Mining hopper made up of steel and polymers

• US 7,025,407 B2
• Filed: 10/22/2003
• Issued: 04/11/2006
• Est. Priority Date: 04/30/2003
• Status: Active Grant

• Current Assignee: Fabrica De Tolvas Y Equipos Industriales SpA
• Original Assignee: Manuel Antonio Medel
• Inventors: Medel, Manuel Antonio
• Primary Examiner(s): MORROW, JASON S
• Application Number:
  US10/690,723
• Publication Number:
  US 20050093338A1
• Time in Patent Office: 902 Days
• Field of Search: 296/183.2, 296/181.3, 296/183.1, 296/184.1, 296/39.2
• US Class Current: 296/183.2
• CPC Class Codes: B60P 1/283 Elements of tipping devices

Abstract

A structure, box or hopper for transportation which is formed from a combination of polymers and steels. In one embodiment, polymers comprise the body of the hopper which is in direct contact with the load being transported. In this way, the polymers bear the impact and wear and tear caused by the material being transported. The present invention further comprises various systems for fastening the steel portion of the hopper to the polymeric portion including the use of adjustable elastomeric ropes for supporting a weight bearing rubber mat.

Claims

1. A mining hopper for the transport of material comprising:

at least one steel portion comprising a bottom floor, a plurality of side walls and a front wall;

at least one rubber or polymer portion;

wherein said at least one rubber or polymer portion comprises a substantially planar mat varying in thickness over its length and at least one additional planar mat associated with each of said sidewalls and said front wall.

2. The mining hopper of claim 1 wherein said at least one steel portion further comprises a visor portion.

3. The mining hopper of claim 1 further comprising a fastening system for supporting said substantially planar mat.

4. The mining hopper of claim 3 wherein said fastening system comprises a plurality of elastomeric ropes which are located in parallel with one another.

5. The mining hopper of claim 4 wherein said fastening system further comprises at least one clamp and one bolt associated with each said elastomeric rope for adjusting the tension on each of said elastomeric ropes.

6. The mining hopper of claim 1 further comprising a support frame, said support frame comprising a plurality of square-shaped longitudinal beams and a plurality of square-shaped transverse beams, said transverse beams, said transverse beams being perpendicular to said longitudinal beams.

7. The mining hopper of claim 1 wherein said steel portion comprises a front wall and a plurality of side walls.

8. The mining hopper of claim 7 wherein said front wall has a rectangular shape and a hexagon hyperbolic base.

9. The mining hopper of claim 7 wherein said side walls have a substantially triangular shape.

10. The mining hopper of claim 1 further comprising a front wall and wherein the thickness of said planar mat varies such that said planar mat is thinner in an area which is closest to said front wall.

11. The mining hopper of claim 4 wherein said elastomericropes comprise polyester fibers covered with rubber.

12. The mining hopper of claim 1 further comprising at least one removable and adjustable rubber block fastened to said steel portion.

13. A mining hopper for the transport of rock and ores comprising:

a steel portion comprising a bottom floor, a plurality of side walls and a front wall portions formed from polymers;

wherein said portions formed from polymers comprises the body of said mining hoppers said body bearing the impact and wear resulting from the transport of said rocks and ores, and wherein said steel portion functions to fasten and support said portions formed from polymers, said body further comprising a separate body portion, a plurality of separate side walls, a separate front section, and a separate visor all formed from polymers.

14. The mining hopper of claim 13 wherein the bottom portion, plurality of side walls front selection and visor are a combination of steel parts and polymers.