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A full height partition wall system is characterized by a unitary panel with a vertically movable head panel and a vertically movable foot panel secured thereto and forming a part thereof adapted to be moved upwardly and downwardly, respectively, to secure the panel to and directly against a ceiling

A full height partition wall system is characterized by a unitary panel with a vertically movable head panel and a vertically movable foot panel secured thereto and forming a part thereof adapted to be moved upwardly and downwardly, respectively, to secure the panel to and directly against a ceiling and floor, respectively. The system has no posts, but rather a narrow vertical on each end of the panel which has an outwardly directed relatively shallow channel at the top in which is positioned a strut supporting the corresponding end of the head panel. A drive in the form of a small cog is operative vertically to move the strut and thus the head panel, with a spring detent member holding the strut in adjusted position. An adjustable foot is secured to the bottom of each vertical and the foot panel is spring loaded against the bottom of the foot for movement either with the bottom of the foot or movement independently against the spring loading. The vertical further has laterally directed edge flanges flush with the open end of the channel and adapted to be held to juxtaposed edge flanges of an adjacent panel to form a partition wall, and lateral access may be had to the strut drive for vertical adjustment of the head panel without disassembly of the partition wall. The panels include metal face plates formed with locating flanges at inwardly bent vertical edges thereof which cooperate with lateral stops on the vertical properly to position on the face plates the vertical forming the vertical edge of the panel.

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1. In a partition system, a panel, a vertical on each end of said panel, each vertical including an outwardly directed relatively shallow channel, a strut positioned in each said channel and supporting a corresponding end of an adjustable panel head, and drive means in each said channel operative ve

1. In a partition system, a panel, a vertical on each end of said panel, each vertical including an outwardly directed relatively shallow channel, a strut positioned in each said channel and supporting a corresponding end of an adjustable panel head, and drive means in each said channel operative vertically to move the corresponding strut and thus said head. 2. A system as set forth in claim 1 including spring means operative to hold said strut in adjusted position. 3. A system as set forth in claim 1 wherein said strut includes a series of equally spaced holes. 4. A system as set forth in claim 3 further including spring detent means cooperating with said holes to hold said strut in vertically adjusted position. 5. A system as set forth in claim 4 wherein said drive means cooperates with said holes to drive said strut vertically. 6. A system as set forth in claim 5 wherein said drive means comprises a cog journaled for rotation within said channel. 7. A system as set forth in claim 6 wherein said channel is U-shaped and said cog is fixed on a shaft extending laterally beyond the legs of said channel. 8. A system as set forth in claim 7 further including crank means detachably engageable with said shaft for rotating said cog. 9. A system as set forth in claim 8 including J-shape projections at each vertical edge of said vertical with the bottom of the J flush with the open end of said channel. 10. A system as set forth in claim 9 wherein the long stem of each J-shape projection has an aperture axially aligned with said shaft for permitting attachment of said crank means to said shaft. 11. A system as set forth in claim 10 wherein said aperture is outwardly spaced from the respective end of said shaft. 12. A system as set forth in claim 1 including laterally directed edge flanges on each vertical flush with the open end of said channel. 13. A system as set forth in claim 12 wherein said vertical is bent to form said channel and edge flanges. 14. A system as set forth in claim 1 including vertical keeper means fixed in said channel for holding said strut in said channel for vertical movement. 15. A system as set forth in claim 14 wherein said channel is U-shape and said keeper means is U-shape and fixed top and bottom in said channel by pins passing through laterally aligned openings in the legs of said channel and keeper means. 16. A system as set forth in claim 15 wherein said strut includes vertically equally spaced holes and said drive means includes a cog journaled for rotation between the legs of said keeper means and cooperative with said holes to drive said strut vertically. 17. A system as set forth in claim 16 wherein said cog has an axial thickness less than the spacing between the legs of said channel and the legs of said keeper means are more narrow at said cog taking up the difference between such axial thickness and spacing so as to restrain the cog against axial movement. 