초록 ▼

Industry-standard COT/TAB integrated circuit part carrier frame members are receivable into a shipping tube member in a stack which rests at one end on paired retaining pins and at the other end is retained by a closure member of the shipping tube. As so disposed in the shipping tube, the carrier fr

Industry-standard COT/TAB integrated circuit part carrier frame members are receivable into a shipping tube member in a stack which rests at one end on paired retaining pins and at the other end is retained by a closure member of the shipping tube. As so disposed in the shipping tube, the carrier frames are securely held with virtually no risk that they will slip out of place within the shipping tube. The shipping tube member includes side walls which define plural pairs of apertures spaced along the length of the shipping tube so that: the paired pins may be relocated to adapt the shipping tube to various shipment sizes. The remainder of the shipping tube remains empty to reduce both the cost of carrier frames conventionally used just as filler, as well as reducing shipping costs by eliminating the weight of these filler carrier frames which are shipped empty.

대표청구항 ▼

A COT/TAB part shipping container apparatus for receiving plural like COT/TAB part carrier frames stacked one upon the other, said shipping container apparatus comprising: an elongate shipping container tube member including two pairs of opposed elongate side walls cooperatively defining an elongate

A COT/TAB part shipping container apparatus for receiving plural like COT/TAB part carrier frames stacked one upon the other, said shipping container apparatus comprising: an elongate shipping container tube member including two pairs of opposed elongate side walls cooperatively defining an elongate cavity therewithin and at coextensive end edges thereof cooperatively defining an opening into said cavity; means for selectively opening and closing said opening into said cavity; said side walls defining plural pairs of transversely aligned apertures spaced along the length of said elongate cavity; and a pair of elongate pin members receivable into a selected pair of said paired apertures to extend transversely between said opposed pairs of side walls and to supportingly engage a carrier frame placed in said elongate cavity; whereby said elongate cavity may receive an incrementally variable number of said carrier frames stacked between said opening and said pair of pins, dependent upon the distance of said selected pair of apertures from said opening; wherein one pair of said two pair of opposed side walls defines pairs of apertures which are aligned with one another transversely across said cavity, the other pair of said two pairs of opposed side walls also defining pairs of apertures which are aligned with one another transversely across said cavity, and said aperture pairs of said one pair of side walls being spaced from said aperture pairs of said other pair of side walls along the length of said elongate cavity by an integer multiple of a predetermined distance.