Water jet waste fragmenting apparatus

1. A waste fragmenting toilet apparatus comprising;

a toilet bowl comprising a bottom;

a toilet trap which is coupled to the bottom of the toilet bowl, wherein the toilet trap comprises a plurality of oscillating water jet nozzles positioned at intervals along the toilet trap, wherein an angle of each of the plurality of oscillating water jet nozzles changes sequentially or selectively according to a location of a waste blockage;

a water supply comprising one or more controllable water valves that control water flow to the plurality of oscillating water jet nozzles, wherein the plurality of oscillating water jet nozzles injects pressurized water into the toilet trap;

a plurality of pressure sensors positioned along the toilet trap in locations between each of the plurality of oscillating nozzles; and

a microcontroller comprising instructions stored thereon for determining a location of the waste blockage based on a plurality of readings from the plurality of pressure sensors.

2. The waste fragmenting toilet apparatus of claim 1 , wherein the toilet bowl comprises one or more oscillating water jet nozzles positioned along the toilet bowl, wherein the one or more oscillating water jet nozzles inject pressurized water into the toilet bowl.

3. The waste fragmenting toilet apparatus of claim 1 , wherein the plurality of pressure sensors comprise capacitive sensors positioned on or in walls of the toilet trap.

4. The waste fragmenting toilet apparatus of claim 1 , wherein the water jet nozzles actuate in response to the toilet apparatus flushing.

5. The waste fragmenting toilet apparatus of claim 1 , further comprising one or more control buttons which actuate the water jet nozzles when depressed.

6. The waste fragmenting toilet apparatus of claim 1 , further comprising an enzyme reservoir, and wherein the water jet nozzles inject a mixture of an enzyme from the enzyme reservoir and water from the water supply.

7. The waste fragmenting toilet apparatus of claim 1 , wherein the water jet nozzles inject pressurized water into the toilet trap in an arcing pattern, cleaning the toilet trap as well as removing waste blockage.

8. The waste fragmenting toilet apparatus of claim 1 , wherein the plurality of pressure sensors comprise one or more infrared lights and one or more infrared light sensors.

9. The waste fragmenting toilet apparatus of claim 1 , further comprising a valve manifold comprising the one or more controllable water valves, and a plurality of solenoids configured to open and close the one or more controllable water valves.

10. The waste fragmenting toilet apparatus of claim 9 , wherein the microcontroller stores instructions for controlling the valve manifold and for opening and closing the plurality of solenoids based on the location of the waste blockage.

11. The waste fragmenting toilet apparatus of claim 1 , further comprising a pump having an inlet and one or more outlets.

12. The waste fragmenting toilet apparatus of claim 11 , further comprising a pressure regulator and valve which fluidly communicate between the pump outlet and the pump inlet.

13. The waste fragmenting toilet apparatus of claim 11 , wherein the pump is a manually actuated pump.

14. The waste fragmenting toilet apparatus of claim 13 , wherein the manually actuated pump is located adjacent a base of the toilet bowl.

15. The waste fragmenting toilet apparatus of claim 11 , wherein the pump is an electrical pump.

16. The waste fragmenting toilet apparatus of claim 11 , wherein the water source comprises a water tank.

17. The waste fragmenting toilet apparatus of claim 16 , wherein the pump is located inside of the water tank.

18. The waste fragmenting toilet apparatus of claim 1 , wherein the oscillating comprises a sweeping angle between 0 degrees and 90 degrees with respect to a direction which is normal to a surface whereon a respective water jet nozzle of the plurality of water jet nozzles is positioned.