18. A system as set forth in claim 1 wherein said panel includes metal face places each having a planar face and each being bent inwardly at adjacent vertical edges thereof to form respective web portions and then outwardly to form respective locating flanges, and said vertical includes webs on opposite sides of said channel butted against the corresponding web portions of said face plates, and respective means interconnecting said webs and central channel in butted locating engagement with the corresponding locating flanges of said face plates, and means securing said webs to corresponding web portions of said face plates. 19. A system as set forth in claim 18 wherein said vertical further includes vertically extending mounting flanges at the outer ends of said webs which are recessed in relation to said planar faces and adapted to be connected to like flanges of an adjacent panel. 20. A system as set forth in claim 19 wherein said channel is U-shape and said means interconnecting said webs and central channel includes a first portion extending outwardly from the corresponding leg of said channel and a second portion extending from said first portion to the corresponding web, said second portion being in butted locating engagement with the corresponding locating flange. 21. A system as set forth in claim 20 wherein said first portion is flush with said edge flange. 22. A system as set forth in claim 21 wherein said strut includes a series of equally spaced holes, said drive means comprises a cog journaled for rotation within said channel, said channel is U-shape and said cog is fixed on a shaft extending laterally beyond the legs of said channel and said second portions. 23. A system as set forth in claim 1 wherein said vertical includes an inwardly directed U-shape glazing channel and said shallow channel is formed by a channel element secured to the bottom of said glazing channel and facing in the opposite direction. 24. A system as set forth in claim 23 wherein said vertical includes laterally directed flanges flush with the open end of said shallow channel. 25. In a partition system, a panel, a vertical on each end of said panel, each vertical including a vertical channel, a strut positioned in each channel, drive means operative vertically to move said strut, and spring detent means captured in said channel by said strut and operative to hold said strut in vertically adjusted position. 26. A system as set forth in claim 25 wherein said strut includes a plurality of vertically spaced holes cooperative with said spring detent means to hold said strut in vertically adjusted position. 27. A system as set forth in claim 26 including means holding said spring detent against vertical movement in said channel. 28. A system as set forth in claim 27 wherein said spring detent means includes a vertically elongate spring element butted against the base of said channel, said spring element including at least one detent cooperative with said holes in said strut to hold said strut in vertically adjusted position, and said base of said channel being relieved from said spring element in the area of said detent so that said detent may be disengaged from a hole during vertical adjustment of said strut. 29. A system as set forth in claim 28 wherein such relief comprises an offset in the base of said channel. 30. A system as set forth in claim 28 wherein such relief comprises a hole in the base of said channel. 31. A system as set forth in claim 28 wherein said spring element includes at least two detents, and at least two corresponding reliefs in the base of said channel. 32. A system as set forth in claim 26 wherein said drive means cooperates with said holes to drive said strut vertically. 33. A system as set forth in claim 32 wherein said drive means comprises a cog journaled for rotation within said channel. 34. A unitary panel comprising a panel body, a panel foot telescopically received and movable in the bottom of said panel body, a panel head telescopically received and movable in the top of said panel body, means for vertically adjustably yet rigidly supporting said panel body on a floor independently of said panel foot, and panel head adjustment means at each end of said panel body for vertically adjusting the corresponding end of said panel head in relation to said panel body. 35. A panel as set forth in claim 34 further including means at each end of said panel body for resiliently urging the corresponding end of said panel foot downwardly in relation to said panel body. 36. A panel as set forth in claim 34 wherein each panel head adjustment means includes a vertical strut connected to the corresponding end of said panel head and means for vertically indexing said strut. 37. A panel as set forth in claim 36 wherein said panel body has a vertical channel at each end thereof and said strut is vertically guided in the corresponding channel. 38. A full height partition wall system comprising a panel, a vertically adjustable head or foot for said panel, a strut connected to said head or foot at at least one end thereof, and spring detent means to hold said strut in one of a plurality of vertically spaced positions, characterized by drive means for said strut in the end of such panel operative to drive the strut vertically to such vertically spaced positions. 39. A wall system as set forth in claim 38 wherein said drive means is concealed in the end of such panel. 