Adjustable orthodontic apparatus

1. An adjustable orthodontic apparatus comprising:

a base plate comprising opposing sides, a first side being a tooth engaging side and a second side comprising at least two base plate protrusions positioned in a height wise base plate axis and at least two base plate protrusions positioned in a widthwise base plate axis, the base plate protrusions having a plurality of base plate spaces between them forming intersecting base plate channels;

a connecting plate having opposing sides, a first side comprising at least two connecting plate protrusions positioned in a height wise connecting plate axis and at least two connecting plate protrusions positioned in a widthwise connecting plate axis, the connecting plate protrusions having a plurality of connecting plate spaces between them forming intersecting connecting plate channels; and

a securing device for locking the connecting plate to a desired position onto the base plate,

wherein the base plate protrusions mechanically engage and are freely movable within the connecting plate channels and the connecting plate protrusions mechanically engage and are freely movable within the base plate channels while the base plate and the connecting plate are engaged, such that separation of the base plate and connecting plate can occur during an adjustment phase;

the securing device mechanically engages a channel formed by the engaging base plate and connecting plate to prevent further free movement and separation once the desired position is obtained; and

at least one of the protrusions of the base plate has a geometric shape that creates a retentive undercut with an opposing geometric shape of at least one of the protrusions of the connecting plate to form the mechanical engagement.

2. The apparatus of claim 1 wherein the securing device comprises a pin positioned in a height wise base plate axis.

3. The apparatus of claim 1 wherein a second side of said connecting plate comprises a surface for attaching an orthodontic device to said connecting device.

4. The apparatus of claim 1 wherein said tooth engaging side of said base plate is generally concave to conform with the curvature of a tooth.

5. An adjustable orthodontic apparatus comprising:

at least one base plate comprising opposing sides, a first side being a tooth engaging side and a second side comprising a plurality of columns of protrusions and plurality of intersecting channels created by the columns of protrusions;

at least one connecting plate having opposing sides, a first side comprising a plurality of columns of protrusions and plurality of intersecting channels created by the columns of protrusions, the protrusion designed to travel within the intersecting channels during an adjustment stage; and

a securing device for locking the connecting plate to a desired position onto the base plate;

wherein the protrusions mechanically engage and are freely movable within the intersecting channels while the base plate and the connecting plate are engaged, the mechanical engagement allowing separation of the base plate from the connecting plate during adjustment;

the securing device mechanically engages a channel formed by the engaging base plate and connecting plate to prevent further free movement and separation once the desired position is obtained; and

at least one of the protrusions of the base plate has a geometric shape that creates a retentive undercut with an opposing geometric shape of at least one of the protrusions of the connecting plate to form the mechanical engagement.

6. The apparatus of claim 5 wherein said securing device for locking said base plate to said connecting plate comprises a pin positioned in a height wise base plate axis.

7. The apparatus of claim 5 wherein a second side of said connecting plate comprises an orthodontic device.

8. An adjustable orthodontic system comprising:

a plurality of orthodontic apparati comprising at least one base plate comprising opposing sides, a first side being a tooth engaging side and a second side comprising a plurality of columns of protrusions and plurality of intersecting channels created by the columns of protrusions; at least one connecting plate having opposing sides, a first side comprising a plurality of columns of protrusions and plurality of intersecting channels created by the columns of protrusions, the protrusion designed to travel within the intersecting channels during an adjustment stage, a second side comprising an orthodontic device; and a device for securing and locking the at least one connecting plate to a desired position onto the at least one base plate;

wherein the protrusions mechanically engage and are freely movable within the channels while the at least one base plate and the at least one connecting plate are engaged, the mechanical engagement allowing separation of the at least one base plate from the at least one connecting plate during the adjustment stage;

the securing device mechanically engages a channel formed by the engaging at least one base plate and at least one connecting plate to prevent further free movement and separation once the desired position is obtained; and

at least one of the protrusions of the base plate has a geometric shape that creates a retentive undercut with an opposing geometric shape of at least one of the protrusions of the connecting plate to form the mechanical engagement.

9. The system of claim 8 wherein said plurality of said apparati are attachable to a patient's teeth and each apparati are adjustable to desired positions and lockable into said desired positions using said securing device for attaching an archwire to each of said apparati.

10. The system of claim 8 wherein said device for securing and locking said base plate to said connecting plate comprises a pin positioned in a height wise base plate axis.

11. A method for adjusting an orthodontic apparatus comprising the steps of:

a. engaging a base plate to a tooth;

b. engaging a connecting plate to the base plate; and

c. adjusting the connecting plate relative to the base plate; wherein

the base plate comprises opposing sides, a first side being a tooth engaging side and a second side comprising at least two base plate protrusions positioned in a height wise base plate axis and at least two base plate protrusions positioned in a widthwise base plate axis, the base plate protrusions having a plurality of base plate spaces between them forming intersecting base plate channels;

the connecting plate comprises opposing sides, a first side comprising at least two connecting plate protrusions positioned in a height wise connecting plate axis and at least two connecting plate protrusions positioned in a widthwise connecting plate axis, the connecting plate protrusions having a plurality of connecting plate spaces between them forming intersecting connecting plate channels; and

a securing device locks the connecting plate to a desired position onto the base plate,

wherein the base plate protrusions mechanically engage and are freely movable within the connecting plate channels and the connecting plate protrusions mechanically engage and are freely movable within the base plate channels while the base plate and the connecting plate are engaged, the mechanical engagement allowing separation of the base plate from the connecting plate during an adjustment phase;

the securing device mechanically engages a channel formed by the engaging base plate and connecting plate to prevent further free movement and separation once the desired position is obtained; and

at least one of the protrusions of the base plate has a geometric shape that creates a retentive undercut with an opposing geometric shape of at least one of the protrusions of the connecting plate to form the mechanical engagement.

12. The method of claim 11 wherein the securing device comprises a pin positioned in a height wise base plate axis.

13. The method of claim 11 wherein a second side of the connecting plate comprises a surface for attaching an orthodontic device to the connecting device.