Pallet securing mechanism

1. An apparatus for applying a stretch film to an object, the apparatus comprising:

a support frame configured to support a roll of stretch film and dispense the stretch film in response to tension on the stretch film;

a support member extending approximately parallel to the support to be along a path between the stretch film dispensed from the roll and the object;

a gathering device disposed to stretch and gather the stretch film into a string configured to wrap around the object;

an attachment apparatus configured to attach to a pallet configured to support the object, the attachment apparatus defining an engagement surface configured to engage the string of stretch film to secure the string of stretch film to the pallet,

wherein the attachment apparatus comprises:

a single piece of contiguous, flat-formed, resilient metal forming:

a bridge section;

the engagement surface comprising a tab stamped out from the bridge section to define a hook-shaped structure extending from an aperture defined by the bridge section and having a shape corresponding to the tab;

at least two arms extending from the bridge section in a direction opposite of the tab, the at least two arms biased toward each other to pinch a section of the pallet to secure the apparatus to the pallet;

wherein each of the two arms comprises a first section having a distal end extending away from the bridge section and a second section extending from the first section's distal end back toward the bridge section and biased inward toward an opposing arm of the at least two arms to define a friction surface disposed to face a corresponding friction surface defined by the opposing arm's second section.

2. The apparatus of claim 1 wherein the bridge section further defines a ridge extending from the bridge section toward a distal end of the tab.

3. The apparatus of claim 2 wherein the tab bends toward the bridge section.

4. An apparatus for securing shipping materials to a shipping pallet, the apparatus comprising:

a single piece of contiguous, flat-formed, resilient metal forming:

a bridge section;

a tab stamped out from the bridge section to define a hook-shaped structure extending from an aperture defined by the bridge section and having a shape corresponding to the tab;

at least two arms extending from the bridge section in a direction opposite of the tab, the at least two arms biased toward each other to pinch a section of a shipping pallet to secure the apparatus to the pallet;

wherein each of the two arms comprises a first section having a distal end extending away from the bridge section and a second section extending from the first section's distal end back toward the bridge section and biased inward toward an opposing arm of the at least two arms to define a friction surface disposed to face a corresponding friction surface defined by the opposing arm's second section.

5. The apparatus of claim 4 wherein the bridge section further defines a ridge extending from the bridge section toward a distal end of the tab.

6. The apparatus of claim 5 wherein the tab defines the hook-shaped structure as extending toward the bridge section.

7. A method for securing an object to a pallet, the method comprising:

engaging at least one surface of a pallet with an attachment apparatus to dispose an engagement surface of the attachment apparatus outside of an outer edge of the pallet, the attachment apparatus comprising:

a single piece of contiguous, flat-formed, resilient metal forming:

a bridge section;

the engagement surface comprising a tab stamped out from the bridge section to define a hook-shaped structure extending from an aperture defined by the bridge section and having a shape corresponding to the tab;

at least two arms extending from the bridge section in a direction opposite of the tab, the at least two arms biased toward each other to pinch a section of the pallet to secure the apparatus to the pallet;

wherein each of the two arms comprises a first section having a distal end extending away from the bridge section and a second section extending from the first section's distal end back toward the bridge section and biased inward toward an opposing arm of the at least two arms to define a friction surface disposed to face a corresponding friction surface defined by the opposing arm's second section;

engaging the engagement surface with at least one elongated strip of packing material;

wrapping the object with the packing material to secure the packing material to the pallet through a secure engagement of the packing material to the engagement surface of the attachment apparatus;

wherein the engaging the at least one surface with the attachment apparatus comprises pinching a section of the pallet with the at least two arms.

8. The method of claim 7 further comprising engaging the pallet with the friction surface disposed on individual ones of the at least two arms.