Glass automatic processing equipment

Abstract

The invention discloses glass automatic processing equipment. The equipment comprises a rack, a front end rotating device, a rear base, a rear end rotating device, a heating device, pressing plates, a thread rolling wheel and a plurality of detection units, wherein the front end rotating device is installed on the rack in a rotatable manner; the rear base is installed on the rack in a slidable manner; the rear end rotating device is installed on the rear base in a rotatable manner; the heating device is arranged between the front end rotating device and the rear end rotating device and is installed on the rack in a slidable manner; the pressing plates and the thread rolling wheel are installed on the rack in a turnover manner. The equipment has the beneficial effects that through synchronous rotation of the front end rotating device and the rear end rotating device, glass tubes are clamped between a first clamping mechanism and a second clamping mechanism; the parts, needing to be processed, of the glass tubes, are in a molten state by adopting the heating device; the glass tubes are necked down by being pressed by the pressing plates, so that the glass tubes are easy to break from the necks; the thread rolling wheel rolls at openings of glasses, so that the openings of the glasses are in a necking down state and threads are formed on the outer walls of the openings through rolling.

Description

technical field [0001] The invention relates to a glass cup processing equipment, in particular to a glass cup automatic processing equipment. Background technique [0002] At present, there are two main methods of making single-layer glass. One is the film pressing method, which uses heavy stamping to force the high-temperature glass liquid to form in the mold. This method of production requires a matching kiln to heat the glass. To the molten state, the requirements for related equipment are relatively high, the finished product is buckled unevenly, the buckle, the roundness of the cup body is not enough, the surface of the cup body is often dirty, and the transparency is poor; the other is the blown film method, which uses the pressure of air pressure The molten glass is shaped in a mold. This production method is complicated in process and low in efficiency. In addition to high requirements for supporting kilns and related equipment, it also requires high levels of work...

AI Technical Summary

Problems solved by technology

[0002] At present, there are two main methods of making single-layer glass. One is the film pressing method, which uses heavy stamping to force the high-temperature glass liquid to form in the mold. This method of production requires a matching kiln to heat the glass. To the molten state, the requirements for related equipment are relatively high, the finished product is buckled unevenly, the buckle, the roundness of the cup body is not enough, the surface of the cup body is often dirty, and the transparency is poor; the other is the blown film method, which uses the pressure of air pressure Shape molten glass in a mold

This production method is complicated in process and low in efficiency. In addition to high requirements for supporting kilns and related equipment, it also requires high levels of work for specific operators; Thin and uneven wall thickness, poor transparency of finished product

These two methods have the problems of low production efficiency, high processing cost per cup, poor transparency of finished products, and high requirements for production environment supporting facilities.

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