Automatic core assembly production line of robot

Abstract

The invention provides an automatic core assembly production line of a robot. A core assembly work plate is placed on a conveying belt and the conveying belt is composed of an upper layer idler wheel conveying belt and a lower layer idler wheel conveying belt; a gluing robot is placed at the upper side of the conveying belt; the gluing robot is formed by fixing a gluing machine on a sixth rotating shaft of a six-shaft robot; a transporting robot is placed at the lower side of the conveying belt; the transporting robot is composed of the six-shaft robot and a transporting clamp; a deburring worktable is placed at the left side of the transporting robot and a deburring robot is placed at the left side of the deburring worktable; the deburring robot is formed by fixing a deburring device on the sixth rotating shaft of the six-shaft robot; and a cold core machine is placed at the lower side of the transporting robot. In sand core transporting and core assembling processes, the production efficiency and the product quality are greatly improved, field problems caused by artificial factors is reduced, and the problems of lacking of enterprise workers and the like are greatly remitted.

Description

Technical field: [0001] The invention relates to the technical field of casting production, and more specifically relates to a production line for making sand cores in the early stage of sand core casting. Background technique: [0002] In the mechanical casting industry, sand core casting is widely used in the production of automobile parts. In the process of sand core making in the early stage, sand core casting needs to remove burrs and flashes, and also needs to apply glue to key positions in the process of core assembly. [0003] The existing sand core making production line adopts manual handling of sand core parts and manual core assembly. Due to the heavy sand core, the operator’s work intensity is high, and under the influence of high dust, the environment is harsh and the labor intensity is high. Workers It is very easy to suffer from occupational diseases, which will affect the health and production progress. Invention content: [0004] The purpose of the prese...

AI Technical Summary

Problems solved by technology

[0003] The existing sand core making production line adopts manual handling of sand core parts and manual core assembly. Due to the heavy sand core, the operator’s work intensity is high, and under the influence of high dust, the environment is harsh and the labor intensity is high. Workers Highly susceptible to occupational diseases, affecting physical health and production progress

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