System and method for attracting crustaceans and other aquatic life

1. A lure for attracting aquatic life comprising:

a submersible main body portion, wherein the submersible main body portion defines a watertight interior volume;

a removable internal sound cartridge disposed within the watertight interior volume for providing a synthetic sound for attracting aquatic life, wherein the removable internal sound cartridge may be exchanged for a second removable internal sound cartridge to provide a second synthetic sound for attracting the aquatic life; and

a speaker operably coupled to the removable internal sound cartridge and configured to emit the synthetic sound for attracting the aquatic life.

2. The lure of claim 1 further including a light-emitting diode (LED) light sensor for actuating the removable internal sound cartridge from an off state to an on state responsive to detection of an absence of light.

3. The lure of claim 1 , wherein the removable internal sound cartridge further comprises:

a first connector for connecting the removable internal sound cartridge to the speaker; and

a second connector for connecting the removable internal sound cartridge to a power source.

4. The lure of claim 1 , wherein the removable internal sound cartridge comprises at least one of an integrated circuit board and a chip.

5. The lure of claim 1 , wherein the removable internal sound cartridge comprise:

a memory having stored thereon the synthetic sound for attracting the aquatic life; and

a microcontroller for controlling operation of the removable internal sound cartridge.

6. The lure of claim 1 , wherein the removable internal sound cartridge causes sound to be played on a loop.

7. The lure of claim 1 , wherein the synthetic sound for attracting the aquatic life comprises one of: a simulated water splashing sound, a simulated sound of wave gurgling, a simulated sound of wave movement, a simulated sound of water currents, a simulated sound of tidal shifts on a reef, a simulated sound of water interacting with geographic features on an ocean floor, non-naturally occurring sound waves, low frequency signals that emulate a selected acoustical signal of a feeding species or low frequency sound pressure designed to attract rather than repel the aquatic life.

8. A lure for attracting aquatic life comprising:

a submersible main body portion, wherein the submersible main body portion defines a watertight interior volume;

internal sound circuitry disposed within the watertight interior volume for providing a synthetic sound for attracting aquatic life, wherein the internal sound circuitry may be configured for a second removable internal sound circuitry to provide a second synthetic sound for attracting the aquatic life; and

a speaker operably coupled to the internal sound circuitry and configured to emit the synthetic sound for attracting the aquatic life.

9. The lure of claim 8 further including a light-emitting diode (LED) light sensor for actuating the internal sound circuitry from an off state to an on state responsive to detection of an absence of light.

10. The lure of claim 8 , wherein the internal sound circuitry further comprises:

a first connector for connecting the internal sound circuitry to the speaker; and

a second connector for connecting the internal sound circuitry to a power source.

11. The lure of claim 8 , wherein the internal sound circuitry comprises at least one of an integrated circuit board and a chip.

12. The lure of claim 8 , wherein the internal sound circuitry further comprise:

a memory having stored thereon the synthetic sound for attracting the aquatic life; and

a microcontroller for controlling operation of the internal sound circuitry.

13. The lure of claim 8 , wherein the internal sound circuitry causes sound to be played on a loop.

14. The lure of claim 8 , wherein the synthetic sound for attracting the aquatic life comprises one of: a simulated water splashing sound, a simulated sound of wave gurgling, a simulated sound of wave movement, a simulated sound of water currents, a simulated sound of tidal shifts on a reef, a simulated sound of water interacting with geographic features on an ocean floor, non-naturally occurring sound waves, low frequency signals that emulate a selected acoustical signal of a feeding species or low frequency sound pressure designed to attract rather than repel the aquatic life.

15. A lure for attracting aquatic life comprising:

a submersible main body portion, wherein the submersible main body portion defines a watertight interior volume;

internal sound circuitry disposed within the watertight interior volume for providing at least one synthetic sound for attracting aquatic life, wherein the internal sound circuitry further comprises:

a memory having stored thereon the at least one synthetic sound for attracting the aquatic life; and

a microcontroller for controlling operation of the internal sound circuitry;

a light-emitting diode (LED) light sensor for actuating the internal sound circuitry from an off state to an on state responsive to detection of an absence of light; and

a speaker operably coupled to the internal sound circuitry and configured to emit the at least one synthetic sound for attracting the aquatic life.

16. The lure of claim 15 , wherein the at least one synthetic sound for attracting the aquatic life comprises one of: a simulated water splashing sound, a simulated sound of wave gurgling, a simulated sound of wave movement, a simulated sound of water currents, a simulated sound of tidal shifts on a reef, a simulated sound of water interacting with geographic features on an ocean floor, non-naturally occurring sound waves, low frequency signals that emulate a selected acoustical signal of a feeding species or low frequency sound pressure designed to attract rather than repel the aquatic life.

17. The lure of claim 15 , wherein the internal sound circuitry causes sound to be played on a loop.

18. A lure for attracting aquatic life comprising:

a submersible main body portion, wherein the submersible main body portion defines a watertight interior volume;

internal sound circuitry disposed within the watertight interior volume for providing a synthetic sound for attracting aquatic life;

a light-emitting diode (LED) light sensor for actuating the internal sound circuitry from an off state to an on state responsive to detection of an absence of light; and

a speaker operably coupled to the internal sound circuitry and configured to emit the synthetic sound for attracting the aquatic life.