40. A wall system as set forth in claim 38 wherein said drive means acts as a keeper to maintain said strut and spring detent in operative engagement. 41. A wall system as set forth in claim 38 including a drive shaft for said drive means, and means to apply power means to said drive shaft from the exterior of said panel to drive the strut vertically. 42. A wall system as set forth in claim 38 wherein said drive means comprises a cog and said strut means comprises a bar having equally vertically spaced holes therethrough adapted to be engaged by both said cog and said spring detent means. 43. A wall system as set forth in claim 42 wherein said strut means is confined within a channel between said spring detent means and said cog. 44. A wall system as set forth in claim 43 wherein said spring detent means is in the bottom of said channel and said cog is journaled between the legs of said channel. 45. A wall system as set forth in claim 44 including openings in the bottom of said channel opposite the detent of said spring means permitting the spring detent means to flex as the strut is driven therepast. 46. A wall system as set forth in claim 45 wherein said spring detent means includes at least two detents vertically spaced a multiple of the holes through the strut. 47. A wall system as set forth in claim 44 wherein said channel is one integral part of the vertical forming the vertical edge of said panel. 48. A wall system as set forth in claim 47 wherein said channel is secured to the upper portion of the vertical forming the edge of said panel. 49. A full height partition wall system comprising a panel with a vertically movable head panel and a vertically movable foot panel secured thereto and forming a part thereof adapted to be moved upwardly and downwardly respectively, to secure said panel to and directly against a ceiling and floor, respectively, a vertical at each end of said panel, and an adjustable foot secured to the bottom of each vertical, said foot panel being spring loaded against the bottom of each foot for movement with the bottom of each foot or movement independently against the spring loading. 50. A partition system as set forth in claim 49 wherein said panel extends below the bottom of said foot. 51. A partition system as set forth in claim 49 wherein each vertical includes a relatively shallow channel at the upper end thereof, and a strut vertically movable in said channel and connected to said head panel. 52. In an interior partition system supported on a floor, the combination of a partition panel, a telescoping foot in the bottom of said panel, means for vertically adjustably yet rigidly supporting said panel on the floor, and resilient means interposed between said panel and said foot for urging said foot downwardly into engagement with the floor, said foot being movable independently of said means for vertically adjustably yet rigidly supporting said panel on the floor against the urging force of said resilient means. 53. A combination as set forth in claim 52 wherein said means for supporting includes an adjusting screw threaded for vertical adjustment in the bottom of said panel at each end thereof. 54. A combination as set forth in claim 53 wherein said adjusting screw passes through said foot and guides said foot for vertical movement. 55. A combination as set forth in claim 54 wherein said panel has a depending projection threaded for receipt of said adjusting screw and said resilient means includes a spring abutting said projection and adjusting screw. 56. A combination as set forth in claim 54 further including stop means for maintaining said foot telescoped in said panel when not engaged with the floor. 57. In an interior partition system, a panel comprising metal face plates each having a planar face and each being bent inwardly at adjacent vertical edges thereof to form respective web portions and then outwardly from said web portions to form respective abutment flanges, and a vertical element on said adjacent vertical edges of said face plates, said vertical element including an outwardly opening central channel, inwardly opening channels on opposite sides of said central channel receiving said abutment flanges and holding them against separation, and a vertically extending recessed mounting flange at the outer vertical edge of each inwardly opening channel adapted to be mounted against a like flange of an adjacent panel. 58. A panel as set forth in claim 57 wherein said central and inwardly opening channels are U-shape and the legs of said central channel form the inner legs of said inwardly opening channels. 59. A panel as set forth in claim 58 wherein said web portions are perpendicular to said faces. 60. A panel as set forth in claim 59 wherein said mounting flanges of said vertical element are connected to and spaced from said inwardly opening channels by respective webs butted against the corresponding web portions of said face plates. 61. A panel as set forth in claim 60 including means securing said webs of said vertical element to the corresponding web portions of said face plates. 62. A panel as set forth in claim 57 including a strut positioned in each said outwardly opening central channel and supporting one end of an adjustable panel head, and drive means in each said central channel operative vertically to move the respective strut and thus said head.