초록 ▼

A plastic pallet structure, includes a plurality of bases. Each base includes a basic portion, the basic portion includes an opening clamping portion, an arch bridge, an extension portion, an arch bridge portion, first and second supporting portions, the complete base is formed by means of plastic p

A plastic pallet structure, includes a plurality of bases. Each base includes a basic portion, the basic portion includes an opening clamping portion, an arch bridge, an extension portion, an arch bridge portion, first and second supporting portions, the complete base is formed by means of plastic pre-casting and by coupling a mesh-typed sheet body to every section. The opening clamping portion is disposed with a slide-in slot. To increase the bearing capacity thereof a space for accepting a metal bar may be disposed above each opening clamping portion. The combination plastic pallet with a backbone is formed after the bases are coupled together as such. Furthermore, since the bases are combined, one single base can be replaced if damaged.

대표청구항 ▼

1. A plastic pallet structure, comprising: a plurality of elongated horizontal and vertical bases, combined together in a horizontal direction and a vertical direction each base having a mounting face for the placement of goods and a lower surface for placement of the base on a supporting surface, a

1. A plastic pallet structure, comprising: a plurality of elongated horizontal and vertical bases, combined together in a horizontal direction and a vertical direction each base having a mounting face for the placement of goods and a lower surface for placement of the base on a supporting surface, and each base comprising: a basic portion, comprising a plurality of opening clamping portions;a removal beam column installed at set positions of the opening clamping portions closer to the mounting face than the lower surface, and extending along the longitudinal direction of the base;at least one extension portion, connected to the basic portion;at least one arch bridge portion, formed between two adjacent extension portions;a first supporting portion, positioned on the extension portion; anda second portion, positioned on the basic portion, wherein the first supporting portion on and the second portion respectively form a three-dimensional mesh-type structure, the three-dimensional mesh-type structure being vertical to the mounting face; andat least one plate collocating with respective ones of the bases;wherein, an opening direction of the opening clamping portions faces a first direction or a second direction to allow the bases to be combined together to form a plurality of co-constructed platforms, with the beam columns crisscrossing to increase a bearing capacity wherein the beam columns of the horizontal bases define a first plane, and the beam columns of the vertical bases define a second plane parallel to the first plane. 2. A plastic pallet structure, comprising: a plurality of elongated horizontal and vertical bases, combined together in a horizontal direction and a vertical direction, each base having a mounting face for the placement of goods and a lower surface for placement of the base on a supporting surface, and each base comprising: a basic portion, comprising a plurality of opening clamping portions;at least one extension portion, connected to the basic portion;a removable beam column positioned closer to the mounting face than the lower surface, and extending along the longitudinal direction of the base;at least one arch bridge portion, formed between two adjacent extension portions;a first supporting portion, positioned on the extension portion; anda second portion, positioned on the basic portion, wherein the first supporting portion and the second portion respectively form a three-dimensional mesh-type structure, the three-dimensional mesh-type structure being vertical to the mounting face; andat least one plate collocating with respective ones of the bases;wherein, in each base, the beam column is installed in advance close to the opening clamping portions and positioned in the supporting portion, and being used to increase a bearing capacity wherein the beam columns of the horizontal bases define a first plane, and the beam columns of the vertical bases define a second plane parallel to the first plane, such that, a horizontal and vertical crisscross beam column pattern being formed after the corresponding opening clamping portions are coupled to each other. 3. The plastic pallet structure according to claim 2, wherein the beam column is passed through the base from the opening clamping portion, and the beam column is installed by combining the beam column with the first supporting portion by means of plastic casting, wherein the three-dimensional mesh-typed structure comprises X-typed, E-typed, Y-typed structures and a structure of a group of a combination thereof, used for forming a steel-structured structure body capable of carrying a heavy weight. 4. The plastic pallet structure according to claim 2, wherein the beam column is passed through the base from the opening clamping portion, and the beam column is installed by reserving an accepting space while the base is formed, inserting the beam column from the outside into the accepting space, thereby forming a base with the metal column. 5. The plastic pallet structure according to claim 1, further comprising a plurality of corner plates and a buckling structure, used for reduce a larger gap between each two adjacent bases, after the bases are combined together, wherein, the plastic corner plate is constituted using plastic sheet bodies by means of mesh type coupling; the corner plate is coupled to the base by the buckling structure at an intersection of the base and the corner plate; and the corner plate comprises an extension supporting sheet at the intersection, used to strengthen the compressive stress of the plastic corner plate. 6. The plastic paper pallet according to claim 5, being formed by combining four bases, six bases or eight bases together, where the corner plates are positioned on each base. 7. The plastic pallet structure according to claim 1, wherein the opening clamping portion comprises a slide-in slot and a fastening button, wherein the slide-in slot comprises a triangular slip slot, allowing the beam column to be slipped in to a predetermined position along the slide-in slot, buckled by the fastening button according to potential after being positioned, and the slide-in slot comprises a cut line, allowing the base to be elastic at the opening clamping portion after the two bases are butted up and down, thereby relieving pressure. 8. The plastic pallet structure according to claim 1, wherein the three-dimensional mesh-type structure formed into X-typed, Y-typed, E-typed, M-typed, rectangular structures and a structure of a group of a combination thereof from plastics by means pressure casting in advance, used for coupling to an inside of each face of the base. 9. The plastic pallet structure according to claim 1, wherein each base comprises a plurality of positioning grooves adapted to position supporting bars or supporting panels between the bases or the upper and lower pallets. 10. The plastic pallet structure according to claim 9, wherein each positioning groove at least comprises a coupling element, adapted to couple to each base. 11. The plastic pallet structure according to claim 10, wherein the coupling element is a composite lock, a stackable button, a circular button or a hook clipper, adapted to buckle the base automatically after being placed in, wherein the buckling is loosen by means of pressing or swaying to release the coupling element, a heavy-weight bearable combination plastic pallet being formed after coupling the bases together. 12. The plastic pallet structure according to claim 2, further comprising a plurality of corner plates and a buckling structure, used for reduce a larger gap between each two adjacent bases, after the bases are combined together, wherein, the plastic corner plate is constituted using plastic sheet bodies by means of mesh type coupling; the corner plate is coupled to the base by the buckling structure at an intersection of the base and the corner plate; and the corner plate comprises an extension supporting sheet at the intersection, used to strengthen the compressive stress of the plastic corner plate. 13. The plastic paper pallet according to claim 12, being formed by combining four bases, six bases or eight bases together, where the corner plates are positioned on each base. 14. The plastic pallet structure according to claim 2, wherein the opening clamping portion comprises a slide-in slot and a fastening button, wherein the slide-in slot comprises a triangular slip slot, allowing the beam column to be slipped in to a predetermined position along the slide-in slot, buckled by the fastening button according to potential after being positioned, and the slide-in slot comprises a cut line, allowing the base to be elastic at the opening clamping portion after the two bases are butted up and down, thereby relieving pressure. 15. The plastic pallet structure according to claim 2, wherein each base comprises a plurality of positioning grooves adapted to position supporting bars or supporting panels between the bases or the upper and lower pallets.