Automated lens cleaning and shutter system for an electrophotographic imaging device

1. An imaging device, comprising:

at least one photoconductive member;

a printhead unit generating at least one light beam, the at least one light beam being incident upon the at least one photoconductive member during a printing operation of the imaging device, the printhead unit comprising at least one exit lens through which the at least one light beam passes before being incident upon the at least one photoconductive member and defining areas of the at least one photoconductive member on which toner develops during the printing operation;

at least one shutter-wiper member moveable in a first direction between a first position in which the shutter-wiper is positioned over and otherwise covers the at least one exit lens and a second position in which the at least one shutter-wiper does not cover the at least one exit lens so as to allow the at least one light beam to pass therethrough;

at least one shutter actuator coupled to the at least one shutter-wiper member such that movement of the at least one shutter actuator in a second direction substantially orthogonal to the first direction causes the corresponding shutter-wiper member to move in the first direction; and

a motion distributor link moveable in the first direction within the imaging device, wherein the at least one shutter actuator is coupled to the motion distribution link such that movement of the motion distribution link in the first direction causes the at least one shutter actuator to move in the second direction.

2. The imaging device of claim 1 , wherein the motion distribution link includes at least one cam drive surface and the at least one shutter actuator includes a cam follower for slidingly engaging with the at least one cam drive surface such that movement of the motion distribution link in the first direction causes the at least one shutter actuator to move in the second direction.

3. The imaging device of claim 1 , further comprising a waste toner bottle, a cover for covering access to the waste toner bottle, a motor coupled to the motion distribution link, a controller and memory communicatively coupled to the controller, the memory having instructions stored therein for execution by the controller to detect opening of a cover of the imaging device and the waste toner bottle being removed, and, in response to the detection, control the motor to move the motion distribution link in the first direction so as to move the at least one shutter-wiper to the first position relative to the at least one exit lens of the printhead.

4. The imaging device of claim 1 , wherein the at least one shutter-wiper member includes a brush member such that movement of the at least one shutter-wiper member between the first and second positions cleans the at least one exit lens of the printhead.

5. The imaging device of claim 1 , wherein one of the at least one shutter actuator and the at least one shutter-wiper member includes at least one protrusion which is disposed at an angle between a longitudinal axis and a lateral axis of the one of the at least one shutter actuator and the at least one shutter-wiper member, and the other of the at least one shutter actuator and the at least one shutter-wiper member includes at least one slot which is disposed at an angle for slidingly engaging with the at least one protrusion such that movement of the at least one shutter actuator in the second direction causes the at least one shutter-wiper member to move in the first direction over the at least one exit lens of the printhead.

6. The imaging device of claim 1 , further comprising at least one sensor having a protective lens, a wiper housing on which at least one wiper is located, the wiper housing configured to move in the second direction, and a wiper arm coupled between one of the at least one shutter actuator and the wiper housing, the wiper arm pivoting in response to movement of the one of the at least one shutter actuator so as to move the at least one wiper relative to the protective lens of the at least one sensor to clean the protective lens of the at least one sensor.

7. An imaging device, comprising:

at least one photoconductive member;

at least one developer unit, the at least one developer unit being adjacent to and cooperating with the at least one photoconductive member to develop toner thereon during a printing operation;

a printhead unit generating at least one light beam, the at least one light beam being incident upon the at least one photoconductive member during the printing operation of the imaging device, the printhead unit comprising at least one exit lens through which the at least one light beam passes before being incident upon the at least one photoconductive member and defining areas of the at least one photoconductive member on which toner develops during the printing operation;

at least one shutter-wiper member moveable in a first direction between a first position in which the at least one shutter-wiper is positioned over and otherwise covers the at least one exit lens and a second position in which the at least one shutter-wiper does not cover the at least one exit lens so as to allow the at least one light beam to pass through the at least one exit lens;

a motion distributor link disposed in the imaging device and moveable in the first direction within the imaging device; and

at least one shutter actuator coupled between the motion distribution link and the at least one shutter-wiper member, such that movement of the motion distribution link in the first direction causes the at least one shutter actuator to move in a second direction in the imaging device generally orthogonal to the first direction.

8. The imaging device of claim 7 , wherein the at least one shutter-wiper member includes a brush member such that movement of the shutter-wiper member between the first and second positions cleans the at least one exit lens of the printhead.

9. The imaging device of claim 7 , wherein one of the at least one shutter actuator and the at least one shutter-wiper member includes at least one protrusion which is disposed at an angle between a longitudinal axis and a lateral axis of the one of the at least one shutter actuator and the at least one shutter-wiper member, and the other of the at least one shutter actuator and the at least one shutter-wiper member includes at least one slot which is disposed at an angle for slidingly engaging with the at least one protrusion such that movement of the at least one shutter actuator in the second direction causes the at least one shutter-wiper member to move in the first direction over the at least one exit lens of the printhead.

