Steel die splitting and assembling device for pouring

Abstract

The invention aims to provide a steel die splitting and assembling device capable of automatically implementing die assembling and splitting actions. According to the steel die splitting and assembling device, a base is provided with a rack; the rack is provided with die connecting plates connected with split units constituting a die; the die connecting plates are connected with a movable clamping mechanism, and the movable clamping mechanism drives the die connecting plates to implement die assembling or die splitting action together with the split units of the die; and a heat insulation unit is arranged between the die connecting plates and the movable clamping mechanism, so that heat loss of the die is avoided, and temperature distortion of moving components like the movable clamping mechanism is also avoided. Die assembling accuracy of the split units of the die is improved, the influence of external force interference is avoided during die splitting, and thus smooth implementation of the die splitting action is guaranteed.

Description

technical field [0001] The present invention relates to casting equipment, in particular to a mold parting and mold clamping device. Background technique [0002] Steel molds are often used in casting parts, such as automobile brake master cylinders, wheel cylinder castings, automobile brake caliper castings, automobile booster pump castings and other pump body materials in automobile and motorcycle spare parts, mostly aluminum alloys, and steel molds. . The mold usually adopts a split structure, and the mold is clamped by a clamp to hold the cavity to be formed. After the pouring is completed, the clamp of the clamp is released, and the mold is separated to take out the injection part. In the prior art, the mold is clamped by an arcuate or tiger-mouth clamp, and the clamp of this type of structure is simple in structure and suitable for manual operation by operators. When pouring, the mold is placed on the work surface, and the mold halves of the two half-body structures ...

AI Technical Summary

Problems solved by technology

[0003] During the above pouring process, operations such as mold closing, pouring, and mold splitting are completed manually. At the same time, because the aluminum alloy furnace is set near the pouring workbench, and the pouring liquid cup needs to be operated by hand, the working environment temperature is high and the labor intensity is high; High tools and molds are in close or direct contact with the operator, and scald accidents often occur

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