초록 ▼

A transport unit comprises a load carrier, a load which comprises at least one coil of a web; the web being wound on a reel, a load distributing element, and a tightening strap, the load being carried by said load carrier in such a manner that the reel of said at least one coil is arranged perpendic

A transport unit comprises a load carrier, a load which comprises at least one coil of a web; the web being wound on a reel, a load distributing element, and a tightening strap, the load being carried by said load carrier in such a manner that the reel of said at least one coil is arranged perpendicular to the load carrier, the load having an upper surface facing said load distributing element, the load distributing element being arranged on the upper surface of the load, and the tightening strap enclosing a force-absorbing structure formed of the load carrier, the reel and the load distributing element and adapted to secure the load to the load carrier. The load carrier has a flat load surface, and the web comprises interconnected container blanks, the load having a lower surface which rests on the load surface and comprises an end face of the reel of the at least one coil and a bottom surface formed of a bottom edge of the web of interconnected container blanks. The invention also relates to a method of manufacturing such a transport unit.

대표청구항 ▼

The invention claimed is: 1. A transport unit comprising: a load carrier; a load which comprises at least one coil of a web, said web being wound on a reel; a load distributing element, and a tightening strap; said load being carried by said load carrier in such a manner that the reel of said at le

The invention claimed is: 1. A transport unit comprising: a load carrier; a load which comprises at least one coil of a web, said web being wound on a reel; a load distributing element, and a tightening strap; said load being carried by said load carrier in such a manner that the reel of said at least one coil is arranged perpendicular to said load carrier; said load having an upper surface facing said load distributing element, said load distributing element being arranged on the upper surface of the load; and the tightening strap enclosing a force-absorbing structure formed of the load carrier, the reel and the load distributing element and adapted to secure the load to the load carrier; the load carrier further comprising a load carrier of the EURO pallet type, in which the tightening strap encloses said force absorbing structure in the longitudinal direction of the deckboards included in the load carrier, and the load carrier has a flat load surface; said web further comprising interconnected container blanks, which seen in the transverse direction of the web comprises a first portion with a first number of layers and a second portion with a second number of layers; said load having a lower surface which rests on said load surface and comprises an end face of the reel of said at least one coil and a bottom surface formed of a bottom edge of said web of interconnected container blanks; and; said load distributing element extending diametrically across the upper surface of said load and beyond the circumferential surface thereof. 2. A transport unit as claimed in claim 1, in which the load carrier is a load carrier of the EURO pallet type, in which the deckboards are replaced by a plate and in which the tightening strap is arranged to enclose said force absorbing structure in the longitudinal direction of the runner boards included in the load carrier. 3. A transport unit as claimed in claim 1, in which the load carrier is a load carrier of the EURO pallet type, in which the joist boards are reinforced. 4. A transport unit as claimed in claim 1, in which the load comprises a stack of coils, in which stack the reels of the respective coils are axially aligned with each other. 5. A transport unit as claimed in claim 1, comprising a separating element between one coil and the next in the load. 6. A transport unit as claimed in claim 1, in which the load carrier carries a plurality of loads, and in which the load distributing element extends across one or more loads. 7. A transport unit as claimed in claim 2, in which the load comprises a stack of coils, in which stack the reels of the respective coils are axially aligned with each other. 8. A transport unit as claimed in claim 3, in which the load comprises a stack of coils, in which stack the reels of the respective coils are axially aligned with each other. 9. A transport unit as claimed in claim 2, comprising a separating element between one coil and the next in the load. 10. A transport unit as claimed in claim 3, comprising a separating element between one coil and the next in the load. 11. A transport unit as claimed in claim 4, comprising a separating element between one coil and the next in the load. 12. A method of manufacturing a transport unit with a load which comprises at least one coil of a web of interconnected container blanks which seen in the transverse direction of the web comprises a first portion with a first number of layers and a second portion with a second number of layers, said web being wound on a reel, said load having an upper surface and a lower surface which comprises an end face of the reel of said at least one coil and a bottom surface formed of a bottom edge of said web of interconnected container blanks said method comprising; arranging said load on a load carrier of the EURO pallet type with a flat load surface in such a manner that the reel of said at least one coil is arranged perpendicular to the plane of the load carrier and that the lower surface of the load rests on said load surface; arranging a load distributing element on the upper surface of the load to extend diametrically across the upper surface of said load, and beyond the circumferential surface thereof; and arranging a tightening strap in the longitudinal direction of the deckboards included in the load carrier in such a manner as to enclose a force-absorbing structure formed of the load carrier, the reel and the load distributing element to secure the load to the load carrier. 13. A method as claimed in claim 12, in which the load distributing element is arranged. 14. A method as claimed in claim 12, in which the load and the load carrier are wrapped with plastic film before arranging said load distributing element. 15. A method as claimed in claim 12, in which the load carrier is a load carrier of the EURO pallet type, in which the deckboards are replaced by a plate, and in which the tightening strap is arranged to enclose said force absorbing structure in the longitudinal direction of the runners included in the load carrier. 16. A method as claimed in claim 12, in which the coils of the load are stacked in such a manner that the reels of the respective coils are axially aligned with each other. 17. A method as claimed in claim 12, comprising the step of arranging a separating element between one coil and the text in the load. 18. A method as claimed in claim 12, in which a plurality of loads are arranged on said load carrier and in which said load distributing element is arranged to extend across one or more loads. 19. A method as claimed in claim 13, in which the load carrier is a load carrier of the EURO pallet type, in which the deckboards are replaced by a plate, and in which the tightening strap is arranged to enclose said force absorbing structure in the longitudinal direction of the runners included in the load carrier. 20. A method as claimed in claim 14, in which the load carrier is a load carrier of the EURO pallet type, in which the deckboards are replaced by a plate, and in which the tightening strap is arranged to enclose said force absorbing structure in the longitudinal direction of the runners included in the load carrier.