Differential vibration of dental plate

1. A differential vibration orthodontic device, comprising:

a lingually shaped bite plate having an occlusal arch shaped portion to be positioned between the occlusal surfaces of an upper and lower jaw and a mid portion that extends across the arch between the occlusal surfaces on each side of the arch,

a plurality of vibration motors placed on the portion of the bite plate, wherein said vibration motors are capable of providing a vibratory force at a frequency of between 0.1 to 1000 Hz and a force of 0.01-3 Newtons,

a battery and a processor for differentially vibrating the plurality of vibrational motors, wherein the processor allows for each of the vibrational motors to be independently vibrated differently from the other vibrational motors and wherein the battery and the processor are positioned in the mid portion of the bite plate, and

wherein the bite plate is hermetically sealed and has an access port for accessing said battery.

2. The differential vibration orthodontic device of claim 1 , wherein the processor further includes a wireless data communicator.

3. The differential vibration orthodontic device of claim 1 , wherein the bite plate is hermetically sealed with silicon rubber.

4. The differential vibration orthodontic device of claim 1 , wherein the bite plate is hermetically sealed with polyurethane.

5. The differential vibration orthodontic device of claim 1 , wherein the vibration motors are electromagnetic motors having a weighted shaft.

6. The differential vibration orthodontic device of claim 1 , wherein the vibration motors are piezoelectric motors.

7. The differential vibration orthodontic device of claim 1 , wherein the access port provides access for said battery and said processor.

8. A differential orthodontic vibrator, comprising:

a lingually shaped bite plate having an occlusal arch shaped portion to be positioned between the occlusal surfaces of an upper and lower jaw and a mid portion that extends across the arch between the occlusal surfaces on each side of the arch,

a plurality of vibrators on the occlusal portion of the bite plate,

a battery and processor for differentially vibrating said plurality of vibrators, wherein the processor allows for each of the vibrational motors to be independently vibrated differently from the other vibrational motors and wherein said battery and processor are positioned in the mid portion of the bite plate and the processor further includes means for wireless communication; and

wherein the bite plate is coated to exclude moisture and has an access port for accessing said battery and said processor.

9. An intraoral differential orthodontic vibrator, comprising:

a deformable U-shaped intraoral dental guide;

one or more removable housings located on said intraoral dental guide, said one or more removable housings each containing a vibrator operatively coupled to a battery and an activation switch, wherein said one or more removable housings are intraoral and wherein each of the vibrational motors can be independently vibrated differently from the other vibrational motors; and

means for locking said one or more removable housings to a particular location on said intraoral dental guide, wherein said means for locking is intraoral.

10. The differential orthodontic vibrator of claim 9 , wherein the intraoral dental guide is metal and covered with a polymeric coating.

11. The differential orthodontic vibrator of claim 9 , wherein the vibrator is an offset weight DC motor.

12. The differential orthodontic vibrator of claim 9 , wherein the housing comprises an injection molded polymer and said locking means is a screw.

13. The differential orthodontic vibrator of claim 12 , wherein the injection molded polymer comprises silicone rubber.