A Mold Positioning Mechanism for a Single Mold Casting Machine

Abstract

The invention discloses a mold positioning mechanism for a single-mode casting machine. The mold positioning mechanism is characterized in that a plurality of groups of driving components are arrangedat the periphery of a workbench to advance and retreat split molds, and the split molds are enclosed into an integral mold at a mold position; the top mold driving component can drive a top mold to move to the side from the position above the mold position, the central core mold driving component can drive a central core mold to move downwards out of the mold position, the left outer mold drivingcomponent drives a left outer mold to move to the side, and the right outer mold driving component drives a right outer mold to move to the side; the central core mold is withdrawn downward from themold position to achieve the pre-release of a central core; the top mold driving component adopts a composite moving mode to enable the part and the top mold to move away from the upper part of the mold position, so that a manipulator can be conveniently arranged above the side, the manipulator can easily clamp a molded product on the mold position from the upper part for lifting output, the output of the product can be realized quickly by means of automatic conveying, the casting efficiency is improved, and the product processing can be realized efficiently by cooperating with the manipulatorand a quenching station.

Description

technical field [0001] The invention relates to a casting device, in particular to a mold positioning mechanism of a single-mode casting machine. Background technique [0002] For a car, it contains many parts, some parts are formed by casting; the engine and related parts are formed by casting. The so-called single-mode casting machine is a combination of multiple split molds to form an overall mold cavity, and the metal after heating and melting is poured into the mold cavity from the casting port, and after molding, it becomes a complete single molded product. The single-mode casting machine automatically advances and retreats each part of the split mold through mechanical components such as cylinders. After casting, the mechanical components drive the mold to retreat, and then remove the molded product. The existing mechanical parts are arranged on the left and right and above the space of the mold combination. The whole cavity is synthesized by moving the left and righ...

AI Technical Summary

Problems solved by technology

The existing mechanical parts are arranged on the left and right and above the space of the mold combination. The whole cavity is synthesized by moving the left and right sides and the upper part by lifting. This method makes it difficult to take out the molded product, because the molded product is still in a high temperature state. It would be a waste of time to wait until it cools down and then take it out manually, and it is difficult to use the robotic pick-up method due to space constraints

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