Vibratory conveyor and method for conveying silicon fragments

1. A vibrating conveyor having a conveyor chute, the conveyor chute comprising a conveyor surface consisting of silicon, wherein plastic elements consisting of PU, PP, PE, PVDF or PA are provided between a base body of the conveyor chute and the conveyor surface, wherein the plastic elements and the silicon that forms the conveyor surface are adhesively bonded to support plates, which are laid in the conveyor chute and secured, wherein the conveyor surface consisting of silicon is partially covered with sheets of PU.

2. The vibrating conveyor of claim 1 , wherein the support plates are screwed circumferentially onto the conveyor chute or to a conveyor chute bottom.

3. The vibrating conveyor of claim 1 , wherein the support plates are clamped in the conveyor chute by means of clamps.

4. The vibrating conveyor of claim 1 , wherein the support plates are clamped in the conveyor chute by means of clamping wedges.

5. The vibrating conveyor of claim 1 , further comprising lateral parts consisting of plastic, which are fastened on the conveyor chute and which clamp the support plates.

6. A method for conveying silicon chunks, wherein the silicon chunks are conveyed over the conveyor surface of the vibrating conveyor of claim 1 .

7. A vibrating conveyor having a conveyor chute, which comprises a conveyor surface consisting of silicon, wherein plastic elements consisting of PU, PP, PE, PVDF or PA are provided between a base body of the conveyor chute and the conveyor surface, wherein the plastic elements are a cladding of the conveyor chute with plastic, and wherein the conveyor surface is formed by further cladding parts consisting of silicon, wherein the plastic cladding elements are secured in the conveyor chute, wherein the plastic cladding parts consisting of silicon are laid in the conveyor chute cladded with plastic, and secured, wherein the conveyor surface consisting of silicon is partially covered with sheets of PU.

8. The vibrating conveyor of claim 7 , wherein the cladding parts are screwed circumferentially onto the conveyor chute or to a conveyor chute bottom.

9. The vibrating conveyor of claim 7 , wherein the cladding parts are clamped in the conveyor chute by means of clamps.

10. The vibrating conveyor of claim 7 , wherein the cladding parts are clamped in the conveyor chute by means of clamping wedges.

11. The vibrating conveyor of claim 7 , furthermore comprising lateral parts of plastic, which are fastened on the conveyor chute and which clamp the cladding parts.

12. A method for conveying silicon chunks, wherein the silicon chunks are conveyed over the conveyor surface of the vibrating conveyor of claim 7 .

13. A vibrating conveyor having a conveyor chute, the conveyor chute comprising:

a conveyor surface consisting of silicon cladding parts;

a plastic support plate consisting of PU, PP, PE, PVDF or PA disposed directly beneath the silicon cladding parts; and

a base body separated from the conveyor surface by the plastic support plate,

wherein the plastic support plate and the silicon cladding parts are secured in the conveyor chute, and wherein the conveyor surface consisting of silicon cladding parts is partially covered with sheets of PU.

14. The vibrating conveyor of claim 13 , wherein the support plate is screwed circumferentially onto the conveyor chute or to a conveyor chute bottom.

15. The vibrating conveyor of claim 13 , wherein the support plate is clamped in the conveyor chute by means of clamps.

16. The vibrating conveyor of claim 13 , wherein the support plate is clamped in the conveyor chute by clamping wedges.

17. The vibrating conveyor of claim 13 , further comprising a lateral part consisting of plastic, fastened on the conveyor chute, and clamping the support plate.

18. A method for conveying silicon chunks, wherein the silicon chunks are conveyed over the conveyor surface of the vibrating conveyor of claim 13 .