Fully automatic multi-station glass bottle making machine

Abstract

The invention relates to a fully automatic multi-station glass bottle making machine. The machine comprises a frame (1), a blank mould mechanism (2), an overturn mechanism (3) and a multi-station mould forming mechanism, and the blank mould mechanism (2), the overturn mechanism (3) and the multi-station mould forming mechanism are arranged on the frame (1). The fully automatic multi-station glass bottle making machine has the following advantages: 1, the fully automatic multi-station glass bottle making machine has the advantages of reasonable design, high automation degree and low manufacturing cost; compared with determinant bottle making machines, semi-automatic bottle making machines and fully hand-made bottle making machines, the fully automatic multi-station glass bottle making machine has the advantages of obvious energy saving, time saving, manpower saving and labor saving; compared with the present determinant bottle making machines (single-station mould forming mechanism), the mould forming mechanism of the bottle making machine has the characteristic of multi-station, so finished products are naturally cooled, thereby 70% of fan electricity consumption is reduced, that is, an eight-station determinant bottle making machine saves 520,000kw of electric power each year; and compared with the semi-automatic bottle making machines, the bottle making machine of the invention, which saves 14 people, allows front line bottle making operators to be liberated from high temperature and high physical power.

Description

technical field [0001] The invention relates to the field of glass bottle making machines. Specifically, it relates to a full-automatic multi-station glass bottle making machine. Background technique [0002] At present, the domestic method of making glass bottles is from the world, all of which are determinant bottle making machines, semi-automatic bottle making machines and full manual bottle making, etc.: determinant bottle making machines, determinant bottle making machines are mainly processed by dripping It consists of a single-station initial mold mechanism for the blank prototype, a turning mechanism that turns the blank blank 180 degrees to the molding mechanism, and a single-station mold forming mechanism that blows the blank blank into a finished product. After the blank prototype is blown into a finished product in a single-station molding mechanism, the temperature of the finished product is very high. To cool the finished product, a large fan is required to fo...

AI Technical Summary

Problems solved by technology

[0002] At present, the domestic method of making glass bottles is from the world, all of which are determinant bottle making machines, semi-automatic bottle making machines and full manual bottle making, etc.: determinant bottle making machines, determinant bottle making machines are mainly processed by dripping It consists of a single-station initial mold mechanism for the blank prototype, a turning mechanism that turns the blank blank 180 degrees to the molding mechanism, and a single-station mold forming mechanism that blows the blank blank into a finished product. After the blank prototype is blown into a finished product in a single-station molding mechanism, the temperature of the finished product is very high. To cool the finished product, a large fan is required to force blowing to dissipate heat. The energy consumption of bottle making is high. A single group needs to be equipped with a fan of more than 10kw; at the same time, some special-shaped Bottle Row Bottle Maker Cannot Complete

All the actions of the manual bottle making machine are done manually, the labor intensity is high, and the ambient temperature is high, which is time-consuming and labor-intensive; the semi-automatic bottle making machine refers to the bottle making machine that simply blows the blank blank into a finished product, that is, An independent molding mechanism, generally multi-station, it works by manually transferring the blank prototype processed by the single-station primary mold mechanism to the semi-automatic bottle making machine and then blowing it into a finished product

low degree of automation

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