Quick lock squeegee attachment and method of use

1. A squeegee release mechanism for a floor surface maintenance machine comprising:

a squeegee mount connected to the surface maintenance machine;

a squeegee assembly having at least one squeegee blade;

a compliant bushing positioned between the squeegee mount and the squeegee assembly, said bushing exiting an opening during a squeegee release operation;

a movable pull rod attached to a resilient spring connected to the squeegee assembly, with said bull rod passing through the compliant bushing; and

an over-center lever attached to an end of the pull rod and for compressing said compliant bushing between said squeegee mount and said squeegee assembly, and for compressing the resilient spring.

2. The squeegee assembly of claim 1 wherein the over-center lever includes a handle attached to the pull rod.

3. The squeegee assembly of claim 2 wherein the resilient spring is retained within a channel of a vacuum core structure of the squeegee assembly.

4. The squeegee assembly of claim 3 wherein the vacuum core structure includes a aperture through which said pull rod extends.

5. The squeegee assembly of claim 3 wherein the resilient spring is secured to an end of the pull rod via a retainer.

6. The squeegee assembly of claim 1 wherein the compliant bushing includes a bushing sleeve functioning to limit a degree of compression of said compliant bushing.

7. The squeegee assembly of claim 2 wherein the compliant bushing includes a bushing sleeve functioning to limit a degree of compression of said compliant bushing and the pull rod extends through said bushing sleeve.

8. A squeegee release mechanism for a floor surface maintenance machine comprising:

a squeegee mount connected to the surface maintenance machine;

a squeegee assembly having at least one squeegee blade and being releasably attached to the squeegee assembly via a plurality of compliant bushings held between the squeegee assembly and the squeegee mount; and

a plurality of movable pull rods, wherein each pull rod is connected at one end to a resilient spring and connected to an over-center lever at the other end, and with each pull rod passing through one of the plurality of compliant bushings, and with each pull rod being actuated by said over-center lever to draw the squeegee assembly toward the squeegee mount, and wherein the plurality of pull rods move relative to the squeegee assembly when the over-center levers are actuated.

9. The squeegee assembly of claim 8 wherein the resilient spring is held within a vacuum core structure of the squeegee assembly.

10. The squeegee assembly of claim 8 wherein the compliant bushings include bushing sleeves functioning to limit a degree of compression of said compliant bushings.

11. The squeegee assembly of claim 10 wherein the pull rods extend through the bushing sleeves.

12. The squeegee assembly of claim 8 wherein each compliant bushing exits through an aperture defined in said squeegee mount or squeegee assembly or both during a release operation.

13. The squeegee assembly of claim 12 wherein each compliant bushing has a head portion and a neck portion.

14. The squeegee assembly of claim 13 wherein the head portion and neck portion of the compliant bushings are configured to cooperate with surfaces of coupling receiving areas on the squeegee assembly and the squeegee mount.

15. The squeegee assembly of claim 14 wherein the aperture extends into the coupling receiving areas of both the squeegee assembly and the squeegee mount, with the compliant bushing exiting the coupling receiving areas via the aperture.

16. A method of assembly for a squeegee blade assembly comprising:

providing a squeegee assembly having a squeegee blade connected thereto, and with an over-center lever connected to a movable pull rod and a resilient spring;

moving the over-center lever to an unloaded orientation;

inserting the squeegee frame into a squeegee mount; and

moving the over-center lever into a loaded condition where a compliant bushing held between the squeegee assembly and the squeegee mount is compressed by said moving, and wherein the resilient spring is also compressed by said moving.

17. The method of claim 16 wherein said inserting includes passing a pair of compliant bushings into coupling receiving areas.

18. The method of claim 16 wherein said inserting includes centering the squeegee assembly via engagement between the compliant bushings and the coupling receiving areas.

19. The method of claim 16 wherein said moving the over-center lever results in compression of the resilient spring connected to said pull rod.

20. The method of claim 16 wherein compression of said compliant bushing is limited by a bushing sleeve within the compliant bushing, with said pull rod extending through said bushing sleeve.