Automatic stone slotting machine

Abstract

The invention discloses a full-automatic stone slotting machine which comprises an upper track and a lower track, wherein a main machine frame is arranged between the upper track and the lower track; the main machine frame is fixed on the upper track or the lower track through an upper electromagnet pack or a lower electromagnet pack respectively; moving push rods for pushing the main machine frame to move leftwards and rightwards are arranged at both the upper end and lower end of the main machine frame; guide shafts parallel to each other are arranged at the left end and right end of the main machine frame; upper limiting probes are arranged at the upper parts of the guide shafts; lower limiting probes are arranged at the lower parts of the guide shafts; sliding blocks which slide up and down are arranged on the guide shafts; the sliding blocks are fixedly connected with a main machine; the main machine comprises a main motor and saw blades; a controller and an upper-lower motor are arranged at the upper end of the main machine frame; and the upper-lower motor is connected with the main machine through a pull rope or a transmission belt through pulleys. The full-automatic stone slotting machine is easy in processing, high in speed, high in working efficiency and standard in processing, and not only are horizontal planes and vertical planes of stone processed, but also later processing on mounted stone can be achieved.

Description

technical field [0001] The invention relates to the field of stone processing machinery and equipment, in particular to a fully automatic stone slotting machine. Background technique [0002] As a high-grade building decoration material, stone has been widely used in interior and exterior decoration design, curtain wall decoration and public facilities construction. The application of stone can be seen in roadside stones, non-slip floors, and cemeteries. Chisel lines on the surface of the stone can make the stone more beautiful and make it non-slip. [0003] Taking roadside stones or cemetery stones as an example, there are usually two ways to chisel the stone lines at present. One is to manually chisel one by one. This kind of work method is inefficient, slow, laborious and not standard. , a worker can only drill 0.3 square meters a day; the other is to use a blind road engraving machine, but this kind of machine is very heavy, generally the machine does not move, and the...

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Problems solved by technology

[0003] Take roadside stone or cemetery stone as an example. Currently, there are usually two ways to chisel the stone lines. One is to manually chisel one by one. This kind of work method is inefficient, slow, laborious and not standard. , a worker can only drill 0.3 square meters a day; the other is to use a blind road engraving machine, but this kind of machine is very heavy, generally the machine does not move, and the stone is processed by moving. Process the facade and curved surface, and this kind of equipment can only be installed after the finished stone is processed. It can only process the stone before installation, and cannot process the stone after installation.

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