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An operator work station defined by a wall having a support assembly for mounting a monitor within a housing within an opening in the wall, the support assembly enabling the monitor to have four degrees of freedom. The support assembly includes a counterbalanced horizontal bar slidably disposed in t

An operator work station defined by a wall having a support assembly for mounting a monitor within a housing within an opening in the wall, the support assembly enabling the monitor to have four degrees of freedom. The support assembly includes a counterbalanced horizontal bar slidably disposed in the opening parallel to the wall for enabling the monitor to be raised and lowered parallel to the wall. Bearings rigidly secured to the bar receive rods rigidly secured to a horizontal plate, the movement of which enables the monitor to be moved perpendicular to the wall. A shaped plate pivotally connected between the horizontal plate and the housing enables the monitor to rotate about a vertical axis. Such rotation is limited by posts rigidly secured to the bar which engage the sides of the shaped plate when the shaped plate is rotated with respect to the wall. A shutter pivotally mounted within the housing for rotation around a horizontal axis has upper and lower arc-shaped panels which frictionally engage the upper and lower plates of the housing to enable the monitor to rotate around the horizontal axis to adjust the tilt of the monitor.

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1. A work station comprising: a wall defining a work area; a work surface module disposed adjacent said wall and defining one or more continuous work surfaces along said wall; an opening formed through said wall in a predetermined relationship with said work surface module; means for housing a

