Detection-based auxiliary discharging device for injection molding grinding tool

Abstract

The invention relates to a detection-based auxiliary discharging device for an injection molding grinding tool. The device comprises two parts, namely an injection molding grinding tool basic body and a blanking assembly, effective discharging of a workpiece is realized through mutual movement of a telescopic water column and the surface of the workpiece, and the volume change of the water column relative to the interior of a liquid solution is converted into weight data of the workpiece, so whether a product is qualified or not is directly judged according to comparison of related data; preliminary detection is conducted on the workpiece, the complexity of subsequent procedures is reduced, rapid displacement is achieved through the limiting block with a foam piece sleeved with a rubber ring, the data reading efficiency is effectively improved, the whole device is driven to a transmission line through a rotating body, and discharging and conveying of the workpiece are achieved.

Description

technical field [0001] The invention relates to a device for injection molding abrasives, in particular to a detection-based auxiliary blanking device for injection molding abrasives. Background technique [0002] Plastic products are often formed by injection molding tools for processing. In the prior art, during the blanking process of injection molding tools, the workpieces that have been heated and formed are pushed out of the cavity through the ejector device, so that the workpieces fall directly into the storage box. , easy to collect, and the accumulation of workpieces increases the complexity of the subsequent reprocessing and packaging process. At the same time, after the traditional plastic products are processed, they have a certain heat, and falling directly into them will easily cause their shape to be squeezed and deformed. Contents of the invention [0003] Purpose of the invention: To provide a detection-based auxiliary blanking device for injection molded ...

AI Technical Summary

Problems solved by technology

[0002] Plastic products are often formed by injection molding tools for processing. In the prior art, during the blanking process of injection molding tools, the workpieces that have been heated and formed are pushed out of the cavity through the ejector device, so that the workpieces fall directly into the storage box. , easy to collect, and the accumulation of workpieces increases the complexity of the subsequent reprocessing and packaging process. At the same time, after the traditional plastic products are processed, they have a certain heat, and directly falling into them will easily cause their shape to be squeezed and deformed.

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