Side gate intelligent flexible automatic separation equipment for molded cluster plastic parts

Abstract

The invention relates to side gate intelligent flexible automatic separation equipment for molded cluster plastic parts. Two synchronous belt transmission devices on two symmetrically arranged separation support plates on a support form a driving lead-in mechanism for the plastic parts. A V-shaped lead-in opening can lead an injection molding device into an inlet of a material passing channel, andthen a main runner waste rod of the injection molding device is clamped by clamping sections of two synchronous belts in the middle of the driving lead-in mechanism. Along with rotation of the synchronous belts, the injection molding device is horizontally pushed along the material passing channel to be in contact with a roller brush. The rotating roller brush brushes an injection molded productfrom the injection molding device, and the injection molded product falls into a lower discharging hole to be recycled, so that the automatic separation and recycling of the product are realized. Synchronous belt tensioning devices arranged on the clamping sections of the two synchronous belts can provide enough clamping force for the two clamping sections. The side gate intelligent flexible automatic separation equipment for molded cluster plastic parts realizes automatic separation of injection molding devices, the separation effect is good, the efficiency is high, the roller brush cannot scratch the products, the product quality is guaranteed, and the side gate intelligent flexible automatic separation equipment for molded cluster plastic parts is suitable for comprehensive popularization.

Description

technical field [0001] The invention relates to the technical field of injection molded parts processing equipment, in particular to intelligent and flexible automatic separation equipment for side gates after cluster plastic parts are formed. Background technique [0002] With the development of industrialization, injection molding products have spread to every corner of production and life; injection molding is a production method of plastic products, specifically, the melted rubber is injected into the mold of plastic products under pressure, and the desired shape is obtained after cooling and molding. Various plastic parts; when the rubber material is injected into the mold from the nozzle of the molding machine, it must first pass through the main channel, and then inject into each secondary channel through the injection pressure of the molding machine, and finally enter the cavity from the sub-channel for molding; [0003] After the plastic material in the mold is cool...

AI Technical Summary

Problems solved by technology

[0003] After the plastic material in the mold is cooled and formed, the injection molded product is often connected with the waste rod on the runner, and then the injection molded product and the waste material need to be separated for recycling. The separation and recycling of the injection molded product is mostly manual work, and workers It is time-consuming and labor-intensive to remove the injection molded products one by one from the waste rod by hand; especially for planar cluster injection molding devices, the lower end of the main channel waste rod of this injection molding device is provided with multiple rows of shunt waste rods, each shunt There are two rows of injection molded products fixed on both sides of the waste bar of the runner, and the gap between each injection molded product is very small. When the worker separates the injection molded product from the waste bar of the runner, the operating space is very small, which further increases the difficulty of manual separation. , seriously restricting the separation efficiency of the device;

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