Automatic compounding device for cable rubber material color masterbatch

Abstract

The invention relates to an automatic compounding device for cable rubber material color masterbatch. The automatic compounding device is characterized by comprising a mixing pipe, a main material conveying mechanism, a plurality of auxiliary material conveying mechanisms and a mixture conveying mechanism, wherein the mixing pipe is vertically arranged; the main material conveying mechanism, the auxiliary material conveying mechanisms and the mixture conveying mechanism are horizontally arranged; the upper ends of the main material conveying mechanism, the auxiliary material conveying mechanisms and the mixture conveying mechanism are in communication with one another; the lower end of the mixture conveying mechanism is communicated with the lower end of the mixing pipe. The automatic compounding device has the advantages that a main material and auxiliary materials are respectively and automatically sent to the mixing pipe by the main material conveying mechanism and the auxiliary material conveying mechanisms, and a mixture in the mixing pipe then enters the mixture conveying mechanism so as to be fed; therefore, the device not only realizes automatic compounding, reduces the manual operation and increases the working efficiency, but also enables the main material and the auxiliary materials to be continuously fed so as to guarantee color blending quality and avoid proportional error.

Description

technical field [0001] The invention relates to cable processing equipment, in particular to an automatic proportioning device for color masterbatch of cable glue. Background technique [0002] In the production of cables, color masterbatches are needed for color batching. At present, most of them are manually proportioned. A large amount of color masterbatches are prepared manually, then poured into the container, and then gradually fed through the lower hopper. [0003] However, there are many problems in this existing method: 1. Manual operation leads to high labor intensity, high labor cost, and low work efficiency; In the process of gradually feeding the lower hopper, the auxiliary materials will be discharged downward faster, resulting in a deviation in the front and rear ratios and affecting the quality of cable production; It cannot be reused, resulting in sluggish materials, backlog of inventory, and waste of materials. Contents of the invention [0004] In orde...

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Problems solved by technology

[0003] However, there are many problems in this existing method: 1. Manual operation leads to high labor intensity, high labor cost, and low work efficiency; In the process of gradually feeding the lower hopper, the auxiliary materials will be discharged downward faster, resulting in a deviation in the front and rear ratios and affecting the quality of cable production; Cannot be reused, resulting in material sluggishness, inventory backlog, material waste

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