Casting head remover

Abstract

Disclosed is a casting head remover which comprises a lathe bed, a table top, a translation module arranged on the table top, an auxiliary guide rail module arranged on the table top and used for resisting grinding force, a control cabinet and a grinder. Multiple workstations are arranged on the translation module, processing is performed at one workstation while feeding and discharging operations can be performed at other workstations, a feeding unit and a clamp unit are disposed at each workstation, and a sensor used for measuring sizes before and after casting head removal is disposed on each feeding unit. Sensor detection is adopted, so that changes of the size of a casting head and a grinding wheel can be effectively detected; the casting head remover is controlled by adopting a PLC (programmable logic controller) integrally, casting head removal can be automatically completed, and only feeding and discharging processes need manual participation, so that labor power can be reduced, labor intensity can be lowered, and risks of work-related injuries and suffering from occupational diseases are reduced.

Description

technical field [0001] The invention relates to an automatic equipment, in particular to an automatic pouring riser removal machine. Background technique [0002] In the foundry industry, in order to filter slag avoidance and feed shrinkage, it is usually necessary to set up a sprue riser, but after cooling and forming, the sprue riser has completed its mission and becomes redundant scraps that must be removed. [0003] The usual method is manual grinding, which is inefficient and dusty, harmful to the human body, and difficult to process large pieces. [0004] In the prior art, mechanical methods are also used to remove the risers. Among them, there are mechanical breaking methods abroad, but this method can only be used for small parts processing, and the energy consumption is relatively large; domestically, there are tension machines of the First Automobile Factory and other A wedge-axe type gate riser removal machine, however, these equipment for removing gate risers ge...

AI Technical Summary

Problems solved by technology

[0003] The usual method is manual grinding, which is inefficient and dusty, harmful to the human body, and difficult to process large pieces

[0004] In the prior art, mechanical methods are also used to remove the risers. Among them, there are mechanical breaking methods abroad, but this method can only be used for small parts processing, and the energy consumption is relatively large; domestically, there are tension machines of the First Automobile Factory and other A wedge-axe type pouring riser removal machine, however, these devices generally have a relatively low level of automation and high repetitive labor intensity

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