Bottle making machine

Abstract

The invention provides a bottle making machine which comprises a blank making system, a blank out rotary disc, a heating transfer chain, a heating furnace, a blank feeding rotary disc, a first bottle out rotary disc, a bottle taking rotary disc, a second bottle out rotary disc, a clamp transfer chain, a first transition rotary disc and a second transition rotary disc, wherein the blank out rotary disc is connected with the blank making system; the heating transfer chain is connected with the blank out rotary disc; the blank feeding rotary disc is connected with the heating transfer chain; the first bottle out rotary disc is connected with a bottle blowing system; the bottle taking rotary disc is connected with the first second bottle out rotary disc; the second bottle out rotary disc is connected with the bottle taking rotary disc; the clamp transfer chain is connected with the bottle taking rotary disc; the first transition rotary disc is connected with the clamp transfer chain; and the second transition rotary disc is connected between the first transition rotary disc and the blank making system. The bottle making machine is provided with a continuous rotating blank making system, a continuous through-type heating system, a continuous rotating bottle blowing system and a transmission mechanism, overcomes the defect that the blank making, the heating, the blowing and the bottle out of the prior bottle making machine are stepped rotating structure limitation, and further achieves the effect of improving the production efficiency.

Description

technical field [0001] The invention relates to a bottle making machine. Background technique [0002] The typical representative of the injection, stretching and blowing integrated machine in the existing bottle blowing machine is the bottle making machine produced by Japan ASB (Nissei). The process is to heat and plasticize the plastic particles through the heating barrel and extruding screw, then enter the multi-cavity preform mold through the hot runner, and make the preform. When the temperature of the preform drops to a specific temperature , the preforms are transferred to another station for necessary heating and pre-blowing, the heated and pre-blown preforms are then transferred to another station for blowing, and the blown bottles are then transferred to another station , discharge the bottle out of the machine. These four stations are distributed in a square shape, and the movement of preform production, heating, blowing and bottle output is a stepping and rotat...

AI Technical Summary

Problems solved by technology

[0004] The present invention aims to provide a bottle making machine, which can solve the limitation of preform production, preform reheating (including pre-blowing), bottle blowing and bottle discharge of the Japanese ASB bottle making machine in a step-by-step rotary structure. , The output of a single machine is more than 5 times higher than that of the existing technology, which effectively solves the problems of low production efficiency

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