Inclined shaft efficient accurate grinding machine

Abstract

An inclined shaft efficient accurate grinding machine comprises a machine table, a plurality of grinding machine positions arranged on the machine table and a control box. An isolation hood is arranged on the machine table, grinding head assemblies of the grinding machine positions are located in the isolation hood, each grinding head assembly comprises a grinding head, and rotatable rotating positions right opposite to the grinding heads are arranged at the bottom of the isolation hood. The inclined shaft efficient accurate grinding machine further comprises the grinding head assemblies and rotating assemblies, and the grinding heads are driven by the grinding head assemblies and the rotating assemblies to move in a semi-sphere track. By means of the inclined shaft efficient accurate grinding machine, automatic grinding is achieved, a spherical lens with the high-precision surface is efficiently obtained through the grinding head assemblies and the rotating assemblies, flying of glass dust is avoided, and the body health of operators is guaranteed; and by adjusting the grinding head assemblies and the rotating assemblies, installation errors and manufacturing errors can be reduced.

Description

technical field [0001] The invention relates to the field of lens grinding, in particular to an inclined-axis high-efficiency fine grinding machine. Background technique [0002] Spherical lens is a spherical shape with a certain curvature on the surface made by processing glass raw materials or glass semi-finished products by hand or equipment. Spherical lens fully embodies the creativity and artistry of human beings, and is the core component of many decorations or equipment. [0003] Today's spherical lenses generally first grind the raw materials to obtain a semi-finished spherical product, and then need to grind the semi-finished product to remove the burrs on the surface of the glass ball and improve the gloss of the ball. However, the existing spherical lens The mirror grinding device still has the following deficiencies: First, the current degree of automation is not high. On the one hand, the raw materials are first quickly and roughly ground to obtain a semi-spheri...

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Problems solved by technology

[0003] Today's spherical lenses generally first grind the raw materials to obtain a semi-finished spherical product, and then need to grind the semi-finished product to remove the burrs on the surface of the glass ball and improve the gloss of the ball. However, the existing spherical lens The mirror grinding device still has the following deficiencies: First, the current degree of automation is not high. On the one hand, the raw materials are first quickly and roughly ground to obtain a semi-spherical semi-finished product, and then the semi-spherical semi-finished product is finely ground to obtain a round The ball mirror surface involves two kinds of grinding equipment, which makes the process interrupted and the efficiency is low. On the other hand, most of the current fine grinders adopt semi-automatic grinding structure. When grinding the ball, the operator needs to operate the ball and grind with both hands. machine, the efficiency of grinding treatment is low; secondly, when the glass spherical surface is ground, it is easy to produce a large amount of glass dust, which endangers the health of operators

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