Robot type casting core with long rocker

Abstract

A robot type casting core with a long rocker comprises a third core. A first core and a second core are respectively engaged on two sides of the third core, a fifth core, a sixth core and a fourth core engaged mutually are respectively arranged on the first core, the second core and the third core, a second vertical fastening device is arranged between the first core and the fifth core, a first vertical fastening device is arranged between the second core and the sixth core, a transverse fastening device is arranged on the face separating the first core, the second core and the third core on the lower layer from the fifth core, the sixth core and the fourth core on the upper layer, and a first hanging ring and a second hanging ring are respectively arranged at the top ends of the first vertical fastening device and the second vertical fastening device. Due to the fact that the cores are manufactured mechanically by coating sand and are assembled by unique manners, manufacturing efficiency of the robot type casting core with the long rocker is increased while labor intensity is reduced.

Description

technical field [0001] The invention relates to a casting mud core, in particular to a casting mud core with a robot long rocker for improving the comprehensive performance of the mud core. Background technique [0002] Existing foundry cores -- especially in small-scale foundries, when large or complex structure cores need to be manufactured, resin sand is used to make cores manually, and the core-making efficiency is low and cannot meet the high-efficiency tide The production requirements of the mold sand static pressure line; the residual amount of the mud core has a great influence on the performance of the green mold sand, and it is also very difficult to clean the sand after the casting is poured. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide a robot long rocker casting mud core, which adopts coated sand mechanical core making and a unique core assembly method. precise. [0004] The purpose of the prese...

AI Technical Summary

Problems solved by technology

[0002] Existing foundry cores -- especially in small-scale foundries, when large or complex structure cores need to be manufactured, resin sand is used to make cores manually, and the core-making efficiency is low and cannot meet the high-efficiency tide The production requirements of the mold sand static pressure line; the residual amount of the mud core has a great influence on the performance of the green mold sand, and it is also very difficult to clean the sand after the casting is poured

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