On-line key cylinder device

Abstract

The invention relates to an on-line key cylinder device which comprises a key cylinder mechanism and a mechanical roller path, wherein the mechanical roller path penetrates through the key cylinder mechanism; a sand core tray is arranged on the mechanical roller path; and the sand core tray comes into or out of the key cylinder mechanism through the mechanical roller path. The on-line key cylinder device has the advantages that a combined sand core is placed on the sand core tray both before and after being combined, so that the positioning precision and stability of the combined sand core are guaranteed; furthermore, the size of the sand core is not limited or affected by the time that the sand core is transported by a robot; the investment and the working procedures are reduced; and the logistics is more smooth.

Description

technical field [0001] The invention relates to the field of core making equipment, in particular to an online lock cylinder device. Background technique [0002] The lock cylinder machine is a kind of cold core box core making machine, and it is a model for the automatic lock cylinder process. The lock core machine can realize the automation of the core assembly process, and can improve the dimensional accuracy and stability of the combined sand core. The working mode of the existing cylinder core machine in the core assembly line is usually: the robot puts the pre-assembled sand core on the core tray (mold) of the core cylinder machine, and then the core cylinder machine realizes automatic Finally, the robot takes the assembled sand core from the tray of the lock cylinder machine for dip coating or drying. Although this technology realizes the condition of automatic core assembly through robot intervention, there must be a process of robots moving out and moving sand cor...

AI Technical Summary

Problems solved by technology

Although this technology realizes the condition of automatic core assembly through robot intervention, there must be a process of robots moving out and moving sand cores from the lock core machine during operation, and there are repeated positioning deviations of different sand cores on the pallet (form) In addition, due to the limitation of the load capacity of the robot, the size and weight of the sand core are also regulated

The above techniques not only waste time, but also put forward requirements for core assembly conditions

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