Truss based display system
A display unit comprising a plurality of vertical truss members anchored to a floor surface; a plurality of horizontal rails attached to the vertical truss members thereby forming a frame; a horizontal track anchored to a floor surface in front of the vertical truss members; a plurality of cantilever supports attached across the top of the frame, the cantilever supports each having a front portion providing an upper frame and lower frame; a plurality of upper rectangular panels mounted in a first row adjacent one another in the upper frames; a plurality of lower rectangular panels mounted in the lower frames adjacent one another a second row below the first row; first and second side panels anchored to the floor track and to a plurality of the horizontal rails; a plurality of cabinets located adjacent one another between the first and second side panels and anchored to the floor track and at least one of said horizontal rails; and a plurality of display panels disposed between the top surfaces of the cabinets and the lower edges of the lower rectangular panels.
1. An adjustable truss structure for a display comprising:
a vertical truss member;
a vertical channel having a vertical slot therein, said vertical channel being attached to said vertical truss member;
a horizontal channel having a horizontal slot therein;
an anchor mechanism configured to be adjustable to permit said horizontal channel to move up and down vertically with respect to said vertical channel and to fix said horizontal channel in a selected position with respect to said vertical channel;
a support member having a channel of U-shaped cross-section, the channel of U-shaped cross-section being hooked over a lower end of the horizontal slot of said horizontal channel and being slidable horizontally in said horizontal slot.
2. The adjustable truss structure of claim 1 further comprising a display support panel attached to the horizontal channel.
3. The adjustable truss structure of claim 2 wherein said display support panel further comprises an angled slot on a top surface thereof.
4. The adjustable truss structure of claim 3 wherein a graphic panel is inserted in said angled slot.
5. The adjustable truss structure claim 3 wherein said angled slot is unitarily formed with the display support panel.
6. The adjustable truss structure of claim 1 further comprising a floor track with a horizontal slot in a top surface thereof, the floor track being located adjacent said vertical channel.
7. The adjustable truss structure of claim 1 wherein said anchor mechanism comprises a U-shaped member configured to be rotatable to a first position where it may be inserted into said horizontal slot and then rotated to lock an associated structural component in position with respect to the horizontal channel.
8. The adjustable truss structure of claim 7 wherein said anchor mechanism is configured so as to pull the “U-shaped” member towards a surface of the structural component, thereby locking the U-shaped member in place.
9. The adjustable truss structure of claim 1 wherein said anchor mechanism comprises a T-shaped member configured to be rotatable to a first position where it may be inserted into said horizontal slot channel and then rotated to lock an associated structural component in position with respect to the horizontal channel.
10. The adjustable truss structure of claim 9 wherein said anchor mechanism is configured so as to pull the “T-shaped” member towards a surface of the structural component, thereby locking the T-shaped member in place.
11. The adjustable truss structure of claim 1 wherein said anchor mechanism comprises a spring loaded “U”-shaped member having a conical tapered coil spring press- fitted onto an extruded nut configured to thread onto a threaded stud attached to a structural member of the display.
12. The adjustable truss structure of claim 1 further comprising an anchor mechanism for attaching a side panel to a horizontal rail where the rail is a cylindrical tube, the anchor mechanism comprising a two part “horseshoe” clamp, wherein one half of the clamp is attached to the side panel and is placed in position against and around the cylindrical tube and wherein a second half of the clamp is fastened to the first half to attach the side panel to the horizontal rail.
13. The adjustable truss structure of claim 1 further comprising an anchor mechanism for attaching a side panel to a horizontal rail where the rail is a rectangular tube, the anchor mechanism comprising a two part “horseshoe” clamp, wherein one half of the clamp is attached to the side panel and is placed in position against and around the rectangular tube and wherein a second half of the clamp is fastened to the first half to attach the side panel to the horizontal rail.
14. The adjustable truss structure of claim 1 wherein said vertical channel is generally rectangular in cross-section.
15. The adjustable truss structure of claim 14 wherein said horizontal channel is generally rectangular in cross-section.