10. The imaging device of claim 8 , further comprising at least one sensor having a protective lens, a wiper housing on which at least one wiper is located, the wiper housing configured to move in the second direction, and a wiper arm coupled between one of the at least one shutter actuators and the wiper housing, the wiper arm pivoting in response to movement of the one of the at least one shutter actuators so as to move the at least one wiper relative to the protective lens of the at least one sensor for cleaning the protective lens of the at least one sensor.

11. The imaging device of claim 10 , wherein movement of the motion distribution link causes the at least one exit lens and the protective lens of the at least one sensor, to be cleaned simultaneously.

12. The imaging device of claim 7 , further comprising a waste toner bottle, a cover for covering access to the waste toner bottle, and a controller with memory having instructions stored therein for execution by the controller to detect opening of a cover of the imaging device and the waste toner bottle being removed, and in response to the detection, moving the motion distribution link in the first direction so as to move the at least one shutter-wiper to the first position.

13. The imaging device of claim 7 , wherein the motion distribution link includes at least one cam drive surface and the at least one shutter actuator includes a cam follower for slidingly engaging with the at least one cam drive surface such that movement of the motion distribution link in the first direction causes the at least one shutter actuator to move in the second direction.

14. An imaging device, comprising:

a plurality of photoconductive members;

a plurality of developer units, each developer unit being adjacent to and cooperating with a photoconductive member;

a printhead unit generating a plurality of light beams, each light beam being incident upon a photoconductive member during a printing operation of the imaging device, the printhead unit comprising a plurality of exit lenses through which the plurality of light beams pass before being incident upon the photoconductive members and defining areas of the photoconductive members on which toner develops during the printing operation;

a plurality of shutter-wiper members, each shutter-wiper member being moveable in a first direction between a first position in which each shutter-wiper is positioned over and covers a corresponding exit lens and a second position in which each shutter-wiper is positioned away from and does not cover the corresponding exit lens so as to allow the at least one light beam to pass through the corresponding exit lens;

a plurality of shutter actuators, each shutter actuator coupled to a corresponding shutter-wiper member, such that movement of each shutter actuator in a second direction orthogonal to the first direction causes the corresponding shutter-wiper members to move in the first direction;

at least one sensor having a protective lens;

a wiper housing on which at least one wiper is located, the wiper housing configured to move in the second direction; and

a wiper arm coupled between one of the shutter actuators and the wiper housing, the wiper arm pivoting in response to movement of the one of the shutter actuators so as to move the at least one wiper relative to the protective lens of the at least one sensor.

15. The imaging device of claim 14 , further comprising a motion distributor link disposed in the imaging device and moveable in the first direction within the imaging device, wherein the each shutter actuator of the plurality of shutter actuators is coupled to the motion distribution link such that movement of the motion distribution link in the first direction causes each shutter actuator to move in the second direction.

16. The imaging device of claim 15 , wherein the motion distribution link includes a plurality of cam drive surfaces and each of the plurality of shutter actuators includes a cam follower for slidingly engaging with the each of the plurality of cam drive surfaces such that movement of the motion distribution link in the first direction causes the plurality of shutter actuators to move in unison in the second direction.

17. The imaging device of claim 16 , wherein each shutter-wiper member includes a brush member such that movement of the shutter-wiper member between the first and second positions cleans the corresponding exit lens of the printhead, and wherein movement of the one of the shutter actuators causes the wiper housing to move in the second direction so as to simultaneously clean the protective lens of the at least one sensor and the plurality of exit lenses of the printhead unit.

18. The imaging device of claim 14 , wherein for each shutter actuator and the corresponding shutter-wiper member, one of the shutter actuator and the shutter-wiper member includes at least one protrusion which is disposed at an angle between a longitudinal axis and a lateral axis of the one of the shutter actuator and shutter-wiper member, and the other of the shutter actuator and shutter-wiper member includes at least one slot which is disposed at an angle for slidingly engaging with the at least one protrusion such that movement of the shutter actuator in the second direction causes the shutter-wiper member to move in the first direction over the corresponding exit lens of the printhead.

19. The imaging device of claim 16 , further comprising a waste toner bottle, a cover for covering access to the waste toner bottle, and a controller with memory having instructions executable by the controller to detect opening of a cover of the imaging device and the waste toner bottle being removed, and in response to the detection, to move the motion distribution link in the first direction so as to move the plurality of shutter-wiper members to the first position.