Method for mounting logistics strips to an inner surface of a storage container sidewall

1. A logistics strip arrangement, comprising:

a storage container defining a wall having at least one channel formed in an inner surface thereof, wherein the at least one channel extends only partially through the thickness of the wall;

a logistics strip including two elongate sides and a middle portion between the two elongate sides, the two elongate sides engaged with and coupled to the inner surface of the storage container at a location spaced-apart from and above a bottom-most surface of the channel, wherein the middle portion includes at least one opening between the opposite sides thereof, and wherein the at least one opening is positioned over the at least one channel of the storage container; and

wherein a space is provided between a bottom-most inner surface of the middle portion of the logistics strip aligned with the channel and the bottom-most surface of the channel, and wherein the space is configured to receive a cargo-anchoring device therein,

wherein a depth of the channel is greater than half a thickness of the wall, and

wherein the channel is empty such that no portion of the logistics strip is received within the channel.

2. The logistics strip arrangement of claim 1 , wherein the at least one channel in the inner surface of the storage container wall comprises a plurality of axially aligned channels in the inner surface of the wall.

3. The logistics strip arrangement of claim 1 , wherein the wall does not include any elongated grooves extending substantially from a top edge of the wall to a bottom edge of the wall.

4. The logistics strip arrangement of claim 1 , wherein the wall includes a non-metallic core material sandwiched between two metallic outer skins, and wherein the non-metallic core material defines bottom and side surfaces of the at least one channel.

5. The logistics strip arrangement of claim 1 , wherein the logistics strip has a length and the opposite sides define elongated opposite sides along the length of the logistics strip,

and wherein the logistics strip defines a plurality of spaced apart openings along its length between the opposite elongated sides,

and wherein the at least one channel in the inner surface of the storage container side wall comprises a plurality of axially aligned channels in the inner surface of the wall,

and wherein the plurality of openings defined in the logistics strip are aligned over corresponding ones of the plurality of axially aligned channels.

6. The logistics strip arrangement of claim 1 , wherein the logistics strip has a length and the opposite sides define elongated opposite sides along the length of the logistics strip,

and wherein the logistics strip defines a plurality of spaced apart openings along its length between the opposite elongated sides,

and wherein the at least one channel in the inner surface of the storage container wall comprises a single elongated channel in the inner surface of the side wall,

and wherein the plurality of openings defined in the logistics strip are aligned over the single elongated channel.

7. The logistics strip arrangement of claim 1 , further comprising a bonding medium disposed between and in contact with an underside of the two elongate sides of the logistics strip and the inner surface of the storage container, wherein the bonding medium extends along both of the opposite sides of the logistics strip.

8. The logistics strip arrangement of claim 7 , further comprising:

a first strip of adhesive tape between the underside of the logistics strip adjacent to an edge of one of the sides thereof and the inner surface of the storage container wall, and

a second strip of adhesive tape between the underside of the logistics strip adjacent to an edge of an opposite side thereof and the inner surface of the storage container wall, the first and second strips of adhesive tape each having a thickness sufficient to form a dam to leakage or seepage of the bonding medium outwardly away from the sides of the logistics strip.

9. The logistics strip arrangement of claim 7 , further comprising:

a first strip of adhesive tape between the underside of the logistics strip adjacent to an edge of one of the sides thereof and the inner surface of the storage container wall, and

a second strip of adhesive tape between the underside of the logistics strip adjacent to an edge of an opposite side thereof and the inner surface of the storage container wall, the first and second strips of adhesive tape each having adhesive on opposite sides thereof so that the first and second strips of adhesive tape temporarily affix the logistics strip to the inner surface of the wall while the bonding medium cures to a hardened state.

10. The logistics strip arrangement of claim 7 , wherein the bonding medium is disposed only along the opposite sides of the logistics strip between the undersides of the logistics strip and the inner surface of the wall such that the channel is free of any bonding medium.

11. The logistics strip arrangement of claim 7 , wherein the bonding medium includes a first bonding medium positioned along an outer longitudinal edge of each of the elongate sides of the logistics strip, and a second bonding medium different from the first bonding medium and positioned between the first bonding medium and the opening of the logistics strip.

12. The logistics strip arrangement of claim 11 , wherein the first bonding medium includes a first strip of double-sided adhesive tape coupled to the outer longitudinal edge of one of the elongate sides of the logistics strip and a second strip of double-sided adhesive tape coupled to the outer longitudinal edge of the other one of the elongate sides of the logistics strip, and further wherein the second bonding medium includes a formable bonding medium.

13. The logistics strip arrangement of claim 7 , wherein the bonding medium is cured to form a bond to the underside of the logistics strip and to the inner surface of the storage container wall.