A non-magnetic vibrating disk alignment machine

Abstract

The invention relates to a disc arrangement machine without magnetic vibration. The disc arrangement machine without magnetic vibration comprises a body shell, a rotating disc, a base and motors, the main motor and the body shell are mounted on the upper side of the base, the base is provided with a central hole, a rotating spindle is mounted in the central hole, a synchronous wheel is fixedly mounted at the lower end of the rotating spindle, the rotating disc is arranged above the rotating spindle, the diameter of the bottom surface is smaller than the inner diameter of the body shell, a plurality of bullet heads are mounted by equal radian along the outer circumferential direction of the conical bottom surface of the rotating disc, a track disc is further fixed in the body shell between the rotating disc and the base, the brush motor is mounted on the other side of the upper end of the body shell, a brush is mounted on the brush motor, and a steering slide way is mounted on the wall of the body shell below the brush motor. The disc arrangement machine without magnetic vibration has the advantages of novel structure, good system stability, short lifting time, high casting speed, no bottom residue intake, control accuracy, pressure maintaining and constant flow, and is applicable to heavy casting workpieces and large pressure casting production batches.

Description

Technical field [0001] The invention belongs to the technical field of plasticization processing, and particularly relates to a non-magnetic vibrating disc arrangement machine. Background technique [0002] At present, the automatic arrangement machine basically adopts the principle of vibration, and the structure is mostly disc vibration, which disperses the material on the plane of the disc, and arranges the process from the inside to the outside through the principle of vibration thrust, so no matter what the configuration is It is inseparable from the vibrating centrifuge. Although this structure has the advantages of direct and rapid arrangement, it also has many disadvantages such as: 1. Multiple stations vibrate at the same time and emit high-frequency noise, which makes the working environment poor and the operator's emotions Easy to fluctuate; 2. During the vibration process, the materials not only vibrate and rub against each other, but also vibrate and rub against the ...

AI Technical Summary

Problems solved by technology

[0002] At present, the vibration principle is basically adopted in the automatic arrangement machine, and the structure is mostly a disc vibration, which disperses the materials on the plane of the disc, and arranges the process one by one from the inside to the outside through the vibration thrust principle, so no matter how it is configured It is inseparable from the vibrating centrifuge. Although this structure has the advantages of direct and rapid arrangement, it also has many defects, such as: 1. Multiple stations vibrate at the same time, making high-frequency noise, which makes the working environment poor and the operator's emotions Easy to fluctuate; 2. During the vibration process, the materials not only vibrate and rub against each other, but also vibrate and rub against the disc, which leads to serious wear of the accumulated materials, surface deterioration and deformation

3. The vibration machine still has problems such as difficult maintenance and high maintenance cost

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