Fixed multi-head thickness determining machine

Abstract

The invention relates to a stone processing machine, in particular to a fixed multi-head thickness determining machine. The fixed multi-head thickness determining machine comprises a machine frame, a cross beam, at least two thickness determining mechanisms, a lifting mechanism, an automatic water supply system and a conveying mechanism; the cross beam is horizontally erected on the upper part of the machine frame; the thickness determining mechanisms are fixed on the cross beam; each thickness determining mechanism comprises a thickness determining motor, a main shaft box and a milling cutter; the thickness determining motors are connected with the milling cutters through main shafts in the main shaft boxes to drive the milling cutters to rotate; the lifting mechanism is arranged on the cross beam and can drive the main shafts to lift in the main shaft boxes; the automatic water supply system comprises a main water supply pipe and a water outlet pipe which is communicated with the main water supply pipe; the main water supply pipe is erected on a support; a water outlet pipe is correspondingly arranged above the milling cutter of each thickness determining mechanism; and the water outlet pipe is provided with water spray holes; and the conveying mechanism is arranged on the support below the milling cutters. The thickness determining machine is stable in cutting process, high in efficiency, and low in labor intensity, and does not shift; the thickness determining machine is provided with the automatic water supply system, and production line type continuous production can be realized.

Description

technical field [0001] The invention relates to stone processing machinery, in particular to a fixed multi-head thickness gauge. Background technique [0002] It is difficult to achieve a consistent thickness after rough machining of the stone, and further milling and grinding compound processing must be carried out on the surface of the stone to make the surface of the stone smooth and smooth. The existing thickness gauge mechanism is usually a roller type gauge mechanism, which is prone to problems such as bionic phenomenon, high processing cost, and insufficient finish. For this reason, the applicant in this case invented a oscillating disc thickness calibrating machine, which was authorized on February 17, 2010. The authorized announcement number is: CN201405450Y. The characteristics of this oscillating disc calibrating machine are: Frame, beam, transmission mechanism, front and rear swing mechanism, lifting mechanism and at least three sets of thickness-fixing mechanis...

AI Technical Summary

Problems solved by technology

This kind of stone thickness calibrating machine can overcome the bionic phenomenon of the drum type calibrating machine, reduce the processing cost, improve the smoothness and other problems, but there are also shortcomings: first, the swing type calibrating mechanism is unstable during cutting operations and is easy to shift ; Second, the cutting area of ​​the fixed-thickness plate is small. When cutting large stones, repeated operations are required. Adjust the position of the fixed-thickness plate for cutting, which is inconvenient to use

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