Television panel package

Claim 2

A support column for securely supporting a plurality of objects in a column wherein said support column comprises an integrally formed rigid quadrant portion of a cylinder having adjoining sides meeting at an axial corner and free ends thereof terminating at a selected radial distance from said corner, and a cylindrical surface joining the free ends of the adjoining sides, said support column formed with a plurality of axial spaced niches for receiving therein a corner portion of an object to be supported, each niche is formed radially inwardly of the cylindrical surface of the quadrant portion and includes a lower support surface for receiving thereon a corresponding lower part of said corner portion of the object disposed in said niche in spaced relation to an axial adjacent one of said objects, and a locating boss located in opposition to the lower support surface for axially engaging a corresponding upper part of the corner portion of the object in opposition to the said lower part for securing said object axially against said lower support surface upon application of a radial force of the object against the column.

Claim 3

The support column of claim 1 wherein said column is formed into a composite laminate having a foam-like inner core and a skin-like outer layer forming a rigid member.

Claim 4

The support column of claim 2 wherein the outer layer and core are injection molded and formed in situ.

Claim 5

The support column of claim 1 wherein said niches include cylindrical upstanding walls complementary to the corner portion of the object and a relatively flat annular portion forming the lower support surface joined with said upstanding cylindrical wall, the cylindrical wall portion extending to the next succeeding annular portion.

Claim 6

The support column of claim 4 wherein the boss has a working surface lying at an acute angle relative to the lower support surface and being generally tangent to at least one point on an opposed face of the object near the corner portion thereof for urging said object against the support surface.

Claim 7

The support column of claim 4 wherein the cylindrical wall has openings thereon for reducing the column weight.

Claim 8

The support column of claim 5 wherein an inner portion of the cylindrical surface portion includes protrusions extending into each niche for engagement with the panel object.

Claim 9

The support column of claim 1 wherein respective lowermost and uppermost annular portions form a bottom and top of the column and the top portion has at least one hole therein for an inboard portion forming a hook catch.

Claim 10

The support column of claim 1 including means for the adjoining sides for inhibiting overbite of one support column and another when juxtaposed along the adjoining sides.

Claim 11

A package assembly for securely supporting a plurality of axial spaced rectangular TV picture tube panels in a plurality of columnar stacks on a pallet forming a base support for the stacks the package assembly comprising a support column for each of four corners of each stack of panels, each support column being an integrally formed rigid quadrant portion of a cylinder having adjoining sides lying in planes meeting near an axial corner and free ends of said sides terminating at a selected radial distance from said corner and a cylindrical surface joining the free ends of the adjoining sides, said support column formed with the plurality of axially spaced niches for receiving therein one of each of the four corners of a panel, each niche formed radially inwardly of the cylindrical surface of the quadrant portion and including a relatively lower support surface for receiving a lower rim portion of the panel thereon in spaced relation to an axial adjacent one, and a locating boss for engaging an opposed upper face portion of the panel for urging the panel axially against the support surface upon application of a radial force against the panel and support column, the stacks being located on said pallet in a rectangularly arranged group of stacks; securing means circumferentially located about each stack and group of stacks and the pallet for securing the package into a unitary rigid structure.

Claim 12

A package assembly for securely supporting a plurality of axial spaced rectangular TV picture tube panels in a plurality of columnar stacks on a pallet forming a base support for the stacks the package assembly comprising a support column for each of four corners of each stack of panels, each support column being an integrally formed rigid quadrant portion of a cylinder having adjoining sides lying in planes meeting near an axial corner and free ends of said sides terminating at a selected radial distance from said corner and a cylindrical surface joining the free ends of the adjoining sides, said support column formed with the plurality of axially spaced niches for receiving therein one of each of the four corners of a panel, each niche formed radially inwardly of the cylindrical surface of the quadrant portion and including a relatively lower support surface for receiving a lower rim portion of the panel thereon in spaced relation to an axial adjacent one, and a locating boss for engaging an opposed upper face portion of the panel for urging the panel axially against the support surface upon application of a radial force against the panel and support column, the stacks being located on said pallet in a rectangularly arranged group of stacks; securing means circumferentially located about each stack and group of stacks and the pallet for securing the package into a unitary rigid structure.

Claim 13

The package assembly of claim 10 wherein said securing means includes strapping circumferential of each stack and groups of stacks.

Claim 14

The package assembly of claim 11 wherein said securing means further includes a structural wrapper circumferentially disposed about each stack extending substantially the entire length thereof, said wrapper being relatively nondeformable along diagonals of the stack and for stabilizing the group stacks into a unitized diagonally stable package when secured together.

Claim 15

The package assembly of claim 12 wherein said structural wrapper includes at least one of a folded semirigid board panel adapted to be circumferentially located about each stack and an organic film stretch wrap polymer about the group of stacks.

Claim 16

The package assembly of claim 10 further including, means located in the adjoining sides of the support column for stabilizing the rigidity of the column and inhibiting overbite of one support column adjacent another.

Claim 17

The package assembly of claim 13 including, means for securing the stacks of panels to the pallet.

Claim 18

The package assembly of claim 15 wherein said means for securing the stacks to the pallet includes a lower portion of the stretch film wrap polymer bridging a lower portion of the stack with the pallet.