Abstract: A computer tablet storage system. The system may have one or many main docks and one or many tablet holders. A computer tablet is retained within each tablet holder, and the tablet holder is insertable into and removable from an associated main dock. While inside the main dock, the computer tablet is protected against damage and unauthorized use. The main dock includes a door aperture and a tablet tray assembly movable toward and away from the bay door aperture and within the dock housing. The tablet holder (with tablet therein) is releasably engageable with the tray assembly. In the system, the tablet tray assembly is movable between a forward position in which a tablet is extended through the bay door for use, and a tray back position in which the tablet is retracted completely within the dock housing interior. A master control may regulate operation of the system.

Abstract: An assembly is provided or supporting a flat monitor in adjacent but underlying relationship to a preferably window pane equipped, preferably rectangularly-configured aperture provided in a desk-type working platform. An aperture frame extends about perimeter portions of the aperture. A flat monitor support platform is located beneath but adjacent to the aperture. Joining components extend between and interconnect portions of the aperture frame with portions of the flat monitor support platform. A flat monitor is supportable by the platform with the platform generally suspended from the aperture frame with the aperture frame so positioned in the aperture. The flat monitor viewing screen with the flat monitor so supported is viewable through the aperture. The inclination of the flat monitor viewing screen is adjustable if desired. Various aperture frame structures, flat monitor support platforms, and joining components can be utilized.

Abstract: A shelf subassembly is provided for adjustably supporting a flat panel. The shelf subassembly is itself supportable in an adjustable CRT support subassembly, which is supported in a monitor support assembly. The shelf subassembly includes a panel support portion for supporting the flat panel display, and a securing device connected to the panel support portion for operably and removably connecting the shelf subassembly to the CRT support subassembly.

Abstract: A structure that provides for enhanced access to a chamber defined therein. The structure includes a top member and a support assembly for supporting the top member and together defining the chamber. The invention includes a panel removably connected to the structure and a securing device for removably securing the panel to the structure. The securing device is hidden from view when the panel is connected to the structure. Removing the panel provides for access to the chamber.

Abstract: Apparatus and method are provided for preparing a viewing aperture in the top deck of a work station. The aperture when formed is provided with a liner sleeve adjacent to its perimeter. The outside face of the liner sleeve engages the edge wall of the aperture and the inside face of the liner sleeve supports rim portions of a transparent panel that is inset across the aperture. Various cross-sectional profiles for the aperture edge wall and the opposing faces of the liner sleeve can be used. The structures provides a reliable procedure for making an accurately sized aperture for monitor viewing in a deck.

Abstract: An improved adjustable monitor support assembly is provided that utilizes a plurality of interchangeable side support assemblies and monitor supporting shelf assemblies. Each such shelf assembly is engageable with each pair or side support assemblies. Thus, a particular pair of side support assemblies can be used with either a monitor supporting shelf subassembly structure for a conventional monitor or a monitor supporting shelf subassembly structure for a flat LCD type monitor.

Abstract: A flat monitor is associated with a work station in inset relationship to the top surface of the work station's platform so as to be non-interfering with this top surface usage. The flat monitor is supported in a compartment structure associated with an opening in the platform. The compartment and the flat monitor are preferably provided with a transparent sheet extending over the platform opening.

Abstract: A template assembly is provided for cutting an aperture in a deck. The template assembly comprises a pair of sized frames, one of which is positionable in spaced, parallel relationship relative to the other, and furthermore one of the sized frames extends over the deck. A bracket is included along an adjacent side edge of each of the sized frames, where the bracket adjustably vertically spaces each of the sized frames from the other. The bracket further includes a clamp for holding the bracket at a predetermined position. A retaining device is included for holding the sized frames at a fixed position against the deck.

Abstract: Apparatus and method are provided for preparing a viewing aperture in the top deck of a work station. The aperture when formed is provided with a liner sleeve adjacent to its perimeter. The outside face of the liner sleeve engages the edge wall of the aperture and the inside face of the liner sleeve supports rim portions of a transparent panel that is inset across the aperture. Various cross-sectional profiles for the aperture edge wall and the opposing faces of the liner sleeve can be used. The invention provides a reliable procedure for making an accurately sized aperture for monitor viewing in a deck.

Abstract: An improved adjustable monitor support assembly is provided that utilizes a plurality of interchangeable side support assemblies and monitor supporting shelf assemblies. Each such shelf assembly is engageable with each pair or side support assemblies. Thus, a particular pair of side support assemblies can be used with either a monitor supporting shelf subassembly structure for a conventional monitor or a monitor supporting shelf subassembly structure for a flat LCD type monitor.

Abstract: Apparatus and method are provided for preparing a viewing aperture in the top deck of a work station. The aperture when formed is provided with a liner sleeve adjacent to its perimeter. The outside face of the liner sleeve engages the edge wall of the aperture and the inside face of the liner sleeve supports rim portions of a transparent panel that is inset across the aperture. Various cross-sectional profiles for the aperture edge wall and the opposing faces of the liner sleeve can be used. The invention provides a reliable procedure for making an accurately sized aperture for monitor viewing in a deck.

Abstract: An improved adjustable monitor support assembly is provided that utilizes a plurality of interchangeable side support assemblies and monitor supporting shelf assemblies. Each such shelf assembly is engageable with each pair or side support assemblies. Thus, a particular pair of side support assemblies can be used with either a monitor supporting shelf subassembly structure for a conventional monitor or a monitor supporting shelf subassembly structure for a flat LCD type monitor.

Abstract: A combination structure is disclosed wherein a stand-alone desk structure coacts with an underdesk monitor support structure for positioning and supporting the monitor support. Optionally a slidable keyboard tray support can be included with this monitor support. The top platform member of the desk structure includes a transparent portion. The monitor support structure includes a monitor support shelf and a pair of side supports which are each equipped with a U-configured unitary frame having a pair of legs and a cross member. A plurality of transversely extending, vertically spaced load bearable wire members extend between each pair of legs. Adjustable connector assemblies connect the shelf member with selected load bearable members of each side support. Optionally but preferably, each side support can also include a cross transverse bar which is optionally configured to support a drawer slide in combination with an associated respective leg member.

Abstract: A desk structure is provided wherein a monitor is angularly positionable beneath a transparent viewing window in the working surface thereof. The window is provided with a coating which is antireflecting of incident exterior light but the window is transmissive of light images from the monitor viewing screen.

Abstract: An adjustable monitor support assembly is provided which incorporates a shelf member, side supports and slide plates between each side support and the shelf member. Elongated slots are provided in the side supports and in the slide plates with those in the slide plates being perpendicular to those in the side supports, and adjacent ones thereof are interconnected by a key. The front of the shelf member is pivotally connected to each slide plate. The shelf member is thus vertically and horizontally positionable and tiltably adjustable relative to the side supports, and the shelf member is spatially fixable by an adjustable clamp.