Full-automatic multifunctional complete set of stone processing equipment and processing method

Abstract

The invention relates to a complete set of full-automatic and multifunctional stone processing equipment and a processing method. The processing equipment is characterized by comprising a machine body and a feed conveying belt arranged on the machine body for conveying quarry stones; a cutter for cutting off the connection between battens and the bottoms of the quarry stones is arranged on the feed conveying belt; a discharge conveying belt positioned on the upper layer of the feed conveying belt is additionally arranged on the feed conveying belt; a plurality of sets of oil cylinder push rods are arranged beside the discharge conveying belt; a stone polishing machine, a batten burning machine or a stone litchi surface processing machine is arranged on one side, opposite to the oil cylinder push rods, of the discharge conveying belt; oil cylinder push rods are also arranged on the feed conveying belt; and a baseplate output transitional frame is arranged on one side, opposite to the oil cylinder push rods, of the feed conveying belt. The complete set of full-automatic and multifunctional stone processing equipment has the following advantages: (1) the automation degree is higher, so that the working efficiency and the stability are greatly improved; (2) the floor area is small; (3) the energy is saved; (4) the needed workers are few; according to the yield of the same day, the equipment can reduce the labor number by at least 80% or above compared with a traditional processing mode, so that the labor production cost is largely reduced; and (5) the efficiency is high, so that the yield of the processing equipment is higher than the yield of the traditional processing mode by 5 or above times.

Description

[0001] Technical field: [0002] The invention relates to a full-automatic multifunctional complete set of stone processing equipment and a processing method. [0003] Background technique: [0004] Cutting stone into slabs is a very common process. The steps include: the first step is to cut the stone into slabs with the same distance between each piece, but the bottom is not cut off; the second step is to cut off the bottom of each slab, cut off The final slats need to be processed differently according to different needs. In the past, the surface processing and slat unloading were processed separately, and the unloading and packing of the slats were performed manually in the past. The degree of automation is low, resulting in The surface is uneven, and the surface needs to be processed twice by the floor repairing machine, so that the block floor can be cut for curbstone or other stone materials, resulting in low production efficiency. [0005] Invention content: [0006] ...

AI Technical Summary

Problems solved by technology

[0004] Cutting stone into slabs is a very common process. The steps include: the first step is to cut the stone into slabs with the same distance between each piece, but the bottom is not cut off; the second step is to cut off the bottom of each slab, cut off The final slats need to be processed differently according to different needs. In the past, the surface processing and slat unloading were processed separately, and the unloading and packing of the slats were performed manually in the past. The degree of automation is low, resulting in The surface is uneven, and the surface needs to be processed twice by the floor repairing machine, so that the block floor can be cut for curb stone or other stone materials, resulting in low production efficiency

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