Automatic quartz crucible material feeding molding system

Abstract

The present invention discloses an automatic quartz crucible material feeding molding system, which comprises a rotation crucible melting furnace, a quartz crucible melting chamber, a laser type position calculation photoelectric tube, an optical positioning camera, a pneumatic material loading machine, a material feeding mechanical arm, a quartz crucible molding mechanical arm and a molding rod, wherein both sides of the rotation crucible melting furnace are respectively provided with the quartz crucible melting chamber and the material feeding mechanical arm, the material feeding mechanical arm is provided with the pneumatic material loading machine, the laser type position calculation photoelectric tube and the optical positioning camera are arranged above the rotation crucible melting furnace, a quartz crucible is filled inside the rotation crucible melting furnace, and the molding rod is arranged inside the quartz crucible, and is connected with the quartz crucible molding mechanical arm. With the present invention, quartz crucible molding quality can be increased. In addition, compared to the conventional quartz crucible manufacturing process, the automatic quartz crucible material feeding molding system of the present invention has the following advantages that: product quality can be effectively improved, labor can be saved, and mass of the fed material is precise.

Description

[0001] technical field [0002] The invention relates to the technical field of solar energy application, in particular to an automatic feeding molding device for a quartz crucible before melting. Background technique [0003] At present, the domestic production of pulled crystal quartz crucibles has not reached the level of automation in the feeding and molding stage, and the fused quartz crucibles often have large errors in shape, diameter and size. The current feeding and molding technology has the following defects: [0004] 1. Since the feeding is completely dependent on manual lifting, the guarantee of the quality of the inner diameter and shape of the quartz crucible mainly depends on the proficiency of the workers. Even the materials loaded by skilled workers are not very uniform; [0005] 2. Artificial factors in the molding process have a great influence on the quality of the crucible; [0006] 3. The work efficiency is not high and the labor intensity is high. ...

AI Technical Summary

Problems solved by technology

[0004] 1. Since the feeding is completely dependent on manual lifting, the quality assurance of the inner diameter and shape of the quartz crucible mainly depends on the proficiency of the workers. Even the materials loaded by skilled workers are not very uniform;

[0005] 2. Artificial factors in the molding process have a great influence on the quality of the crucible;

[0006] 3. The work efficiency is not high and the labor intensity is high

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