Numerical control both-position carving machine

Abstract

The invention relates to a numerical control both-position carving machine. The workpiece feeding direction is the X direction, the direction horizontally perpendicular to the X direction is the Y direction, and the direction perpendicular to the XOY plane is the Z direction. The numerical control both-position carving machine comprises a Y-axis forward spinning screw and a Y-axis reverse spinning screw which are connected into a whole to form a both-way screw. A plane carved product is divided into an A face part and a B face part which are symmetrically arranged with the X direction as the center line. Two main shaft power sources are fixed to the Y-axis forward spinning screw and the Y-axis reverse spinning screw correspondingly and are symmetrically arranged about the center line. A control unit controls an X-axis power source, a Y-axis power source, a Z-axis power source and the main shaft power sources to work in a coordinated manner, and synchronous mirror image carving is conducted on the A face part and the B face part of a workpiece. The work efficiency of the carving machine is greatly improved, workpiece front face and back face positioning is accurate, and reliability is high; workpiece overturning is not needed, equipment is simplified, and procedures are simplified; and complex control programs are not needed, the equipment input is small, and the fault rate is low.

Description

technical field [0001] The invention relates to a plane engraving machine, in particular to a numerically controlled double-position engraving machine, which belongs to the technical field of plane engraving. Background technique [0002] In the field of plane engraving, there are some products that require double-sided engraving. For example, the engraving on the wooden door requires that the positions of the engraving on the front and back sides correspond to each other. The existing engraving scheme is to engrave the front and back panels of the wooden door separately. It is difficult to locate and the engraving efficiency is relatively low; and when engraving the front and back, two different control programs need to be used, because the engravings on the front and back of the carved wooden door are different (mirror images), so the control program It is also more complicated. For the double-sided engraving of certain materials, it is necessary to turn over the engraved...

AI Technical Summary

Problems solved by technology

[0002] In the field of plane engraving, there are some products that require double-sided engraving. For example, the engraving on the wooden door requires that the positions of the engraving on the front and back sides correspond to each other. The existing engraving scheme is to engrave the front and back panels of the wooden door separately. It is difficult to locate and the engraving efficiency is relatively low; and when engraving the front and back, two different control programs need to be used, because the engravings on the front and back of the carved wooden door are different (mirror images), so the control program also more complex

For double-sided engraving of certain materials, it is necessary to turn over the engraved panel, resulting in complex structure of the equipment, high cost and low efficiency

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