Glass mold carrying device for tooling fixture

Abstract

The invention discloses a glass mold carrying device for a tool clamp and belongs to the technical field of tool clamps. The tool clamp comprises a base, a tailstock mechanism and a dividing plate transmission mechanism. The glass mold carrying device comprises a glass mold carrying assembly. The glass mold carrying assembly comprises a mold carrying block frame guide rail, a mold carrying block frame, a mold carrying block and a lifting adjusting screw for the mold carrying block. The rear end of the mold carrying block frame guide rail is fixed to a workbench of a numerical control machine tool, and the front end of the mold carrying block frame guide rail extends out of the front edge of the workbench of the numerical control machine tool. Mold carrying block frame sliding grooves are formed in the two sides of the mold carrying block frame guide rail respectively. Sliding groove matching feet are formed on the lower portions of the two sides of the mold carrying block frame. Carrying block sliding guide plates are formed on the side, facing the mold carrying block frame, of the mold carrying block. A screw driving plate is arranged on the lifting adjusting screw for the mold carrying block. According to the glass mold carrying device for the tool clamp, the operation intensity of mold changing is reduced; the operation efficiency is improved; the clamping and placing requirements for a glass mold by the tailstock mechanism and the dividing plate transmission mechanism are met; safety is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of tooling fixtures, and in particular relates to a glass mold carrying device for tooling fixtures. Background technique [0002] The aforementioned tooling fixture mainly refers to the tooling fixture used for processing the outer circle of the glass mold. The concept of the outer circle of the glass mold refers to the back of the glass mold, that is, the surface facing outwards in use, that is, the side of the cavity facing away from the glass mold surface; the aforementioned glass mold outer circle processing items are not limited to such as milling outer circle, edge milling, outer circle engraving, opening wear plate groove cavity, opening vest eye (also called peg hole), and so on. The industry may not be confused about these items of cylindrical processing (of course not limited to the items mentioned) except for the wear plate groove. The wear plate cavity is set by hand, because the glass mold is ...

AI Technical Summary

Problems solved by technology

In addition, since the clamping is carried out in the state of the cat waist, the exertion of the force is seriously affected. Therefore, once the glass mold is released (slips from the hand) due to careless operation and / or lack of physical strength, there will be damage to the CNC machine tool. Workbenches, fixtures and fixtures may even cause personal safety hazards

[0006] Undoubtedly, if there is a glass mold that can be slidably matched with the workbench of the CNC machine tool and will not interfere with the fixture, it can be pulled out to the edge of the workbench of the CNC machine tool for online personnel to replace the glass mold and can also be used for changing glass molds. After the mold is pushed into the center of the workbench of the CNC machine tool and corresponds to the position of the fixture, in addition, the glass mold carrying device that can lift the glass mold can be used, so the aforementioned technical problems can basically be eliminated, but in the so far disclosed There is no corresponding technical revelation in Chinese and foreign patents and non-patent literature, and there are neither seen nor heard of relevant reports on industry applications

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