Structural element
A structural element ( 10 ) for forming a panel, with an upper plane ( 12 ) and lower plane ( 14 ) which are parallel and deformed along their plane at intervals by pods ( 16 ) which extrude toward the opposing plane with their internal faces mating to one another.
1. A structural panel consisting of two sheets of sheet material wherein each of the two sheets is deformed at intervals along their respective lengths and widths to provide pods that protrude from a respective plane of the respective sheet, wherein the two sheets are the outermost sheets of the structural panel, the two sheets being juxtaposed to each other in mirror-image, or facing, fashion, with the pods being inwardly oriented and floors of the pods engaging in contact zones, such that the walls of the pods in both sheets slope obliquely relatively to the plane of their respective sheet, and the pods act as interconnecting diagonal braces whereby loads on the structural panel will be transmitted along the surfaces of the pods in multiple directions and distributed throughout the structural panel, the pods in each sheet having a close proximity to one another in order to be mechanically interdependent and so that the walls of engaged pods form diamond beam formations between adjacent engaged pods such that multiple diamond beam structures are formed by the diamond beam formations in the structural panel in negative spaces immediately between pairs of engaged pods, the slope of the walls of the diamond beam formations being straight between outwardly oriented, rounded, apexes of the diamond beam formations and the floors of the inwardly oriented pods.
2. A structural panel according to claim 1 , wherein a part of the floor of one or more of the pods is removed leaving an open annular flange.
3. A structural panel according to claim 1 , wherein each pod has a mouth and mouth is substantially square.
4. A structural panel according to claim 3 , wherein the pods occupy substantially a whole of a first of the two sheets, defining a grid where the pods meet at their upper edges.
5. A structural panel according to claim 1 , wherein away from the outwardly oriented, rounded, apexes of the diamond beam formations, the pods leave spaces between the pods in the material of the plane of each sheet around the pods.
6. A structural panel according to claim 5 , wherein the material of the plane of the sheets around the pods is provided with strengthening portions by the use of one of corrugations, ridges or folds.
7. A structural panel according to claim 1 , wherein each pod includes a mouth, wherein the mouths of the pods are polygonal to create an elongated diamond beam structure along the walls of the engaged or joined pods.
8. The structural panel of claim 1 , wherein the pods have webbing at corners of the pods.
9. A structural panel according to claim 1 , wherein the depths of the pods are in the range of 7 to 20 mm.
10. A structural panel according to claim 1 , wherein a side of the pods is predominantly at an angle between 30 and 80° from the plane of one of two sheets of the structural panel.
11. A structural panel according to claim 1 , wherein the sheets of the structural panel are made from sheets of a fibrous or cellulose material.
12. A structural panel according to claim 1 , forming a top panel of a pallet.
13. A structural panel consisting of two sheets of sheet material that are deformed at intervals along their respective lengths and widths to provide pods that protrude from respective planes of the respective sheets, wherein the two sheets are outermost sheets of the structural panel and form outermost surfaces, wherein the two sheets act as tensile and compression chords for the structural panel, with the pods comprising multiple inwardly orientated pods throughout the structural panel, the inwardly orientated pods having pod apexes that are joined together, which pods have a close proximity to one another in order to be mechanically interdependent creating a double depth space-frame lattice type matrix where loads placed on a surface of the structural panel are resisted and transferred through the chords and with the inwardly oriented pods acting as interconnecting diagonal braces such that the loads are transmitted along the surfaces of the pods in multiple directions and distributed throughout the structural panel, wherein the walls of a side cross-section of joined pods, due to the close proximity of the pods in each sheet, form diamond beam formations between adjacent joined pods such that multiple diamond beam structures are formed by the diamond beam formations in the structural panel in negative spaces immediately between pairs of joined pods, the walls of the diamond beam formations being straight between outwardly oriented, rounded, apexes of the diamond beam formations and the pod apexes of the inwardly oriented pods.
14. A structural panel according to claim 13 , further comprising foam being positioned between the sheets to offer insulation or soundproofing properties.
15. A structural panel according to claim 13 , wherein the structural panel is made from two sheets of a fibrous or cellulose material.
16. A structural panel according to claim 13 , further comprising a specifically identifiable material or element, or a chemical signature, within the identifiable material that forms the structural panel.
17. A structural panel according to claim 13 , further comprising markings or watermarks on an inner surface of each of the sheets.
18. A structural panel according to claim 13 , further comprising a wireless, RFID, NFC, or electronic communication device incorporated therein to allow remote electronic identification.
19. A structural panel according to claim 13 , wherein the pod has a height that does not exceed 10× the thickness of the sheet material.
20. A structural panel according to claim 13 , forming a top panel of a pallet.