Abstract:
The appartus includes a copyholder, mounted on a copyholder arm, held by the pivot block mounted on the platform. The copyholder is adjustable for viewing comfort through multiple set-ups and pivoting capabilities: in front, up or down, to the side, out of the way.

Description:
FIELD OF INVENTION 
     The present invention relates to an accessory for use with a computer termina and more particularly, an accessory device for holding reference papers, papers being copied via keyboard into a computer, or other material associated with computer data entry. 
     BACKGROUND OF THE INVENTION 
     Copyholders are generally known and usually follow a prescribed format set from keyboarding schools and courses. Viewing the copy to the right side or left side of the keyboard and seldom, if ever, looking at the keyboard is generally taught as proper and most proficient. However, with the present day need for rapid data entry from specialized forms, the wide variety of software available and the variety of special function keys provided, the need to rapidly exchange copy paper as well as see and focus on the copy, the video terminal, and the keyboard in succession are now commonly necessary, and this requires that the copyholder be position adjustable including a position directly in front and over the keyboard. The need to rapidly exchange copy forms requires that one hand remove copy from the holder while the other hand simultaneously moves new copy to the holder. 
     Computer frames, disc drives, monitors, keyboards, and support furniture vary significantly. Copyholders that stand on the desk surface are not useful on small PC work stations or terminal stands, and those that clamp to a desk edge do not work if the desk has no usable edge, as on roll-away work stations or wide, multiple terminal counters. Adhering a copyholder to the case of a monitor causes derogation of the monitor&#39;s appearance and is not acceptable for multiple user company property or rental monitors. Copyholders that are held by slipping a foot under one side of the monitor or disc drive can cause distraction by tipping the monitor or causing the monitor to be unstable and to rock. If the copyholder foot is thinner than the depth of legs on the monitor, the copyholder will be unstable and need a wedge or other effort to be useful. 
     Copyholders with holding clips or line guides generally need two hands to operate, and the guides are in the way for inputting on one side and outputting on the other. The clips are also in the way when the copyholder plate is inverted for alternate viewing locations. 
     A primary object of this invention is to provide a copyholder that will permit a very rapid manual exchange of copy material and hold the material in an ergonomically satisfactory position during data entry. 
     Another object of the present invention is to provide a copyholder that overcomes the unsatisfactory features of the prior art. 
     A further object of the present invention is to be able to make said copyholder without needing expensive tooling such as dies and fixtures and thereby allowing low start-up costs. 
     Another object is to provide a durable copyholder that is simple and convenient to operate. 
     SUMMARY OF THE INVENTION 
     The present invention includes a semitransparent plate with a light diffusing, also termed non-glare, surface for supporting the copy material. The plate has edge lips and is rotatably mounted to a rod or pipe arm that has a 90 degree bend. The arm is pivotably and slidably supported from aligned receiving holes in both a corner block and a rigid board or platform. The corner block is in turn supported by being rigidly mounted at a selectable position to the board or platform which is of a size such that it may be used to steadily support the video monitor. Additional features may be apparent from the drawings or their detailed description. 
    
    
     DESCRIPTION OF THE DRAWING FIGURES 
     FIG. 1 is an exploded pictoral of the invention showing one selectable arrangement of the major components. 
     FIGS. 2,3,4, and 5 are partial pictorals showing various selectable arrangements for the location of the support block 5 and arm 2. 
     FIG. 6 shows the support block 5 and various features in phantom. 
     FIG. 7 is a pictoral showing one application selection as represented in FIG. 2 complete with a computer and alternate copyholder positions shown in phantom. 
     FIG. 8 is another pictoral showing a second set-up application selection as represented in FIG. 4. 
    
    
     DESCRIPTION OF THE PREFERRED EMBODIMENT 
     In FIG. 1, the semitransparent plate 1 is shown with two parallel edges bent to form copy support lips 12 and 13. Mounting clips 3 attach the plate 1 to an arm 2 of circular cross section such that the copy support lips 12 and 13 are parallel to arm section 2h. Mounting clips 3 may be selectably tightened to allow plate 1 to rotate about arm 2h, but being rotationally limited by selectably positioned stop collar 6. Arm 2 as shown includes a horizontal portion 2h and a vertical portion 2v with the vertical portion 2v having holes 7 to selectably receive a stop screw 8. The position of stop screw 8 controls the elevation of the copyholder assembly 18 by limiting the distance arm 2 may penetrate the pivot block 5 through the arm support hole 11 and the platform board 4 through the board hole 10 aligned with hole 11. 
     In FIG. 2, the pivot block 5 is shown as to be mounted by screws 14 through holes 9a to the top left side of the platform board 4 which selects high, relative to the platform board 4, leftsided positions for the copyholder assembly 18 and also selects a flat bottom for placing the invention on a desk or table as shown in FIG. 7. 
     In FIG. 3, the pivot block 5 is shown as to be mounted by screws 14 through holes 9b to the top right side of the platform board 4 which selects high, relative to the platform board 4, rightsided positions for the copyholder assembly 18 and also selects a flat bottom for placing the invention on a desk or table. 
     In FIG. 4, the pivot block 5 is shown as to be mounted by screws 14 through holes 9a to the bottom left side of the platform board 4 which selects low, relative to the platform board 4, leftsided positions for the copyholder assembly 18 and also selects a configuration suitable for placing the invention on top of a disc drive or monitor stand as shown in FIG. 8 
     In FIG. 5, the pivot block 5 is shown as to be mounted by screws 14 through holes 9b to the bottom right side of the platform board 4 which selects low, relative to the platform board 4, rightsided positions for the copyholder assembly 18. 
     In FIG. 6, the pivot block 5 is detailed showing the through arm support hole 11 and block mount holes 15. 
     In FIG. 7, the invention is show with a video monitor 16 and computer disc drive or monitor stand 17 placed on top of the platform board 4. Pivotally selected positions for the copyholder assembly 18 and rotationally selected positions for the copyholder plate 1 are shown as varying from position A, which is a low angle in front of the monitor 16, through position B, which is a high angle at the side of the monitor 16, to position C, which is back out of the way close to the monitor 16. 
     In FIG. 8, the same pivotal positions for copyholder assembly 18 are shown as in FIG. 7, but the platform board 4 and monitor 16 are shown on top of the computer disc drive or monitor stand 17. The copyholder plate 1 is shown in position A as being in front of the operator (not shown) and over the computer keyboard 19. 
     It can be appreciated from the drawings, common knowledge, and the above description that all parts of this invention can be made as assembled using simple tools found in any common wood or cellar shop. A drill press and wood or metal bits make all the holes, the arm 2 can be made from two pieces of pipe and an elbow or bent from a round bar, and the plate 1 can be formed from a sheet of plexiglass bent over wood blocks after heating with a hairdryer. The non-glare surface can be added by systematically rubbing the plexiglass with a very fine sandpaper or wire brush.