claim 3

The electronic ammunition of claim 1 wherein the shell is defined further as having a shape simulating the shape of the live ammunition and wherein the shell is adapted and shaped for loading in the ammunition firing device in a manner substantially like the live ammunition, the shell being held in a secured position by the ammunition firing device when the shell is loaded in the ammunition firing device.

Claim 4

The electronic ammunition of claim 1 wherein the electronic sound assembly is defined further to include: a controller recorder having the live ammunition sound recorded therein and being adapted to receive the triggered signal, the controller recorder providing an output signal of the live ammunition sound in response to receiving the triggered signal; and a speaker assembly for receiving the controller recorder output signal of the live ammunition sound and providing the live ammunition sound in an audibly perceivable form.

Claim 5

The electronic ammunition of claim 3 wherein the electronic sound assembly is defined further to include: an audio amplifier interposed between the speaker assembly and the controller recorder for receiving and amplifying the controller recorder output signal of the live ammunition sound and for providing the input to the speaker assembly of the live ammunition sound.

Claim 6

The electronic ammunition of claim 4 wherein the audio amplifier, the speaker assembly and the controller recorder each are defined further as being disposed and supported within the component space in the shell.

Claim 7

The electronic ammunition of claim 3 wherein the controller recorder is defined further as being adapted to provide an output signal to the recoil assembly in response to receiving the triggered signal, the triggered signal being provided to the recoil assembly via the controller recorder.

Claim 8

The electronic ammunition of claim 3 wherein the speaker assembly is defined further to include: a forward speaker disposed near the forward end of the shell receiving the controller recorder output signal of the live ammunition sound and providing the live ammunition sound in an audibly perceivable form; and a rearward speaker disposed near the rearward end of the shell receiving the controller recorder output signal of the live ammunition sound and providing the live ammunition sound in an audibly perceivable form.

Claim 9

The electronic controller of claim 1 defined further to include: a battery disposed in the component space in the shell and being connected to the electronic sound assembly for providing electrical operating power to the electronic sound assembly.

Claim 10

The electronic ammunition of claim 8 defined further to include: means connected to the battery and having a portion extending through the shell for recharging the battery from a source external with respect to the component space in the shell.

Claim 11

The electronic ammunition of claim 1 wherein the electronic sound assembly is defined further as providing the audibly perceivable sound for a predetermined period of time and at a predetermined volume level simulating the sound of live ammunition when detonated.

Claim 12

Electronic ammunition for simulating live ammunition detonation when utilized with an ammunition firing device having a firing mechanism for firing ammunition when triggered, comprising: a shell having a rearward end, a forward end, and a component space disposed generally between the forward and rearward ends thereof, an electronic sound assembly disposed in the component space in the shell having the sound of the live ammunition recorded therein (live ammunition sound) and adapted for providing the live ammunition sound in an audibly perceivable form in a play mode of the electronic sound assembly, the electronic sound assembly being conditioned in the play mode in response to receiving a triggered signal; a firing assembly having a portion engagable with the firing mechanism of the ammunition firing device when the electronic ammunition is loaded in the ammunition firing device and when the ammunition firing device is triggered and another portion adapted to provide a triggered signal to the electronic sound assembly in response to the firing assembly being engaged by the ammunition firing device, thereby conditioning the electronic sound assembly in the play mode; and a recoil assembly disposed in the component space in the shell having a portion adapted for receiving the triggered signal from the firing assembly and being adapted to impart a simulated recoil action to the ammunition firing device in response to receiving the triggered signal, comprising: a winch base; a winch motor connected to the winch base for rotating the winch base in a winding direction in one condition of the winch motor and for rotating the winch base in an unwinding direction in one other condition of the winch motor, the winch motor being adapted to receive the triggered signal and to be conditioned for rotating the winch base in the unwinding direction in response to receiving the triggered signal; a winch wire having one end connected to the winch base and an opposite end connectable to a portion of the ammunition firing device; and means for conditioning the winch motor to rotate the winch base in the winding direction for winding a portion of the winch wire about the winch base until there is a predetermined tension in the winch wire; and wherein the shell is adapted and shaped to be loaded in the ammunition firing device so the shell is securedly positioned in the ammunition firing device in a loaded position of the shell, the end of the winch wire opposite the end of the winch wire being connected to the ammunition firing device being connectable to the ammunition firing device in the loaded position of the shell and the winch motor being conditioned and the means for conditioning the winch motor to rotate the winch base in the winding direction in the loaded position of the shell and when the winch wire is connected to the ammunition firing deviee.

Claim 13

Electronic ammunition for simulating live ammunition detonation when utilized with an ammunition firing device having a firing mechanism for firing ammunition when triggered, comprising: a shell having a rearward end, a forward end, and a component space disposed generally between the forward and rearward ends thereof, an electronic sound assembly disposed in the component space in the shell having the sound of the live ammunition recorded therein (live ammunition sound) and adapted for providing the live ammunition sound in an audibly perceivable form in a play mode of the electronic sound assembly, the electronic sound assembly being conditioned in the play mode in response to receiving a triggered signal; a firing assembly having a portion engagable with the firing mechanism of the ammunition firing device when the electronic ammunition is loaded in the ammunition firing device and when the ammunition firing device is triggered and another portion adapted to provide a triggered signal to the electronic sound assembly in response to the firing assembly being engaged by the ammunition firing device, thereby conditioning the electronic sound assembly in the play mode; and a recoil assembly disposed in the component space in the shell having a portion adapted for receiving the triggered signal from the firing assembly and being adapted to impart a simulated recoil action to the ammunition firing device in response to receiving the triggered signal, comprising: a winch base; a winch motor connected to the winch base for rotating the winch base in a winding direction in one condition of the winch motor and for rotating the winch base in an unwinding direction in one other condition of the winch motor, the winch motor being adapted to receive the triggered signal and to be conditioned for rotating the winch base in the unwinding direction in response to receiving the triggered signal; a winch wire having one end connected to the winch base and an opposite end connectable to a portion of the ammunition firing device; and means for conditioning the winch motor to rotate the winch base in the winding direction for winding a portion of the winch wire about the winch base until there is a predetermined tension in the winch wire; and wherein the shell is adapted and shaped to be loaded in the ammunition firing device so the shell is securedly positioned in the ammunition firing device in a loaded position of the shell, the end of the winch wire opposite the end of the winch wire being connected to the ammunition firing device being connectable to the ammunition firing device in the loaded position of the shell and the winch motor being conditioned and the means for conditioning the winch motor to rotate the winch base in the winding direction in the loaded position of the shell and when the winch wire is connected to the ammunition firing deviee.

Claim 14

The electronic ammunition of claim 11 wherein the recoil assembly is defined further to include: a recoil weight having a predetermined weight interposed in the winch wire.