Full-automatic demoulding device for electro-porcelain preparation

Abstract

The invention discloses a full-automatic demoulding device for electro-porcelain preparation. A die opening is formed in a billet conveying chain; a die is arranged on the die opening; a sucking discis connected to the bottom part of the die; a vent hole I is formed in the bottom part of the die; a vent hole II is formed in the bottom part of the sucking disc; the vent hole I communicates with the vent hole II; two guide plates are coaxially arranged on two sides of the billet conveying chain; the billet conveying chain is erected on plate sides of the two guide plates; the guide plates and avacuum commutator are connected onto a main shaft; an air column and an air pipeline communicate to the circumferential direction of the vacuum commuter; and the air pipeline is connected onto an airpressure controller. According to the device, through the guide plates, the demoulding device and the billet conveying chain runs synchronously; and through the vacuum commutator, a billet is vacuum-absorbed in the conveying process, the die is prevented from being up side down, the billet is prevented from falling and being damaged, and communication between the air pressure controller and the air column can be controlled, so that the bottom part of the die is pressurized, the full-automatic zero-damage demoulding process is accomplished, the manpower is greatly saved, and the working efficiency and the finished product quality of the billet are improved.

Description

technical field [0001] The invention belongs to the technical field of electric porcelain production, and in particular relates to a fully automatic demoulding device for electric porcelain preparation. Background technique [0002] Electric porcelain is a special insulation control that can play an important role in overhead transmission lines. At present, the blanks of suspended electric porcelain are usually formed by vacuum extrusion of the mud, rough pressing, and manual use on the spinning machine. The inner surface of the blank is machined by the cutting tool, and then the blank is manually turned over for demoulding and transported from the rotary blank machine to the finishing machine. The blank on the rotary blank machine is artificially transported to the finishing machine, and the force is often unstable during the transportation process. , resulting in damage to the insulator blanks that have just been formed. At present, there is no handling and demoulding devi...

AI Technical Summary

Problems solved by technology

[0002] Electric porcelain is a special insulation control that can play an important role in overhead transmission lines. At present, the blanks of suspended electric porcelain are usually formed by vacuum extrusion of the mud, rough pressing, and manual use on the spinning machine. The inner surface of the blank is machined by the cutting tool, and then the blank is manually turned over for demoulding and transported from the rotary blank machine to the finishing machine. The blank on the rotary blank machine is artificially transported to the finishing machine, and the force is often unstable during the transportation process. , resulting in damage to the insulator blanks that have just been formed. At present, there is no handling and demoulding device suitable for high-tonnage insulators, which brings great inconvenience to the operators and causes unnecessary losses to the enterprise.

In the prior art, the production of electric porcelain is generally manual production or semi-automatic production, the degree of automation is not high, the demoulding quality is difficult to improve, and the work efficiency is low

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