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Panels for holding printed circuit boards and the like which includes at least a pair of panels, each panel having a front surface with raised portions thereon to provide a criss-cross arrangement of recesses for receiving edges of the printed circuit boards therein, the recesses extending at inclin

Panels for holding printed circuit boards and the like which includes at least a pair of panels, each panel having a front surface with raised portions thereon to provide a criss-cross arrangement of recesses for receiving edges of the printed circuit boards therein, the recesses extending at inclined angles to the side edges of the panel to hold the printed circuit boards in an inclined position between the two panels. The raised portions are preferably diamond-shaped. Partition members divide each of the panels into two sections so that the printed circuit boards can be received from each side edge of the panels. Cutouts are provided in each side edge of the panel for adjustably mounting the panels on parallel rods of the cart, wherein the panels are slidable along these rods to a selected position and then secured in the selected position by fastening members. Preferably, each of the panels includes a plate member secured to a frame member, the raised portions and recesses being provided on the plate member and the cutouts being provided in the frame member.

대표청구항 ▼

1. Panels for holding printed circuit boards in a cart and the like, comprising: at least a pair of panels; each panel including side edges and a front surface disposed between said side edges; said front surfaces having raised portions to provide recess means for receiving edges of the printed

1. Panels for holding printed circuit boards in a cart and the like, comprising: at least a pair of panels; each panel including side edges and a front surface disposed between said side edges; said front surfaces having raised portions to provide recess means for receiving edges of the printed circuit boards therein; said recess means extending at an inclined angle to said side edges of said panel to hold the printed circuit boards in an inclined position between said two panels; and said recess means including first and second sets of recesses, said first set extending at a specific inclined angle with respect to one panel side edge and said second set extending at said specific inclined angle with respect to the opposite panel side edge to define a crisscross arrangement with said first and second sets of recesses intersecting each other to provide spaced apart columns of V-shaped intersections. 2. Panels as in claim 1, including a partition member for each panel to divide each panel into two sections for receiving printed circuit boards from each panel side edge, and securing means for removably securing said partition member to said front surface of an associated panel with said partition member being in alignment with a selected one of said columns of V-shaped intersections. 3. Panels as in claim 2, wherein said securing means includes a spaced apart pair of projections on a bottom portion of said partition member, said projections having an enlarged head, and first and second series of keyhole shaped apertures provided in said raised portions of said panel front surface to provide pairs of said keyhole shaped apertures across said front surface between said panel side edges, said pair of projections being received and retained in a selected one of said pairs of apertures, said enlarged head of each projection being sized to pass through the enlarged circular opening of each aperture and being too large to be pulled out through the narrow slit portion of each aperture. 4. Panels as in claim 1, wherein said raised portions are diamond-shaped, said diamond-shaped portions being disposed in columns across said panel front surface with first ends of said diamond-shaped portions in one column being disposed between second ends of said diamond-shaped portions in an adjacent column in an alternating arrangement to define said first and second set of recesses. 5. Panels as in claim 4, including a partition member for each panel to divide each panel into two sections for receiving printed circuit boards from each panel side edge, and securing means for removably securing said partition member to said front surface of an associated panel. 6. Panels as in claim 5, wherein said securing means includes a spaced apart pair of projections on a bottom portion of said partition member, said projections having an enlarged head, and a first and second series of keyhole shaped apertures provided in said diamond-shaped portions of said panel front surface to provide pairs of said keyhole shaped apertures across said front surface between said panel side edges, said pair of projections being received and retained in a selected one of said pairs of apertures. 7. Panels as in claim 1, wherein each of said panel side edges includes cut-out means therein for mounting said panels on parallel rods of the cart, and means for securing said panels in a selected position on the cart rods. 8. Panels for holding printed circuit boards in a cart and the like, comprising: at least a pair of panels; each panel including side edges and a front surface disposed between said side edges; said front surface having raised portions to provide recess means for receiving edges of the printed circuit boards therein; said recess means extending at an inclined angle to said side edges of said panel to hold the printed circuit boards in an inclined position between said two panels; each of said panel side edges including cut-out means therein for mounting said panels on parallel rods of the cart, and means for securing said panels in a selected position on the cart rods; and each of said panels including a plate member, a frame member and means for securing said plate member to said frame member, said panel front surface being provided on said plate member, and said cut-out means being provided in said frame member. 9. Panels as in claim 8, including a third panel disposed between said pair of panels in the cart, said third panel including a frame member and a plate member positioned on opposite faces of said third panel frame member, and means for securing said third panel plate members to said third panel frame member, said panel front surface being provided on each of said third panel plate members, said cut-out means being provided in said third panel frame member.