A Pouring Robot with Component Analysis

Abstract

The invention discloses a pouring manipulator with a component analysis function. The manipulator comprises a base, a support, a fixing shaft, a casting ladle, an induction cup, a component analysis module, a manipulator console, a steel wire rope, a slider, a lifting hook, a sighting device, a pulley and a spring. The support and the fixing shaft are vertically disposed on the base. The support is further provided with a sliding groove. The casting ladle is fixed to the fixing shaft. According to the pouring manipulator with the component analysis function, the induction cup of the component analysis module is fixed to a rotary shaft beam of the casting ladle; when the casting ladle is full of molten iron, people only need to scoop little molten iron in the casting ladle with a long ceramic handle into the induction cup; due to the fact that the induction cup is connected with the component analysis module, quick component analysis can be carried out on articles in the induction cup through the component analysis module; and finally an analysis result is displayed through a control panel. Detection speed is increased, production efficiency of enterprises is improved, labor intensity of staff is also reduced, and requirements of the enterprises are met better.

Description

technical field [0001] The invention relates to a cooling device, in particular to a pouring manipulator with component analysis for cooling. Background technique [0002] With the rapid development of social economy, both people's life and the pace of production of enterprises are constantly accelerating, and at the same time, the requirements for product quality are getting higher and higher, which makes enterprises constantly seek technological advancement in the production process. breakthrough. [0003] When producing alloys, the addition of trace elements is usually done in the furnace, but before the molten iron is poured into the mold after being released from the furnace, some high-demand products have to be sampled from the ladle again, and trace elements are added for fine-tuning after the composition is measured. At the same time, there is always a certain distance between the enterprise laboratory and the pouring site. Running back and forth first increases the...

AI Technical Summary

Problems solved by technology

[0004] The initial temperature of molten iron in the ladle is 1400 degrees, which will drop by 40 degrees per minute. It is not suitable for pouring below 1300 degrees, and it will solidify if it is lower, which brings a lot of inconvenience to the production of the enterprise, and also makes the The qualified rate of the product is reduced, which leads to the increase of the production cost of the enterprise

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