Securement apparatus and method of use

1. A securement apparatus comprising:

a first robotic arm having a plurality of axes of rotation;

one or more position cameras;

a programmable logic controller in communication with the first robotic arm to control displacement and articulation of the first robotic arm using at least in part, position data received from the one or more position cameras;

a mirror gripper positioned at a first end of the first robotic arm for engaging a mirror, wherein the mirror gripper is a vacuum actuated gripper comprising a foam portion with an array of vacuum orifices that directly contact a top surface of the mirror;

an air knife having one or more nozzles for outputting an air sheet of forceful air; and

a second robotic arm having a plurality of axes of rotation, wherein the programmable logic controller is in communication with the second robotic arm to control displacement and articulation of the second robotic arm, and wherein the second robotic arm positions a heater element for engagement with the mirror engaged to the mirror gripper of the first robotic arm.

2. The apparatus of claim 1 , further comprising a cover gripper extending from the first robotic arm.

3. The apparatus of claim 2 , wherein the cover gripper compromises opposing closable fingers.

4. The apparatus of claim 1 , wherein the one or more nozzles of the air knife are positioned such that the air sheet provides a substantially linear flow of air directed substantially vertically.

5. The apparatus of claim 1 , wherein at least one of the one or more position cameras is stationary and positioned adjacent to the first robotic arm.

6. The apparatus of claim 1 , wherein the one or more nozzles of the air knife are positioned such that the air sheet extends vertically and parallel to a central axis of the mirror gripper.

7. The apparatus of claim 6 , wherein the first robotic arm includes at least six axes of rotation.

8. The apparatus of claim 7 , wherein the first robotic arm includes at least two vertical axes of rotation and four horizontal axes of rotation.

9. A method of securing a heater element to a mirror comprising:

providing:

a robotic arm having a plurality of axes of rotation;

one or more position cameras;

a controller in communication with the robotic arm to control displacement and articulation of the robotic arm using at least in part, position data received from the one or more position cameras; and

a mirror gripper positioned at a first end of the robotic arm;

articulating the robotic arm to a first position with the mirror gripper on a mirror having a mirror front surface and a mirror back surface;

applying a vacuum force to secure the mirror front surface to the mirror gripper;

articulating the robotic arm from the first position with the mirror situated adjacent to a heater element having a heater front surface and a heater back surface;

further articulating the robotic arm until the mirror back surface at least partially engages the heater front surface allowing the heater element to be moved coincident with the mirror;

providing an air sheet of forceful air; and

articulating the robotic arm to pass the mirror and heater element progressively through the air sheet to apply a flow of forceful air along the heater back surface to laminate the heater front surface to the mirror back surface.

10. The method of claim 9 , wherein the robotic arm moves substantially perpendicular to the air sheet while passing the mirror and heater element therethrough.

11. The method of claim 10 , wherein the air sheet is provided by one or more nozzles of an air knife that are positioned such that the air sheet extends vertically.

12. A method of securing a heater element to a mirror comprising:

providing:

a first robotic arm and a second robotic arm, each having a plurality of axes of rotation;

one or more position cameras;

a controller in communication with the first robotic arm and a second robotic arm to control displacement and articulation using at least in part, position data received from the one or more position cameras; and

a mirror gripper positioned at a first end of the robotic arm;

articulating the first robotic arm to a first position with the mirror gripper on a mirror having a mirror front surface and a mirror back surface;

applying a vacuum force to secure the mirror front surface to the mirror gripper;

articulating the first robotic arm to a second position;

coupling a heater element, having a heater front surface and a heater back surface, to the second robotic arm;

articulating the second robotic arm until the heater front surface at least partially engages the mirror back surface allowing the heater element to be moved coincident with the mirror;

providing an air sheet of forceful air; and

articulating the first robotic arm to pass the mirror and heater element progressively through the air sheet to apply a flow of forceful air along the heater back surface to laminate the heater front surface to the mirror back surface.