Casting machine

Abstract

The invention relates to a casting machine, which comprises a casting machine framework, a control device, a longitudinal moving mechanism, a horizontal moving mechanism, a casting hopper, a hydraulic cylinder and a guide post, wherein the longitudinal moving mechanism and the horizontal moving mechanism drive the casting machine framework to move, the casting hopper is placed on a sub casting hopper, the hydraulic cylinder can be used for regulating the casting heights of the sub casting hopper and the casting hopper, the guide post is arranged on the casting machine framework, a guide rod glidingly matched with the guide post is arranged on the guide post, one end of the guide rod is connected with the sub casting hopper, a support rod is arranged on the sub casting hopper, and a laser position finder used for detecting the position of a sand mold and a laser temperature control quantometer used for detecting the molten iron liquid level height in the sand mold are arranged on the support rod. The casting machine has the advantages that casting holes can be accurately positioned, the casting quantity and the casting speed can be precisely controlled, the full-automatic molten iron casting can be realized, and auxiliary materials can be precisely added into casting castings according to the required proportion, so energy sources are greatly saved, the auxiliary materials are saved, the product quality is improved, the labor is saved, and workers are really released from the onerous and dangerous work.

Description

technical field [0001] The present invention relates to robotic casting and casting machines, in particular to DISA line casting and casting machines. Background technique [0002] At present, 95% of the casting molten iron on the casting molding line is manually poured, which is not only labor-intensive, but also increases the risk. The foundry casting machines currently used in the casting molding line, firstly, cannot accurately and automatically find the casting point, so the molten iron cannot be poured into the sprue accurately, the waste of molten iron is very large, and the control of the amount of molten iron is mostly based on manual experience Therefore, there are often continuous pieces of molten iron on the casting line, causing a lot of waste. In addition, the added imported auxiliary materials are very expensive. The casting process requires variable casting. The amount of added auxiliary materials in each period is determined according to the actual situatio...

AI Technical Summary

Problems solved by technology

[0002]At present, 95% of the molten iron casting on the casting molding line is manually poured, which is not only labor-intensive, but also increases the risk

The casting machines currently used on the casting molding line, first, cannot accurately and automatically find the casting point, so the molten iron cannot be accurately poured into the casting port, the waste of molten iron is very large, and the control of the amount of molten iron is mostly based on manual experience To achieve, so the casting line is often a continuous piece of molten iron, resulting in a lot of waste

In addition, the added imported auxiliary materials are very expensive. The casting process requires variable casting. The amount of added auxiliary materials in each period is determined according to the actual situation. Therefore, accurate control of the amount of added auxiliary materials is also a problem that needs to be solved.

Images