초록 ▼

The present invention discloses a novel apparatus and way for folding a shipping container in order to improve space utilization when in a folded condition. As a result of the container design, less vertical space is occupied in the folded condition thereby allowing an additional folded container to

The present invention discloses a novel apparatus and way for folding a shipping container in order to improve space utilization when in a folded condition. As a result of the container design, less vertical space is occupied in the folded condition thereby allowing an additional folded container to be stacked in an assembly of folded containers when compared to the prior art designs.

대표청구항 ▼

1. A vertically-stacked assembly of folded shipping containers, each container comprising: a roof assembly having a roof panel with a left skirt and a right skirt extending perpendicular from the roof panel, the left skirt and right skirt each extending a distance S2;a base assembly having a base pa

1. A vertically-stacked assembly of folded shipping containers, each container comprising: a roof assembly having a roof panel with a left skirt and a right skirt extending perpendicular from the roof panel, the left skirt and right skirt each extending a distance S2;a base assembly having a base panel with a left base plate and a right base plate extending perpendicular from the base panel, the left base plate and the right base plate each extending a height H2; and,a door panel, an opposing front panel and a pair of side panels, the door panel and the front panel hingedly connected to the roof panel, the side panels hingedly connected to the base panel;wherein the distance S2 is greater than the height H2 and the roof panel is positioned relative to the base panel such that the left skirt is positioned proximate the left base plate and the right skirt is positioned proximate the right base plate. 2. The vertically-stacked assembly of claim 1, wherein the assembly of the folded shipping containers is secured together through the base panel and the roof panel of adjacent shipping containers. 3. The vertically-stacked assembly of claim 2, wherein the folded shipping containers are secured together with a plurality of removable fasteners. 4. The vertically-stacked assembly of claim 1, wherein the stacked assembly comprises five containers. 5. The vertically-stacked assembly of claim 1, wherein the stacked assembly comprises five shipping containers, where each container has a folded height of 579 mm. 6. The vertically-stacked assembly of claim 5, wherein the assembly of folded shipping containers have a height of 2896 mm. 7. The vertically-stacked assembly of claim 6, wherein the door panel, the front panel, and the side panels are folded so as to be generally parallel to the roof panel and the base panel. 8. A stacked container assembly comprising: a plurality of intermodal shipping containers, each container having a roof assembly with a roof panel, a left skirt and a right skirt extending perpendicular from the roof panel, a base assembly with a base panel having a left base plate and a right base plate extending perpendicular to the base panel, the left base plate and the right base plate extending towards the left skirt and right skirt, respectively, a door panel, an opposing front panel, and a pair of side panels, the door panel and the front panel hingedly connected to the roof panel and the side panels hingedly connected to the base panel; andone or more securing mechanisms for securing one or more of the plurality of intermodal shipping containers together in a stacked arrangement; wherein the stacked container assembly is configured such that when the plurality of intermodal shipping containers are in a folded condition, a second container is stacked onto a first container such that the base panel of the second container is proximate the roof panel of the first container, a third container is stacked onto the second container such that the base panel of the third container is proximate the roof panel of the second container, a fourth container is stacked onto the third container such that the base panel of the fourth container is proximate the roof panel of the third container, and a fifth container is stacked onto the fourth container such that the base panel of the fifth container is proximate the roof of the fourth container. 9. The stacked container assembly of claim 8, wherein the left skirt and right skirt are positioned proximate the left base plate and right base plate, respectively, for each of the containers in the folded condition. 10. The stacked container assembly of claim 9, wherein the left skirt and the right skirt and the left base plate and the right base plate do not fold when the intermodal shipping containers are in the folded condition. 11. The stacked container assembly of claim 8 having a vertical height equal to that of a single, intermodal shipping container in a erect position. 12. The stacked container assembly of claim 8 having a cumulative weight equal to that of a single, erect container loaded with a maximum allowable weight.