1. A work station comprising: a wall defining a work area; a work surface module disposed adjacent said wall and defining one or more continuous work surfaces along said wall; an opening formed through said wall in a predetermined relationship with said work surface module; means for housing a video monitor; and a support assembly disposed within said opening for mounting said housing means within said opening, said support assembly providing said monitor with at least two degrees of freedom. 2. The work station of claim 1 wherein said support assembly comprises means for enabling said monitor to be raised and lowered parallel to said wall to adjust the vertical position of said monitor relative to said work surface module. 3. The work station of claim 2 wherein said raising and lowering enabling means comprises a horizontal bar slidably disposed in said opening parallel to said wall for vertical movement within said opening. 4. The work station of claim 3 wherein said raising and lowering enabling means further comprises means for counterbalancing the weight of said bar, said housing means and said monitor disposed therein for maintaining said bar in static equilibrium. 5. The work station of claim 4 wherein said raising and lowering enabling means is manually engagable. 6. The work station of claim 3 wherein said support assembly comprises means for enabling said monitor to be moved horizontally toward and away from said wall, said moving means comprising a horizontal plate slidably connected to said bar. 7. The work station of claim 6 wherein said horizontal enabling means further comprises: horizontal rods rigidly secured to said horizontal plate; and bearing means rigidly secured to said bar for slidably receiving said rods. 8. The work station of claim 7 wherein said horizontal enabling means further comprises means rigidly secured to said rods for halting further forward progress of said horizontal plate. 9. The work station of claim 6 wherein said horizontal enabling means is manually engagable. 10. The work station of claim 6 wherein said support assembly comprises means for enabling said monitor to rotate around a vertical axis, said vertical rotational enabling means comprising a shaped plate pivotally connected between said horizontal plate and said housing means. 11. The work station of claim 10 wherein said shaped plate has a front edge, a rear edge shorter than said front edge, and side edges each formed by a relatively straight portion extending perpendicular from said front edge and a curved portion extending from said straight portion to said rear edge, said vertical rotational enabling means further comprising two vertical posts rigidly secured to and extending upwardly from said bar for engaging said side edges of said shaped plate when said shaped plate is rotated with respect to said wall to limit said rotation. 12. The work station of claim 1 wherein said support assembly comprises means for enabling said monitor to be moved perpendicular to said wall to adjust the horizontal position of said monitor relative to said wall. 13. The work station of claim 1 wherein said support assembly comprises means for enabling said monitor to rotate around a vertical axis to adjust the angular position of said monitor relative to said wall. 14. The work station of claim 13 wherein said vertical rotational enabling means is manually engagable. 15. The work station of claim 1 wherein said support assembly comprises means for enabling said monitor to rotate around a horizontal axis to adjust the tilt of said monitor relative to said wall. 16. The work station of claim 15 wherein said horizontal rotational enabling means comprises a shutter pivotally mounted within said housing means for rotation around a horizontal axis, said shutter having upper and lower arc-shaped panels with said horizontal axis as said arc centerline for engaging said housing means in a friction fit. 17. The work station of claim 15 wherein said horizontal rotational enabling means is manually engagable. 18. A support assembly for mounting a monitor within a housing within an opening of a wall, said assembly comprising: means slidably disposed within said opening for enabling said monitor to be raised and lowered parallel to said wall to adjust the vertical position of said monitor; means slidably connected to said raising and lowering enabling means for enabling said monitor to move perpendicular to said wall to adjust the horizontal position of said monitor; means pivotally connected between said perpendicular enabling means and said housing for enabling said monitor to rotate around a vertical axis to adjust the angular position of said monitor; and means disposed within said housing for enabling said monitor to rotate around a horizontal axis to adjust the tilt of said monitor relative to said surface. 19. The support assembly of claim 18 wherein all of said enabling means are manually engagable. 20. The support assembly of claim 18 wherein said raising and lowering enabling means comprises a horizontal bar slidably disposed in said opening parallel to said wall for vertical movement within said opening. 21. The support assembly of claim 20 wherein said raising and lowering enabling means further comprises means for counterbalancing the weight of said bar, said housing and said monitor disposed therein for maintaining said bar in static equilibrium. 22. The support assembly of claim 20 wherein said perpendicular enabling means comprises: a horizontal plate; horizontal rods rigidly secured to said horizontal plate; and bearing means rigidly secured to said bar for slidably receiving said rods. 23. The support assembly of claim 22 wherein said horizontal enabling means further comprises means rigidly secured to said rods for halting further forward progress of said horizontal plate. 24. The support assembly of claim 22 wherein said vertical rotational enabling means comprises: a shaped plate pivotally connected between said horizontal plate and said housing, said shaped plate having a front edge, a rear edge shorter than said front edge, and side edges each formed by a relatively straight portion extending perpendicular from said front edge and a curved portion extending from said straight portion to said rear edge; and two vertical posts rigidly secured to and extending upwardly from said bar for engaging said side edges of said shaped plate when said shaped plate is rotated with respect to said wall. 25. The support assembly of claim 18 wherein said horizontal rotational enabling means comprises a shutter pivotally mounted within said housing for rotation around a horizontal axis, said shutter having upper and lower arc-shaped panels with said horizontal axis as said arc centerline for engaging said housing in a friction fit. 26. A support assembly for mounting a monitor within a opening in a wall, said assembly comprising: a housing; first means disposed within said opening and operatively connected to said housing for permitting translational movement of said monitor in a first plane; second means disposed within said opening and operatively connected to said housing for permitting translational movement of said monitor in a second plane; third means disposed within said opening and operatively connected to said housing for permitting rotational movement of said monitor about a first axis; and fourth means disposed within said opening and operatively connected to said housing for permitting rotational of said monitor about a second axis. 27. The support assembly of claim 26 wherein said second plane is perpendicular to said first plane. 28. The support assembly of claim 26 where said second axis is perpendicular to said first axis. 29. The support assembly of claim 26 wherein said first plane is vertical and wherein said first means includes means for compensating for the effects of gravity on said monitor. 30. The support assembly of claim 26 wherein said first axis is in said first plane and said second axis is in said second plane. 31. The support assembly of claim 26 wherein all of said means are manually engagable. 32. The support assembly of claim 26 wherein said first means comprises a horizontal bar slidably disposed in said opening for vertical movement within said opening. 33. The support assembly of claim 32 wherein said first means further comprises means for counterbalancing the weight of said bar, said housing and said monitor disposed therein for maintaining said bar in static equilibrium. 34. The support assembly of claim 32 wherein said second means comprises: a horizontal plate; horizontal rods rigidly secured to said horizontal plate; and bearing means rigidly secured to said bar for slidably receiving said rods. 35. The support assembly of claim 34 wherein said second means further comprises means rigidly secured to said rods for halting further forward progress of said horizontal plate. 36. The support assembly of claim 34 wherein said third means comprises: a shaped plate pivotally connected between said horizontal plate and said housing, said shaped plate having a front edge, a rear edge shorter than said front edge, and side edges each formed by a relatively straight portion extending perpendicular from said front edge and a curved portion extending from said straight portion to said rear edge; and two vertical posts rigidly secured to and extending upwardly from said bar for engaging said side edges of said shaped plate when said shaped plate is rotated with respect to said wall. 37. The support assembly of claim 26 wherein said fourth means comprises a shutter pivotally mounted within said housing for rotation around a horizontal axis, said shutter having upper and lower arc-shaped panels with said horizontal axis as said arc centerline for engaging said housing in a friction fit.